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* logging: Introduce mutex API to manage log_target in multi-thread envsPau Espin Pedrol2019-10-092-4/+16
| | | | | | | | | | | | | | | | | | | | log_enable_multithread() enables use of locks inside the implementation. Lock use is disabled by default, this way only multi-thread processes need to enable it and suffer related complexity/performance penalties. Locks are required around osmo_log_target_list and items inside it, since targets can be used, modified and deleted by different threads concurrently (for instance, user writing "logging disable" in VTY while another thread is willing to write into that target). Multithread apps and libraries aiming at being used in multithread apps should update their code to use the locks introduced here when containing code iterating over osmo_log_target_list explictly or implicitly by obtaining a log_target (eg. osmo_log_vty2tgt()). Related: OS#4088 Change-Id: Id7711893b34263baacac6caf4d489467053131bb
* Bump version: 1.1.0.107-afce-dirty → 1.2.0Pau Espin Pedrol2019-08-061-2/+3
| | | | Change-Id: I05dd1f2725e05f856f1d27c9201a0005de101b8f
* make all library-internal static buffers thread-localHarald Welte2019-06-041-1/+1
| | | | | | | | | | | | | | | We have a number of library-internal static global buffers which are mainly used for various stringification functions. This worked as all of the related Osmocom programs were strictly single-threaded. Let's make those buffers at least thread-local. This way every thread gets their own set of buffers, and it's safe for multiple threads to execute the same functions once. They're of course still not re-entrant. If you need re-entrancy, you will need to use the _c() or _buf() suffix version of those functions and work with your own (stack or heap) buffers. Change-Id: I50eb2436a7c1261d79a9d2955584dce92780ca07
* NS: log address:port on errorMax2019-05-101-2/+2
| | | | Change-Id: If2dc533a6dc150254f5d44b672f04bb728e7e927
* deal with rate_ctr_group_alloc() returning NULLHarald Welte2019-05-082-0/+8
| | | | | Change-Id: I47d6623b9eca704e3c2537cfb5799a4c0749a7bc Related: #3701
* Bump version: 1.0.1.143-cc72c → 1.1.0Pau Espin Pedrol2019-05-071-1/+1
| | | | Change-Id: I351411ca5913c8b40f23287ec7c9ebfe11bd2bb0
* gb/gprs_ns_sns.c: fix incorrect sizeof() calculationVadim Yanitskiy2019-04-121-1/+1
| | | | | | | | | Calling sizeof() on a pointer would result in getting size of the pointer (usually 4 or 8 bytes) itself, but not the size of the memory it points to. Change-Id: I83f55a9638b75d9097d37992f7c84707791f10f6 Fixes: CID#194266
* Add _c versions of functions that otherwise return static buffersHarald Welte2019-04-102-0/+9
| | | | | | | | | | | | | | We have a habit of returning static buffers from some functions, particularly when generating some kind of string values. This is convenient in terms of memory management, but it comes at the expense of not being thread-safe, and not allowing for two calls of the related function within one printf() statement. Let's introduce _c suffix versions of those functions where the caller passes in a talloc context from which the output buffer shall be allocated. Change-Id: I8481c19b68ff67cfa22abb93c405ebcfcb0ab19b
* Add _buf() functions to bypass static string buffersHarald Welte2019-04-032-6/+11
| | | | | | | | | | | | | | | We have a number of static buffers in use in libosmo*. This means the related functions are not usable in a thread-safe way. While we so far don't have many multi-threaded programs in the osmocom universe, the static buffers also prevent us from calling the same e.g. string-ify function twice within a single printf() call. Let's make sure there's an alternative function in all those cases, where the user can pass in a caller-allocated buffer + size, and make the 'classic' function with the static buffer a wrapper around that _buf() variant. Change-Id: Ibf85f79e93244f53b2684ff6f1095c5b41203e05
* BSSGP: use variable for NSEIMax2019-03-281-26/+27
