From bouchtaoui at gmail.com Mon Aug 3 07:50:18 2009 From: bouchtaoui at gmail.com (Nordin) Date: Mon, 03 Aug 2009 09:50:18 +0200 Subject: wireshark, viewing Abis communication In-Reply-To: <20090731201904.GA4216@prithivi.gnumonks.org> References: <383f8f9a0907090723te634c39gdcef0d44abdeb81f@mail.gmail.com> <383f8f9a0907270624j48bbb9b5hf0159adf11a27d26@mail.gmail.com> <4A706B37.9050603@gmail.com> <200907300250.10730.zecke@selfish.org> <4A716015.4060908@gmail.com> <20090730211003.GH24787@prithivi.gnumonks.org> <4A72AB8D.8020601@gmail.com> <20090731201904.GA4216@prithivi.gnumonks.org> Message-ID: <4A7696BA.9040407@gmail.com> > if you patched and compiled it yourself, then it is 'provided' with my patches. > If you do something else, then please be very clear in your e-mails, as I > really don't want to spend time trying to figure out what kind of problems > there are with decoding your packets - when in fact there are none. There are > more efficient ways how I can spend my time. No offence taken, but please keep > this in mind for the future. > No problem, now I'm sure it's because of missing patches. > please note that this would mean that you yourself are using the same MCC/MNC > of an existing commercial network. I can only state my utmost concern about > this. Do not interfere with actual GSM networks without the permission/knowledge > of that very operator! In most countries interference with public > telecommunications services is quite significant offence. > I'm aware of that. But still, it would be nice to have a BA list, it makes OpenBSC more complete. >> For me it's more important to learn understanding the GSM technique, >> how to read a documentation, how to program in Linux, how to >> develope with a community, how to use git, how to analyze data >> packets using Wireshark and tcpdump, how to create a project with >> Autotools, etc... :) >> > > >> I'm undergoing a transformation from Windows developer to Linux >> developer. I'm like Jetfire from Transformer II, leaving the >> Decepticons for becoming an Autobot :p >> > > you don't really need all of that, at least with the nanoBTS: Dieter is > running OpenBSC happily on Windows. Still, the open source experience / > learning curve remains - it's just no longer related to Linux itself. > Shouldn't you be proud to have a new Linux member/user/developer :) If Dieter has a Windows variant of OpenBSC, it would be great. For me now, it's still much easier to debug in windows than in Linux, because I'm not yet comfortable with gdb in comman-line. > I would love to have documentation. But as we can see by those examples, it > is not a strict requirements. By implementing it anyway, even without public > documentation we basicall say: Your security by obscurity or "keep the > competition away by obscurity" kind of model does not work. Next time you might > disclose the documentation right from the beginning. > In a certain way I agree with you, but you can also see it this way: If a magician shows you how he did the trick, the trick won't be special anymore. > Even on Windows you can take wireshark sources, patch them and compile them! > I'll check that out. From laforge at gnumonks.org Mon Aug 3 10:49:40 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 3 Aug 2009 12:49:40 +0200 Subject: wireshark, viewing Abis communication In-Reply-To: <4A7696BA.9040407@gmail.com> References: <383f8f9a0907090723te634c39gdcef0d44abdeb81f@mail.gmail.com> <383f8f9a0907270624j48bbb9b5hf0159adf11a27d26@mail.gmail.com> <4A706B37.9050603@gmail.com> <200907300250.10730.zecke@selfish.org> <4A716015.4060908@gmail.com> <20090730211003.GH24787@prithivi.gnumonks.org> <4A72AB8D.8020601@gmail.com> <20090731201904.GA4216@prithivi.gnumonks.org> <4A7696BA.9040407@gmail.com> Message-ID: <20090803104940.GG4216@prithivi.gnumonks.org> Hi, On Mon, Aug 03, 2009 at 09:50:18AM +0200, Nordin wrote: > >>I'm undergoing a transformation from Windows developer to Linux > >>developer. I'm like Jetfire from Transformer II, leaving the > >>Decepticons for becoming an Autobot :p > > > >you don't really need all of that, at least with the nanoBTS: Dieter is > >running OpenBSC happily on Windows. Still, the open source experience / > >learning curve remains - it's just no longer related to Linux itself. > > Shouldn't you be proud to have a new Linux member/user/developer :) I'm not a missionary. Everyone uses what they think solves their problems best. > If Dieter has a Windows variant of OpenBSC, it would be great. I've been asking Dieter all the time to send patches that we can integrate. However, nothing has been coming forward yet. Especially if we look at nanoBTS-only and ignore the HFC-E1/BS11 stuff, it should be pretty easy, most likely just some different header filee includes here and there. From bouchtaoui at gmail.com Mon Aug 3 11:00:25 2009 From: bouchtaoui at gmail.com (Nordin) Date: Mon, 03 Aug 2009 13:00:25 +0200 Subject: wireshark, viewing Abis communication In-Reply-To: <20090803104940.GG4216@prithivi.gnumonks.org> References: <383f8f9a0907090723te634c39gdcef0d44abdeb81f@mail.gmail.com> <383f8f9a0907270624j48bbb9b5hf0159adf11a27d26@mail.gmail.com> <4A706B37.9050603@gmail.com> <200907300250.10730.zecke@selfish.org> <4A716015.4060908@gmail.com> <20090730211003.GH24787@prithivi.gnumonks.org> <4A72AB8D.8020601@gmail.com> <20090731201904.GA4216@prithivi.gnumonks.org> <4A7696BA.9040407@gmail.com> <20090803104940.GG4216@prithivi.gnumonks.org> Message-ID: <4A76C349.2040104@gmail.com> > I'm not a missionary. Everyone uses what they think solves their problems best. > I just meant it as a joke... > I've been asking Dieter all the time to send patches that we can integrate. > However, nothing has been coming forward yet. Especially if we look at > nanoBTS-only and ignore the HFC-E1/BS11 stuff, it should be pretty easy, > most likely just some different header filee includes here and there. > According to him he uses Cygwin, so no windows based tools are used. In that case I rather use Linux straight than use some kind of emulator. > There are GUI frontends for gdb, including the old "ddd" as well as modern > bloatware like eclipse ;) > I know, but I work remotely with putty. Anyway thnx for the info... From bouchtaoui at gmail.com Mon Aug 3 07:56:40 2009 From: bouchtaoui at gmail.com (Nordin) Date: Mon, 03 Aug 2009 09:56:40 +0200 Subject: wireshark, viewing Abis communication In-Reply-To: <20090731203951.GC4216@prithivi.gnumonks.org> References: <383f8f9a0907090723te634c39gdcef0d44abdeb81f@mail.gmail.com> <383f8f9a0907270624j48bbb9b5hf0159adf11a27d26@mail.gmail.com> <4A706B37.9050603@gmail.com> <200907300250.10730.zecke@selfish.org> <4A716015.4060908@gmail.com> <20090730211003.GH24787@prithivi.gnumonks.org> <4A730311.1050208@gmail.com> <20090731203951.GC4216@prithivi.gnumonks.org> Message-ID: <4A769838.4090306@gmail.com> > you are misreading the product spec. network listen is implemented as 'perform > test' and 'test report', well within 12.21. the 12.21 spec just doesn't tell > you what the test numbers are, and how the result data is formatted. > Ahaa, ok thank you for clarifying me. Thnx for your time. From spaar at mirider.augusta.de Mon Aug 3 11:30:09 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 03 Aug 2009 11:30:09 CEST Subject: wireshark, viewing Abis communication Message-ID: <4a76ca41.mirider@mirider.augusta.de> Hello Nordin, On Mon, 03 Aug 2009 09:50:18 +0200, "Nordin" wrote: > > If Dieter has a Windows variant of OpenBSC, it would be great. For me > now, it's still much easier to debug in windows than in Linux, because > I'm not yet comfortable with gdb in comman-line. Just as a clarification: I don't have a Windows variant of OpenBSC, I just compile it with Cygwin. Beside the installation of the required libraries (for the database) all what is needed is a minor modification for a missing function in vty.c (Cygwin does not have it, the following is taken from a Cygwin related posting). The Cygwin version works fine with the nanaoBTS. #if defined(__CYGWIN__) /* Workaround for Cygwin, which is missing cfmakeraw */ /* Pasted from man page; added in serial.c arbitrarily */ void cfmakeraw(struct termios *termios_p) { termios_p->c_iflag &= ~(IGNBRK|BRKINT|PARMRK|ISTRIP|INLCR|IGNCR|ICRNL|IXON); termios_p->c_oflag &= ~OPOST; termios_p->c_lflag &= ~(ECHO|ECHONL|ICANON|ISIG|IEXTEN); termios_p->c_cflag &= ~(CSIZE|PARENB); termios_p->c_cflag |= CS8; } #endif /* defined(__CYGWIN__) */ For the BS-11 I have a private, experimental modification which is not public, it requires a special Windows driver for the E1 card. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From spaar at mirider.augusta.de Mon Aug 3 13:25:43 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 03 Aug 2009 13:25:43 CEST Subject: wireshark, viewing Abis communication Message-ID: <4a76e557.mirider@mirider.augusta.de> Hello Harald, On Mon, 3 Aug 2009 12:49:40 +0200, "Harald Welte" wrote: > > I've been asking Dieter all the time to send patches that we can integrate. > However, nothing has been coming forward yet. Especially if we look at > nanoBTS-only and ignore the HFC-E1/BS11 stuff, it should be pretty easy, > most likely just some different header filee includes here and there. See my other post, basically only one function is missing. There might be issues with the "" header files included in mISDNif.h (I am not sure if this affects the current Cygwin version too, if yes, three dummy empty header files are good enough). The rest can be used "out of the box" (I had to create a "bootstrap.sh" file here, not sure how it is done in Linux, in some other projects "bootstrap.sh" seems to be included which runs the automake tools). Because of this I did not see any reason to post something (it might be too trivial and till now there was no real need). So this is preety much straightforward, at least for anyone with Linux experience. If you don't have any Linux experience, you have of course learn everything related to the GNU tools (GCC and so on). Then its most certainly easier to start with Linux, maybe with a "command-line" only version running in a Virtual Machine (which will most certainly work with the nanaoBTS too). Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From laforge at gnumonks.org Tue Aug 4 08:13:48 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 4 Aug 2009 10:13:48 +0200 Subject: HAR2009 TODO: USe both TRX with BS-11 In-Reply-To: <20090722222614.GJ20307@prithivi.gnumonks.org> References: <20090722222614.GJ20307@prithivi.gnumonks.org> Message-ID: <20090804081348.GF7425@prithivi.gnumonks.org> On Thu, Jul 23, 2009 at 12:26:14AM +0200, Harald Welte wrote: > * test dual-TRX operation of BS-11 on OpenBSC [Stefan/Daniel, can you do that?] Since I didn't proceed much on the Multidrop issue yesterday, I spent a bit of time investigating this. I have fixed two minor bugs in bsc_hack regarding the setup of TRX1, but now both TRX become live. I've also twisted the channel allocator to first use+exhaust TRX1 before going to TRX0 timeslots. What's weird is that the first allocated channel (TRX1/TS0) is not useable, with the following behaviour: * we see a channel request on the RACH * we assign TRX1/TS0 on the AGCH * we activate the channel on the BTS * we see the CM Service request from the MS on the TRX1/TS0 * we send the CM Service Ack from the BTS to the MS on TRX1/TS0 * after some time, T200 of the Um interface expires and the phone gives up. So it seems the CM Service ACK is never received by the phone. I have verified the TRX1/TS0 channel configuration is TCH/Full in LMT I have verified the CM Service ACK is transmitted to the correct GSM channel by usign the MA-10 protocol analyzer. This is really weird. For Timeslot 1 and higher, everything is working fine. I've reviewed the relevant code sections, and there is no special treetment of TS0 on any TRX that is != C0. (trx0). Any ideas? -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Tue Aug 4 08:18:55 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 4 Aug 2009 10:18:55 +0200 Subject: HAR2009 TODO list (MS power, BS-11 calibration) In-Reply-To: <20090722222614.GJ20307@prithivi.gnumonks.org> References: <20090722222614.GJ20307@prithivi.gnumonks.org> Message-ID: <20090804081855.GG7425@prithivi.gnumonks.org> Hi, some more status updates: On Thu, Jul 23, 2009 at 12:26:14AM +0200, Harald Welte wrote: > * make sure we enable MS power control and impose a global limit of > 100mW for the uplink (MS->BSC) direction by means of the MS POWER IE's > and the BCCH information. That sounds like something for Dieter to > figure out, especially since he has measurement equipment ;) Status update: I have now hard-coded a MS power limit of 20dBm (100mW) for all activated channels. The BS-11 still doesn't use dynamic MS power control yet, but that is optional anyway. At least we're sure the MS now get told to use no more than 100mW to talk to the BTS. > * stable OCXO reference to calibrate BS-11 internal clock > ** this could be done before the event, but Harald has no precision clock source Dexter was here yesterday, and with his help (and his HFC-S card) we successfully re-calibrated two BS-11. Using the nanoBTS frequency offset test, we can see the relative frequency offset (in parts-per-billion!) of all BCCH in the vicinity. With this test it was easy to observe how the carrier frequency delta of the BS-11 became smaller and smaller and finally was in the same range than the commercial GSM network BTS's. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From spaar at mirider.augusta.de Tue Aug 4 11:24:21 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Tue, 04 Aug 2009 11:24:21 CEST Subject: HAR2009 TODO list (MS power, BS-11 calibration) Message-ID: <4a781a65.mirider@mirider.augusta.de> Hello Harald, On Tue, 4 Aug 2009 10:18:55 +0200, "Harald Welte" wrote: > > Status update: I have now hard-coded a MS power limit of 20dBm (100mW) for all > activated channels. The BS-11 still doesn't use dynamic MS power control > yet, but that is optional anyway. At least we're sure the MS now get told to > use no more than 100mW to talk to the BTS. If you not already modified it, please don't forget to adjust the "Cell Selection Parameters" in System Information 3 and 4. The GIT version from a few days ago still sets MS-TXPWR-MAX-CCH to the maximum. This means that the power of the initial RACH burst is too high although the channel power gets properly adjusted later. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From jsemail at gmx.de Mon Aug 3 09:54:17 2009 From: jsemail at gmx.de (Johannes Schmitz) Date: Mon, 3 Aug 2009 11:54:17 +0200 Subject: UMA a possibility in the future? References: <58990b1d0907282028mcfa9315q3909b3f1560e2850@mail.gmail.com> <20090731205846.GF4216@prithivi.gnumonks.org> Message-ID: > functional split, A-interface, A3/A5/A8 support, ... so it's not like > we're I am thinking for some time now how this could be done. What i have seen so far, is that A5 is open to the public so implementing it is no problem. But A3/8 is secret so what is you idea of implementing it? Since it is inside the SIM I don't see how it could be replaced. Johannes From laforge at gnumonks.org Mon Aug 3 10:59:12 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 3 Aug 2009 12:59:12 +0200 Subject: UMA a possibility in the future? In-Reply-To: References: <58990b1d0907282028mcfa9315q3909b3f1560e2850@mail.gmail.com> <20090731205846.GF4216@prithivi.gnumonks.org> Message-ID: <20090803105912.GJ4216@prithivi.gnumonks.org> On Mon, Aug 03, 2009 at 11:54:17AM +0200, Johannes Schmitz wrote: > >functional split, A-interface, A3/A5/A8 support, ... so it's not > >like we're > I am thinking for some time now how this could be done. What i have > seen so far, is that A5 is open to the public so implementing it is > no problem. But A3/8 is secret so what is you idea of implementing > it? Since it is inside the SIM I don't see how it could be replaced. A5/2 and A5/1 is implemented in both BS-11 and the nanoBTS. You do not need to know anything about it. You just set the "encrption information" IE when activating or modifying the channel from the BSC side, that's it. A3/A8 is either proprietary by the operator, or comp128v2 or v3 (both are officially closed, but it's safe to assume them to be known). As Dieter has indicated in earlier mails, you can get SIM's that have comp128v1 or XOR as A3/A8 and which allow you to set the Ki of the SIM. With those SIM's, or an emulated SIM you can test any implementation of encryption for OpenBSC, once it has been done. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From jsemail at gmx.de Mon Aug 3 20:56:08 2009 From: jsemail at gmx.de (Johannes Schmitz) Date: Mon, 03 Aug 2009 22:56:08 +0200 Subject: UMA a possibility in the future? In-Reply-To: <20090803105912.GJ4216@prithivi.gnumonks.org> References: <58990b1d0907282028mcfa9315q3909b3f1560e2850@mail.gmail.com> <20090731205846.GF4216@prithivi.gnumonks.org> <20090803105912.GJ4216@prithivi.gnumonks.org> Message-ID: <1249332968.3673.4.camel@chilli> Am Montag, den 03.08.2009, 12:59 +0200 schrieb Harald Welte: > A3/A8 is either proprietary by the operator, or comp128v2 or v3 (both are > officially closed, but it's safe to assume them to be known). > > As Dieter has indicated in earlier mails, you can get SIM's that have comp128v1 > or XOR as A3/A8 and which allow you to set the Ki of the SIM. With those > SIM's, or an emulated SIM you can test any implementation of encryption for > OpenBSC, once it has been done. At this point I have got one general question, maybe also towards Dieter: How can A3/A8 be proprietary by any operator? How does international roaming work then if there is no standardized algorithm? Johannes From laforge at gnumonks.org Mon Aug 3 21:44:26 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 3 Aug 2009 23:44:26 +0200 Subject: UMA a possibility in the future? In-Reply-To: <1249332968.3673.4.camel@chilli> References: <58990b1d0907282028mcfa9315q3909b3f1560e2850@mail.gmail.com> <20090731205846.GF4216@prithivi.gnumonks.org> <20090803105912.GJ4216@prithivi.gnumonks.org> <1249332968.3673.4.camel@chilli> Message-ID: <20090803214426.GA31988@prithivi.gnumonks.org> On Mon, Aug 03, 2009 at 10:56:08PM +0200, Johannes Schmitz wrote: > Am Montag, den 03.08.2009, 12:59 +0200 schrieb Harald Welte: > > A3/A8 is either proprietary by the operator, or comp128v2 or v3 (both are > > officially closed, but it's safe to assume them to be known). > > > > As Dieter has indicated in earlier mails, you can get SIM's that have comp128v1 > > or XOR as A3/A8 and which allow you to set the Ki of the SIM. With those > > SIM's, or an emulated SIM you can test any implementation of encryption for > > OpenBSC, once it has been done. > > At this point I have got one general question, maybe also towards > Dieter: > How can A3/A8 be proprietary by any operator? How does international > roaming work then if there is no standardized algorithm? A3/A8 is performed between your SIM and the HLR/AUC of your home network, no matter whether you're roaming or not. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From spaar at mirider.augusta.de Mon Aug 3 12:09:27 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 03 Aug 2009 12:09:27 CEST Subject: UMA a possibility in the future? Message-ID: <4a76d377.mirider@mirider.augusta.de> Hello Johannes, On Mon, 3 Aug 2009 11:54:17 +0200, "Johannes Schmitz" wrote: > > I am thinking for some time now how this could be done. What i have seen so > far, is that A5 is open to the public so implementing it is no problem. But > A3/8 is secret so what is you idea of implementing it? Since it is inside > the SIM I don't see how it could be replaced. You might have a look here: http://lists.gnumonks.org/pipermail/openbsc/2009-July/000584.html Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From spaar at mirider.augusta.de Mon Aug 3 23:46:22 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 03 Aug 2009 23:46:22 CEST Subject: UMA a possibility in the future? Message-ID: <4a7776ce.mirider@mirider.augusta.de> Hello Johannes, On Mon, 03 Aug 2009 22:56:08 +0200, "Johannes Schmitz" wrote: > > At this point I have got one general question, maybe also towards > Dieter: > How can A3/A8 be proprietary by any operator? How does international > roaming work then if there is no standardized algorithm? As far as I know for roaming the foreign network receives a RAND-Kc-SRES Triple from the home network so there is no need to know A3/A8 used by the other operator. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From laforge at gnumonks.org Mon Aug 3 22:53:38 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 4 Aug 2009 00:53:38 +0200 Subject: BS-11 multidrop E1 status update Message-ID: <20090803225338.GB31988@prithivi.gnumonks.org> Hi! I've been experimenting for the last couple of hours with two BS-11 in a multi-drop configuration. The connection looks like this: HFC-E1 connects to BTS A Y01/Y02, just like normal. BTS-A Y03/Y04 connect to BTS-B Y01/Y02. BTS-A LI object is configured as multi-drop BTS-B LI object is configured normal (star) BTA-A is configured to use TEI 25 on TS 1 for OML (normal) BTS-B is configured to use TEI 26 on TS 10 for OML (differnt) If I put the MA-10 A-bis signal analyzer between BTS A and BTS, I can see * that the E1 physical layer is up and there are no alarms * BTS-B sends TEI requests on timeslot 10, as requested however, there is no response. Looking at TS 10 between BTS-A and BSC, I can see that there are no TEI requests or any other data. GSM 12.21 specifies a "CONNECT MULTI-DROP LINK" message, using which you can map two E1 timeslots on two interfaces to each other. I've done this (mapping port 0, TS 10 to port 1, TS 10) - but it seems the BS-11 does not support this message. The MA-10 also calls it an "unknown message". I'm Sending this message to object class 0xa5 (SiemensHW) and to the LI object in that class (object instance 7, 0, 0). The BS-11 does not respond with ACK and not with NACK. It seems it is simply ignored silently. Does anyone have an idea how to proceed? Or does anyone have an A-bis trace from a working multi-drop configuration? Thanks. