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192.168.1.100 / T800_MD_V1.6 / c33b3079c38f91561c2f84f1ebed20ad8c60532a / . / mcu / protocol / interface / general / mrs_utility.h
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yu.dongc33b3072024-08-21 23:14:49 -0700[diff] [blame^]1/******************************************************************************
2* Copyright Statement:
3* --------------------
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34*******************************************************************************/
35
36/******************************************************************************
37 * Filename:
38 * --------------------------------------------------------
39 * mrs_utility.h
40 *
41 * Project:
42 * --------------------------------------------------------
43 * Multimode
44 *
45 * Description:
46 * --------------------------------------------------------
47 * Declaration of funcitons of the utilities in MRS.
48 *
49 * Author:
50 * --------------------------------------------------------
51 * -------
52 *
53 * --------------------------------------------------------
54 * $Log$
55 *
56 * 01 28 2022 ot_krishna.charan
57 * [MOLY00685488] cloned from ALPS05677217 [B210622-876][?????]UE CSFB CALL MT???RR???????????????????????????
58 *
59 * 01 18 2022 tom.wu
60 * [MOLY00735828] SBP_MRS_AFR_TO_5G_CONTROL return error
61 *
62 * .
63 *
64 * 10 07 2020 tero.miettinen
65 * [MOLY00570382] [Gen97]Apply BW customization setting from NVRAM to report capability
66 * [MRS] Update in BW setting list handling.
67 *
68 * 10 07 2020 bo-yao.tsai
69 * [MOLY00565738] [MODEM][Assert] Assert fail: errc_cel_cscom.c 6572 - ERRC
70 * - Channel protection fixing
71 *
72 * 10 01 2020 tero.miettinen
73 * [MOLY00560032] ????SA???
74 * MRS - PLMN based 5G band disabling.
75 *
76 * 09 22 2020 vend_mtb_aritha031
77 * [MOLY00561862] [Gen97][MP7][VzW][AFR] feature check-in, (check-in approved: item_344)
78 *
79 * 09 22 2020 vend_mtb_aritha031
80 * [MOLY00561862] [Gen97][MP7][VzW][AFR] feature check-in, (check-in approved: item_344)
81 *
82 * 09 18 2020 vend_mtb_aritha031
83 * [MOLY00561862] [Gen97][MP7][VzW][AFR] feature check-in, (check-in approved: item_344)
84 *
85 * 09 18 2020 tom.wu
86 * [MOLY00554348] [Colgin] cell measure and white cell lock feature development
87 *
88 * .
89 *
90 * 06 29 2020 vend_mtb_aritha002
91 * [MOLY00536615] [MCF] user flow enhancement
92 *
93 * .
94 *
95 * 06 12 2020 vend_mtb_mobiveil015
96 * [MOLY00528344] [URGENT][SSI][MT6885][Petrus][Q0][MP2][AT&T][10776v20_1][R3MP][PTN][simulation][inhouse][RnS][ATTACH/RESTART][LTE-BTR-1-8220]Test case failed due to ## LTE ## RRCConnectionRequest TimeOut
97 *
98 * [MOLY00535086] ?DM?34G??
99 *
100 * .
101 *
102 * 04 04 2020 farming.tseng
103 * [MOLY00509534] [MT6875][Margaux][Q0][MP3][SQC]][Internal][China][Shenzhen][MDST][SWIFT][CU+CT][ErrorTimes:1][ASSERT] file:mcu/l1/nl1/internal/md97/src/rx/nr_rx_scheduler_rtb.c line:6045
104 *
105 * .
106 *
107 * 03 24 2020 farming.tseng
108 * [MOLY00506815] [MT6875][Margaux][Q0][SQC][MP3][Gemini][N+L][NTC_SA_Gemini_0022]Margaux doesn't support SA+L DSDA.
109 *
110 * 01 06 2020 harish.reddy
111 * [MOLY00469528] [Gen97][VMOLY][SA][hVolte] hVolte revise for SA
112 *
113 * 12 09 2019 kun-lin.wu
114 * [MOLY00464345] [Gen97] Gemini MP2/MP3 features phase-in
115 *
116 * 12 09 2019 jutta.liuska
117 * [MOLY00448654] [6297][NRRC] Implementation for VoNR capabilities and enhancements
118 * [MRS] VoNR enhancements
119 *
120 * 12 09 2019 elle.sun
121 * [MOLY00464443] [ERRC][MRS][NL1MOB] move operator table to mrs
122 *
123 * [ERRC/MRS] move oprator table.
124 *
125 * 12 09 2019 vend_mtb_aritha002
126 * [MOLY00458503] [CODE SYNC][MH4P-POS] patch request about ALPS04309026
127 *
128 * Band Configuration to VMOLY
129 *
130 * 12 02 2019 vinayak.bandagi
131 * [MOLY00459945] [Gen97][AFR][RDIT] NAS-SV reset MRS AFR CNTX
132 *
133 * 10 14 2019 prime.xiao
134 * [MOLY00447831] [Rose][Petrus]BSP+][Q0]The ECC call calling 3 mintues and not connected.