| | | | | | | | Handle NSEI the same way as BVCI is handled: assign it to variable instead of repetitive calls to msgb_nsei() - this simplifies log update in follow-up patches and makes code slightly easier to read. Change-Id: I919a717ca22646849d6ec7f62c677c536db0ed31
* select: Rename BSC_FD_* constants to OSMO_FD_*Harald Welte2019-03-212-4/+4
| | | | | | | | | | | | The naming of these constants dates back to when the code was private within OpenBSC. Everything else was renamed (bsc_fd -> osmo_fd) at the time, but somehow the BSC_FD_* defines have been missed at the time. Keep compatibility #defines around, but allow us to migrate the applications to a less confusing naming meanwhile. Change-Id: Ifae33ed61a7cf0ae54ad487399e7dd2489986436
* gprs_ns_sns: Properly initialize sockaddr_in in gprs_nsvc_create_ip4()Harald Welte2019-03-201-0/+2
| | | | | | | | When putting together a sockaddr_in, we must not only set the IP address and port, but also set the address family to AF_INET. And while at it, let's zero-initialize the entire 'struct sockdadr_in'. Change-Id: I1c8d8fe7f79a2ec737baa7800247269c3271983e
* gprs_ns_sns: Use "correct" remote IP address for local IP endpointHarald Welte2019-03-161-2/+2
| | | | | | | | | | | we cannot use "nsi->nsip.remote_ip", as this address is not set when SNS is in use. We can only have a valid nsi->nsip.remote_ip if there's only a single NS-VC inside the NS Instance, as this would connect() the UDP socket to the remote IP/port, breaking any possibility to have multiple NS-VCs to different SGNS-side IP addresses. Closes: OS#3845 Change-Id: Ic094621eb01d7458063f531289d5eeadf52bf330
* gprs_ns: Don't use initial IP/port for anything but SNSHarald Welte2019-03-161-2/+55
| | | | | | | | | | | | | | | | | | | | | | | Section 6.2.1 of 3GPP TS 48.016 states: > A pre-configured endpoint shall not be used for NSE data or signalling > traffic (with the exception of Size and Configuration procedures) unless > it is configured by the SGSN using the auto-configuration procedures. However, in the current SNS implementation, the initial IP/Port over which we perform the SNS-SIZE + SNS-CONFIG are treated as one of the normal NS-VCs. Specifically, we also perform the NS-ALIVE procedure on it, which is clearly wrong. Let's explicitly create the "initial" NS-VC with data and signalling weight of 0, and ensure we never start the alive timer or send any non-SNS PDUs on this connection as long as SNS was not used to change either of the two weights to non-zero. While at it, also safeguard against processing any incoming non-SNS messages on such a all-zero-weight connection. Change-Id: I16a91a07e5914d123b2ea2f8413b94e7cd518628 Closes: OS#3844
* gprs_ns.c: Update comment: IP SNS has recently been implementedHarald Welte2019-03-161-1/+0
| | | | Change-Id: I8b98621a582a23d0483a5340b4aca7e0bc096e6d
* NS: Add support for GPRS NS IP Sub-Network-Service (SNS)Harald Welte2019-02-266-17/+1034
| | | | | | | | | | | | | | | | | | | | | | | | | | | | The NS implementation part of the Gb implementation libosmogb so far implemented a rather classic dialect of Gb, with lots of heritage to FR (Frame Relay) transports. At least since Release 6 of the NS specification, there's an IP Sub-Network Service (SNS), which * permits for dynamic configuration of IP endpoints and their NS-VCs * abandons the concept of a NSVCI on IP transport * forbids the use of RESET/BLOCK/UNBLOCK procedures on IP transport This commit introduces BSS-side IP-SNS support to libosmogb in a minimally invasive way. It adds a corresponding SNS FSM to each NS instance, and implements the new SIZE/CONFIG/ADD/DELETE/CHANGE_WEIGHT procedures very closely aligned with the spec. In order to use the SNS flavor (rather than the classic one), a BSS implementation should use gprs_ns_nsip_connect_sns() instead of the existing gprs_ns_nsip_connect(). This implementation comes with a set of TTCN-3 tests in PCU_Tests_RAW_SNS.ttcn, see Change-ID I0fe3d4579960bab0494c294ec7ab8032feed4fb2 of osmo-ttcn3-hacks.git Closes: OS#3372 Closes: OS#3617 Change-Id: I84786c3b43a8ae34ef3b3ba84b33c90042d234ea