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Tue Aug 4 12:35:30 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 4 Aug 2009 14:35:30 +0200 Subject: BS-11 multidrop E1 status update In-Reply-To: <20090803225338.GB31988@prithivi.gnumonks.org> References: <20090803225338.GB31988@prithivi.gnumonks.org> Message-ID: <20090804123530.GM7425@prithivi.gnumonks.org> Hi all, On Tue, Aug 04, 2009 at 12:53:38AM +0200, Harald Welte wrote: > If I put the MA-10 A-bis signal analyzer between BTS A and BTS, I can see > * that the E1 physical layer is up and there are no alarms > * BTS-B sends TEI requests on timeslot 10, as requested > > however, there is no response. Looking at TS 10 between BTS-A and BSC, > I can see that there are no TEI requests or any other data. The problem is now solved. It seems that we need to create the BPORT1 object on BTS-A, and configure both BPORT0 and BPORT1 into multi-drop mode. Thanks to Dieter for his help with that. I can now see the TEI requests from BTS-B on the E1 link between BSC and BTS-A. Karsten Keil of mISDN has offeres his help to provide a quick solution in the hfcmulti driver where we would have two virtual mISDN cards on one physical HFC-E1 device. OpenBSC's mISDN input module then needs to be instantiated twice, it simply looks exactly like the two BTS are connected to two different E1 cards. This is actually quite nice, since then the OpenBSC configuration does not change at all, whether you have two BTS in star topology, using two HFC-E1 boards - or two BTS in multi-drop configuration using one HFC-E1 board. > GSM 12.21 specifies a "CONNECT MULTI-DROP LINK" message, using which you can This is not required at all. It seems the BTS just passes all E1 frames from BPORT1 to BPORT0, unless that very timeslot is used by the BTS itself. So if BTS-A is the multi-drop BTS and it uses Timeslot 1 for signalling, all data from BPORT1 (BTS-B) on Timeslot 1 is discarded. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Tue Aug 4 12:51:18 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 4 Aug 2009 14:51:18 +0200 Subject: Ericsson RBS 2308 Message-ID: <20090804125118.GO7425@prithivi.gnumonks.org> Hi! JFYI: I've bought an Ericsson RBS 2308 a couple of days ago, this is a BTS with traditional E1 interface, but with GPRS + EDGE support. I've managed to find the manual online at http://rapidshare.com/files/178080402/RBS2308.rar I have not yet received the unit, but there are more availalbe by a seller based in Texas / USA (USD 750). I can't promise that OpenBSC will have good support anytime soon, but I'll definitely look into it. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Fri Aug 7 07:58:39 2009 From: laforge at gnumonks.org (Harald Welte) Date: Fri, 7 Aug 2009 09:58:39 +0200 Subject: BS-11 order In-Reply-To: <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> References: <20090410152124.GE19172@prithivi.gnumonks.org> <83B62DA8-A98D-4591-A2F1-06611FBF1F5B@connecto.tv> <20090514012231.GA6750@prithivi.gnumonks.org> <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> Message-ID: <20090807075839.GC6976@prithivi.gnumonks.org> On Thu, Aug 06, 2009 at 09:22:17PM +0400, Sergey V. Efimov wrote: > This is a bs11_config log: Your BS-11 is lacking its firmware, please refer to http://bs11-abis.gnumonks.org/trac/wiki/BS11_Configuration and http://bs11-abis.gnumonks.org/trac/wiki/bs11_config Specifically, it seems the SMU Safety load is installed and the minimal configuration exists, but no actual Software is installed. Thus, the MBCCU0 and MBCCU1 remains in "No Load", i.e. no firmware running. Regards, Harald -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From zero-kelvin at gmx.de Fri Aug 7 16:41:24 2009 From: zero-kelvin at gmx.de (dexter) Date: Fri, 07 Aug 2009 18:41:24 +0200 Subject: BS-11 order In-Reply-To: <20090807075839.GC6976@prithivi.gnumonks.org> References: <20090410152124.GE19172@prithivi.gnumonks.org> <83B62DA8-A98D-4591-A2F1-06611FBF1F5B@connecto.tv> <20090514012231.GA6750@prithivi.gnumonks.org> <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> <20090807075839.GC6976@prithivi.gnumonks.org> Message-ID: <4A7C5934.4090206@gmx.de> Hi! I had a very semilar problem! > Specifically, it seems the SMU Safety load is installed and the minimal > configuration exists, but no actual Software is installed. Thus, > the MBCCU0 and MBCCU1 remains in "No Load", i.e. no firmware running. > MBCCU0 and MBCCU1 will also remain in "No Load" when the oml objects are not created correctly. If the firmware is missing the power lamp lights up red. If it remains green the firmware should be ok - i think. To verify if it is a problem with the oml objects you can activate the second trx with create-trx1. If MBCCU1 loads on the next startup it must be a problem with the initial, minimal configuration. regards Philipp From se at connecto.tv Fri Aug 7 17:48:32 2009 From: se at connecto.tv (Sergey V. Efimov) Date: Fri, 7 Aug 2009 21:48:32 +0400 Subject: BS-11 order In-Reply-To: <4A7C5934.4090206@gmx.de> References: <20090410152124.GE19172@prithivi.gnumonks.org> <83B62DA8-A98D-4591-A2F1-06611FBF1F5B@connecto.tv> <20090514012231.GA6750@prithivi.gnumonks.org> <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> <20090807075839.GC6976@prithivi.gnumonks.org> <4A7C5934.4090206@gmx.de> Message-ID: <786B3259-B6B2-4F2B-9050-17BFD00CBD78@connecto.tv> I've downloaded the firmware to the BS-11 station. The problem persists. I observe load on MBCCU0, PHASE: 3 Normal and Abis-link: UP, but bsc_hack still reports "Lost some TEI E1 Link". No network. On Aug 7, 2009, at 8:41 PM, dexter wrote: > Hi! > > I had a very semilar problem! >> Specifically, it seems the SMU Safety load is installed and the >> minimal >> configuration exists, but no actual Software is installed. Thus, >> the MBCCU0 and MBCCU1 remains in "No Load", i.e. no firmware running. >> > MBCCU0 and MBCCU1 will also remain in "No Load" when the oml objects > are not created correctly. If the firmware is missing the power lamp > lights up red. If it remains green the firmware should be ok - i > think. > > To verify if it is a problem with the oml objects you can activate > the second trx with create-trx1. If MBCCU1 loads on the next startup > it must be a problem with the initial, minimal configuration. > > regards > Philipp From laforge at gnumonks.org Fri Aug 7 17:54:17 2009 From: laforge at gnumonks.org (Harald Welte) Date: Fri, 7 Aug 2009 19:54:17 +0200 Subject: BS-11 order In-Reply-To: <786B3259-B6B2-4F2B-9050-17BFD00CBD78@connecto.tv> References: <20090410152124.GE19172@prithivi.gnumonks.org> <83B62DA8-A98D-4591-A2F1-06611FBF1F5B@connecto.tv> <20090514012231.GA6750@prithivi.gnumonks.org> <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> <20090807075839.GC6976@prithivi.gnumonks.org> <4A7C5934.4090206@gmx.de> <786B3259-B6B2-4F2B-9050-17BFD00CBD78@connecto.tv> Message-ID: <20090807175417.GI6976@prithivi.gnumonks.org> On Fri, Aug 07, 2009 at 09:48:32PM +0400, Sergey V. Efimov wrote: > I've downloaded the firmware to the BS-11 station. The problem > persists. I observe load on MBCCU0, PHASE: 3 Normal and Abis-link: > UP, > but bsc_hack still reports "Lost some TEI E1 Link". No network. Ok, on the BS-11 side everything seems great. What kernel version are you running? Can you please send a log of bsc_hack with '-d DMI' option? Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From se at connecto.tv Fri Aug 7 18:12:08 2009 From: se at connecto.tv (Sergey V. Efimov) Date: Fri, 7 Aug 2009 22:12:08 +0400 Subject: BS-11 order In-Reply-To: <20090807175417.GI6976@prithivi.gnumonks.org> References: <20090410152124.GE19172@prithivi.gnumonks.org> <83B62DA8-A98D-4591-A2F1-06611FBF1F5B@connecto.tv> <20090514012231.GA6750@prithivi.gnumonks.org> <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> <20090807075839.GC6976@prithivi.gnumonks.org> <4A7C5934.4090206@gmx.de> <786B3259-B6B2-4F2B-9050-17BFD00CBD78@connecto.tv> <20090807175417.GI6976@prithivi.gnumonks.org> Message-ID: <1BFFD3D8-29B0-4EA8-B4A1-AE58C7630A3F@connecto.tv> Here it is: ============================================================== gsm:~/openbsc/openbsc/src# ./bsc_hack -d DMI DB: Database initialized. DB: Database prepared. 1 device found id: 0 Dprotocols: 00000018 Bprotocols: 0000006e protocol: 4 nrbchan: 30 name: hfc-e1.1 activate bchan activate bchan <1000> input/misdn.c:126 alen =6, dev(0) channel(0) sapi(63) tei(127) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x7f3f): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(0) sapi(63) tei(127) for now mISDN message for unknown sign_link <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x1193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(1) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x2193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(2) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x3193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(3) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x4193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(4) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x5193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(5) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x6193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(6) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x7193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(7) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x8193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(8) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x9193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(9) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xa193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(10) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xb193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(11) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xc193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(12) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xd193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(13) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xe193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(14) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0xf193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(15) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x10193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(16) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x2193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x3193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x4193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x5193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x6193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x7193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x8193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x9193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xa193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xb193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xc193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xd193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xe193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0xf193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x10193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(17) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 12, prim(0x8) id(0x11193e): DL_INFORMATION_IND <1000> input/misdn.c:136 DL_INFORMATION_IND: use channel(17) sapi(62) tei(25) for now <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x1193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(2) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x2193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(3) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x3193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(4) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x4193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(5) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x5193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(6) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x6193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(7) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x7193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(8) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x8193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(9) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x9193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(10) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xa193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(11) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xb193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(12) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xc193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(13) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xd193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(14) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xe193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(15) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0xf193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(16) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x10193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(17) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x502) id(0x11193e): MPH_ACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x1008) id(0x1193e): DL_ESTABLISH_IND <1000> input/misdn.c:148 DL_ESTABLISH_IND: channel(1) sapi(62) tei(25) bootstrapping OML for BTS 0 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 05 63 00 ff ff ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 05 a3 00 ff ff ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 05 a6 00 ff ff ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 05 74 00 ff ff ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 05 a3 00 ff ff ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 1c d0 00 ff ff ff 91 07 d7 09 08 0e 24 0b ce 02 00 1e e8 01 05 42 02 00 0a 44 02 00 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 4c 41 01 00 ff ff 09 3f 0a 04 61 00 0b 01 0c 00 62 00 66 01 6e 06 18 1f 19 0a 0f 14 19 1e 7b 0c 23 14 28 00 04 03 2a 7f 2b 00 fa 8f 7d 33 2c 1f 29 5a 5a 5a 87 94 23 28 95 23 28 35 01 00 46 01 00 58 01 40 c5 01 00 f2 01 00 08 00 7b <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 58 d0 a1 00 ff ff d0 00 64 00 67 00 68 00 6a 00 6c 00 6d 00 6f 08 70 08 01 71 10 10 10 72 08 02 73 0a 74 05 75 06 76 06 78 14 79 14 7a 14 7d 06 92 03 20 01 00 45 01 00 48 01 00 5a 01 00 5b 01 05 5e 01 1a 5f 01 20 9d 01 00 47 01 00 5c 01 64 5d 01 1e 97 01 20 f7 01 3c <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 2e d0 a2 00 ff ff 69 00 6b 00 7e 04 01 7f 04 02 80 0f 81 0a 82 05 83 05 84 0c 85 14 86 0f 87 04 88 04 89 02 8a 02 8b 02 8c 01 8d 40 65 01 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 09 24 02 00 00 ff 01 00 01 ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 17 44 02 00 00 ff 05 01 00 7b 2d 00 dc 01 fe dd 01 01 9b 01 01 9f 01 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 0b 21 02 00 00 ff 34 01 01 00 01 ff <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 14 47 03 00 00 00 05 01 00 7b 0d 08 15 00 1b 00 40 07 59 01 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 14 47 03 00 00 01 05 01 00 7b 0d 00 15 00 1b 00 40 07 59 01 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 09 2a 03 00 00 01 01 00 02 01 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 14 47 03 00 00 02 05 01 00 7b 0d 00 15 00 1b 00 40 07 59 01 00 <1000> input/misdn.c:225 TX TEI(25) SAPI(62): 80 80 00 09 2a 03 00 00 02 01 00 02 02 <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x602) id(0x1193e): MPH_DEACTIVATE_IND <1000> input/misdn.c:126 alen =6, dev(0) channel(1) sapi(62) tei(25) <1000> input/misdn.c:129 <= len = 8, prim(0x1108) id(0x1193e): DL_RELEASE_IND <1000> input/misdn.c:153 DL_RELEASE_IND: channel(1) sapi(62) tei(25) Lost some E1 TEI link ====================================================================== On Aug 7, 2009, at 9:54 PM, Harald Welte wrote: > On Fri, Aug 07, 2009 at 09:48:32PM +0400, Sergey V. Efimov wrote: >> I've downloaded the firmware to the BS-11 station. The problem >> persists. I observe load on MBCCU0, PHASE: 3 Normal and Abis-link: >> UP, >> but bsc_hack still reports "Lost some TEI E1 Link". No network. > > Ok, on the BS-11 side everything seems great. > > What kernel version are you running? Can you please send a log of > bsc_hack > with '-d DMI' option? > > Regards, > -- > - Harald Welte http://laforge.gnumonks.org/ > = > = > = > = > = > = > ====================================================================== > "Privacy in residential applications is a desirable marketing option." > (ETSI EN 300 175-7 > Ch. A6) From laforge at gnumonks.org Sat Aug 8 14:39:27 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sat, 8 Aug 2009 16:39:27 +0200 Subject: BS-11 order In-Reply-To: <8B04336D-C569-48F1-823A-6B425105A49E@connecto.tv> References: <25169A95-D136-45B2-BD4A-89AEDEDAFBA6@connecto.tv> <20090806130416.GB6295@prithivi.gnumonks.org> <4FE462A9-253A-4BBB-8B58-D878F59FC5BB@connecto.tv> <20090807075839.GC6976@prithivi.gnumonks.org> <4A7C5934.4090206@gmx.de> <786B3259-B6B2-4F2B-9050-17BFD00CBD78@connecto.tv> <20090807175417.GI6976@prithivi.gnumonks.org> <6EA32605-3BA5-4B56-988A-0CAFAEDED668@connecto.tv> <20090807205642.GA1240@prithivi.gnumonks.org> <8B04336D-C569-48F1-823A-6B425105A49E@connecto.tv> Message-ID: <20090808143927.GB22331@prithivi.gnumonks.org> On Sat, Aug 08, 2009 at 02:03:06PM +0400, Sergey V. Efimov wrote: > I've compiled mISDN module into kernel and it loads with > hfcmulti.dslot=1 parameter. > I think there is no difference between dynamically loadable module > and statically compiled in. > Also when I did not provide this parameter, nothing worked at all. > > Is there any issues regarding processor architecture? I use AMD64 > platform, though > the system (Debian) has i386 architecture working in compatibility mode. I'm using both debian on 32bit and 64bit. Your problem might be related to the actual cabling. I believe it is definitely a layer1 (cabling) or layer 2 (mISDN) problem. I don't really know any other advice but to double-check the cabling, the jumpers on the E1 board as well as the termination jumpers on the BS-11. Everything has to be set to 120 Ohms. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Fri Aug 7 18:31:35 2009 From: laforge at gnumonks.org (Harald Welte) Date: Fri, 7 Aug 2009 20:31:35 +0200 Subject: OpenBSC with configuration file Message-ID: <20090807183135.GJ6976@prithivi.gnumonks.org> Hi! I've committed the first working version of OpenBSC with vty-based configuration file to the 'config_file' branch in git. Using this version, all parameters such as BTS E1 card / timeslot / sub-slot / TEI for OML and RSL, MNC, MCC, BSIC, TSC as well as the physical channel configuration of each Um timeslot can be configured in openbsc.cfg. As an example, I'm attaching a configuration for two bts with two trx each. You can change the configuration interactively by using the telnet interface by a sequence of commands like: ================ enable configure terminal network bts 0 trx 0 arfcn 111 write file ================ At this point you still need to restart OpenBSC, as we don't support changing configuration at runtime yet. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) -------------- next part -------------- ! ! OpenBSC configuration saved from vty ! ! password foo ! line vty no login ! network network country code 1 mobile network code 1 short name OpenBSC long name OpenBSC bts 0 type bs11 band GSM900 location_area_code 1 training_sequence_code 7 base_station_id_code 63 oml e1 line 0 timeslot 1 sub-slot full oml e1 tei 25 trx 0 arfcn 121 max_power_red 0 rsl e1 line 0 timeslot 1 sub-slot full rsl e1 tei 1 timeslot 0 phys_chan_config CCCH+SDCCH4 e1 line 0 timeslot 1 sub-slot full timeslot 1 phys_chan_config SDCCH8 e1 line 0 timeslot 2 sub-slot 1 timeslot 2 phys_chan_config TCH/F e1 line 0 timeslot 2 sub-slot 2 timeslot 3 phys_chan_config TCH/F e1 line 0 timeslot 2 sub-slot 3 timeslot 4 phys_chan_config TCH/F e1 line 0 timeslot 3 sub-slot 0 timeslot 5 phys_chan_config TCH/F e1 line 0 timeslot 3 sub-slot 1 timeslot 6 phys_chan_config TCH/F e1 line 0 timeslot 3 sub-slot 2 timeslot 7 phys_chan_config TCH/F e1 line 0 timeslot 3 sub-slot 3 trx 1 arfcn 123 max_power_red 0 rsl e1 line 0 timeslot 1 sub-slot full rsl e1 tei 2 timeslot 0 phys_chan_config TCH/F e1 line 0 timeslot 4 sub-slot 0 timeslot 1 phys_chan_config TCH/F e1 line 0 timeslot 4 sub-slot 1 timeslot 2 phys_chan_config TCH/F e1 line 0 timeslot 4 sub-slot 2 timeslot 3 phys_chan_config TCH/F e1 line 0 timeslot 4 sub-slot 3 timeslot 4 phys_chan_config TCH/F e1 line 0 timeslot 5 sub-slot 0 timeslot 5 phys_chan_config TCH/F e1 line 0 timeslot 5 sub-slot 1 timeslot 6 phys_chan_config TCH/F e1 line 0 timeslot 5 sub-slot 2 timeslot 7 phys_chan_config TCH/F e1 line 0 timeslot 5 sub-slot 3 bts 1 type bs11 band GSM900 location_area_code 2 training_sequence_code 7 base_station_id_code 63 oml e1 line 1 timeslot 6 sub-slot full oml e1 tei 25 trx 0 arfcn 122 max_power_red 0 rsl e1 line 1 timeslot 6 sub-slot full rsl e1 tei 1 timeslot 0 phys_chan_config CCCH+SDCCH4 e1 line 1 timeslot 7 sub-slot 0 timeslot 1 phys_chan_config SDCCH8 e1 line 1 timeslot 7 sub-slot 1 timeslot 2 phys_chan_config TCH/F e1 line 1 timeslot 7 sub-slot 2 timeslot 3 phys_chan_config TCH/F e1 line 1 timeslot 7 sub-slot 3 timeslot 4 phys_chan_config TCH/F e1 line 1 timeslot 8 sub-slot 0 timeslot 5 phys_chan_config TCH/F e1 line 1 timeslot 8 sub-slot 1 timeslot 6 phys_chan_config TCH/F e1 line 1 timeslot 8 sub-slot 2 timeslot 7 phys_chan_config TCH/F e1 line 1 timeslot 8 sub-slot 3 trx 1 arfcn 124 max_power_red 0 rsl e1 line 1 timeslot 6 sub-slot full rsl e1 tei 2 timeslot 0 phys_chan_config TCH/F e1 line 1 timeslot 9 sub-slot 0 timeslot 1 phys_chan_config TCH/F e1 line 1 timeslot 9 sub-slot 1 timeslot 2 phys_chan_config TCH/F e1 line 1 timeslot 9 sub-slot 2 timeslot 3 phys_chan_config TCH/F e1 line 1 timeslot 9 sub-slot 3 timeslot 4 phys_chan_config TCH/F e1 line 1 timeslot 10 sub-slot 0 timeslot 5 phys_chan_config TCH/F e1 line 1 timeslot 10 sub-slot 1 timeslot 6 phys_chan_config TCH/F e1 line 1 timeslot 10 sub-slot 2 timeslot 7 phys_chan_config TCH/F e1 line 1 timeslot 10 sub-slot 3 From bouchtaoui at gmail.com Thu Aug 13 15:55:14 2009 From: bouchtaoui at gmail.com (Nordin) Date: Thu, 13 Aug 2009 17:55:14 +0200 Subject: OpenBSC with configuration file Message-ID: <4A843762.2030206@gmail.com> Hello guys, Today I've pulled the latest sources and have issues of executing bsc_hack with config file. It complains about: GSM900 channel must be between 1-124. mi_e1_line_update could not open socket Address family not supported by protocol But I changed the config file for the nanoBTS1800, is there something missing? From zecke at selfish.org Thu Aug 13 16:07:29 2009 From: zecke at selfish.org (Holger Freyther) Date: Thu, 13 Aug 2009 18:07:29 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4A843762.2030206@gmail.com> References: <4A843762.2030206@gmail.com> Message-ID: <200908131807.29962.zecke@selfish.org> On Thursday 13 August 2009 17:55:14 Nordin wrote: > Hello guys, > > Today I've pulled the latest sources and have issues of executing > bsc_hack with config file. > It complains about: > GSM900 channel must be between 1-124. > mi_e1_line_update could not open socket Address family not supported by > protocol > > But I changed the config file for the nanoBTS1800, is there something > missing? GSM900 nanoBTS1800.... what do you think could be wrong? z. From e.cathelinaud at googlemail.com Thu Aug 13 16:52:05 2009 From: e.cathelinaud at googlemail.com (Eric Cathelinaud) Date: Thu, 13 Aug 2009 18:52:05 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4A843762.2030206@gmail.com> References: <4A843762.2030206@gmail.com> Message-ID: <383f8f9a0908130952t2de6d713h926bf32a3423075@mail.gmail.com> Did you try the command : ./bsc_hack -f -t nanobts1800 with 512 < n < 885 May be you forgot the type of bts in the command line and then it goes in bs11 by default. Eric 2009/8/13 Nordin > Hello guys, > > Today I've pulled the latest sources and have issues of executing bsc_hack > with config file. > It complains about: > GSM900 channel must be between 1-124. > mi_e1_line_update could not open socket Address family not supported by > protocol > > But I changed the config file for the nanoBTS1800, is there something > missing? > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From zecke at selfish.org Fri Aug 14 02:09:04 2009 From: zecke at selfish.org (Holger Freyther) Date: Fri, 14 Aug 2009 04:09:04 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4A843762.2030206@gmail.com> References: <4A843762.2030206@gmail.com> Message-ID: <200908140409.07399.zecke@selfish.org> On Thursday 13 August 2009 17:55:14 Nordin wrote: > Hello guys, > > Today I've pulled the latest sources and have issues of executing > bsc_hack with config file. > It complains about: > GSM900 channel must be between 1-124. > mi_e1_line_update could not open socket Address family not supported by > protocol > > But I changed the config file for the nanoBTS1800, is there something > missing? It would be really appreciated if you could submit a configuration file for the nanoBTS1800 and nanoBTS900. thanks. From bouchtaoui at gmail.com Fri Aug 14 07:44:37 2009 From: bouchtaoui at gmail.com (Nordin) Date: Fri, 14 Aug 2009 09:44:37 +0200 Subject: OpenBSC with configuration file In-Reply-To: <200908140409.07399.zecke@selfish.org> References: <4A843762.2030206@gmail.com> <200908140409.07399.zecke@selfish.org> Message-ID: <4A8515E5.3080201@gmail.com> Sorry guys, My mistake, I thought the type argument isn't used anymore. If you look at print_help() and handle_options() in bsc_hack.c you won't see the -t argument untill you check the switch statement in handle_options(). Holger Freyther schreef: > On Thursday 13 August 2009 17:55:14 Nordin wrote: > >> Hello guys, >> >> Today I've pulled the latest sources and have issues of executing >> bsc_hack with config file. >> It complains about: >> GSM900 channel must be between 1-124. >> mi_e1_line_update could not open socket Address family not supported by >> protocol >> >> But I changed the config file for the nanoBTS1800, is there something >> missing? >> > > It would be really appreciated if you could submit a configuration file for the > nanoBTS1800 and nanoBTS900. > > thanks. > > > From zecke at selfish.org Fri Aug 14 08:25:14 2009 From: zecke at selfish.org (Holger Freyther) Date: Fri, 14 Aug 2009 10:25:14 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4A8515E5.3080201@gmail.com> References: <4A843762.2030206@gmail.com> <200908140409.07399.zecke@selfish.org> <4A8515E5.3080201@gmail.com> Message-ID: <200908141025.16555.zecke@selfish.org> On Friday 14 August 2009 09:44:37 Nordin wrote: > Sorry guys, > My mistake, I thought the type argument isn't used anymore. > If you look at print_help() and handle_options() in bsc_hack.c you won't > see the -t argument untill you check the switch statement in > handle_options(). any patch to create two new config files? z. From bouchtaoui at gmail.com Fri Aug 14 09:42:09 2009 From: bouchtaoui at gmail.com (Nordin) Date: Fri, 14 Aug 2009 11:42:09 +0200 Subject: OpenBSC with configuration file In-Reply-To: <200908141025.16555.zecke@selfish.org> References: <4A843762.2030206@gmail.com> <200908140409.07399.zecke@selfish.org> <4A8515E5.3080201@gmail.com> <200908141025.16555.zecke@selfish.org> Message-ID: <4A853171.6090903@gmail.com> Hi Holger, I still get the same problem. I'm not familiar with git, I just did "git pull" and saw it downloading the latest version. When running the command like Eric suggested #./bsc_hack -tnanobts1800 -f 567 it respond with bad arguments for both: #./bsc_hack -t nanobts1800 -f 567 ./bsc_hack: invalid option -- t ./bsc_hack: invalid option -- f DB: Database initialized. DB: Database prepared. GSM900 channel must be between 1-124. e1_reconfig_bts(0) e1_reconfig_ts(0,0,0) e1_reconfig_ts(0,0,1) e1_reconfig_ts(0,0,2) e1_reconfig_ts(0,0,3) e1_reconfig_ts(0,0,4) e1_reconfig_ts(0,0,5) e1_reconfig_ts(0,0,6) e1_reconfig_ts(0,0,7) mi_e1_line_update could not open socket Address family not supported by protocol So I've checked bsc_hack.c and realized these options are not inculded in getopt_long(): 1146 c = getopt_long(argc, argv, "hd:sl:ar:p:C:RTPc:", 1147 long_options, &option_index); As you see, no bts type and arfcn options. I attached the modified config file, but it's not really special about it. I think Harald hasn't finished that part, as we know he is a very busy man :) Holger, I've never done a patch and as a beginner I want to learn by looking over the shoulder. I tried to get the "Network Listen" for nanobts done, but I couldn't manage that. So for now I more want to learn from you, sorry about that. Holger Freyther schreef: > On Friday 14 August 2009 09:44:37 Nordin wrote: > >> Sorry guys, >> My mistake, I thought the type argument isn't used anymore. >> If you look at print_help() and handle_options() in bsc_hack.c you won't >> see the -t argument untill you check the switch statement in >> handle_options(). >> > > > any patch to create two new config files? > > z. > > > From bouchtaoui at gmail.com Fri Aug 14 09:46:12 2009 From: bouchtaoui at gmail.com (Nordin) Date: Fri, 14 Aug 2009 11:46:12 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4A853171.6090903@gmail.com> References: <4A843762.2030206@gmail.com> <200908140409.07399.zecke@selfish.org> <4A8515E5.3080201@gmail.com> <200908141025.16555.zecke@selfish.org> <4A853171.6090903@gmail.com> Message-ID: <4A853264.2030609@gmail.com> Forgot the config file to attach: here we go. Nordin schreef: > Hi Holger, > > I still get the same problem. I'm not familiar with git, I just did > "git pull" and saw it downloading the latest version. When running the > command like Eric suggested #./bsc_hack -tnanobts1800 -f 567 it > respond with bad arguments for both: > #./bsc_hack -t nanobts1800 -f 567 > ./bsc_hack: invalid option -- t > ./bsc_hack: invalid option -- f > DB: Database initialized. > DB: Database prepared. > GSM900 channel must be between 1-124. > e1_reconfig_bts(0) > e1_reconfig_ts(0,0,0) > e1_reconfig_ts(0,0,1) > e1_reconfig_ts(0,0,2) > e1_reconfig_ts(0,0,3) > e1_reconfig_ts(0,0,4) > e1_reconfig_ts(0,0,5) > e1_reconfig_ts(0,0,6) > e1_reconfig_ts(0,0,7) > mi_e1_line_update could not open socket Address family not supported > by protocol > > So I've checked bsc_hack.c and realized these options are not inculded > in getopt_long(): > 1146 c = getopt_long(argc, argv, "hd:sl:ar:p:C:RTPc:", > 1147 long_options, &option_index); > > As you see, no bts type and arfcn options. > > I attached the modified config file, but it's not really special about > it. > I think Harald hasn't finished that part, as we know he is a very busy > man :) > Holger, I've never done a patch and as a beginner I want to learn by > looking over the shoulder. I tried to get the "Network Listen" for > nanobts done, but I couldn't manage that. So for now I more want to > learn from you, sorry about that. > > > > Holger Freyther schreef: >> On Friday 14 August 2009 09:44:37 Nordin wrote: >> >>> Sorry guys, >>> My mistake, I thought the type argument isn't used anymore. >>> If you look at print_help() and handle_options() in bsc_hack.c you >>> won't >>> see the -t argument untill you check the switch statement in >>> handle_options(). >>> >> >> >> any patch to create two new config files? >> >> z. >> >> >> > > -------------- next part -------------- An embedded and charset-unspecified text was scrubbed... Name: openbsc.cfg.1-1 URL: From spaar at mirider.augusta.de Fri Aug 14 12:07:47 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Fri, 14 Aug 2009 12:07:47 CEST Subject: OpenBSC with configuration file Message-ID: <4a855394.mirider@mirider.augusta.de> Hello Nordin, On Fri, 14 Aug 2009 11:42:09 +0200, "Nordin" wrote: > > I attached the modified config file, but it's not really special about it. > I think Harald hasn't finished that part, as we know he is a very busy > man :) If you look at vty_interface.c, you will notice that there a different configuration commands for the BS-11 and the nanoBTS. For example there is "oml ..." for the BS-11 and "ip.access ..." for the nanoBTS. So the "oml ..." commands in the config file you posted won't work for the nanoBTS. I have not tried it yet, but thats where I would start to modify the config file for the nanoBTS. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From bouchtaoui at gmail.com Fri Aug 14 10:54:19 2009 From: bouchtaoui at gmail.com (Nordin) Date: Fri, 14 Aug 2009 12:54:19 +0200 Subject: OpenBSC with configuration file In-Reply-To: <4a855394.mirider@mirider.augusta.de> References: <4a855394.mirider@mirider.augusta.de> Message-ID: <4A85425B.8020400@gmail.com> > So the "oml ..." commands in the config file you posted won't work for the > nanoBTS. Well it should at least know it is dealing with the nanobts, which is not the case. In function bootstrap_network() of bsc_hack.c the function vty_read_config_file() is called, and that's it. So bsc_hack.c does nothing with the config file. Furthermore, I can't seem to find where the bts->type is filled. So my conclusion is this part is not finished yet. From spaar at mirider.augusta.de Fri Aug 14 13:36:12 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Fri, 14 Aug 2009 13:36:12 CEST Subject: OpenBSC with configuration file Message-ID: <4a85684c.mirider@mirider.augusta.de> Hello Nordin, On Fri, 14 Aug 2009 12:54:19 +0200, "Nordin" wrote: > > Well it should at least know it is dealing with the nanobts, which is > not the case. > In function bootstrap_network() of bsc_hack.c the function > vty_read_config_file() is called, and that's it. So bsc_hack.c does > nothing with the config file. Furthermore, I can't seem to find where > the bts->type is filled. So my conclusion is this part is not finished yet. Sorry, wrong. The type is set, your configuration file is wrong. If you use "nanobts1800" instead of "nanoBTS", add "ip.access unit_id 1800 0" (you might have to ajust the numbers) everything will work (at least the nanoBTS is configured). I just tried it with the version from the GIT. Why do I have to try it, instead that you look carefully ? Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From daniel at totalueberwachung.de Sun Aug 9 00:24:16 2009 From: daniel at totalueberwachung.de (Daniel Willmann) Date: Sun, 9 Aug 2009 02:24:16 +0200 Subject: [PATCH 0/1] Add bport0/1 support for bs11_config Message-ID: Hello, this patch should add support to bs11_config for bport0/1 configuration. This should enable you to configure a BS11 to run in multidrop mode and so contol two BS11 from one E1 link. I only have one BS11 so I was only able to verify that the objects are indeed created/modified. If it's okay I can also directly push the patch. Regards, Daniel Willmann Daniel Willmann (1): Add {create,delete}-bport1 and bport0-{star,multidrop} to bs11-config openbsc/include/openbsc/abis_nm.h | 4 +++- openbsc/src/abis_nm.c | 31 +++++++++++++++++++++++++++++-- openbsc/src/bs11_config.c | 26 ++++++++++++++++++++++++++ 3 files changed, 58 insertions(+), 3 deletions(-) From daniel at totalueberwachung.de Sun Aug 9 00:24:17 2009 From: daniel at totalueberwachung.de (Daniel Willmann) Date: Sun, 9 Aug 2009 02:24:17 +0200 Subject: [PATCH 1/1] Add {create, delete}-bport1 and bport0-{star, multidrop} to bs11-config In-Reply-To: References: Message-ID: <614aefe5bb4f24a3d6b93132f1de17ec6ac26729.1249776905.git.daniel@totalueberwachung.de> This adds the possibility to bs11-config to add the second bport and change the line config to star or multidrop. --- openbsc/include/openbsc/abis_nm.h | 4 +++- openbsc/src/abis_nm.c | 31 +++++++++++++++++++++++++++++-- openbsc/src/bs11_config.c | 26 ++++++++++++++++++++++++++ 3 files changed, 58 insertions(+), 3 deletions(-) diff --git a/openbsc/include/openbsc/abis_nm.h b/openbsc/include/openbsc/abis_nm.h index d8cd9fa..9e873e9 100644 --- a/openbsc/include/openbsc/abis_nm.h +++ b/openbsc/include/openbsc/abis_nm.h @@ -654,7 +654,7 @@ int abis_nm_tlv_parse(struct tlv_parsed *tp, const u_int8_t *buf, int len); int abis_nm_rx(struct msgb *msg); int abis_nm_opstart(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, u_int8_t i1, u_int8_t i2); int abis_nm_chg_adm_state(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, - u_int8_t i1, u_int8_t i2, u_int8_t adm_state); + u_int8_t i1, u_int8_t i2, enum abis_nm_adm_state adm_state); int abis_nm_establish_tei(struct gsm_bts *bts, u_int8_t trx_nr, u_int8_t e1_port, u_int8_t e1_timeslot, u_int8_t e1_subslot, u_int8_t tei); @@ -695,6 +695,7 @@ int abis_nm_bs11_create_envaBTSE(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_create_bport(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_delete_object(struct gsm_bts *bts, enum abis_bs11_objtype type, u_int8_t idx); +int abis_nm_bs11_delete_bport(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_conn_oml_tei(struct gsm_bts *bts, u_int8_t e1_port, u_int8_t e1_timeslot, u_int8_t e1_subslot, u_int8_t tei); int abis_nm_bs11_get_oml_tei_ts(struct gsm_bts *bts); @@ -710,6 +711,7 @@ int abis_nm_bs11_get_state(struct gsm_bts *bts); int abis_nm_bs11_load_swl(struct gsm_bts *bts, const char *fname, u_int8_t win_size, int forced, gsm_cbfn *cbfn); int abis_nm_bs11_set_ext_time(struct gsm_bts *bts); +int abis_nm_bs11_set_bport_line_cfg(struct gsm_bts *bts, u_int8_t bport, u_int8_t line_cfg); int abis_nm_bs11_bsc_disconnect(struct gsm_bts *bts, int reconnect); int abis_nm_bs11_restart(struct gsm_bts *bts); diff --git a/openbsc/src/abis_nm.c b/openbsc/src/abis_nm.c index 31f1df0..4baf6f6 100644 --- a/openbsc/src/abis_nm.c +++ b/openbsc/src/abis_nm.c @@ -1755,7 +1755,7 @@ int abis_nm_opstart(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, u_int8 /* Chapter 8.8.5 */ int abis_nm_chg_adm_state(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, - u_int8_t i1, u_int8_t i2, u_int8_t adm_state) + u_int8_t i1, u_int8_t i2, enum abis_nm_adm_state adm_state) { struct abis_om_hdr *oh; struct msgb *msg = nm_msgb_alloc(); @@ -1934,7 +1934,19 @@ int abis_nm_bs11_create_bport(struct gsm_bts *bts, u_int8_t idx) oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); fill_om_fom_hdr(oh, 0, NM_MT_BS11_CREATE_OBJ, NM_OC_BS11_BPORT, - idx, 0, 0); + idx, 0xff, 0xff); + + return abis_nm_sendmsg(bts, msg); +} + +int abis_nm_bs11_delete_bport(struct gsm_bts *bts, u_int8_t idx) +{ + struct abis_om_hdr *oh; + struct msgb *msg = nm_msgb_alloc(); + + oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); + fill_om_fom_hdr(oh, 0, NM_MT_BS11_DELETE_OBJ, NM_OC_BS11_BPORT, + idx, 0xff, 0xff); return abis_nm_sendmsg(bts, msg); } @@ -2322,6 +2334,21 @@ int abis_nm_bs11_set_ext_time(struct gsm_bts *bts) return abis_nm_sendmsg(bts, msg); } +int abis_nm_bs11_set_bport_line_cfg(struct gsm_bts *bts, u_int8_t bport, u_int8_t line_cfg) +{ + struct abis_om_hdr *oh; + struct msgb *msg = nm_msgb_alloc(); + struct bs11_date_time aet; + + get_bs11_date_time(&aet); + oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); + fill_om_fom_hdr(oh, 2, NM_MT_BS11_SET_ATTR, NM_OC_BS11_BPORT, + bport, 0xff, 0x02); + msgb_tv_put(msg, NM_ATT_BS11_LINE_CFG, line_cfg); + + return abis_nm_sendmsg(bts, msg); +} + /* ip.access nanoBTS specific commands */ static const char ipaccess_magic[] = "com.ipaccess"; diff --git a/openbsc/src/bs11_config.c b/openbsc/src/bs11_config.c index 0fb7cd7..bdf797b 100644 --- a/openbsc/src/bs11_config.c +++ b/openbsc/src/bs11_config.c @@ -541,6 +541,28 @@ static int handle_state_resp(enum abis_bs11_phase state) command = NULL; } else if (!strcmp(command, "query")) { cmd_query(); + } else if (!strcmp(command, "create-bport1")) { + abis_nm_bs11_create_bport(g_bts, 1); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "delete-bport1")) { + abis_nm_chg_adm_state(g_bts, NM_OC_BS11_BPORT, 1, 0xff, 0xff, NM_STATE_LOCKED); + sleep(1); + abis_nm_bs11_delete_bport(g_bts, 1); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "bport0-star")) { + abis_nm_bs11_set_bport_line_cfg(g_bts, 0, 0); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "bport0-multidrop")) { + abis_nm_bs11_set_bport_line_cfg(g_bts, 0, 1); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; } } break; @@ -692,6 +714,10 @@ static void print_help(void) printf("\tpll-e1-locked\tSet the PLL to be locked to E1 clock\n"); printf("\tpll-standalone\tSet the PLL to be in standalone mode\n"); printf("\toml-tei\tSet OML E1 TS and TEI\n"); + printf("\tbport0-star\tSet BPORT0 line config to star\n"); + printf("\tbport0-multiport\tSet BPORT0 line config to multiport\n"); + printf("\tcreate-bport1\tCreate BPORT1 object\n"); + printf("\tdelete-bport1\tDelete BPORT1 object\n"); } static void handle_options(int argc, char **argv) -- 1.6.3.3 From laforge at gnumonks.org Sun Aug 9 10:00:58 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sun, 9 Aug 2009 12:00:58 +0200 Subject: [PATCH 1/1] Add {create, delete}-bport1 and bport0-{star, multidrop} to bs11-config In-Reply-To: <614aefe5bb4f24a3d6b93132f1de17ec6ac26729.1249776905.git.daniel@totalueberwachung.de> References: <614aefe5bb4f24a3d6b93132f1de17ec6ac26729.1249776905.git.daniel@totalueberwachung.de> Message-ID: <20090809100058.GE22331@prithivi.gnumonks.org> On Sun, Aug 09, 2009 at 02:24:17AM +0200, Daniel Willmann wrote: > This adds the possibility to bs11-config to add the second bport and > change the line config to star or multidrop. thanks a lot, I'll apply this, but add an enum for the actual line configuration. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From daniel at totalueberwachung.de Sun Aug 9 17:03:30 2009 From: daniel at totalueberwachung.de (Daniel Willmann) Date: Sun, 9 Aug 2009 19:03:30 +0200 Subject: [PATCH 0/1] Add bport0/1 support for bs11_config Message-ID: Hello, second try to add support to bs11_config for bport0/1 configuration. This time with enum abis_bs11_line_cfg. It seems sometimes creating bport1 fails, even LMT shows create obj greyed out. Don't know why yet. Regards, Daniel Willmann Daniel Willmann (1): Add {create,delete}-bport1 and bport0-{star,multidrop} to bs11-config openbsc/include/openbsc/abis_nm.h | 10 +++++++++- openbsc/src/abis_nm.c | 31 +++++++++++++++++++++++++++++-- openbsc/src/bs11_config.c | 26 ++++++++++++++++++++++++++ 3 files changed, 64 insertions(+), 3 deletions(-) From daniel at totalueberwachung.de Sun Aug 9 17:03:31 2009 From: daniel at totalueberwachung.de (Daniel Willmann) Date: Sun, 9 Aug 2009 19:03:31 +0200 Subject: [PATCH 1/1] Add {create, delete}-bport1 and bport0-{star, multidrop} to bs11-config In-Reply-To: References: Message-ID: <1241e408b2dc0772cdd228eff00d275185685c19.1249835034.git.daniel@totalueberwachung.de> This adds the possibility to bs11-config to add the second bport and change the line config to star or multidrop. --- openbsc/include/openbsc/abis_nm.h | 10 +++++++++- openbsc/src/abis_nm.c | 31 +++++++++++++++++++++++++++++-- openbsc/src/bs11_config.c | 26 ++++++++++++++++++++++++++ 3 files changed, 64 insertions(+), 3 deletions(-) diff --git a/openbsc/include/openbsc/abis_nm.h b/openbsc/include/openbsc/abis_nm.h index d8cd9fa..112b56e 100644 --- a/openbsc/include/openbsc/abis_nm.h +++ b/openbsc/include/openbsc/abis_nm.h @@ -589,6 +589,12 @@ enum abis_bs11_li_pll_mode { BS11_LI_PLL_STANDALONE = 3, }; +enum abis_bs11_line_cfg { + BS11_LINE_CFG_STAR = 0x00, + BS11_LINE_CFG_MULTIDROP = 0x01, + BS11_LINE_CFG_LOOP = 0x02, +}; + enum abis_bs11_phase { BS11_STATE_SOFTWARE_RQD = 0x01, BS11_STATE_LOAD_SMU_INTENDED = 0x11, @@ -654,7 +660,7 @@ int abis_nm_tlv_parse(struct tlv_parsed *tp, const u_int8_t *buf, int len); int abis_nm_rx(struct msgb *msg); int abis_nm_opstart(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, u_int8_t i1, u_int8_t i2); int abis_nm_chg_adm_state(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, - u_int8_t i1, u_int8_t i2, u_int8_t adm_state); + u_int8_t i1, u_int8_t i2, enum abis_nm_adm_state adm_state); int abis_nm_establish_tei(struct gsm_bts *bts, u_int8_t trx_nr, u_int8_t e1_port, u_int8_t e1_timeslot, u_int8_t e1_subslot, u_int8_t tei); @@ -695,6 +701,7 @@ int abis_nm_bs11_create_envaBTSE(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_create_bport(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_delete_object(struct gsm_bts *bts, enum abis_bs11_objtype type, u_int8_t idx); +int abis_nm_bs11_delete_bport(struct gsm_bts *bts, u_int8_t idx); int abis_nm_bs11_conn_oml_tei(struct gsm_bts *bts, u_int8_t e1_port, u_int8_t e1_timeslot, u_int8_t e1_subslot, u_int8_t tei); int abis_nm_bs11_get_oml_tei_ts(struct gsm_bts *bts); @@ -710,6 +717,7 @@ int abis_nm_bs11_get_state(struct gsm_bts *bts); int abis_nm_bs11_load_swl(struct gsm_bts *bts, const char *fname, u_int8_t win_size, int forced, gsm_cbfn *cbfn); int abis_nm_bs11_set_ext_time(struct gsm_bts *bts); +int abis_nm_bs11_set_bport_line_cfg(struct gsm_bts *bts, u_int8_t bport, enum abis_bs11_line_cfg line_cfg); int abis_nm_bs11_bsc_disconnect(struct gsm_bts *bts, int reconnect); int abis_nm_bs11_restart(struct gsm_bts *bts); diff --git a/openbsc/src/abis_nm.c b/openbsc/src/abis_nm.c index 31f1df0..ea18c2f 100644 --- a/openbsc/src/abis_nm.c +++ b/openbsc/src/abis_nm.c @@ -1755,7 +1755,7 @@ int abis_nm_opstart(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, u_int8 /* Chapter 8.8.5 */ int abis_nm_chg_adm_state(struct gsm_bts *bts, u_int8_t obj_class, u_int8_t i0, - u_int8_t i1, u_int8_t i2, u_int8_t adm_state) + u_int8_t i1, u_int8_t i2, enum abis_nm_adm_state adm_state) { struct abis_om_hdr *oh; struct msgb *msg = nm_msgb_alloc(); @@ -1934,7 +1934,19 @@ int abis_nm_bs11_create_bport(struct gsm_bts *bts, u_int8_t idx) oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); fill_om_fom_hdr(oh, 0, NM_MT_BS11_CREATE_OBJ, NM_OC_BS11_BPORT, - idx, 0, 0); + idx, 0xff, 0xff); + + return abis_nm_sendmsg(bts, msg); +} + +int abis_nm_bs11_delete_bport(struct gsm_bts *bts, u_int8_t idx) +{ + struct abis_om_hdr *oh; + struct msgb *msg = nm_msgb_alloc(); + + oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); + fill_om_fom_hdr(oh, 0, NM_MT_BS11_DELETE_OBJ, NM_OC_BS11_BPORT, + idx, 0xff, 0xff); return abis_nm_sendmsg(bts, msg); } @@ -2322,6 +2334,21 @@ int abis_nm_bs11_set_ext_time(struct gsm_bts *bts) return abis_nm_sendmsg(bts, msg); } +int abis_nm_bs11_set_bport_line_cfg(struct gsm_bts *bts, u_int8_t bport, enum abis_bs11_line_cfg line_cfg) +{ + struct abis_om_hdr *oh; + struct msgb *msg = nm_msgb_alloc(); + struct bs11_date_time aet; + + get_bs11_date_time(&aet); + oh = (struct abis_om_hdr *) msgb_put(msg, ABIS_OM_FOM_HDR_SIZE); + fill_om_fom_hdr(oh, 2, NM_MT_BS11_SET_ATTR, NM_OC_BS11_BPORT, + bport, 0xff, 0x02); + msgb_tv_put(msg, NM_ATT_BS11_LINE_CFG, line_cfg); + + return abis_nm_sendmsg(bts, msg); +} + /* ip.access nanoBTS specific commands */ static const char ipaccess_magic[] = "com.ipaccess"; diff --git a/openbsc/src/bs11_config.c b/openbsc/src/bs11_config.c index 0fb7cd7..3e8bf88 100644 --- a/openbsc/src/bs11_config.c +++ b/openbsc/src/bs11_config.c @@ -541,6 +541,28 @@ static int handle_state_resp(enum abis_bs11_phase state) command = NULL; } else if (!strcmp(command, "query")) { cmd_query(); + } else if (!strcmp(command, "create-bport1")) { + abis_nm_bs11_create_bport(g_bts, 1); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "delete-bport1")) { + abis_nm_chg_adm_state(g_bts, NM_OC_BS11_BPORT, 1, 0xff, 0xff, NM_STATE_LOCKED); + sleep(1); + abis_nm_bs11_delete_bport(g_bts, 1); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "bport0-star")) { + abis_nm_bs11_set_bport_line_cfg(g_bts, 0, BS11_LINE_CFG_STAR); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; + } else if (!strcmp(command, "bport0-multidrop")) { + abis_nm_bs11_set_bport_line_cfg(g_bts, 0, BS11_LINE_CFG_MULTIDROP); + sleep(1); + abis_nm_bs11_factory_logon(g_bts, 0); + command = NULL; } } break; @@ -692,6 +714,10 @@ static void print_help(void) printf("\tpll-e1-locked\tSet the PLL to be locked to E1 clock\n"); printf("\tpll-standalone\tSet the PLL to be in standalone mode\n"); printf("\toml-tei\tSet OML E1 TS and TEI\n"); + printf("\tbport0-star\tSet BPORT0 line config to star\n"); + printf("\tbport0-multiport\tSet BPORT0 line config to multiport\n"); + printf("\tcreate-bport1\tCreate BPORT1 object\n"); + printf("\tdelete-bport1\tDelete BPORT1 object\n"); } static void handle_options(int argc, char **argv) -- 1.6.3.3 From laforge at gnumonks.org Mon Aug 10 09:50:45 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 10 Aug 2009 11:50:45 +0200 Subject: [PATCH 0/1] Add bport0/1 support for bs11_config In-Reply-To: References: Message-ID: <20090810095045.GC13738@prithivi.gnumonks.org> On Sun, Aug 09, 2009 at 07:03:30PM +0200, Daniel Willmann wrote: > Hello, > > second try to add support to bs11_config for bport0/1 configuration. This > time with enum abis_bs11_line_cfg. > It seems sometimes creating bport1 fails, even LMT shows create obj > greyed out. Don't know why yet. thanks, applied. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From zero-kelvin at gmx.de Mon Aug 17 17:37:08 2009 From: zero-kelvin at gmx.de (dexter) Date: Mon, 17 Aug 2009 19:37:08 +0200 Subject: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <20090810095045.GC13738@prithivi.gnumonks.org> References: <20090810095045.GC13738@prithivi.gnumonks.org> Message-ID: <4A899544.1090007@gmx.de> Hi Folks, When i want to load the hfcmulti driver i get the following output: [ 796.302786] Unknown HFC multiport controller (vendor:1397 device:30b1 subvendor:ffffffff subdevice:ffffffff) [ 796.302891] Please contact the driver maintainer for support Does anyone know whats going wrong here? When i take another HFC-E1 card everything works fine. The problem seems to be not new see here: http://www.ip-phone-forum.de/showthread.php?t=196275 and here http://article.gmane.org/gmane.linux.isdn.i4l.user/3707 regards. Philipp From zecke at selfish.org Tue Aug 18 01:45:56 2009 From: zecke at selfish.org (Holger Freyther) Date: Tue, 18 Aug 2009 03:45:56 +0200 Subject: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <4A899544.1090007@gmx.de> References: <20090810095045.GC13738@prithivi.gnumonks.org> <4A899544.1090007@gmx.de> Message-ID: <200908180345.56618.zecke@selfish.org> On Monday 17 August 2009 19:37:08 dexter wrote: > Hi Folks, > > When i want to load the hfcmulti driver i get the following output: > > [ 796.302786] Unknown HFC multiport controller (vendor:1397 device:30b1 > subvendor:ffffffff subdevice:ffffffff) > [ 796.302891] Please contact the driver maintainer for support > > Does anyone know whats going wrong here? When i take another HFC-E1 card > everything works fine. Stupid question... could you check the jumpers on your card? z. From zecke at selfish.org Mon Aug 10 06:24:03 2009 From: zecke at selfish.org (Holger Freyther) Date: Mon, 10 Aug 2009 08:24:03 +0200 Subject: One bug in bsc_hack.c Message-ID: <200908100824.04780.zecke@selfish.org> Hey, I compiled with -Wall -Werror and fixed the easy ones. While doing it I encountered one bug in the bsc_hack.c.. int ipaccess_setup(struct gsm_network *gsmnet) is called with a struct gsm_bts*... The current ipaccess_setup need to be called once per network (as we should only bind to the address once...). any idea what to do? z. From laforge at gnumonks.org Mon Aug 10 09:47:58 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 10 Aug 2009 11:47:58 +0200 Subject: One bug in bsc_hack.c In-Reply-To: <200908100824.04780.zecke@selfish.org> References: <200908100824.04780.zecke@selfish.org> Message-ID: <20090810094758.GB13738@prithivi.gnumonks.org> On Mon, Aug 10, 2009 at 08:24:03AM +0200, Holger Freyther wrote: > I compiled with -Wall -Werror and fixed the easy ones. While doing it I > encountered one bug in the bsc_hack.c.. great, thanks a lot! > int ipaccess_setup(struct gsm_network *gsmnet) is called with a struct > gsm_bts*... The current ipaccess_setup need to be called once per network (as > we should only bind to the address once...). yes, that is a side-effect of me merging the recent stuff into master, sorry for that. > any idea what to do? just call the function once during startup, even unconditionally is fine with me. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From womax at gmx.ch Wed Aug 12 09:38:50 2009 From: womax at gmx.ch (WoMax) Date: Wed, 12 Aug 2009 11:38:50 +0200 Subject: nanoBTS Message-ID: <8120C8213EC94DE080A13517333FA45A@HAL2008> Hi! I've got a few nanoBTS, type 139 and 140. So I need just one, the others are now for sale. Type 140(1900), you don't disturb the existing providers, for 1300 euro, working well with all quadband handsets. Type 139(1800) for 1200 euro. All equipment is in working order, supplied with PoE-Adapter. If you buy 2, there is a 10% off. The Unit's are located in Switzerland and can be picked up here on Lake Constance or shipped by german post, so you don't have to pay for expensive shipment like from US. BTW I can't reach Harald Welte by email to ask him where is my ordered BS-11. Regards, -- - Thomas Mueller -------------- next part -------------- An HTML attachment was scrubbed... URL: From zecke at selfish.org Fri Aug 14 09:45:07 2009 From: zecke at selfish.org (Holger Freyther) Date: Fri, 14 Aug 2009 11:45:07 +0200 Subject: SCCP: State of the current implementation Message-ID: <200908141145.09339.zecke@selfish.org> Hey Guys, this is just a small note of the current work in the holger/on-waves-msc-sccp branch. The goal of this branch is to implement A over IP and hook OpenBSC into a real GSM network. This work is on the way thanks to on-waves.com. The current state: - Partially implemented SCCP. We can send UDT messages, and full connection handling exists. I have not implemented segmenting for DT1 yet and will try to avoid doing that. - Split out vty_interfaces into two parts. One for the MSC functionality and one for the BSC - Split out gsm_subscriber into two sets. One for BSC and one for MSC. - Do not compile gsm_04_08.c but provide the layer2->layer3 ourselves with moving shared stuff to gsm48_utils.c. This way creating and parsing of messages can be shared and the policy can remain in the old file. (this is the biggest change to earlier approaches). What will be next: - Use bsc_msc_ip.c to initialize the the tcp connection, do the handshaking, start sending the reset as seen in the traces. What can be merged: - I think I will propose to merge the vty and gsm subscriber changes after HAR2009 as they have little chance to break stuff. z. From womax at gmx.ch Fri Aug 14 11:17:01 2009 From: womax at gmx.ch (WoMax) Date: Fri, 14 Aug 2009 13:17:01 +0200 Subject: nanoBTS internals Message-ID: ... here are some (interesting) pics about nanoBTS: http://www.umts.zerber.us more to come ... From spaar at mirider.augusta.de Fri Aug 14 13:42:45 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Fri, 14 Aug 2009 13:42:45 CEST Subject: nanoBTS internals Message-ID: <4a8569d5.mirider@mirider.augusta.de> Hello WoMax, On Fri, 14 Aug 2009 13:17:01 +0200, "WoMax" wrote: > ... here are some (interesting) pics about nanoBTS: > > http://www.umts.zerber.us > > more to come ... Great :-). You noticed that there are a few pictures from another nanoBTS model at the following location ? http://bs11-abis.gnumonks.org/trac/wiki/nanoBTS_Internals Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From womax at gmx.ch Mon Aug 17 16:10:26 2009 From: womax at gmx.ch (WoMax) Date: Mon, 17 Aug 2009 18:10:26 +0200 Subject: ipaccess-find won't compile Message-ID: I got the bs11_config and the bsc_hack compiled, yes I use cygwin .. but ipaccess-find and the other programs won't compiled. Can somebody bring me on the right lane? Tom at HAL2008 ~ $ cd openbsc/openbsc Tom at HAL2008 ~/openbsc/openbsc $ make make all-recursive make[1]: Entering directory `/home/Tom/openbsc/openbsc' Making all in include make[2]: Entering directory `/home/Tom/openbsc/openbsc/include' Making all in openbsc make[3]: Entering directory `/home/Tom/openbsc/openbsc/include/openbsc' make[3]: Nothing to be done for `all'. make[3]: Leaving directory `/home/Tom/openbsc/openbsc/include/openbsc' Making all in vty make[3]: Entering directory `/home/Tom/openbsc/openbsc/include/vty' make[3]: Nothing to be done for `all'. make[3]: Leaving directory `/home/Tom/openbsc/openbsc/include/vty' make[3]: Entering directory `/home/Tom/openbsc/openbsc/include' make[3]: Nothing to be done for `all-am'. make[3]: Leaving directory `/home/Tom/openbsc/openbsc/include' make[2]: Leaving directory `/home/Tom/openbsc/openbsc/include' Making all in src make[2]: Entering directory `/home/Tom/openbsc/openbsc/src' if gcc -DHAVE_CONFIG_H -I. -I. -I.. -I../include -Wall -g -O2 -MT ipaccess-find.o -MD -MP -MF ".deps/ipaccess-find.Tpo" -c -o ipaccess-find.o ipaccess-find.c; \ then mv -f ".deps/ipaccess-find.Tpo" ".deps/ipaccess-find.Po"; else rm -f ".deps/ipaccess-find.Tpo"; exit 1; fi In file included from ipaccess-find.c:13: ../include/openbsc/ipaccess.h:37: warning: "struct e1inp_line" declared inside parameter list ../include/openbsc/ipaccess.h:37: warning: its scope is only this definition or declaration, which is probably not what you want ipaccess-find.c: In function `udp_sock': ipaccess-find.c:46: error: `SO_BINDTODEVICE' undeclared (first use in this function) ipaccess-find.c:46: error: (Each undeclared identifier is reported only once ipaccess-find.c:46: error: for each function it appears in.) make[2]: *** [ipaccess-find.o] Error 1 make[2]: Leaving directory `/home/Tom/openbsc/openbsc/src' make[1]: *** [all-recursive] Error 1 make[1]: Leaving directory `/home/Tom/openbsc/openbsc' make: *** [all] Error 2 Tom at HAL2008 ~/openbsc/openbsc $ -------------- next part -------------- An HTML attachment was scrubbed... URL: From spaar at mirider.augusta.de Mon Aug 17 18:51:58 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 17 Aug 2009 18:51:58 CEST Subject: ipaccess-find won't compile Message-ID: <4a89a6ce.mirider@mirider.augusta.de> Hello WoMax, On Mon, 17 Aug 2009 18:10:26 +0200, "WoMax" wrote: > > I got the bs11_config and the bsc_hack compiled, > > yes I use cygwin .. > > > but ipaccess-find and the other programs won't compiled. Cygwin does not seem to support SO_BINDTODEVICE. The line which uses it was introduced with one the recent updates, as far as I understand it, you can now optionally specify the network interface for ipaccess-find (Harald might correct me if I am wrong). As long as you only have one network card, you most certainly don't need this option and so for now just comment the line or put it inside "#if !defined(__CYGWIN__)" "#endif" and it will compile with Cygwin and should still work. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From zero-kelvin at gmx.de Mon Aug 17 18:24:50 2009 From: zero-kelvin at gmx.de (dexter) Date: Mon, 17 Aug 2009 20:24:50 +0200 Subject: Problems with HFC-E1 card (Unknown HFC multiport controller) Message-ID: <4A89A072.8020805@gmx.de> Here is an output from a linux box that works with the other card: openbsc output: tatooine:/home/laflocal/openbsc/openbsc/src# ./bsc_hack -f 123 DB: Database initialized. DB: Database prepared. 0 devices found error getting info for device 0: No such device Error during E1 config of BTS 0 lspci output: tatooine:~# lspci 00:00.0 Host bridge: VIA Technologies, Inc. VT82C693A/694x [Apollo PRO133x] (rev c4) 00:01.0 PCI bridge: VIA Technologies, Inc. VT82C598/694x [Apollo MVP3/Pro133x AGP] 00:07.0 ISA bridge: VIA Technologies, Inc. VT82C686 [Apollo Super South] (rev 22) 00:07.1 IDE interface: VIA Technologies, Inc. VT82C586A/B/VT82C686/A/B/VT823x/A/C PIPC Bus Master IDE (rev 10) 00:07.2 USB Controller: VIA Technologies, Inc. VT82xxxxx UHCI USB 1.1 Controller (rev 10) 00:07.3 USB Controller: VIA Technologies, Inc. VT82xxxxx UHCI USB 1.1 Controller (rev 10) 00:07.4 SMBus: VIA Technologies, Inc. VT82C686 [Apollo Super ACPI] (rev 30) 00:09.0 ISDN controller: Cologne Chip Designs GmbH ISDN network Controller [HFC-E1] (rev 01) 00:0a.0 Ethernet controller: Intel Corporation 82541GI Gigabit Ethernet Controller 00:0b.0 USB Controller: VIA Technologies, Inc. VT82xxxxx UHCI USB 1.1 Controller (rev 61) 00:0b.1 USB Controller: VIA Technologies, Inc. VT82xxxxx UHCI USB 1.1 Controller (rev 61) 00:0b.2 USB Controller: VIA Technologies, Inc. USB 2.0 (rev 63) 00:0e.0 Multimedia audio controller: Ensoniq ES1371 [AudioPCI-97] (rev 07) 01:00.0 VGA compatible controller: Matrox Graphics, Inc. MGA G400/G450 (rev 03) Dmesg output: tatooine:~# dmesg Linux version 2.6.30.4 (root at tatooine) (gcc version 4.3.2 (Debian 4.3.2-1) ) #1 SMP Sat Aug 8 01:44:27 CEST 2009 KERNEL supported cpus: Intel GenuineIntel AMD AuthenticAMD NSC Geode by NSC Cyrix CyrixInstead Centaur CentaurHauls Transmeta GenuineTMx86 Transmeta TransmetaCPU UMC UMC UMC UMC BIOS-provided physical RAM map: BIOS-e820: 0000000000000000 - 000000000009fc00 (usable) BIOS-e820: 000000000009fc00 - 00000000000a0000 (reserved) BIOS-e820: 00000000000dc000 - 00000000000e0000 (reserved) BIOS-e820: 00000000000f0000 - 0000000000100000 (reserved) BIOS-e820: 0000000000100000 - 000000002fff0000 (usable) BIOS-e820: 000000002fff0000 - 000000002fff8000 (ACPI data) BIOS-e820: 000000002fff8000 - 0000000030000000 (ACPI NVS) BIOS-e820: 00000000fec00000 - 00000000fec01000 (reserved) BIOS-e820: 00000000fee00000 - 00000000fee01000 (reserved) BIOS-e820: 00000000ffff0000 - 0000000100000000 (reserved) DMI 2.3 present. AMI BIOS detected: BIOS may corrupt low RAM, working around it. e820 update range: 0000000000000000 - 0000000000010000 (usable) ==> (reserved) last_pfn = 0x2fff0 max_arch_pfn = 0x100000 MTRR default type: uncachable MTRR fixed ranges enabled: 00000-9FFFF write-back A0000-BFFFF uncachable C0000-C7FFF write-protect C8000-EFFFF uncachable F0000-FFFFF write-protect MTRR variable ranges enabled: 0 base 000000000 mask FE0000000 write-back 1 base 020000000 mask FF0000000 write-back 2 disabled 3 disabled 4 disabled 5 disabled 6 base 0E0000000 mask FFC000000 write-combining 7 disabled init_memory_mapping: 0000000000000000-000000002fff0000 0000000000 - 0000400000 page 4k 0000400000 - 002fc00000 page 2M 002fc00000 - 002fff0000 page 4k kernel direct mapping tables up to 2fff0000 @ 10000-15000 ACPI: RSDP 000fc5b0 00014 (v00 AMI ) ACPI: RSDT 2fff0000 0002C (v01 AMIINT 00000010 MSFT 00000099) ACPI: FACP 2fff0030 00074 (v01 AMIINT 00000010 MSFT 00000099) ACPI: DSDT 2fff0110 02F9D (v01 VIA APOLLO-P 00001000 MSFT 0100000B) ACPI: FACS 2fff8000 00040 ACPI: APIC 2fff00b0 0005C (v01 AMIINT 00000009 MSFT 00000099) ACPI: Local APIC address 0xfee00000 767MB LOWMEM available. mapped low ram: 0 - 2fff0000 low ram: 0 - 2fff0000 node 0 low ram: 00000000 - 2fff0000 node 0 bootmap 00011000 - 00017000 (8 early reservations) ==> bootmem [0000000000 - 002fff0000] #0 [0000000000 - 0000001000] BIOS data page ==> [0000000000 - 0000001000] #1 [0000001000 - 0000002000] EX TRAMPOLINE ==> [0000001000 - 0000002000] #2 [0000006000 - 0000007000] TRAMPOLINE ==> [0000006000 - 0000007000] #3 [0000100000 - 000064b2a4] TEXT DATA BSS ==> [0000100000 - 000064b2a4] #4 [000009fc00 - 0000100000] BIOS reserved ==> [000009fc00 - 0000100000] #5 [000064c000 - 000064e0d0] BRK ==> [000064c000 - 000064e0d0] #6 [0000010000 - 0000011000] PGTABLE ==> [0000010000 - 0000011000] #7 [0000011000 - 0000017000] BOOTMAP ==> [0000011000 - 0000017000] found SMP MP-table at [c00fb170] fb170 Zone PFN ranges: DMA 0x00000010 -> 0x00001000 Normal 0x00001000 -> 0x0002fff0 Movable zone start PFN for each node early_node_map[2] active PFN ranges 0: 0x00000010 -> 0x0000009f 0: 0x00000100 -> 0x0002fff0 On node 0 totalpages: 196479 free_area_init_node: node 0, pgdat c0581d60, node_mem_map c1000200 DMA zone: 32 pages used for memmap DMA zone: 0 pages reserved DMA zone: 3951 pages, LIFO batch:0 Normal zone: 1504 pages used for memmap Normal zone: 190992 pages, LIFO batch:31 Using APIC driver default ACPI: PM-Timer IO Port: 0x808 ACPI: Local APIC address 0xfee00000 ACPI: LAPIC (acpi_id[0x01] lapic_id[0x00] enabled) ACPI: LAPIC (acpi_id[0x02] lapic_id[0x01] enabled) ACPI: IOAPIC (id[0x02] address[0xfec00000] gsi_base[0]) IOAPIC[0]: apic_id 2, version 17, address 0xfec00000, GSI 0-23 ACPI: INT_SRC_OVR (bus 0 bus_irq 0 global_irq 2 dfl dfl) ACPI: INT_SRC_OVR (bus 0 bus_irq 11 global_irq 11 low level) ACPI: IRQ0 used by override. ACPI: IRQ2 used by override. ACPI: IRQ11 used by override. Enabling APIC mode: Flat. Using 1 I/O APICs Using ACPI (MADT) for SMP configuration information SMP: Allowing 2 CPUs, 0 hotplug CPUs nr_irqs_gsi: 24 PM: Registered nosave memory: 000000000009f000 - 00000000000a0000 PM: Registered nosave memory: 00000000000a0000 - 00000000000dc000 PM: Registered nosave memory: 00000000000dc000 - 00000000000e0000 PM: Registered nosave memory: 00000000000e0000 - 00000000000f0000 PM: Registered nosave memory: 00000000000f0000 - 0000000000100000 Allocating PCI resources starting at 40000000 (gap: 30000000:cec00000) NR_CPUS:2 nr_cpumask_bits:2 nr_cpu_ids:2 nr_node_ids:1 PERCPU: Embedded 11 pages at c1604000, static data 22748 bytes Built 1 zonelists in Zone order, mobility grouping on. Total pages: 194943 Kernel command line: root=/dev/hda6 Enabling fast FPU save and restore... done. Enabling unmasked SIMD FPU exception support... done. Initializing CPU#0 NR_IRQS:320 PID hash table entries: 4096 (order: 12, 16384 bytes) Fast TSC calibration using PIT Detected 730.766 MHz processor. Console: colour VGA+ 80x25 console [tty0] enabled Dentry cache hash table entries: 131072 (order: 7, 524288 bytes) Inode-cache hash table entries: 65536 (order: 6, 262144 bytes) Memory: 773228k/786368k available (3239k kernel code, 12500k reserved, 1450k data, 316k init, 0k highmem) virtual kernel memory layout: fixmap : 0xfff9d000 - 0xfffff000 ( 392 kB) vmalloc : 0xf07f0000 - 0xfff9b000 ( 247 MB) lowmem : 0xc0000000 - 0xefff0000 ( 767 MB) .init : 0xc059c000 - 0xc05eb000 ( 316 kB) .data : 0xc0429e99 - 0xc05949a4 (1450 kB) .text : 0xc0100000 - 0xc0429e99 (3239 kB) Checking if this processor honours the WP bit even in supervisor mode...Ok. SLUB: Genslabs=13, HWalign=32, Order=0-3, MinObjects=0, CPUs=2, Nodes=1 Calibrating delay loop (skipped), value calculated using timer frequency.. 1461.53 BogoMIPS (lpj=2923064) Mount-cache hash table entries: 512 CPU: L1 I cache: 16K, L1 D cache: 16K CPU: L2 cache: 256K Intel machine check architecture supported. Intel machine check reporting enabled on CPU#0. Checking 'hlt' instruction... OK. ACPI: Core revision 20090320 ..TIMER: vector=0x30 apic1=0 pin1=2 apic2=-1 pin2=-1 CPU0: Intel Pentium III (Coppermine) stepping 03 Booting processor 1 APIC 0x1 ip 0x6000 Initializing CPU#1 Calibrating delay using timer specific routine.. 