* NS: Factor out gprs_nsvc_start_test() and use itHarald Welte2019-02-262-5/+11
| | | | | | | | | | | | This function performs sending a NS-ALIVE PDU and starting Tns-Test, let's use it in all places where we used to do that. As part of this, also fix a bug where the sendto() return value (number of bytes sent) would actually propagate up all the way to gprs_ns_rx_reset() return value, which in turn affects the test results on stdout. Change-Id: I4d303117f77fabb74bbb91887b9914a81c2a084a
* gprs_ns: Add code for SNS-SIZE and SNS-CONFIG encodingHarald Welte2019-02-263-3/+198
| | | | | | | | | | | Modern NS specifications contain a SNS (Sub Network Service) for negotiating IP/port/weight parameters of NS-over-IP links dynamically. This patch adds message encoding routines for SNS-CONFIG, SNS-SIZE and their respective acknowledgements. Related: OS#3372 Change-Id: I5c47e1c3c10deb89a7470ee2c03adfc174accc93
* NS: Add missing NS Cause stringsHarald Welte2019-02-231-0/+7
| | | | | | | | When I added the definitions for the IP-SNS in commit f030b210e8c13314d361a6b721a0cbcc72935219 back in 2010, I forgot to update the string definitions in ns_cause_str[]. Let's fix that Change-Id: I419ccc482d99b01263a60aede83dacd2d9de56ab
* NS: Don't print information about FR/GRE if not enabled!Harald Welte2019-02-231-3/+4
| | | | Change-Id: I9209ee4ba5ebfc4f96b4c1d42840e1906455bae7
* gprs_ns: Add missing NSVCI IE to NS-BLOCK-ACK messageHarald Welte2019-02-191-1/+29
| | | | | | | | According to Section 9.2.4 of 3GPP TS 48.016, the NS-BLOCK-ACK PDU has a mandatory NSVCI IE which we so far were missing. Change-Id: Ie7205e99d57f1e42d941f1be2460d8c9f46aadfe Closes: OS#3808
* gprs_ns.c: cosmetic whitespace fixesHarald Welte2019-02-191-2/+2
| | | | Change-Id: Ic19f65bdc5527ad5a69d0a92320ce5f672bf4d2b
* gprs_ns: Use gprs_ns_tx_alive() instead of gprs_ns_tx_simple()Harald Welte2019-02-191-2/+2
| | | | | | If we use gprs_ns_tx_alive() we will get logging for free. Change-Id: I53d410d13540d389096c40425e1fa2eb7460b16b
* bssgp_tx_bvc_unblock(): Fix log messageHarald Welte2019-02-191-1/+1
| | | | | | | We're transmitting a BVC-UNBLOCK but the log states the opposite: BVC-BLOCK. Let's fix that. Change-Id: I70fa7336402d193513f89fcf3068b0b21925702d
* Work around bogus gcc-8.2 array-bounds warning/errorHarald Welte2019-01-222-1/+21
| | | | | | | | | | | | | | | | | | | | | | gcc-8.2 is printing the following warning, which is an error when used -Werror like our --enable-werror: In file included from gprs_bssgp.c:34: In function ‘tl16v_put’, inlined from ‘tvlv_put.part.3’ at ../../include/osmocom/gsm/tlv.h:156:9, inlined from ‘tvlv_put’ at ../../include/osmocom/gsm/tlv.h:147:24, inlined from ‘msgb_tvlv_push’ at ../../include/osmocom/gsm/tlv.h:386:2, inlined from ‘bssgp_tx_dl_ud’ at gprs_bssgp.c:1162:4: ../../include/osmocom/gsm/tlv.h:131:2: error: ‘memcpy’ forming offset [12, 130] is out of the bounds [0, 11] of object ‘mi’ with type ‘uint8_t[11]’ {aka ‘unsigned char[11]’} [-Werror=array-bounds] memcpy(buf, val, len); Where "130" seems to be the maximum value of uint8_t, shifted right one + 2. But even as we use strnlen() with "16" as maximum upper bound, gcc still believes there's a way that the return value of gsm48_generate_mid_from_imsi() could be 130. In fact, even the newly-added OSMO_ASSERT() inside gsm48_generate_mid() doesn't help and gcc still insists there is a problem :( Change-Id: I0a06daa19b7b5b5badbb8b3d81a54c45b88a60ec
* constrain gsm48_generate_mid() output array boundsHarald Welte2019-01-222-3/+3
| | | | | | | | | | | The longest BCd-digit type identity is the IMEISV with 16, so there's no point in trying to parse up to 255 decimal digits, which will do nothing but to overflow the caller-provided output buffer. Let's also clearly define the required minimum size of the output buffer and add a reltead #define for it. Change-Id: Ic8488bc7f77dc9182e372741b88f0f06100dddc9
* Bump version: 0.12.0.128-8dfde → 1.0.0Harald Welte2019-01-191-1/+1
| | | | Change-Id: I1bd973754b1ebc42283f6a07defa60f58523f5a3
* document unblock-ack vs. signalling in gprs_ns_process_msg()Stefan Sperling2018-11-201-0/+6