1461.72 BogoMIPS (lpj=2923453) CPU: L1 I cache: 16K, L1 D cache: 16K CPU: L2 cache: 256K Intel machine check architecture supported. Intel machine check reporting enabled on CPU#1. CPU1: Intel Pentium III (Coppermine) stepping 03 checking TSC synchronization [CPU#0 -> CPU#1]: passed. Brought up 2 CPUs Total of 2 processors activated (2923.25 BogoMIPS). net_namespace: 980 bytes NET: Registered protocol family 16 ACPI: bus type pci registered PCI: PCI BIOS revision 2.10 entry at 0xfdb01, last bus=1 PCI: Using configuration type 1 for base access mtrr: your CPUs had inconsistent variable MTRR settings mtrr: probably your BIOS does not setup all CPUs. mtrr: corrected configuration. bio: create slab at 0 ACPI: EC: Look up EC in DSDT ACPI: Interpreter enabled ACPI: (supports S0 S1 S4 S5) ACPI: Using IOAPIC for interrupt routing ACPI: Power Resource [URP1] (off) ACPI: Power Resource [URP2] (off) ACPI: Power Resource [FDDP] (off) ACPI: Power Resource [LPTP] (off) ACPI: PCI Root Bridge [PCI0] (0000:00) pci 0000:00:00.0: reg 10 32bit mmio: [0xe0000000-0xe3ffffff] pci 0000:00:01.0: supports D1 pci 0000:00:07.1: reg 20 io port: [0xffa0-0xffaf] pci 0000:00:07.2: reg 20 io port: [0xc400-0xc41f] pci 0000:00:07.3: reg 20 io port: [0xc800-0xc81f] pci 0000:00:07.4: quirk: region 0800-08ff claimed by vt82c586 ACPI pci 0000:00:07.4: quirk: region 0c00-0c7f claimed by vt82c686 HW-mon pci 0000:00:07.4: quirk: region 0400-040f claimed by vt82c686 SMB pci 0000:00:09.0: reg 10 io port: [0xcc00-0xcc07] pci 0000:00:09.0: reg 14 32bit mmio: [0xdfffd000-0xdfffdfff] pci 0000:00:09.0: supports D1 D2 pci 0000:00:09.0: PME# supported from D0 D1 D2 D3hot pci 0000:00:09.0: PME# disabled pci 0000:00:0a.0: reg 10 32bit mmio: [0xdffc0000-0xdffdffff] pci 0000:00:0a.0: reg 14 32bit mmio: [0xdffa0000-0xdffbffff] pci 0000:00:0a.0: reg 18 io port: [0xd000-0xd03f] pci 0000:00:0a.0: reg 30 32bit mmio: [0xdff80000-0xdff9ffff] pci 0000:00:0a.0: PME# supported from D0 D3hot D3cold pci 0000:00:0a.0: PME# disabled pci 0000:00:0b.0: reg 20 io port: [0xd400-0xd41f] pci 0000:00:0b.0: supports D1 D2 pci 0000:00:0b.0: PME# supported from D0 D1 D2 D3hot pci 0000:00:0b.0: PME# disabled pci 0000:00:0b.1: reg 20 io port: [0xd800-0xd81f] pci 0000:00:0b.1: supports D1 D2 pci 0000:00:0b.1: PME# supported from D0 D1 D2 D3hot pci 0000:00:0b.1: PME# disabled pci 0000:00:0b.2: reg 10 32bit mmio: [0xdfffff00-0xdfffffff] pci 0000:00:0b.2: supports D1 D2 pci 0000:00:0b.2: PME# supported from D0 D1 D2 D3hot pci 0000:00:0b.2: PME# disabled pci 0000:00:0e.0: reg 10 io port: [0xdc00-0xdc3f] pci 0000:00:0e.0: supports D2 pci 0000:01:00.0: reg 10 32bit mmio: [0xdc000000-0xddffffff] pci 0000:01:00.0: reg 14 32bit mmio: [0xdfefc000-0xdfefffff] pci 0000:01:00.0: reg 18 32bit mmio: [0xdf000000-0xdf7fffff] pci 0000:01:00.0: reg 30 32bit mmio: [0xdfee0000-0xdfeeffff] pci 0000:00:01.0: bridge io port: [0x9000-0x9fff] pci 0000:00:01.0: bridge 32bit mmio: [0xdee00000-0xdfefffff] pci 0000:00:01.0: bridge 32bit mmio pref: [0xdac00000-0xdecfffff] pci_bus 0000:00: on NUMA node 0 ACPI: PCI Interrupt Routing Table [\_SB_.PCI0._PRT] ACPI: PCI Interrupt Link [LNKA] (IRQs 3 4 5 6 7 9 10 *11 12 14 15) ACPI: PCI Interrupt Link [LNKB] (IRQs 3 4 5 6 7 *9 10 11 12 14 15) ACPI: PCI Interrupt Link [LNKC] (IRQs 3 4 5 6 7 9 *10 11 12 14 15) ACPI: PCI Interrupt Link [LNKD] (IRQs 3 4 *5 6 7 9 10 11 12 14 15) usbcore: registered new interface driver usbfs usbcore: registered new interface driver hub usbcore: registered new device driver usb PCI: Using ACPI for IRQ routing pnp: PnP ACPI init ACPI: bus type pnp registered pnp: PnP ACPI: found 11 devices ACPI: ACPI bus type pnp unregistered pci 0000:00:01.0: PCI bridge, secondary bus 0000:01 pci 0000:00:01.0: IO window: 0x9000-0x9fff pci 0000:00:01.0: MEM window: 0xdee00000-0xdfefffff pci 0000:00:01.0: PREFETCH window: 0x000000dac00000-0x000000decfffff pci 0000:00:01.0: setting latency timer to 64 pci_bus 0000:00: resource 0 io: [0x00-0xffff] pci_bus 0000:00: resource 1 mem: [0x000000-0xffffffff] pci_bus 0000:01: resource 0 io: [0x9000-0x9fff] pci_bus 0000:01: resource 1 mem: [0xdee00000-0xdfefffff] pci_bus 0000:01: resource 2 pref mem [0xdac00000-0xdecfffff] NET: Registered protocol family 2 IP route cache hash table entries: 32768 (order: 5, 131072 bytes) TCP established hash table entries: 131072 (order: 8, 1048576 bytes) TCP bind hash table entries: 65536 (order: 7, 524288 bytes) TCP: Hash tables configured (established 131072 bind 65536) TCP reno registered NET: Registered protocol family 1 Machine check exception polling timer started. Installing knfsd (copyright (C) 1996 okir at monad.swb.de). msgmni has been set to 1510 alg: No test for stdrng (krng) io scheduler noop registered io scheduler cfq registered (default) pci 0000:00:01.0: disabling DAC on VIA PCI bridge pci 0000:00:07.0: Enabling VIA external APIC routing pci 0000:01:00.0: Boot video device Non-volatile memory driver v1.3 Serial: 8250/16550 driver, 4 ports, IRQ sharing enabled serial8250: ttyS0 at I/O 0x3f8 (irq = 4) is a 16550A Switched to high resolution mode on CPU 1 Switched to high resolution mode on CPU 0 serial8250: ttyS1 at I/O 0x2f8 (irq = 3) is a 16550A 00:08: ttyS0 at I/O 0x3f8 (irq = 4) is a 16550A 00:09: ttyS1 at I/O 0x2f8 (irq = 3) is a 16550A Floppy drive(s): fd0 is 1.44M FDC 0 is a post-1991 82077 brd: module loaded loop: module loaded Uniform Multi-Platform E-IDE driver via82cxxx 0000:00:07.1: VIA vt82c686a (rev 22) IDE UDMA66 via82cxxx 0000:00:07.1: IDE controller (0x1106:0x0571 rev 0x10) via82cxxx 0000:00:07.1: not 100% native mode: will probe irqs later ide0: BM-DMA at 0xffa0-0xffa7 ide1: BM-DMA at 0xffa8-0xffaf Probing IDE interface ide0... hda: SAMSUNG SP1213N, ATA DISK drive hdb: Maxtor 6Y160L0, ATA DISK drive hda: host max PIO5 wanted PIO255(auto-tune) selected PIO4 hda: UDMA/66 mode selected hdb: host max PIO5 wanted PIO255(auto-tune) selected PIO4 hdb: UDMA/66 mode selected Probing IDE interface ide1... ide0 at 0x1f0-0x1f7,0x3f6 on irq 14 ide1 at 0x170-0x177,0x376 on irq 15 ide_generic: please use "probe_mask=0x3f" module parameter for probing all legacy ISA IDE ports ide-gd driver 1.18 hda: max request size: 512KiB hda: 234493056 sectors (120060 MB) w/8192KiB Cache, CHS=16383/255/63 hda: cache flushes supported hda: hda1 hda2 < hda5 hda6 hda7 hda8 hda9 hda10 hda11 hda12 hda13 hda14 hda15 hda16 > hdb: max request size: 512KiB hdb: 320173056 sectors (163928 MB) w/2048KiB Cache, CHS=19929/255/63 hdb: cache flushes supported hdb: hdb1 ide-cd driver 5.00 uhci_hcd: USB Universal Host Controller Interface driver ACPI: PCI Interrupt Link [LNKD] enabled at IRQ 10 uhci_hcd 0000:00:07.2: PCI INT D -> Link[LNKD] -> GSI 10 (level, low) -> IRQ 10 uhci_hcd 0000:00:07.2: VIA VLink IRQ fixup, from 5 to 10 uhci_hcd 0000:00:07.2: UHCI Host Controller uhci_hcd 0000:00:07.2: new USB bus registered, assigned bus number 1 uhci_hcd 0000:00:07.2: irq 10, io base 0x0000c400 usb usb1: New USB device found, idVendor=1d6b, idProduct=0001 usb usb1: New USB device strings: Mfr=3, Product=2, SerialNumber=1 usb usb1: Product: UHCI Host Controller usb usb1: Manufacturer: Linux 2.6.30.4 uhci_hcd usb usb1: SerialNumber: 0000:00:07.2 usb usb1: configuration #1 chosen from 1 choice hub 1-0:1.0: USB hub found hub 1-0:1.0: 2 ports detected uhci_hcd 0000:00:07.3: PCI INT D -> Link[LNKD] -> GSI 10 (level, low) -> IRQ 10 uhci_hcd 0000:00:07.3: VIA VLink IRQ fixup, from 5 to 10 uhci_hcd 0000:00:07.3: UHCI Host Controller uhci_hcd 0000:00:07.3: new USB bus registered, assigned bus number 2 uhci_hcd 0000:00:07.3: irq 10, io base 0x0000c800 usb usb2: New USB device found, idVendor=1d6b, idProduct=0001 usb usb2: New USB device strings: Mfr=3, Product=2, SerialNumber=1 usb usb2: Product: UHCI Host Controller usb usb2: Manufacturer: Linux 2.6.30.4 uhci_hcd usb usb2: SerialNumber: 0000:00:07.3 usb usb2: configuration #1 chosen from 1 choice hub 2-0:1.0: USB hub found hub 2-0:1.0: 2 ports detected uhci_hcd 0000:00:0b.0: PCI INT A -> GSI 19 (level, low) -> IRQ 19 uhci_hcd 0000:00:0b.0: UHCI Host Controller uhci_hcd 0000:00:0b.0: new USB bus registered, assigned bus number 3 uhci_hcd 0000:00:0b.0: irq 19, io base 0x0000d400 usb usb3: New USB device found, idVendor=1d6b, idProduct=0001 usb usb3: New USB device strings: Mfr=3, Product=2, SerialNumber=1 usb usb3: Product: UHCI Host Controller usb usb3: Manufacturer: Linux 2.6.30.4 uhci_hcd usb usb3: SerialNumber: 0000:00:0b.0 usb usb3: configuration #1 chosen from 1 choice hub 3-0:1.0: USB hub found hub 3-0:1.0: 2 ports detected uhci_hcd 0000:00:0b.1: PCI INT B -> GSI 16 (level, low) -> IRQ 16 uhci_hcd 0000:00:0b.1: UHCI Host Controller uhci_hcd 0000:00:0b.1: new USB bus registered, assigned bus number 4 uhci_hcd 0000:00:0b.1: irq 16, io base 0x0000d800 usb usb4: New USB device found, idVendor=1d6b, idProduct=0001 usb usb4: New USB device strings: Mfr=3, Product=2, SerialNumber=1 usb usb4: Product: UHCI Host Controller usb usb4: Manufacturer: Linux 2.6.30.4 uhci_hcd usb usb4: SerialNumber: 0000:00:0b.1 usb usb4: configuration #1 chosen from 1 choice hub 4-0:1.0: USB hub found hub 4-0:1.0: 2 ports detected usbcore: registered new interface driver libusual usbcore: registered new interface driver usbserial USB Serial support registered for generic usbcore: registered new interface driver usbserial_generic usbserial: USB Serial Driver core PNP: PS/2 Controller [PNP0303:PS2K,PNP0f03:PS2M] at 0x60,0x64 irq 1,12 serio: i8042 KBD port at 0x60,0x64 irq 1 serio: i8042 AUX port at 0x60,0x64 irq 12 mice: PS/2 mouse device common for all mice rtc_cmos 00:02: RTC can wake from S4 rtc_cmos 00:02: rtc core: registered rtc_cmos as rtc0 rtc0: alarms up to one year, y3k, 114 bytes nvram Driver for 1-wire Dallas network protocol. cpuidle: using governor ladder cpuidle: using governor menu usbcore: registered new interface driver hiddev usbcore: registered new interface driver usbhid usbhid: v2.6:USB HID core driver TCP cubic registered NET: Registered protocol family 17 RPC: Registered udp transport module. RPC: Registered tcp transport module. Using IPI No-Shortcut mode rtc_cmos 00:02: setting system clock to 2009-08-17 18:17:55 UTC (1250533075) EXT3-fs: INFO: recovery required on readonly filesystem. EXT3-fs: write access will be enabled during recovery. usb 1-2: new full speed USB device using uhci_hcd and address 2 usb 1-2: New USB device found, idVendor=067b, idProduct=2303 usb 1-2: New USB device strings: Mfr=1, Product=2, SerialNumber=0 usb 1-2: Product: USB-Serial Controller D usb 1-2: Manufacturer: Prolific Technology Inc. usb 1-2: configuration #1 chosen from 1 choice usb 4-2: new full speed USB device using uhci_hcd and address 2 usb 4-2: New USB device found, idVendor=05e3, idProduct=0605 usb 4-2: New USB device strings: Mfr=0, Product=1, SerialNumber=0 usb 4-2: Product: USB2.0 Hub usb 4-2: configuration #1 chosen from 1 choice hub 4-2:1.0: USB hub found hub 4-2:1.0: 4 ports detected kjournald starting. Commit interval 5 seconds EXT3-fs: recovery complete. EXT3-fs: mounted filesystem with writeback data mode. VFS: Mounted root (ext3 filesystem) readonly on device 3:6. Freeing unused kernel memory: 316k freed Write protecting the kernel text: 3240k Write protecting the kernel read-only data: 1212k Linux agpgart interface v0.103 parport_pc: VIA 686A/8231 detected parport_pc: probing current configuration parport_pc: Current parallel port base: 0x378 parport0: PC-style at 0x378 (0x778), irq 7, using FIFO [PCSPP,TRISTATE,COMPAT,ECP] agpgart: Detected VIA Apollo Pro 133 chipset agpgart-via 0000:00:00.0: AGP aperture is 64M @ 0xe0000000 parport_pc: VIA parallel port: io=0x378, irq=7 Modular ISDN core version 1.1.20 input: Power Button as /class/input/input0 ACPI: Power Button [PWRF] input: Power Button as /class/input/input1 ACPI: Power Button [PWRB] input: Sleep Button as /class/input/input2 ACPI: Sleep Button [SLPB] NET: Registered protocol family 34 Intel(R) PRO/1000 Network Driver - version 7.3.21-k3-NAPI Copyright (c) 1999-2006 Intel Corporation. e1000 0000:00:0a.0: PCI INT A -> GSI 18 (level, low) -> IRQ 18 e1000 0000:00:0a.0: PCI: Disallowing DAC for device processor ACPI_CPU:00: registered as cooling_device0 processor ACPI_CPU:01: registered as cooling_device1 thermal LNXTHERM:01: registered as thermal_zone0 ACPI: Thermal Zone [THRM] (33 C) mISDN: HFC-multi driver 2.03 e1000: 0000:00:0a.0: e1000_probe: (PCI:33MHz:32-bit) 00:0e:0c:59:51:58 input: PC Speaker as /class/input/input3 ehci_hcd: USB 2.0 'Enhanced' Host Controller (EHCI) Driver Warning! ehci_hcd should always be loaded before uhci_hcd and ohci_hcd, not after USB Serial support registered for pl2303 pl2303 1-2:1.0: pl2303 converter detected usb 1-2: pl2303 converter now attached to ttyUSB0 usbcore: registered new interface driver pl2303 pl2303: Prolific PL2303 USB to serial adaptor driver e1000: eth0: e1000_probe: Intel(R) PRO/1000 Network Connection Unknown HFC multiport controller (vendor:1397 device:30b1 subvendor:ffffffff subdevice:ffffffff) Please contact the driver maintainer for support. ehci_hcd 0000:00:0b.2: PCI INT C -> GSI 17 (level, low) -> IRQ 17 ehci_hcd 0000:00:0b.2: EHCI Host Controller ehci_hcd 0000:00:0b.2: new USB bus registered, assigned bus number 5 ehci_hcd 0000:00:0b.2: irq 17, io mem 0xdfffff00 ehci_hcd 0000:00:0b.2: USB 2.0 started, EHCI 1.00 usb usb5: New USB device found, idVendor=1d6b, idProduct=0002 usb usb5: New USB device strings: Mfr=3, Product=2, SerialNumber=1 usb usb5: Product: EHCI Host Controller usb usb5: Manufacturer: Linux 2.6.30.4 ehci_hcd usb usb5: SerialNumber: 0000:00:0b.2 usb usb5: configuration #1 chosen from 1 choice hub 5-0:1.0: USB hub found hub 5-0:1.0: 4 ports detected usb 4-2: USB disconnect, address 2 usb 5-4: new high speed USB device using ehci_hcd and address 2 usb 5-4: New USB device found, idVendor=05e3, idProduct=0605 usb 5-4: New USB device strings: Mfr=0, Product=1, SerialNumber=0 usb 5-4: Product: USB2.0 Hub usb 5-4: configuration #1 chosen from 1 choice hub 5-4:1.0: USB hub found hub 5-4:1.0: 4 ports detected Adding 2008084k swap on /dev/hda5. Priority:-1 extents:1 across:2008084k EXT3 FS on hda6, internal journal SCSI subsystem initialized Driver 'sr' needs updating - please use bus_type methods Linux Tulip driver version 1.1.15-NAPI (Feb 27, 2007) device-mapper: ioctl: 4.14.0-ioctl (2008-04-23) initialised: dm-devel at redhat.com kjournald starting. Commit interval 5 seconds EXT3 FS on hda1, internal journal EXT3-fs: mounted filesystem with writeback data mode. NET: Registered protocol family 15 alg: No test for cipher_null (cipher_null-generic) alg: No test for ecb(cipher_null) (ecb-cipher_null) alg: No test for digest_null (digest_null-generic) alg: No test for compress_null (compress_null-generic) e1000: eth0 NIC Link is Up 100 Mbps Full Duplex, Flow Control: RX/TX NET: Registered protocol family 10 lo: Disabled Privacy Extensions tun: Universal TUN/TAP device driver, 1.6 tun: (C) 1999-2004 Max Krasnyansky tun0: Disabled Privacy Extensions lp0: using parport0 (interrupt-driven). ppdev: user-space parallel port driver svc: failed to register lockdv1 RPC service (errno 97). NFSD: Using /var/lib/nfs/v4recovery as the NFSv4 state recovery directory NFSD: starting 90-second grace period [drm] Initialized drm 1.1.0 20060810 pci 0000:01:00.0: PCI INT A -> GSI 16 (level, low) -> IRQ 16 [drm] Initialized mga 3.2.1 20051102 for 0000:01:00.0 on minor 0 agpgart-via 0000:00:00.0: AGP 2.0 bridge agpgart-via 0000:00:00.0: putting AGP V2 device into 1x mode pci 0000:01:00.0: putting AGP V2 device into 1x mode [drm] Initialized card for AGP DMA. From Andreas.Eversberg at versatel.de Tue Aug 18 05:52:34 2009 From: Andreas.Eversberg at versatel.de (Andreas.Eversberg) Date: Tue, 18 Aug 2009 07:52:34 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) Message-ID: the controller has no eeprom, so it has no subvendor/subdevice id. try this: (drivers/isdn/hardware/mISDN/hfcmulti.c) { PCI_VENDOR_ID_CCD, PCI_DEVICE_ID_CCD_HFCE1, PCI_ANY_ID, PCI_ANY_ID, - 0, 0, 0}, + 0, 0, H(19)}, the driver should now handle this card. try it. what vendor is this? maybe they should register at cologne chip for subvendor IDs. > [ 796.302786] Unknown HFC multiport controller (vendor:1397 device:30b1 > subvendor:ffffffff subdevice:ffffffff) > [ 796.302891] Please contact the driver maintainer for support From zero-kelvin at gmx.de Tue Aug 18 10:24:18 2009 From: zero-kelvin at gmx.de (dexter) Date: Tue, 18 Aug 2009 12:24:18 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: References: Message-ID: <4A8A8152.7010200@gmx.de> Hi Andreas > the controller has no eeprom, so it has no subvendor/subdevice id. try > this: (drivers/isdn/hardware/mISDN/hfcmulti.c) > > { PCI_VENDOR_ID_CCD, PCI_DEVICE_ID_CCD_HFCE1, PCI_ANY_ID, > PCI_ANY_ID, > - 0, 0, 0}, > + 0, 0, H(19)}, > > the driver should now handle this card. try it. Thanks - I will try it today. > what vendor is this? maybe they should register at cologne chip for > subvendor IDs. The vendor is junghanns.net I got the card directly from them. You said that the controller has no eeprom. Or do you mean that it has an eeprom that is not programmed? (FFFFFFFF). If this is the case, someone at junghanns.net might have forgotten to program the eeprom? regards. Philipp From Andreas.Eversberg at versatel.de Tue Aug 18 10:33:54 2009 From: Andreas.Eversberg at versatel.de (Andreas.Eversberg) Date: Tue, 18 Aug 2009 12:33:54 +0200 Subject: AW: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) Message-ID: this must be the case. -----Urspr?ngliche Nachricht----- The vendor is junghanns.net I got the card directly from them. You said that the controller has no eeprom. Or do you mean that it has an eeprom that is not programmed? (FFFFFFFF). If this is the case, someone at junghanns.net might have forgotten to program the eeprom? regards. Philipp From kpj at junghanns.net Tue Aug 18 10:35:58 2009 From: kpj at junghanns.net (Klaus-Peter Junghanns) Date: Tue, 18 Aug 2009 12:35:58 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <4A8A8152.7010200@gmx.de> References: <4A8A8152.7010200@gmx.de> Message-ID: <4A8A840E.6070302@junghanns.net> Hi, i am pretty sure that it's programmed. ;) what does lspci -v say? -- Mit freundlichen Gr??en / best regards Klaus-Peter Junghanns Junghanns.NET Gesellschaft fuer Internet-Services & Software-Development mbH Breite Str. 13a 12167 Berlin Germany Geschaeftsfuehrer : Klaus-Peter Junghanns Eingetragen beim Amtsgericht Charlottenburg, HRB 79169 Finanzamt fuer Koerperschaften III, Steuernummer 29/409/8978 Umsatzsteuernummer : DE 217621658 WEEE-Reg.-Nr. DE 86102730 dexter wrote: > Hi Andreas > >> the controller has no eeprom, so it has no subvendor/subdevice id. try >> this: (drivers/isdn/hardware/mISDN/hfcmulti.c) >> >> { PCI_VENDOR_ID_CCD, PCI_DEVICE_ID_CCD_HFCE1, PCI_ANY_ID, >> PCI_ANY_ID, >> - 0, 0, 0}, >> + 0, 0, H(19)}, >> >> the driver should now handle this card. try it. > > Thanks - I will try it today. > >> what vendor is this? maybe they should register at cologne chip for >> subvendor IDs. > > The vendor is junghanns.net I got the card directly from them. > > You said that the controller has no eeprom. Or do you mean that it has > an eeprom that is not programmed? (FFFFFFFF). If this is the case, > someone at junghanns.net might have forgotten to program the eeprom? > > regards. > Philipp > From zero-kelvin at gmx.de Tue Aug 18 14:28:33 2009 From: zero-kelvin at gmx.de (dexter) Date: Tue, 18 Aug 2009 16:28:33 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <4A8A840E.6070302@junghanns.net> References: <4A8A8152.7010200@gmx.de> <4A8A840E.6070302@junghanns.net> Message-ID: <4A8ABA91.9030306@gmx.de> Hi! > i am pretty sure that it's programmed. ;) > > what does lspci -v say? > Ok, Here is the output of lspci: ==My card:== 00:09.0 ISDN controller: Cologne Chip Designs GmbH ISDN network Controller [HFC-E1] (rev 01) Subsystem: Cologne Chip Designs GmbH Device b553 Control: I/O+ Mem+ BusMaster- SpecCycle- MemWINV- VGASnoop- ParErr- Stepping- SERR+ FastB2B- DisINTx- Status: Cap+ 66MHz- UDF- FastB2B- ParErr- DEVSEL=medium >TAbort- SERR- TAbort- SERR- References: <4A8A8152.7010200@gmx.de> <4A8A840E.6070302@junghanns.net> <4A8ABA91.9030306@gmx.de> Message-ID: <1250606468.20423.59.camel@nb-stegmaier.credativ.lan> On Tue, 2009-08-18 at 16:28 +0200, dexter wrote: > Hi! > > > i am pretty sure that it's programmed. ;) > > > > what does lspci -v say? > > > Ok, Here is the output of lspci: > > lspci -vmm says: > > Slot: 00:09.0 > Class: ISDN controller > Vendor: Cologne Chip Designs GmbH > Device: ISDN network Controller [HFC-E1] > SVendor: Cologne Chip Designs GmbH > SDevice: Device b553 > Rev: 01 > > > > ==The other (working) card:== > lspci -vmm says: > > Slot: 00:09.0 > Class: ISDN controller > Vendor: Cologne Chip Designs GmbH > Device: ISDN network Controller [HFC-E1] > SVendor: Cologne Chip Designs GmbH > SDevice: Device b523 > Rev: 01 > > > > Not really different ?!? the differences are the PCI IDs from the cards.. The Junghanns IDs are b553 for single E1 and b554 for double E1 the other card has > E1 IOB1E1 $1397 $30B1 $1397 $B523 This is a reference card from a manufacturer... i have the same card.. i bought it from Comsat and they told me thats the ID from the manufacturer... But your card with PCI ID b553 should work. > > > regards. > Philipp > > regards, Ren? -- Rene Stegmaier LAN-TEX Schuberstr. 14 38518 Gifhorn Mobil: 01703183653 From jens.david at jens-david-consulting.com Tue Aug 18 15:07:41 2009 From: jens.david at jens-david-consulting.com (Jens David) Date: Tue, 18 Aug 2009 17:07:41 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <1250606468.20423.59.camel@nb-stegmaier.credativ.lan> References: <4A8A8152.7010200@gmx.de> <4A8A840E.6070302@junghanns.net> <4A8ABA91.9030306@gmx.de> <1250606468.20423.59.camel@nb-stegmaier.credativ.lan> Message-ID: <79A0C9FF-872B-40CC-95D2-8D6F98EC7E5F@jens-david-consulting.com> Like I said, the Junghanns card gets recognized correctly with kernel 2.6.30.4 or latest external mISDN package. --j Am 18.08.2009 um 16:41 schrieb Rene Stegmaier: > On Tue, 2009-08-18 at 16:28 +0200, dexter wrote: >> Hi! >> >>> i am pretty sure that it's programmed. ;) >>> >>> what does lspci -v say? >>> >> Ok, Here is the output of lspci: >> >> lspci -vmm says: >> >> Slot: 00:09.0 >> Class: ISDN controller >> Vendor: Cologne Chip Designs GmbH >> Device: ISDN network Controller [HFC-E1] >> SVendor: Cologne Chip Designs GmbH >> SDevice: Device b553 >> Rev: 01 >> >> >> >> ==The other (working) card:== > >> lspci -vmm says: >> >> Slot: 00:09.0 >> Class: ISDN controller >> Vendor: Cologne Chip Designs GmbH >> Device: ISDN network Controller [HFC-E1] >> SVendor: Cologne Chip Designs GmbH >> SDevice: Device b523 >> Rev: 01 >> >> >> >> Not really different ?!? > > > the differences are the PCI IDs from the cards.. > > The Junghanns IDs are b553 for single E1 and b554 for double E1 > > > the other card has > >> E1 IOB1E1 $1397 $30B1 $1397 $B523 > > This is a reference card from a manufacturer... i have the same > card.. i > bought it from Comsat and they told me thats the ID from the > manufacturer... > > But your card with PCI ID b553 should work. > > > > >> >> >> regards. >> Philipp >> >> > > > regards, > > Ren? > -- > Rene Stegmaier > LAN-TEX > Schuberstr. 14 > 38518 Gifhorn > Mobil: 01703183653 > > -- Jens David, DG1KJD jens.david at jens-david-consulting.com http://www.jens-david-consulting.com From zero-kelvin at gmx.de Tue Aug 18 21:29:27 2009 From: zero-kelvin at gmx.de (dexter) Date: Tue, 18 Aug 2009 23:29:27 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <1250610338.28580.0.camel@linux-hx6p> References: <4A8A8152.7010200@gmx.de> <4A8A840E.6070302@junghanns.net> <4A8ABA91.9030306@gmx.de> <1250610338.28580.0.camel@linux-hx6p> Message-ID: <4A8B1D37.5000708@gmx.de> Hi folks. I modified hfcmulti.c like recommended by Andreas. Now my card works. Many thanks to all for helping me! regards. Philipp From laforge at gnumonks.org Wed Aug 19 16:07:31 2009 From: laforge at gnumonks.org (Harald Welte) Date: Thu, 20 Aug 2009 01:07:31 +0900 Subject: Problems with HFC-E1 card (Unknown HFC multiport controller) In-Reply-To: <4A89A072.8020805@gmx.de> References: <4A89A072.8020805@gmx.de> Message-ID: <20090819160731.GY5065@prithivi.gnumonks.org> On Mon, Aug 17, 2009 at 08:24:50PM +0200, dexter wrote: > Here is an output from a linux box that works with the other card: > Unknown HFC multiport controller (vendor:1397 device:30b1 > subvendor:ffffffff subdevice:ffffffff) > Please contact the driver maintainer for support. Hi, I think you should report this to the misdn development list. as a quick workaround, I suggesty you add the pci vendor / device ID to the hfcmulti.c driver (hfcmulti_probe() would be the case). What particular HFC-E1 card is this? At least according to my kernel, PCI_VENDOR_ID_CCD is 0x1397 PCI_DEVICE_ID_CCD_HFCE1 is 0x30b1 so I don't know why you get that message... -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From Andreas.Eversberg at versatel.de Fri Aug 21 07:28:31 2009 From: Andreas.Eversberg at versatel.de (Andreas.Eversberg) Date: Fri, 21 Aug 2009 09:28:31 +0200 Subject: AW: Problems with HFC-E1 card (Unknown HFC multiport controller) Message-ID: both subdevices: b553 and b523 are already part of the driver. { PCI_VENDOR_ID_CCD, PCI_DEVICE_ID_CCD_HFCE1, PCI_VENDOR_ID_CCD, PCI_SUBDEVICE_ID_CCD_IOB1E1, 0, 0, H(24)}, /* IOB1E1 */ { PCI_VENDOR_ID_CCD, PCI_DEVICE_ID_CCD_HFCE1, PCI_VENDOR_ID_CCD, PCI_SUBDEVICE_ID_CCD_JHSE1, 0, 0, H(25)}, /* Junghanns E1 */ please check definitions. PCI_SUBDEVICE_ID_CCD_IOB1E1 should be b523 and PCI_SUBDEVICE_ID_CCD_JHSE1 should be b553. (do a grep onto your repository (grep b523 /* -r) -----Urspr?ngliche Nachricht----- Von: openbsc-bounces at lists.gnumonks.org [mailto:openbsc-bounces at lists.gnumonks.org] Im Auftrag von Harald Welte Gesendet: Mittwoch, 19. August 2009 18:08 An: dexter Cc: openbsc at lists.gnumonks.org Betreff: Re: Problems with HFC-E1 card (Unknown HFC multiport controller) On Mon, Aug 17, 2009 at 08:24:50PM +0200, dexter wrote: > Here is an output from a linux box that works with the other card: > Unknown HFC multiport controller (vendor:1397 device:30b1 > subvendor:ffffffff subdevice:ffffffff) Please contact the driver > maintainer for support. Hi, I think you should report this to the misdn development list. as a quick workaround, I suggesty you add the pci vendor / device ID to the hfcmulti.c driver (hfcmulti_probe() would be the case). What particular HFC-E1 card is this? At least according to my kernel, PCI_VENDOR_ID_CCD is 0x1397 PCI_DEVICE_ID_CCD_HFCE1 is 0x30b1 so I don't know why you get that message... -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Tue Aug 18 02:35:47 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 18 Aug 2009 11:35:47 +0900 Subject: Slashdot on the HAR2009 OpenBSC setup Message-ID: <20090818023547.GG5065@prithivi.gnumonks.org> JFYI: http://mobile.slashdot.org/story/09/08/17/0014235/Open-Source-GSM-Network-At-Dutch-Hacker-Convention I'll be writing a report on our test network as soon as I find time for it. This list will obviously be notified once it is finished. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From mailman-bounces at lists.gnumonks.org Tue Aug 18 07:15:45 2009 From: mailman-bounces at lists.gnumonks.org (mailman-bounces at lists.gnumonks.org) Date: Tue, 18 Aug 2009 09:15:45 +0200 Subject: Uncaught bounce notification Message-ID: The attached message was received as a bounce, but either the bounce format was not recognized, or no member addresses could be extracted from it. This mailing list has been configured to send all unrecognized bounce messages to the list administrator(s). For more information see: https://lists.gnumonks.org/mailman/admin/openbsc/bounce -------------- next part -------------- An embedded message was scrubbed... From: Adi Rainzilber Subject: Nano- BTS 139 Date: Tue, 18 Aug 2009 10:04:48 +0300 Size: 9984 URL: From bouchtaoui at gmail.com Tue Aug 18 08:34:53 2009 From: bouchtaoui at gmail.com (Nordin) Date: Tue, 18 Aug 2009 10:34:53 +0200 Subject: How was HAR2009? Message-ID: <4A8A67AD.8030107@gmail.com> Well guys, Those who visited HAR2009, especially who visited the GSM related events, how was it? Share us you adventures :) From laforge at gnumonks.org Fri Aug 21 16:12:54 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sat, 22 Aug 2009 01:12:54 +0900 Subject: How was HAR2009? In-Reply-To: <4A8A67AD.8030107@gmail.com> References: <4A8A67AD.8030107@gmail.com> Message-ID: <20090821161254.GU8528@prithivi.gnumonks.org> On Tue, Aug 18, 2009 at 10:34:53AM +0200, Nordin wrote: > Well guys, > > Those who visited HAR2009, especially who visited the GSM related > events, how was it? > Share us you adventures :) As soon as I find a sufficient number of consecutive minutes to write a report, it will be there. I suppose you have already seen the wiki.har2009.org page about the project. Please remember that we're all doing this in our spare time, _next_ to many, many other projects plus our actual dayjob and/or studies. So far I think we've had 1800 successful voice calls and about 37.000 SMS. The analysis is far from bein completed though. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From bouchtaoui at gmail.com Mon Aug 24 12:58:47 2009 From: bouchtaoui at gmail.com (Nordin) Date: Mon, 24 Aug 2009 14:58:47 +0200 Subject: How was HAR2009? In-Reply-To: <20090821161254.GU8528@prithivi.gnumonks.org> References: <4A8A67AD.8030107@gmail.com> <20090821161254.GU8528@prithivi.gnumonks.org> Message-ID: <4A928E87.1000006@gmail.com> > As soon as I find a sufficient number of consecutive minutes to write a report, > it will be there. I suppose you have already seen the wiki.har2009.org page > about the project. > Yes and I've also read your blog ;-) > Please remember that we're all doing this in our spare time, _next_ to many, > many other projects plus our actual dayjob and/or studies. > I know, that's what's surprising me. > So far I think we've had 1800 successful voice calls and about 37.000 SMS. The > analysis is far from bein completed though. > Wow, that's good man. Maybe it's even better than the commercial ones :p From zecke at selfish.org Thu Aug 20 09:30:20 2009 From: zecke at selfish.org (Holger Freyther) Date: Thu, 20 Aug 2009 11:30:20 +0200 Subject: RFC: Change gsm_subscriber tmsi from char[17] to u_int32_t Message-ID: <200908201130.20784.zecke@selfish.org> Hey guys, for some historic reason our tmsi is an character array but all places dealing with it treat it as a 4 octet, and according to the spec it is a four octet. I have changed the definition and the code using the tmsi. It can be found in my onwaves.com branch. Does it make sense to switch? z. From bouchtaoui at gmail.com Thu Aug 20 09:44:15 2009 From: bouchtaoui at gmail.com (Nordin) Date: Thu, 20 Aug 2009 11:44:15 +0200 Subject: RFC: Change gsm_subscriber tmsi from char[17] to u_int32_t In-Reply-To: <200908201130.20784.zecke@selfish.org> References: <200908201130.20784.zecke@selfish.org> Message-ID: <4A8D1AEF.2090602@gmail.com> Holger Freyther schreef: > Hey guys, > > for some historic reason our tmsi is an character array but all places dealing > with it treat it as a 4 octet, and according to the spec it is a four octet. I > have changed the definition and the code using the tmsi. It can be found in my > onwaves.com branch. > > Does it make sense to switch? > It seems fine to me :) From laforge at gnumonks.org Fri Aug 21 16:06:55 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sat, 22 Aug 2009 01:06:55 +0900 Subject: RFC: Change gsm_subscriber tmsi from char[17] to u_int32_t In-Reply-To: <200908201130.20784.zecke@selfish.org> References: <200908201130.20784.zecke@selfish.org> Message-ID: <20090821160655.GS8528@prithivi.gnumonks.org> On Thu, Aug 20, 2009 at 11:30:20AM +0200, Holger Freyther wrote: > Hey guys, > > for some historic reason our tmsi is an character array but all places dealing > with it treat it as a 4 octet, and according to the spec it is a four octet. I > have changed the definition and the code using the tmsi. It can be found in my > onwaves.com branch. yes, please change. I was actually surprised that it's not a u_int32_t. I think in the database it is useful to have it as a string, though. at least if you want to manually search for it without any frontend software. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From risky at mail.ru Thu Aug 20 18:02:49 2009 From: risky at mail.ru (Sergey V. Efimoff) Date: Thu, 20 Aug 2009 22:02:49 +0400 Subject: BS-11 link does not come up Message-ID: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> Hello All, When trying to run bsc_hack I get the following messages: bootstrapping OML for BTS 0 <0020> abis_nm.c:1644 Set BTS Attr (bts=0) <0020> abis_nm.c:1661 Set TRX Attr (bts=0,trx=0) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=0) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=1) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=1) E1=(0,2,1) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=2) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=2) E1=(0,2,2) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=3) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=3) E1=(0,2,3) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=4) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=4) E1=(0,3,0) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=5) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=5) E1=(0,3,1) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=6) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=6) E1=(0,3,2) <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=7) <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=7) E1=(0,3,3) bootstrapping RSL for BTS/TRX (0/0) using MCC=1 MNC=1 BSIC=1 TSC=7 <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) Failure Event Report Severity=indeterminate failure <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: Debug with -dDMI:DRSL:DNM shows strange lines: ... <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(0) sapi(63) tei(127) for now mISDN message for unknown sign_link ... <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(2) sapi(62) tei(1) for now mISDN message for unknown sign_link ... Why TEI=1 or TEI=127 while it should be 25? Also, dmesg produces: ... mISDN_send: error -12 ... I've reviewed mailing list for similiar problems description and found that several people have already seen these problems, but didn't find the solution. I thought that these problems may be connected with internal BS11 oscillator calibration, so I've performed calibration as described in wiki (though I used Nateks SDH mux with Stratum oscillator as E1 clock source instead of HFC-S ISDN card, which I don't have). Calibration was successful, but it didn't help. Here is query output while running bsc_hack: ... LMT LOGON: ACK PHASE: 3 Normal MBCCU0: Load MBCCU1: No Load Abis-link: Up BS11 ATTRIBUTES: BS-11 ESN PCB Serial Number: 001132 BS-11 ESN Hardware Code Number: 135-2044/03.03 BS-11 ESN Firmware Code Number: 135-2044/03.03 E1 Channel: Port=255 Timeslot=161 Subslot=39 PLL Set Value=1024, Work Value=1023 SITE MANAGER ATTRIBUTES: E1 Channel: Port=0 Timeslot=1 (Full Slot) TEI: 25 BS11 Line Interface ATTRIBUTES: PLL Mode: Standalone BS11 CCLK ATTRIBUTES: CCLK Accuracy: Medium (0) BS11 Power Amplifier 0 ATTRIBUTES: TRX Power: 30mW (GSM) LMT LOGOFF: ACK ... It seems that everything should be ok, but... there is no success. Best regards, Sergey. From laforge at gnumonks.org Fri Aug 21 16:11:06 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sat, 22 Aug 2009 01:11:06 +0900 Subject: BS-11 link does not come up In-Reply-To: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> References: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> Message-ID: <20090821161106.GT8528@prithivi.gnumonks.org> Hi Sergey, sorry to hear about your problems. On Thu, Aug 20, 2009 at 10:02:49PM +0400, Sergey V. Efimoff wrote: > When trying to run bsc_hack I get the following messages: > > bootstrapping OML for BTS 0 > <0020> abis_nm.c:1644 Set BTS Attr (bts=0) > <0020> abis_nm.c:1661 Set TRX Attr (bts=0,trx=0) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=0) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=1) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=1) E1=(0,2,1) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=2) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=2) E1=(0,2,2) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=3) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=3) E1=(0,2,3) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=4) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=4) E1=(0,3,0) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=5) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=5) E1=(0,3,1) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=6) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=6) E1=(0,3,2) > <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=7) > <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=7) E1=(0,3,3) > bootstrapping RSL for BTS/TRX (0/0) using MCC=1 MNC=1 BSIC=1 TSC=7 > <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: > <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) Failure Event > Report Severity=indeterminate failure > <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: that looks pretty fine. The indeterminate failure is most likely the intrusion detected switch in case you don't have the cover attached. Nothing to worry about, it is just an information for you. > Debug with -dDMI:DRSL:DNM shows strange lines: > > ... > <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(0) sapi(63) > tei(127) for now > mISDN message for unknown sign_link > ... > <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(2) sapi(62) > tei(1) for now > mISDN message for unknown sign_link > ... > > > Why TEI=1 or TEI=127 while it should be 25? those are normal. TEI 127 is the TEI manager, and TEI 1 is the actual RSL link which is coming up. > Also, dmesg produces: > > ... > mISDN_send: error -12 I've seen them, too (only when stopping bsc_hack unexpectedly, though) Nothing serious. > I thought that these problems may be connected with internal BS11 > oscillator calibration, so > I've performed calibration as described in wiki (though I used > Nateks SDH mux with Stratum oscillator > as E1 clock source instead of HFC-S ISDN card, which I don't have). calibration looks fine here. do you have a spectrum analyzer or similar device that you can use to check if the carrier is actually active at the ARFCN that you have configured? -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From risky at mail.ru Fri Aug 21 16:33:19 2009 From: risky at mail.ru (Sergey V. Efimoff) Date: Fri, 21 Aug 2009 20:33:19 +0400 Subject: BS-11 link does not come up In-Reply-To: <20090821161106.GT8528@prithivi.gnumonks.org> References: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> <20090821161106.GT8528@prithivi.gnumonks.org> Message-ID: It is all OK now. I've downloaded latest mISDNv2 stack from misdn.org and now it works. Though I can't see network name on my GSM phone, only MCC/MNC. Also, SMS delivery is extremely unstable. It delivers only after I switch recipient phone off/on, i.e. after re-registration and almost always dies with "Segmentation fault" message after that. Message delivery from one on-line phone to another on-line phone is impossible: ... ERROR REPORT CAUSE=0x62(Message Sequence Error) ... I will provide more detailed logs if it is interesting for you. On Aug 21, 2009, at 8:11 PM, Harald Welte wrote: > Hi Sergey, > > sorry to hear about your problems. > > On Thu, Aug 20, 2009 at 10:02:49PM +0400, Sergey V. Efimoff wrote: > >> When trying to run bsc_hack I get the following messages: >> >> bootstrapping OML for BTS 0 >> <0020> abis_nm.c:1644 Set BTS Attr (bts=0) >> <0020> abis_nm.c:1661 Set TRX Attr (bts=0,trx=0) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=0) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=1) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=1) >> E1=(0,2,1) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=2) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=2) >> E1=(0,2,2) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=3) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=3) >> E1=(0,2,3) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=4) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=4) >> E1=(0,3,0) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=5) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=5) >> E1=(0,3,1) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=6) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=6) >> E1=(0,3,2) >> <0020> abis_nm.c:1754 Set Chan Attr (bts=0,trx=0,ts=7) >> <0020> abis_nm.c:1624 CONNECT TERR TRAF Um=(bts=0,trx=0,ts=7) >> E1=(0,3,3) >> bootstrapping RSL for BTS/TRX (0/0) using MCC=1 MNC=1 BSIC=1 TSC=7 >> <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: >> <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) Failure Event >> Report Severity=indeterminate failure >> <0020> abis_nm.c:805 OC=SIEMENSHW(a5) INST=(03,00,00) STATE CHG: > > that looks pretty fine. The indeterminate failure is most likely the > intrusion detected switch in case you don't have the cover > attached. Nothing > to worry about, it is just an information for you. > >> Debug with -dDMI:DRSL:DNM shows strange lines: >> >> ... >> <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(0) sapi(63) >> tei(127) for now >> mISDN message for unknown sign_link >> ... >> <1000> input/misdn.c:132 DL_INFORMATION_IND: use channel(2) sapi(62) >> tei(1) for now >> mISDN message for unknown sign_link >> ... >> >> >> Why TEI=1 or TEI=127 while it should be 25? > > those are normal. TEI 127 is the TEI manager, and TEI 1 is the > actual RSL link > which is coming up. > >> Also, dmesg produces: >> >> ... >> mISDN_send: error -12 > > I've seen them, too (only when stopping bsc_hack unexpectedly, though) > Nothing serious. > >> I thought that these problems may be connected with internal BS11 >> oscillator calibration, so >> I've performed calibration as described in wiki (though I used >> Nateks SDH mux with Stratum oscillator >> as E1 clock source instead of HFC-S ISDN card, which I don't have). > > calibration looks fine here. > > do you have a spectrum analyzer or similar device that you can use to > check if the carrier is actually active at the ARFCN that you have > configured? From laforge at gnumonks.org Sat Aug 22 05:27:09 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sat, 22 Aug 2009 14:27:09 +0900 Subject: BS-11 link does not come up In-Reply-To: References: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> <20090821161106.GT8528@prithivi.gnumonks.org> Message-ID: <20090822052709.GW8528@prithivi.gnumonks.org> On Fri, Aug 21, 2009 at 08:33:19PM +0400, Sergey V. Efimoff wrote: > It is all OK now. I've downloaded latest mISDNv2 stack from > misdn.org and now it works. > Though I can't see network name on my GSM phone, only MCC/MNC. that is normal. the network name can only be sent after the phone is registered to the network. > Also, SMS delivery is extremely unstable. It delivers only after I > switch recipient phone off/on, we currently only deliver pending messages on location update, and we also do a periodic location update. and yes, the software has many bugs, that's why it's called bsc_hack. It's a community project, so if you can help debugging or send actual fixes, it will be appreciated. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From risky at mail.ru Fri Aug 21 16:51:31 2009 From: risky at mail.ru (Sergey V. Efimoff) Date: Fri, 21 Aug 2009 20:51:31 +0400 Subject: BS-11 link does not come up In-Reply-To: <20090821161106.GT8528@prithivi.gnumonks.org> References: <894B6844-7390-4ABD-9ECF-985EEAAE0C85@mail.ru> <20090821161106.GT8528@prithivi.gnumonks.org> Message-ID: <9284C9D5-1F41-46C4-A058-FBAC71202348@mail.ru> My spectrum analyzer (HP 8563E) shows than the carrier frequency is fine according to the selected ARFCN. There is no problems with it. But before calibration there was 150 kHz frequency shift :) > do you have a spectrum analyzer or similar device that you can use to > check if the carrier is actually active at the ARFCN that you have > configured? From laforge at gnumonks.org Sun Aug 23 10:35:44 2009 From: laforge at gnumonks.org (Harald Welte) Date: Sun, 23 Aug 2009 19:35:44 +0900 Subject: Does anyone have IuH (RUA/HNBAP) captures? Message-ID: <20090823103544.GJ4562@prithivi.gnumonks.org> Hi! I've alerady sent this to wireshark-dev, but maybe somebody on this list can also help... I'm right now working for a dissector for the 3GPP IuH (Home-NodeB) protocol. However, I believe the pcap files that I currently have for the protocol are actually invalid. Is there anyone on this list who would be able to provide me with RUA and/or HNBAP protocol traces (preferrably inside SCTP)? Thanks a lot. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From Andreas.Eversberg at versatel.de Sun Aug 23 13:06:33 2009 From: Andreas.Eversberg at versatel.de (Andreas.Eversberg) Date: Sun, 23 Aug 2009 15:06:33 +0200 Subject: some bug reports for subscr usage Message-ID: hi, i found some leaking on the subscriber ressource usage. this patch is not final. maybe we find better solutions. 1. trans_alloc() may not allocate subscriber for transaction, because may be already done before, so i removed subscr_get() from transaction.c -> on outgoing calls we allocate subscriber ressource (by searching for it) and use it for transaction. -> in incomming calls we use the subscriber pointer from the lchan. 