| | | | | | | | | | | | | Since commit 797558ea1768e464f9559c5f7a4f3f4285c5de25 we send the NS_UNBLOCK_ACK message before dispatching the NS_UNBLOCK signal, instead of afterwards. Add comments which explain the intended order of events. Suggested-by: Pau Related: OS#2388 Change-Id: I4b93853c952a97302f8afc14f462f22c3e487564
* send NS_POUT_UNBLOCK_ACK before signalling S_NS_UNBLOCKStefan Sperling2018-11-191-1/+3
| | | | | | | | | | | | | | | | | | | | | In gprs_ns_process_msg(), we were dispatching the S_NS_UNBLOCK signal before sending out the NS_POUT_UNBLOCK_ACK message. Signal handlers might send messages to the other side, assuming that NS is now unblocked. However, since such messages will arrive before the UNBLOCK_ACK message the receiver might discard them. This problem has been observed with our TTCN3 BSSGP_Emulation as a peer to osmo-pcu. This patch makes TTCN3 PCU TC_paging() test pass regardless of whether the test or osmo-pcu is started first. Before this patch, this test would only pass if the test was started before osmo-pcu. A remaining problem is that the test does not yet keep passing reliably unless osmo-pcu is restarted between test runs. Change-Id: I3af54a14bb6bcfa167c9a9d9f67835e7f5b9f1bb Related: OS#2890 Related: OS#2388
* fix error handling gprs_ns_nsip_listen()Stefan Sperling2018-10-101-1/+4
| | | | | | | | | If we cannot bind the listening socket, reset related fields in the osmo fd structure to NULL again. Otherwise our caller might eventually try to use an uninitialized osmo fd. Change-Id: Ia953b2eff54cac0bd980944291f75db14df09a34 Related: OS#3643
* use __FILE__, not __BASE_FILE__Neels Hofmeyr2018-08-201-2/+2
| | | | | | | | | | | | | | | The intention was to use the file's basename, but __BASE_FILE__ means "the root file that is being parsed and contains #include statements". If we had a function using __BASE_FILE__ and that was defined in an #included file, __BASE_FILE__ would indicate the first file where the #include is, and not the file where the function is defined. __BASE_FILE__ works for us because we don't ever include function definitions that log something, so __BASE_FILE__ always coincides with __FILE__ for our logging; but still __BASE_FILE__ is semantically the wrong constant. Related: OS#2740 Change-Id: Ibc1d3746f1876ac42d6b1faf0e5f83bd2283cdcc
* bssgp: introduce flush queue functionsAlexander Couzens2018-08-102-0/+30
| | | | | | | | | | | | To reset the state of BSSGP allow to flush the BSSGP queues. When testing (with TTCN3) the test object should be resetted between each test. Introduce the functions: bssgp_fc_flush_queue() - flushs a single flow control object bssgp_flush_all_queues() - flushs queues of all BSSGP connections Change-Id: I29b6ad6742ddf9b0b58b4af37d9a1cf18e019325
* Bump version: 0.11.0.91-9d4a3-dirty → 0.12.0Pau Espin Pedrol2018-07-271-2/+1
| | | | Change-Id: I7e66432f37e13fd4c31389e3d89593fa0981e58f
* return error to sender upon bssgp_tlv_parse() failureStefan Sperling2018-06-251-0/+2
| | | | | | | | | | Return "invalid mandatory information" error status to the sender in case bssgp_tlv_parse() failed. To avoid loops, do not respond with an error status to STATUS PDUs which failed parsing. Change-Id: If73719b75a94d6742bdefc9b6572525cb00a96ee Related: OS#3178
* check bssgp_tlv_parse() return code in bssgp_rcvmsg()Stefan Sperling2018-06-251-0/+5
| | | | | | | | | | | The return code from bssgp_tlv_parse() was not checked for a parsing error. In case of a parsing error the stored return code could have been overwritten later in this function. Explicitly check for a parsing error and log corresponding packets. Change-Id: Id3d7c52ec3df2bcf4efcee0e0b14fe22ef96964e Related: OS#3178
* Add function gprs_nsvc_state_appendDaniel Willmann2018-06-142-0/+23
| | | | | | A common function to append the nsvc state from osmo-sgsn or osmo-gbproxy Change-Id: I7f0eaff7329ab98cad792d30b20ab053007aab85
* implement support for 3-digit MNC with leading zerosNeels Hofmeyr2018-02-283-9/+6