2. on an incomming call/sms, the lchan holds a subscriber ressource, so i added subscr_get() after successfully calling trans_alloc() 3. when _send_sms_buffer() is called, we already hold a subscriber ressource for the receiver, so the subsequently called function sms_from_text() must not allocate the receiver again. if this function fails, the allocated subcriber ressource must be released in _send_sms_buffer(). 4. on trans_free we don't need to remove pending paging processes, because it is done when paging expires. anyway if we want to keep it in trans_free(), we must remove paging_remove_request() from paging_T3113_expired(), because it will then be done when transaction is removed. also we need to add paging_remove_request() when sms is removed due to paging expiery. i also fixed linux call router for compiling with openbsc without any patch at all. by linking the source directory to the lcr source directory, the "configure" script automatically detects it and it will compile. (latest git) regards, andreas -------------- next part -------------- An HTML attachment was scrubbed... URL: -------------- next part -------------- A non-text attachment was scrubbed... Name: 44_subscr_fix.patch Type: application/octet-stream Size: 2722 bytes Desc: 44_subscr_fix.patch URL: From Andreas.Eversberg at versatel.de Sun Aug 23 18:04:22 2009 From: Andreas.Eversberg at versatel.de (Andreas.Eversberg) Date: Sun, 23 Aug 2009 20:04:22 +0200 Subject: new patch for fragmenting HFC-E1 Message-ID: hi, here is the almost final patch for fragmenting HFC-E1 cards for multiple BTS connecting to one card. if it is stable, i will submit it after some tests. load module with: $ modprobe hfcmulti dmask=0x00000042 bmask=0x0000003c,0x00000780 debug=0x40000 the dmask must be given von all E1 cards that have to be fragmented. in this case we only fragment the first card. the bmask must be given for all fragments. because we have two bits set (slot 1 and slot 6), we need two values. each bmask value will define the the bchannels to use for the given dchannel. the card is fragmented from lower dchannel to higher dchannel given in the mask. (slot 1 for first fragment, slot 2 for second fragment) run misdn_info after loading to see the fragments. happy testing, andreas -------------- next part -------------- An HTML attachment was scrubbed... URL: -------------- next part -------------- A non-text attachment was scrubbed... Name: har2.diff Type: application/octet-stream Size: 25227 bytes Desc: har2.diff URL: From laforge at gnumonks.org Mon Aug 24 06:45:32 2009 From: laforge at gnumonks.org (Harald Welte) Date: Mon, 24 Aug 2009 15:45:32 +0900 Subject: new patch for fragmenting HFC-E1 In-Reply-To: References: Message-ID: <20090824064532.GC8358@prithivi.gnumonks.org> Thanks a lot, Andreas. I cannot test right now as I'm in Korea and don't have any BS-11 here ;) There are several other list subscribers who have multiple BS-11, maybe one of them is interested in testing your code. Otherwise, I'll do it, but I cannot make any promises when I'll actually be at home long enough to give this a try. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From mikeh at hmgcc.gsi.gov.uk Mon Aug 24 15:05:43 2009 From: mikeh at hmgcc.gsi.gov.uk (Mike) Date: Mon, 24 Aug 2009 16:05:43 +0100 Subject: I can only make one call! Message-ID: <4A92AC47.4040001@hmgcc.gsi.gov.uk> Hi all, first let me say what a hugely impressive achievement OpenBSC is - I was AMAZED to be able to get a test network up and running within a day, and make a call from one handset to another! A slight problem though - I can only make ONE call. After that, I get "CHANNEL ACTIVATE NACK CAUSE=0x30(Transcoding not available)" if I try to make another call, or even if I just switch off a handset. I'm using an IpAccess nanoBTS - is it likely that this is an IpAccess-specific issue? I thought initially that it might be to do with subscriber use_count - once a call has been set up, the called party has subscr->use_count one greater than the calling party, and when the call ends the called party finishes up with use_count = 1, but I added a call to subscr_put in gsm_rr_rx_pag_resp which cured the use_count issue and the one-call-only problem persisted. I've attached a log of the debug messages with annotations of what actions were happening, may be of use. I'm still at an early stage in understanding the OpenBSC code, but in time I hope to be able to contribute some patches... Thanks, Mike Haben The information contained in this message (and any attachments) may be confidential and is intended for the sole use of the named addressee. Access, copying, alteration or re-use of the e-mail by anyone other than the intended recipient is unauthorised. If you are not the intended recipient please advise the sender immediately by returning the e-mail and deleting it from your system. This information may be exempt from disclosure under Freedom Of Information Act 2000 and may be subject to exemption under other UK information legislation. Refer disclosure requests to the Information Officer. The original of this email was scanned for viruses by the Government Secure Intranet virus scanning service supplied by Cable&Wireless in partnership with MessageLabs. (CCTM Certificate Number 2007/11/0032.) On leaving the GSi this email was certified virus free. Communications via the GSi may be automatically logged, monitored and/or recorded for legal purposes. -------------- next part -------------- An embedded and charset-unspecified text was scrubbed... Name: OpenBSC log.txt URL: From laforge at gnumonks.org Thu Aug 27 03:40:25 2009 From: laforge at gnumonks.org (Harald Welte) Date: Thu, 27 Aug 2009 12:40:25 +0900 Subject: I can only make one call! In-Reply-To: <4A92AC47.4040001@hmgcc.gsi.gov.uk> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> Message-ID: <20090827034025.GD3975@prithivi.gnumonks.org> Hi mike, On Mon, Aug 24, 2009 at 04:05:43PM +0100, Mike wrote: > first let me say what a hugely impressive achievement OpenBSC is - I was > AMAZED to be able to get a test network up and running within a day, and make > a call from one handset to another! thanks :) > A slight problem though - I can only make ONE call. After that, I get > "CHANNEL ACTIVATE NACK CAUSE=0x30(Transcoding not available)" if I try > to make another call, or even if I just switch off a handset. I'm using > an IpAccess nanoBTS - is it likely that this is an IpAccess-specific > issue? This is really strange. I have not observed this problem. Until July I did a lot of development and testing on the nanoBTS. Though in August a lot of last minute code was written for HAR2009 and only tested on the BS-11. I am now again travelling and only have my nanoBTS with me. I can give some testing, but maybe somebody else on the list can confirm that the current git version works well on nanoBTS, too. > I'm still at an early stage in understanding the OpenBSC code, but in time I > hope to be able to contribute some patches... that's great, thanks a lot for wanting to help out! It would also be interesting to know what exactly you're using it for :) > The information contained in this message (and any attachments) may > be confidential and is intended for the sole use of the named addressee. > Access, copying, alteration or re-use of the e-mail by anyone other > than the intended recipient is unauthorised. Are you aware that you are posting to a publci mailinglist with a large number of subscribers, whihc has a public, world-readable archive? > (wait a while, then try making another call) > > Mon Aug 24 15:30:04 2009 <0010> abis_rsl.c:1110 Activating ARFCN(600) TS(2) SS(0) lctype TCH/F chan_nr=0x0a r=OTHER ra=0xfd > Mon Aug 24 15:30:04 2009 <0010> abis_rsl.c:943 channel=(bts=0,trx=0,ts=2) chan_nr=0x0a CHANNEL ACTIVATE NACK > CAUSE=0x30(Transcoding not available) Mon Aug 24 15:30:14 2009 <0010> abis_rsl.c:667 RF Channel Release CMD channel=(bts=0,trx=0,ts=2) chan_nr=0x0a > Mon Aug 24 15:30:14 2009 <0010> abis_rsl.c:943 channel=(bts=0,trx=0,ts=2) chan_nr=0x0a RF CHANNEL RELEASE ACK > > (wait a while, then try making another call) > > Mon Aug 24 15:30:34 2009 <0010> abis_rsl.c:1110 Activating ARFCN(600) TS(2) SS(0) lctype TCH/F chan_nr=0x0a r=OTHER ra=0xe7 > Mon Aug 24 15:30:34 2009 <0010> abis_rsl.c:943 channel=(bts=0,trx=0,ts=2) chan_nr=0x0a CHANNEL ACTIVATE NACK > CAUSE=0x30(Transcoding not available) Mon Aug 24 15:30:44 2009 <0010> abis_rsl.c:667 RF Channel Release CMD channel=(bts=0,trx=0,ts=2) chan_nr=0x0a This message definitely relates to the speech encoding algorithm that we specify in ipaccess BIND and/or CONNECT. Maybe the BTS keeps track of the transcoding that we specified the last time, and now we are asking it to use a different codec? Basically the BTS thinks that the IP/UDP/RTP side is configured to use one codec (e.g. FR) and the RF side is nwo configured to a different codec (e.g. EFR). Since the BTS does not have a transcoder, it rejects it. Maybe this helps you to debug... basically there are three parts where the same codec needs to be used 1) in the 04.08 bearer capability 2) in the RSL channel activation (RF side activation) 3) in the ipaccess bind and connect. Regards. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From 246tnt at gmail.com Thu Aug 27 07:02:28 2009 From: 246tnt at gmail.com (Sylvain Munaut) Date: Thu, 27 Aug 2009 09:02:28 +0200 Subject: I can only make one call! In-Reply-To: <20090827034025.GD3975@prithivi.gnumonks.org> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> <20090827034025.GD3975@prithivi.gnumonks.org> Message-ID: <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> Hi, >> A slight problem though - I can only make ONE call. ?After that, I get >> "CHANNEL ACTIVATE NACK ?CAUSE=0x30(Transcoding not available)" if I try >> to make another call, or even if I just switch off a handset. ?I'm using >> an IpAccess nanoBTS - is it likely that this is an IpAccess-specific >> issue? > > This is really strange. ?I have not observed this problem. ?Until July I did a > lot of development and testing on the nanoBTS. ?Though in August a lot of last > minute code was written for HAR2009 and only tested on the BS-11. > > I am now again travelling and only have my nanoBTS with me. ?I can give some > testing, but maybe somebody else on the list can confirm that the current git > version works well on nanoBTS, too. Actually this is the issue I was having too. I just realized that my link to the mailing list was not at all the good one (wrong cut & paste ... sorry about that). The attached patch fixes it. I've also added a patch to put a autogen.sh script ... always useful imho :) Note that the wireshark trace show that CAUSE=0x30 is "Service or option not available" which reflects the problem slightly better than "Transcoding not available". BTW Harald, is it possible to get some credentials to edit the wiki ? I'd like to put a little more info about getting started with the nanoBTS (Especially the part about the power & reset dongle :) Sylvain -------------- next part -------------- commit 32b7a03a79c5978c491d772ad838d86812c69607 Author: Sylvain Munaut Date: Thu Aug 27 08:06:02 2009 +0200 [abis_rsl] Set lchan->tch_mode properly when responding to CHAN_RQD This fixes the 'only first call works' problem that some of us were having with the nanoBTS. (the field just happenned to be 0 == GSM48_CMODE_SIGN after startup) Signed-off-by: Sylvain Munaut diff --git a/openbsc/src/abis_rsl.c b/openbsc/src/abis_rsl.c index 8cec2b6..7be1a6b 100644 --- a/openbsc/src/abis_rsl.c +++ b/openbsc/src/abis_rsl.c @@ -1085,6 +1085,7 @@ static int rsl_rx_chan_rqd(struct msgb *msg) lchan->ms_power = ms_pwr_ctl_lvl(bts->band, bts->ms_max_power); lchan->bs_power = 0; /* 0dB reduction, output power = Pn */ lchan->rsl_cmode = RSL_CMOD_SPD_SIGN; + lchan->tch_mode = GSM48_CMODE_SIGN; rsl_chan_activate_lchan(lchan, 0x00, rqd_ta); /* create IMMEDIATE ASSIGN 04.08 messge */ -------------- next part -------------- commit 4886e98d17b8739b788d2b44a1eda71be35aecbc Author: Sylvain Munaut Date: Thu Aug 27 09:00:43 2009 +0200 [build] Add autogen.sh for convenience Most autotools projects have this to help out ... Signed-off-by: Sylvain Munaut diff --git a/openbsc/autogen.sh b/openbsc/autogen.sh new file mode 100755 index 0000000..99148fe --- /dev/null +++ b/openbsc/autogen.sh @@ -0,0 +1,6 @@ +#!/bin/sh + +aclocal +autoheader +automake --foreign --copy --add-missing +autoconf From zecke at selfish.org Thu Aug 27 07:38:42 2009 From: zecke at selfish.org (Holger Freyther) Date: Thu, 27 Aug 2009 09:38:42 +0200 Subject: I can only make one call! In-Reply-To: <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> <20090827034025.GD3975@prithivi.gnumonks.org> <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> Message-ID: <200908270938.42986.zecke@selfish.org> On Thursday 27 August 2009 09:02:28 Sylvain Munaut wrote: > Hi, please don't add an autogen.sh script. autoreconf is really superior to that. z. From 246tnt at gmail.com Thu Aug 27 07:49:44 2009 From: 246tnt at gmail.com (Sylvain Munaut) Date: Thu, 27 Aug 2009 09:49:44 +0200 Subject: I can only make one call! In-Reply-To: <200908270938.42986.zecke@selfish.org> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> <20090827034025.GD3975@prithivi.gnumonks.org> <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> <200908270938.42986.zecke@selfish.org> Message-ID: <866320f70908270049rff2c9exc472a2f4f101822d@mail.gmail.com> > please don't add an autogen.sh script. autoreconf is really superior to that. Mmm, I tried that originally but seeing you message, I retried using that and it works if I use the '-i' script but that was not obvious to me (I'm not an autotools guru ...) and apparently I'm not the only one since the getting started on the wiki uses the autogen.sh script of LCR to bootstrap OpenBSC :) Maybe an autogen.sh that calls "autoreconf -i" ? Or maybe simple a 'How to build' in the README :) Sylvain From zecke at selfish.org Thu Aug 27 08:52:18 2009 From: zecke at selfish.org (Holger Freyther) Date: Thu, 27 Aug 2009 10:52:18 +0200 Subject: I can only make one call! In-Reply-To: <866320f70908270049rff2c9exc472a2f4f101822d@mail.gmail.com> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> <200908270938.42986.zecke@selfish.org> <866320f70908270049rff2c9exc472a2f4f101822d@mail.gmail.com> Message-ID: <200908271052.18671.zecke@selfish.org> On Thursday 27 August 2009 09:49:44 Sylvain Munaut wrote: > > please don't add an autogen.sh script. autoreconf is really superior to > > that. > > Mmm, I tried that originally but seeing you message, I retried using > that and it works if I use the '-i' script but that was not obvious to > me (I'm not an autotools guru ...) and apparently I'm not the only one > since the getting started on the wiki uses the autogen.sh script of > LCR to bootstrap OpenBSC :) > > Maybe an autogen.sh that calls "autoreconf -i" ? Or maybe simple a > 'How to build' in the README :) Where would you expect such a note? On the website? Just in a readme? z. From 246tnt at gmail.com Thu Aug 27 09:03:41 2009 From: 246tnt at gmail.com (246tnt at gmail.com) Date: Thu, 27 Aug 2009 09:03:41 +0000 Subject: I can only make one call! In-Reply-To: <200908271052.18671.zecke@selfish.org> Message-ID: <0016e6434bea097cfc04721bd868@google.com> > > Maybe an autogen.sh that calls "autoreconf -i" ? Or maybe simple a > > 'How to build' in the README :) > Where would you expect such a note? On the website? Just in a readme? I'd say both. It's a pretty quick fix that can help a few people. And you already fixed the wiki :) Or in the readme just a link to the wiki with a generic 'Getting started' (generic and not bs-11 or nanoBTS specific), with a little more guidance, config files and such. I'd be happy to write those if I could edit the wiki. If I had read the 'BS 11 getting started I would have seen it' but I only saw the OpenBSC + LCR guide and the nanoBTS getting started. Sylvain -------------- next part -------------- An HTML attachment was scrubbed... URL: From bouchtaoui at gmail.com Thu Aug 27 09:42:05 2009 From: bouchtaoui at gmail.com (Nordin) Date: Thu, 27 Aug 2009 11:42:05 +0200 Subject: I can only make one call! In-Reply-To: <0016e6434bea097cfc04721bd868@google.com> References: <0016e6434bea097cfc04721bd868@google.com> Message-ID: <4A9654ED.5090801@gmail.com> I agree with Sylvain. If Holger, Harald and others are very busy with the sources, at least Sylvain can improve the wiki guidance to help people having an easier start. /(...after I recovered from Harald's wake-up call) /246tnt at gmail.com schreef: >> > Maybe an autogen.sh that calls "autoreconf -i" ? Or maybe simple a >> > 'How to build' in the README :) > >> Where would you expect such a note? On the website? Just in a readme? > > I'd say both. It's a pretty quick fix that can help a few people. And > you already fixed the wiki :) Or in the readme just a link to the wiki > with a generic 'Getting started' (generic and not bs-11 or nanoBTS > specific), with a little more guidance, config files and such. I'd be > happy to write those if I could edit the wiki. > > If I had read the 'BS 11 getting started I would have seen it' but I > only saw the OpenBSC + LCR guide and the nanoBTS getting started. > > Sylvain > From laforge at gnumonks.org Thu Aug 27 09:08:56 2009 From: laforge at gnumonks.org (Harald Welte) Date: Thu, 27 Aug 2009 18:08:56 +0900 Subject: I can only make one call! In-Reply-To: <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> References: <4A92AC47.4040001@hmgcc.gsi.gov.uk> <20090827034025.GD3975@prithivi.gnumonks.org> <866320f70908270002g4af5719fj35a9bb09540e20f2@mail.gmail.com> Message-ID: <20090827090856.GO3975@prithivi.gnumonks.org> Hi all, On Thu, Aug 27, 2009 at 09:02:28AM +0200, Sylvain Munaut wrote: > Actually this is the issue I was having too. I just realized that my > link to the mailing list was not at all the good one (wrong cut & > paste ... sorry about that). ok, thanks will commit that. > The attached patch fixes it. I've also added a patch to put a > autogen.sh script ... always useful imho :) "autoreconf -i" does the trick on any half-way recent autotools installation. autogen.sh is a legacy of the past... > Note that the wireshark trace show that CAUSE=0x30 is "Service or > option not available" which reflects the problem slightly better than > "Transcoding not available". Ok, I have to double check what the specification says... > BTW Harald, is it possible to get some credentials to edit the wiki ? > I'd like to put a little more info about getting started with the > nanoBTS (Especially the part about the power & reset dongle :) of course! I'll send you private mail. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From galbayar at usi.mn Tue Aug 25 02:23:40 2009 From: galbayar at usi.mn (Galbayar D) Date: Tue, 25 Aug 2009 11:23:40 +0900 Subject: Cell Broadcast Support Message-ID: <1999c57c0908241923p26fa253dlad8e9590b7c88dd0@mail.gmail.com> Hi Is OpenBSC supports Cell Broadcast? If not is there any plan? or Is someone developing? Gala From bouchtaoui at gmail.com Tue Aug 25 09:29:47 2009 From: bouchtaoui at gmail.com (Nordin) Date: Tue, 25 Aug 2009 11:29:47 +0200 Subject: Cell Broadcast Support In-Reply-To: <1999c57c0908241923p26fa253dlad8e9590b7c88dd0@mail.gmail.com> References: <1999c57c0908241923p26fa253dlad8e9590b7c88dd0@mail.gmail.com> Message-ID: <4A93AF0B.40201@gmail.com> Wha do you mean with Cell Broadcast? You mean the BA List? Galbayar D schreef: > Hi > > Is OpenBSC supports Cell Broadcast? > If not is there any plan? or Is someone developing? > > Gala > > > From laforge at gnumonks.org Tue Aug 25 13:00:52 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 25 Aug 2009 22:00:52 +0900 Subject: Cell Broadcast Support In-Reply-To: <1999c57c0908241923p26fa253dlad8e9590b7c88dd0@mail.gmail.com> References: <1999c57c0908241923p26fa253dlad8e9590b7c88dd0@mail.gmail.com> Message-ID: <20090825130052.GB4555@prithivi.gnumonks.org> Hi! On Tue, Aug 25, 2009 at 11:23:40AM +0900, Galbayar D wrote: > Is OpenBSC supports Cell Broadcast? no, we do not support cell broadcast so far. > If not is there any plan? or Is someone developing? It is on our wish-list, but nobody is working on it. It should not be too difficult: * Switch the CCCH to a configuration that includes the CBCH * Advertise that we have a CBCH in SYSTEM INFORMATION * make sure channel allocator understands that CCCH now only contains three useful SDCCH/4 slots * prepare and send the actual Cell Broadcast messages and send them to the BTS -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From bouchtaoui at gmail.com Tue Aug 25 09:36:12 2009 From: bouchtaoui at gmail.com (Nordin) Date: Tue, 25 Aug 2009 11:36:12 +0200 Subject: How to tell MS no channel is available? Message-ID: <4A93B08C.6080204@gmail.com> Hello guys, Suppose I have 8 MS registered on my nanoBTS and the ninth wants also to register. How can I tell the ninth MS "Sorry dude, there is no room for you, try another ARFCN"? I've checked the REJECT causes in gsm 04.08, but couldn't really find one which is informing the BTS is out of free channels. Now my mobile keeps trying to register to my nanoBTS, although I rejected him with a standard cause. Maybe someone can give me a hint where to look at? Thanks. From laforge at gnumonks.org Tue Aug 25 13:01:56 2009 From: laforge at gnumonks.org (Harald Welte) Date: Tue, 25 Aug 2009 22:01:56 +0900 Subject: How to tell MS no channel is available? In-Reply-To: <4A93B08C.6080204@gmail.com> References: <4A93B08C.6080204@gmail.com> Message-ID: <20090825130156.GC4555@prithivi.gnumonks.org> Nordin, you seem to have some very, very big misunderstandings about how GSM works, sorry. You can have an unlimited number of phones registered, as long as they don't want to talk/sms/location_update all at the same time. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From bouchtaoui at gmail.com Tue Aug 25 13:31:46 2009 From: bouchtaoui at gmail.com (Nordin) Date: Tue, 25 Aug 2009 15:31:46 +0200 Subject: How to tell MS no channel is available? In-Reply-To: <20090825130156.GC4555@prithivi.gnumonks.org> References: <4A93B08C.6080204@gmail.com> <20090825130156.GC4555@prithivi.gnumonks.org> Message-ID: <4A93E7C2.6090105@gmail.com> Hi Harald, It's not that I've studied the GSM spec in details, I just heard from people and read in some articles there are 8 channels per ARFCN and thus 8 MSs can talk on each freq. I'm relatively new to this technical specs. But thanks for the answer anyway. From 246tnt at gmail.com Wed Aug 26 15:43:14 2009 From: 246tnt at gmail.com (Sylvain Munaut) Date: Wed, 26 Aug 2009 17:43:14 +0200 Subject: nanoBTS - Different version ? Message-ID: <866320f70908260843x4401db1bl36eaab0bb0c435b1@mail.gmail.com> Hi, I just got hold of a ip.access nanoBTS model 139U, but so far my attemps at making it work with OpenBSC have been unsuccessful :( It's a 'used' one so there are config already done most likely and I don't know which. What differs from http://bs11-abis.gnumonks.org/trac/wiki/nanoBTS : * It doesn't request an IP by DHCP It seems to have IP/Netmask and GW hardcoded. * When plugging it, it tries to do an ARP request for what I guess his the GW address, and when it get a response, it tries to connect to TCP port 3022 (yes, it's 3022 and not 3002) of yet another IP in another subnet (which I guess is the configured Primarly OML IP) * ipaccess-find does find it : ---- ipaccess-find (C) 2009 by Harald Welte This is FREE SOFTWARE with ABSOLUTELY NO WARRANTY Trying to find ip.access BTS by broadcast UDP... MAC Address='00:02:95:00:31:22' IP Address='10.105.254.142' Unit ID='65143/0/0' Location 1='NanoBTS FXMarketspace' Location 2='BTS_NBT131G' Equipment Version='139_029_41' Software Version='120a352_v267b22d0' Unit Name='69419' Serial Number='00071582' ---- * ipaccess-config fails, the nanoBTS refuses incoming connections on port tcp 3006 * Here's the result of a NMAP : ---- sh$ sudo nmap -sS 10.105.254.142 -p 1-65535 Starting Nmap 4.76 ( http://nmap.org ) at 2009-08-26 16:21 CEST Interesting ports on 10.105.254.142: Not shown: 65533 closed ports PORT STATE SERVICE 3026/tcp open unknown 3034/tcp open unknown MAC Address: 00:02:95:00:31:22 (IP.Access Limited) ---- * I then tried to run ipaccess-config to port 3026 but it fails (just waits a while thensays short read / BTS disappeared) * I tried making openbsc listen on 3022 but with no real results : --- sh$ bsc_hack DB: Database initialized. DB: Database prepared. no matching signalling link for hh->proto=0x01 no matching signalling link for hh->proto=0x29 no matching signalling link for hh->proto=0x2b no matching signalling link for hh->proto=0x1b short read! no matching signalling link for hh->proto=0x01 short read! BTS disappeared, dead socket short read! no matching signalling link for hh->proto=0x01 no matching signalling link for hh->proto=0x29 no matching signalling link for hh->proto=0x2b no matching signalling link for hh->proto=0xc9 short read! no matching signalling link for hh->proto=0x01 short read! BTS disappeared, dead socket --- Any idea any one ? Sylvain From womax at gmx.ch Wed Aug 26 16:33:56 2009 From: womax at gmx.ch (WoMax) Date: Wed, 26 Aug 2009 18:33:56 +0200 Subject: nanoBTS - Different version ? In-Reply-To: <866320f70908260843x4401db1bl36eaab0bb0c435b1@mail.gmail.com> References: <866320f70908260843x4401db1bl36eaab0bb0c435b1@mail.gmail.com> Message-ID: In case you have a static-ip configured nanoBTS or other inconvenience with the nanoBTS ... just use the reset-dongle. The reset-dongle is a plug for the TIB-IN with short 9+10. The reset procedure is as follows: Power off Reset-dongle in TIB-IN Power on Wait until the light is flashing red (30 sec.) Power off When you are now starting the nanoBTS the light will flash red/green to tell you there is no ID set. Find the ip now by ipaccess-find eth0 Set the ID by ipaccess-config -u 1/0/0 999.999.999.999 The 999.999.999.999 is for the ip :-) Thomas From 246tnt at gmail.com Wed Aug 26 17:10:52 2009 From: 246tnt at gmail.com (Sylvain Munaut) Date: Wed, 26 Aug 2009 19:10:52 +0200 Subject: nanoBTS - Different version ? In-Reply-To: References: <866320f70908260843x4401db1bl36eaab0bb0c435b1@mail.gmail.com> Message-ID: <866320f70908261010k7c771c48ld0481bc592616ac2@mail.gmail.com> On Wed, Aug 26, 2009 at 6:33 PM, WoMax wrote: > In case you have a static-ip configured nanoBTS or other inconvenience with > the nanoBTS ... just use the reset-dongle. > The reset-dongle is a plug for the TIB-IN with short 9+10. > The reset procedure is as follows: > Power off > Reset-dongle in TIB-IN > Power on > Wait until the light is flashing red (30 sec.) > Power off Thanks ! It now works perfectly. From 246tnt at gmail.com Wed Aug 26 23:16:12 2009 From: 246tnt at gmail.com (Sylvain Munaut) Date: Thu, 27 Aug 2009 01:16:12 +0200 Subject: nanoBTS - First Call Ok, but not others -> I have an ugly hack to fix it Message-ID: <866320f70908261616l60715519r9bbd365fa5c65015@mail.gmail.com> Hi, I had the exact same problem has described here http://lists.gnumonks.org/pipermail/openbsc/2009-July/000627.html That is, the first call worked great but after the first call, no way to make a second, the BTS would respond with NACK to the CHANnel ACTIvation requests. I finally found that the chan_rate field of the channel_mode must be 0 for that request to work. And forcing it to 0 in rsl_chan_activate_lchan, like this : --- SNIP --- rc = channel_mode_from_lchan(&cm, lchan); if (rc < 0) return rc; cm.chan_rate = 0; // Hack ! ----------- makes the thing work. But that's obviously not the root cause. I thing the lchan tch_mode should be GSM48_CMODE_SIGN, so that channel_mode_from_lchan would set the proper value directly. But I haven't traced yet why tch_mode is not at the good value for the second call ... Sylvain From laforge at gnumonks.org Thu Aug 27 03:47:25 2009 From: laforge at gnumonks.org (Harald Welte) Date: Thu, 27 Aug 2009 12:47:25 +0900 Subject: nanoBTS - First Call Ok, but not others -> I have an ugly hack to fix it In-Reply-To: <866320f70908261616l60715519r9bbd365fa5c65015@mail.gmail.com> References: <866320f70908261616l60715519r9bbd365fa5c65015@mail.gmail.com> Message-ID: <20090827034725.GE3975@prithivi.gnumonks.org> On Thu, Aug 27, 2009 at 01:16:12AM +0200, Sylvain Munaut wrote: > I finally found that the chan_rate field of the channel_mode must be 0 > for that request to work. And forcing it to 0 in > rsl_chan_activate_lchan, like this : thanks, nice spot! > --- SNIP --- > > rc = channel_mode_from_lchan(&cm, lchan); > if (rc < 0) > return rc; > cm.chan_rate = 0; // Hack ! > > ----------- > > makes the thing work. > > But that's obviously not the root cause. I thing the lchan tch_mode > should be GSM48_CMODE_SIGN, so that channel_mode_from_lchan would set > the proper value directly. > But I haven't traced yet why tch_mode is not at the good value for the > second call ... the reason is that we only set it in two places: 1) when we initialize / memset our data structures at program startup 2) in gsm48_tx_chan_mode_modify() when we typically switch from signalling to voice mode. So what is missing is re-setting this before rsl_chan_activate_lchan is called. Right now the architecture of the code is not good enough to have a "right spot" for it, since we only activate a channel from the code where we process channel required messages. So probably there would be the right location to do that. (Around line 1087 of abis_rsl.c before rsl_chan_activate_lchan() is being called). Testing + patch submission is very welcome. Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From laforge at gnumonks.org Thu Aug 27 15:15:46 2009 From: laforge at gnumonks.org (Harald Welte) Date: Fri, 28 Aug 2009 00:15:46 +0900 Subject: wiki / trac user accounts Message-ID: <20090827151546.GB4615@prithivi.gnumonks.org> Hi all! By mistake I deleted the password file for the wiki/trac earlier today, so all of you will need new accounts I used this opportunity to enable new account registration, i.e. everyone can now create an account for themselves - you don't need to go through me to do that anymore. So sorry for the inconvenience to existing users, you will have to create a new account using the 'register' tab on http://openbsc.gnumonks.org/ Regards, -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From cleb at defcon-3.net Fri Aug 28 04:20:06 2009 From: cleb at defcon-3.net (Caleb Pal) Date: Thu, 27 Aug 2009 21:20:06 -0700 Subject: Ericsson BTS's (US Based Testers?) Message-ID: <002f01ca2796$d3794c00$7a6be400$@net> Hello all, I'm new to the list, and new to GSM testing, although I've worked with a fair share of RF, Linux, and networks. I recently acquired an Ericsson RBS 2401 for testing. This is a 2 TRX BTS with a T1 interface. It works on the GSM 1900 band, and puts out 300mw at full power. There will be another post about getting started with that... Onto the main purpose of this post..I have a contact who has 5 Ericsson RBS 2308's, which are the same as the unit Harald recently purchased. They are probably a bit bigger than the BS-11, have 4 TRX, output about 2.5 watts, have a T1 interface, and support EDGE. They are banded for GSM 1900. They can be bought for a reasonable price, plus shipping from California. Obviously OpenBSC doesn't support these at the moment, but hopefully support will be added sometime in the future. These would be a great resource for anyone in the US wanting to do testing, or overseas testers, if you're willing to pay shipping. If you want more info on the unit itself, you can download the manual Harald posted to the list earlier this month. If anyone is interested, please contact me off list, and I will get you in contact with the seller. Thanks Caleb -------------- next part -------------- An HTML attachment was scrubbed... URL: From cleb at defcon-3.net Fri Aug 28 04:25:47 2009 From: cleb at defcon-3.net (Caleb Pal) Date: Thu, 27 Aug 2009 21:25:47 -0700 Subject: Ericsson RBS Support Message-ID: <003d01ca2797$9ecf2140$dc6d63c0$@net> Hello Again, So as my previous post mentioned, I recently acquired an Ericsson RBS 2401. In looking through the configuration, it only allows for a T1 connection, not an E1. The first issue I see with this is I haven't been able to find a mISDN supported T1 card. I assume all of the BS-11 are E1, so I suppose T1 support has never come up. Not a coder myself, I'm not going to be a lot of help in that department. But I can get a T1 card and hook this RBS up to a Linux box and do any debugging that might help move things along. I'm open to any suggestions. I know Harald was looking into getting traces for Ericsson BSC <-> BTS traffic, so hopefully that will help as well. Thanks again, Caleb -------------- next part -------------- An HTML attachment was scrubbed... URL: From laforge at gnumonks.org Fri Aug 28 14:41:35 2009 From: laforge at gnumonks.org (Harald Welte) Date: Fri, 28 Aug 2009 23:41:35 +0900 Subject: Sagoma port, anyone? In-Reply-To: <003d01ca2797$9ecf2140$dc6d63c0$@net> References: <003d01ca2797$9ecf2140$dc6d63c0$@net> Message-ID: <20090828144135.GH8988@prithivi.gnumonks.org> Hi! I had once received a mail from somebody who did a Sagoma port, but I somehow don't seem to be able to find that mail. Maybe that person could step forward and release the actual code. I suppose they would have matching T1 cards for you. -- - Harald Welte http://laforge.gnumonks.org/ ============================================================================ "Privacy in residential applications is a desirable marketing option." (ETSI EN 300 175-7 Ch. A6) From oystein at homelien.no Fri Aug 28 15:55:15 2009 From: oystein at homelien.no (Oystein Homelien) Date: Fri, 28 Aug 2009 17:55:15 +0200 (CEST) Subject: OpenBSC Sangoma T1E1 card patch (old) In-Reply-To: <20090828144135.GH8988@prithivi.gnumonks.org> References: <003d01ca2797$9ecf2140$dc6d63c0$@net> <20090828144135.GH8988@prithivi.gnumonks.org> Message-ID: On Fri, 28 Aug 2009, Harald Welte wrote: > I had once received a mail from somebody who did a Sagoma port, but I > somehow don't seem to be able to find that mail. Maybe that person > could step forward and release the actual code. I suppose they would > have matching T1 cards for you. I did the port, but I haven't had time to work with openbsc since january. Attached is the patch. This is rough and a work in progress but it worked and might provide a starting port for others to get it working with the new abstraction models in openbsc. I probably won't have time to look at it myself for another couple of months. yours, oystein -------------- next part -------------- A non-text attachment was scrubbed... Name: 200901-openbsc-sangoma-t1e1.patch Type: text/x-diff Size: 44248 bytes Desc: URL: From 246tnt at gmail.com Fri Aug 28 07:51:14 2009 From: 246tnt at gmail.com (246tnt at gmail.com) Date: Fri, 28 Aug 2009 07:51:14 +0000 Subject: SMS delivery (Mobile Terminated): First ok, second fails Message-ID: <0015174c40b0cbe5df04722ef255@google.com> Hi, I've noticed a problem when delivering several SMS to a mobile back-to-back. The first one is ok, the second one is received by the MS but OpenBSC fails with "RX RP-ACK but no sms in transaction?!?" when receiving the "RX SMS RP-ACK (MO)" (full log below) From the symptoms and looking at the code, I would say that the transaction of the first SMS delivery was not freed, therefore, when we receive the RP-ACK of the second SMS, we do a trans_find_by_id in gsm0411_rcv_sms, and we actually find the transaction of the _first_ deliver (which has its .sms field cleared since it was released already). I think you wouldn't notice if you waited between SMS because SMC Timer TC1* would expire, calling trans_free(). The problem is that I don't really know _where_ trans_free should be called. There are commented out call to it at several places ... I would think the RP-ACK(MO) reception looks like a good place. But OTOH, this whole process can queue data, giving away a reference to lchan (without get) and trans_free does a put on lchan (so I guess that could invalidate the lchan ref that was queued ? didn't check that in details) Sylvain --- SNIP --- <0100> gsm_04_11.c:920 send_sms_lchan() <0002> transaction.c:69 subscr=0x1fe52d0, subscr->net=0x1f8fc30 <0002> gsm_subscriber_base.c:131 subscr 46332 usage increases usage to: 4 <0002> gsm_04_11.c:937 lchan (bts=0,trx=0,ts=0,ch=0) increases usage to: 1 <0100> gsm_04_11.c:972 TX: SMS DELIVER <0100> gsm_04_11.c:188 TX: CP-DATA trans=4 <0100> gsm_04_11.c:149 GSM4.11 TX 49 01 1e 01 2a 07 91 44 77 58 10 06 50 00 12 00 05 b9 72 65 f7 00 00 90 80 72 12 03 41 00 02 44 3a <0001> abis_rsl.c:1215 channel=(bts=0,trx=0,ts=0) chan_nr=0x20 sapi=3 DATA INDICATION <0100> gsm_04_11.c:817 trans_id=c RX SMS CP-ACK <0001> abis_rsl.c:1215 channel=(bts=0,trx=0,ts=0) chan_nr=0x20 sapi=3 DATA INDICATION <0100> gsm_04_11.c:817 trans_id=c RX SMS CP-DATA <0100> gsm_04_11.c:191 TX: CP-ACK trans=4 <0100> gsm_04_11.c:149 GSM4.11 TX 49 04 <0100> gsm_04_11.c:750 RX SMS RP-ACK (MO) <0002> gsm_subscriber_base.c:139 subscr 27567 usage decreased usage to: 0 <0002> gsm_subscriber_base.c:139 subscr 46332 usage decreased usage to: 3 DB: Found Subscriber: ID 2, IMSI 206205003327508, NAME '', TMSI 1666608304, EXTEN '27567', LAC 1, AUTH 1 DBI: -7: The requested variable type does not match what libdbi thinks it should be <0002> gsm_subscriber_base.c:131 subscr 46332 usage increases usage to: 4 <0100> gsm_04_11.c:920 send_sms_lchan() <0002> transaction.c:69 subscr=0x1fe52d0, subscr->net=0x1f8fc30 <0002> gsm_subscriber_base.c:131 subscr 46332 usage increases usage to: 5 <0002> gsm_04_11.c:937 lchan (bts=0,trx=0,ts=0,ch=0) increases usage to: 2 <0100> gsm_04_11.c:972 TX: SMS DELIVER <0100> gsm_04_11.c:188 TX: CP-DATA trans=4 <0100> gsm_04_11.c:149 GSM4.11 TX 49 01 1f 01 2a 07 91 44 77 58 10 06 50 00 13 00 05 b9 72 65 f7 00 00 90 80 72 12 03 41 00 03 47 39 19 <0001> abis_rsl.c:1215 channel=(bts=0,trx=0,ts=0) chan_nr=0x20 sapi=3 DATA INDICATION <0100> gsm_04_11.c:817 trans_id=c RX SMS CP-ACK <0001> abis_rsl.c:1215 channel=(bts=0,trx=0,ts=0) chan_nr=0x20 sapi=3 DATA INDICATION <0100> gsm_04_11.c:817 trans_id=c RX SMS CP-DATA <0100> gsm_04_11.c:191 TX: CP-ACK trans=4 <0100> gsm_04_11.c:149 GSM4.11 TX 49 04 <0100> gsm_04_11.c:750 RX SMS RP-ACK (MO) <0100> gsm_04_11.c:640 RX RP-ACK but no sms in transaction?!? <0100> gsm_04_11.c:561 TX: SMS RP ERROR, cause 111 (Protocol Error) <0100> gsm_04_11.c:188 TX: CP-DATA trans=4 <0100> gsm_04_11.c:149 GSM4.11 TX 49 01 04 05 2a 01 6f <0001> abis_rsl.c:1215 channel=(bts=0,trx=0,ts=0) chan_nr=0x20 sapi=3 DATA INDICATION <0100> gsm_04_11.c:817 trans_id=c RX SMS CP-ACK <0100> gsm_04_11.c:159 SMC Timer TC1* is expired, calling trans_free() <0002> transaction.c:101 lchan (bts=0,trx=0,ts=0,ch=0) decreases usage to: 1 <0002> gsm_subscriber_base.c:139 subscr 46332 usage decreased usage to: 4 --- /SNIP --- -------------- next part -------------- An HTML attachment was scrubbed... URL: From openbsc at elxsi.de Mon Aug 31 07:56:32 2009 From: openbsc at elxsi.de (openbsc at elxsi.de) Date: Mon, 31 Aug 2009 09:56:32 +0200 Subject: Some questions about OpenBSC / BS-11 Message-ID: <20090831075632.GV31199@elxsi.de> Hi, we have some troubles finding the network on our cell-phones. There are a lot of suspicious messages, we can't really make sense out of. Example: bs11_config_query shows the following line: BS11 Attributes" a line: E1 Channel: Port=255 Timeslot=161 Subslot=39 This looks completely broken (misparsed by bs11_config?) Another issue are the Set- and Work-values of the Phase-Locked-Loop: We synchronized it with the ISDN network (isdnsync) and it leveled off to 1104 for the Work-Value, Set-Value, however, is 1082. I suspect this is ok and set-value is some informational value only (perhaps the value of the last calibration?). One more question about the radio carrier: On startup of bsc_hack we get the following message: OC=RADIO CARRIER(02) INST=(00,01,ff) STATE CHG: OP_STATE=Disabled AVAIL=In test(00) Is this normal behaviour? Apart from all this questions, does anyone have some more hints what we should look at? We tried different cell phones, tried switching them off and on, but without any success. We're using the latest git version of openbsc. Thank you for your help! Martin From risky at mail.ru Mon Aug 31 11:11:26 2009 From: risky at mail.ru (Sergey V. Efimoff) Date: Mon, 31 Aug 2009 15:11:26 +0400 Subject: Some questions about OpenBSC / BS-11 In-Reply-To: <20090831075632.GV31199@elxsi.de> References: <20090831075632.GV31199@elxsi.de> Message-ID: <2A628F04-1E2C-4B3B-AAB7-5D18AC5CDEFB@mail.ru> On Aug 31, 2009, at 11:56 AM, openbsc at elxsi.de wrote: > BS11 Attributes" a line: E1 Channel: Port=255 Timeslot=161 Subslot=39 > This looks completely broken (misparsed by bs11_config?) It is okay, I see similiar message with my BS-11. > Another issue are the Set- and Work-values of the Phase-Locked-Loop: > We synchronized it with the ISDN network (isdnsync) and it leveled > off to > 1104 for the Work-Value, Set-Value, however, is 1082. I suspect this > is > ok and set-value is some informational value only (perhaps the value > of the last calibration?). What type of E1 adapter do you use? If you use an accurate clock source, Work and Set values should be similiar (I have Set Value 1024, Work value 1023, and I've used Nateks E1 SDH Mux with High-Stability Stratum oscillator when calibrating). See http://bs11-abis.gnumonks.org/trac/wiki/isdnsync > One more question about the radio carrier: On startup of bsc_hack we > get > the following message: > OC=RADIO CARRIER(02) INST=(00,01,ff) STATE CHG: OP_STATE=Disabled > AVAIL=In test(00) > Is this normal behaviour? Of course, no. This means that you have no carrier turned on. It is very helpful to use spectrum analyzer in order to ensure that you have correct carrier with correct frequency according to the selected ARFCN. > Apart from all this questions, does anyone have some more hints what > we > should look at? We tried different cell phones, tried switching them > off > and on, but without any success. > We're using the latest git version of openbsc. What version of Linux kernel and mISDN do you use? I had some problems with built-in mISDN also, and get all the stuff working after downloading and installing latest mISDN stack from misdn.org Sergey. From spaar at mirider.augusta.de Mon Aug 31 13:27:57 2009 From: spaar at mirider.augusta.de (Dieter Spaar) Date: Mon, 31 Aug 2009 13:27:57 CEST Subject: Some questions about OpenBSC / BS-11 Message-ID: <4a9bcfdd.mirider@mirider.augusta.de> Hello Sergey, On Mon, 31 Aug 2009 15:11:26 +0400, "Sergey V. Efimoff" wrote: > > What type of E1 adapter do you use? If you use an accurate clock source, > Work and Set values should be similiar (I have Set Value 1024, Work value 1023, > and I've used Nateks E1 SDH Mux with High-Stability Stratum oscillator when > calibrating). See http://bs11-abis.gnumonks.org/trac/wiki/isdnsync The observed difference of "Work Value 1104" and "Set Value 1082" should be no problem. From my measurements a difference of about 100 of those values means about 0.1 ppm. And 0.1 ppm is good enough that most phones should see the BS-11 and the offical networks. I guess there is some other problem, I would also check if bs11_config shows that the TRX is loaded. And maybe start with a configuration file which uses only one TRX. Best regards, Dieter -- Dieter Spaar, Germany spaar at mirider.augusta.de From openbsc at elxsi.de Mon Aug 31 12:34:20 2009 From: openbsc at elxsi.de (openbsc at elxsi.de) Date: Mon, 31 Aug 2009 14:34:20 +0200 Subject: Some questions about OpenBSC / BS-11 In-Reply-To: <4a9bcfdd.mirider@mirider.augusta.de> References: <4a9bcfdd.mirider@mirider.augusta.de> Message-ID: <20090831123420.GY31199@elxsi.de> Hi, thanks for your replies. It was a problem with the old misdn stack. Seems to work fine now :) Best regards, Martin On Mon, Aug 31, 2009 at 01:27:57PM +0200, Dieter Spaar wrote: > Hello Sergey, > > On Mon, 31 Aug 2009 15:11:26 +0400, "Sergey V. Efimoff" wrote: > > > > What type of E1 adapter do you use? If you use an accurate clock source, > > Work and Set values should be similiar (I have Set Value 1024, Work value 1023, > > and I've used Nateks E1 SDH Mux with High-Stability Stratum oscillator when > > calibrating). See http://bs11-abis.gnumonks.org/trac/wiki/isdnsync > > The observed difference of "Work Value 1104" and "Set Value 1082" should > be no problem. From my measurements a difference of about 100 of those > values means about 0.1 ppm. And 0.1 ppm is good enough that most phones > should see the BS-11 and the offical networks. > > I guess there is some other problem, I would also check if bs11_config > shows that the TRX is loaded. And maybe start with a configuration file > which uses only one TRX. > > Best regards, > Dieter > -- > Dieter Spaar, Germany spaar at mirider.augusta.de