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Enable representing three-digit MNC with leading zeros. The MNCs 23 and 023 are actually different; so far we treated both as 23. Re-encode an incoming BCD or string of 023 as it were, i.e. not dropping the leading zero as 23. Break ABI compatibility by changing the size and ordering of structs gprs_ra_id, osmo_plmn_id, osmo_cell_global_id, ... by adding an mnc_3_digits flag. Change ordering in gprs_ra_id because the canonical oder is {Mobile Country Code, Mobile Network Code}, so have the mcc member first. ABI compatibility cannot be maintained for struct gprs_ra_id, since it is a direct member of structs bssgp_bvc_ctx and bssgp_paging_info, and even just adding a flag to the end would cause ABI changes of those structs. Similarly, osmo_plmn_id is a direct member of osmo_location_area_id, and so forth. Add new API to set and read this additional flag to preserve leading zeros: - osmo_plmn_to_bcd(), osmo_plmn_from_bcd() after gsm48_mcc_mnc_to_bcd() and gsm48_mcc_mnc_from_bcd(). - gsm48_decode_lai2(), gsm48_generate_lai2() after gsm48_decode_lai(), gsm48_generate_lai(). - gsm0808_create_layer3_2() after gsm0808_create_layer3() and gsm0808_create_layer3_aoip(). - various osmo_*_name() functions in gsm23003.h (osmo_rai_name() still in gsm48.h close to struct gprs_ra_id definition). The amount and duplication of these may seem a bit overboard, but IMO they do make sense in this way. Though most code will soon see patches unifying the data structures used, in some cases (vty, ctrl) they are required singled out. Without these functions, the formatting ("%0*u", mnc_3_digits ? 3 : 2, mnc) would be duplicated all over our diverse repositories. In various log output, include the leading MNC zeros. Mark one TODO in card_fs_sim.c, I am not sure how to communicate a leading zero to/from a SIM card FS. The focus here is on the core network / BSS. To indicate ABI incompatibility, bump libosmogsm and libosmogb LIBVERSIONs; adjust debian files accordingly. Implementation choices: - The default behavior upon zero-initialization will be the mnc_3_digits flag set to false, which yields exactly the previous behavior. - I decided against packing the mnc with the mnc_3_digits field into a sub-struct because it would immediately break all builds of dependent projects: it would require immediate merging of numerous patches in other repositories, and it would make compiling older code against a newer libosmocore unneccessarily hard. Change-Id: Id2240f7f518494c9df6c8bda52c0d5092f90f221
* Use existing function for TLLI encodingMax2018-01-082-15/+5
| | | | | | Use bssgp_msgb_tlli_put() instead of copy-pasted code. Change-Id: I06d60566a19dcae701f8648c19fbd8db6d586f77
* Add function to properly encode RAIMax2018-01-083-26/+22
| | | | | | | | | | | | | Add gsm48_encode_ra() which takes appropriate struct as [out] parameter instead of generic buffer. Using uint8_t buffer instead of proper struct type prooved to be error-prone - see Coverity CID57877, CID57876. Old gsm48_construct_ra() is made into tiny wrapper around new function. The test output is adjusted because of the change in function return value which was constant and hence ignored anyway. Related: OS#1640 Change-Id: I31f9605277f4945f207c2c44ff82e62399f8db74
* gprs_bssgp: bssgp_fc_in(): fix mem leak on queue overflowNeels Hofmeyr2017-11-201-1/+5
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | All successful and all error code paths of bssgp_fc_in() free the msgb, except the code path calling fc_enqueue() when the msg is dropped (due to queue being full, or failure to allocate). Callers could theoretically catch the -ENOSPC return value and discard the msgb. However, in other code paths, a callback's return value is returned, which is expected to free the msgb, so such callback would have to never return -ENOSPC when it freed the msgb. Much simpler semantics would be to free the msgb in every code path, no matter which kind of error occurred. Who is currently calling bssgp_fc_in and how do they handle the return value? - bssgp_fc_test.c ignores the return value (and hits a mem leak aka sanitizer build failure if the queue is full). - fc_timer_cb() ignores the return value. - bssgp_tx_dl_ud() returns the bssgp_fc_in() rc. - which is returned by a cascade of functions leading up to being returned, for example, by gprs_llgmm_reset(), which is usually called with ignored return code. At this point it is already fairly clear that bssgp_fc_in() should always free the msgb, since the callers don't seem to distinguish even between error or success, let alone between -ENOSPC or other errors. bssgp_fc_test: assert that no msgbs remain unfreed after the tests. Adjust expected results. Helps fix sanitizer build on debian 9. Change-Id: I00c62a104baeaad6a85883c380259c469aebf0df
* Fix/Update copyright notices; Add SPDX annotationHarald Welte2017-11-138-3/+21
| | | | | | | | Let's fix some erroneous/accidential references to wrong license, update copyright information where applicable and introduce a SPDX-License-Identifier to all files. Change-Id: I39af26c6aaaf5c926966391f6565fc5936be21af
* Move additional libraries to appropriate placeMax2017-10-301-2/+2
| | | | | | | | | | | | | According to https://www.gnu.org/software/automake/manual/automake.html#Libtool-Flags the libraries supposed to be added to *_LDADD or *_LIBADD while *_LDFLAGS should contain additional libtool linking flags. Previously we used both. Let's unify this and move all the libraries into proper automake variable. While at it - also add libosmocore.la for tests to LDADD since all the tests link against it anyway. Change-Id: Ia657a66db75df831421af5df1175a992da5ba80f
* Tag/Release version 0.10.0Harald Welte2017-10-271-1/+1
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | It's been way too long since the last release. Almost one year and 468 commits. A brief summary of the changes below: * Doxygen for libosmo{coding,gb} * pseudotalloc for embedded builds, jenkins for arm-none-gnueabi * --disable-doxygen, --disable-ctrl, --disable-simd * update debian packaging * gsm0503 coding routines * osmo_hton[sl] * statistics.h -> counter.h * QCDIAG in gsmtap * llist_{first,last}_entry() * llist_count() * LOGPSRC() macro * msgb_pull_to_l2() * msgb_printf() * prbs * osmo_sock_init2() * osmo_sock_mcast_{name,loop_set,ttl_set,all_set,subscribe,ip}() * OSMO_STRINGIFY() * OSMO_VALUE_STRING() * OSMO_BYTES_FOR_BITS() * osmo_talloc_asprintf() * osmo_sub_auth_type_name() * osmo_sub_auth_data support for IND/SQN_MS * osmo_fsm ctrl interface * ctrl_handle_alloc2() * ctrl_interface_setup_dynip2() * OSMO_CTRL_PORT_HLR * bssgp_tx_bvc_ptp_reset() * gprs_ns_inst connect/remote_{ip,port} * osmo_gprs_{ul,dl}_block_size_{bits,bytes}() * osmo_gprs_{dl,ul}_cs_by_block_bytes() * gprs_ns_pdu_strings[] * more BSSGP cause values * abis_nm_admin_name() * AoIP support in gsm0808 * gsm_fn_as_gsmtime_str() * osmo_dump_gsmtime() * gsup charging support * ipa_ccm_make_id_resp() * ipa_ccm_make_id_resp_from_req() * struct gsm48_gprs_susp_req * gsm_04_14.h * rsl measurement preprocessing related IEs * abis_nm_event_cause_names[] * abis_nm_sw_desc and friends * more SYSINFO_TYPE_ values * osmo_earfcn_bit_size_ext() * t16lv_put() * msgb_t16lv_put() * tlvp_val16be() * tlvp_val32be() * osmo_tlvp_copy() * osmo_tlvp_merge() * many additional VTY nodes * cmd_node.name member * bitvec_set_u64() * bitvec_rl_curbit * ctrl_lookup_register() * osmo_fsm_find_by_name() * osmo_fsm_inst_find_by_name() * osmo_fsm_inst_find_by_id() Change-Id: Ieb5db2e910a90db780ea058b3280f2facbd68d76
* GPRS: constify NS printing routine parametersMax2017-10-242-3/+3
| | | | Change-Id: I549ab7c26ac1489e01f281594bafe44b0681dc83
* GPRS: add vty command to show only persistent NSMax2017-10-241-8/+23
| | | | | | | | | | | The regular 'sh ns' lists all available NS. Sometimes it's handy to know which of those are persistent. * add "show ns persistent" command * adjust parameters of dump-ns*() functions to use bool where appropriate Change-Id: Ib812864bae3ea414cc107a7b4f49bea4e6161795
* Convert lib-internal rate_ctr from '.' separator to ':' separatorHarald Welte