135 *
136 * .
137 *
138 * 09 26 2019 kun-lin.wu
139 * [MOLY00443062] [Gemini] SA+L DR-DSDS/DSDA
140 *
141 * 07 18 2019 emily.lu
142 * [MOLY00422928] [Gen97 Patch back][ERRC_CEL] Code Sync to VMOLY
143 *
144 * .merge CL#7709556 (MRS)
145 *
146 * 07 01 2019 jiawei.he
147 * [MOLY00415509] [CODE SYNC][VMOLY][MOLY00370411][MOLY00377605][MOLY00394234][MOLY00397043][MOLY00398281]eCSFB related patch-back from Gen93
148 *
149 * .
150 *
151 * 05 30 2019 kun-lin.wu
152 * [MOLY00402003] [VMOLY] GEMINI N+L DSDS
153 *
154 * 04 30 2019 muneeswaraiah.dama
155 * [MOLY00402590] [Gen97] reset AFR target rat and ongoing status by service
156 * .
157 *
158 * 04 17 2019 puneet.t
159 * [MOLY00399390] [CODE SYNC] [VMOLY][Eiger RD IT][GEMINI & AFR]LAU request has been rejected with cause AS_IN_SUSPEND_MODE and it never camped on 2G.
160 *
161 * GEMINI RDIT code changes in VMOLY TRUNK
162 *
163 * 04 16 2019 otto.liu
164 * [MOLY00399190] [GEN97] GEN95 to GEN97 sync patch
165 *
166 * .
167 *
168 * 02 18 2019 muneeswaraiah.dama
169 * [MOLY00384995] [VMOLY] GEMINI 3.0, AFR, Unify Frequency scan, BGSEARCH
170 * .
171 *
172 * 10 03 2018 muneeswaraiah.dama
173 * [MOLY00356286] [Gen97] background search feature
174 * .
175 *
176 * 05 25 2018 otto.liu
177 * [MOLY00325228] [UMOLYE] Remove NVRAM group header file
178 *
179 * .
180 *
181 * 05 09 2018 amit.sharma
182 * [MOLY00325096] [Gen95][GAS]FAST_IRCR and LG+WG CMCC feature change for I-RAT RESEL to be merged and replaced by STORED SI.
183 * .
184 *
185 * 04 18 2018 morton.lin
186 * [MOLY00320662] [Gen93][P40][UMOLYE] Gionee blacklist feature - MRS
187 * [MRS] Gionee Blacklist feature phase-in
188 *
189 * 01 23 2018 muneeswaraiah.dama
190 * [MOLY00302582] [Gen93][Huawei][CHR] Index 8, Index 9 - header/ interface files
191 * .
192 *
193 * 10 31 2017 amit.sharma
194 * [MOLY00285547] [P170518-04585]airplane mode search network times fail
195 * .
196 *
197 * 07 06 2017 morton.lin
198 * [MOLY00261305] [Gen93] B71 development
199 * MRS and NVRAM phase in
200 *
201 * 04 26 2017 rujing.zhao
202 * [MOLY00243767] [TDD GAS]RACH fail bar cell feature patch back UMOLYA
203 * .
204 *
205 * 04 25 2017 mu.ding
206 * [MOLY00244356] [6293][Gemini][T+W] Phase 2: T+W Changes Check in
207 *
208 * .
209 *
210 * 11 10 2016 vend_mtb_aricent_05
211 * [MOLY00212319] [MT6293] Channel Lock feature porting and enhancement -MRS
212 *
213 * .
214 *
215 * 10 24 2016 menghau.wu
216 * [MOLY00208768] [MT6293] [B66] Band66 porting (ERRC part)
217 * complement of CL 3008555
218 *
219 * 06 24 2016 cookie.chen
220 * [MOLY00185901] UMOLYA errc relevant latest code sync from UMOLY
221 * .
222 *
223 * 12 10 2015 tim.huang
224 * [MOLY00150157] VZ_REQ_LTEDATA_38498 (MT6291 Verizon Jun-2015 baseline)
225 * .
226 *
227 * 10 07 2015 titi.wu
228 * [MOLY00141786] [MT6755][SRLTE][L+C] Support connectivity of C2K on dual SIM
229 * .
230 *
231 * 09 18 2015 ming.lee
232 * [MOLY00140707] [GAS][PLMN search enhancement II] Search info reuse
233 * .
234 *
235 * 08 06 2015 claud.li
236 * [MOLY00125612] [PS1][91plus] core change modification
237 * 1. from l1core_is_test_sim to is_test_sim.
238 * 2. from l1core_query_ps_sim_type to sim_query_type
239 * 3. remove shared variable "l1core_sim_type_info" and "l1core_is_test_sim_info_ready"
240 * 4. remove mrs_update_l1core_SIM_type
241 * 5. from l1core_is_ps_conf_xta_mode() to is_ps_conf_test_xta_mode()
242 * 6. from l1core_query_ps_conf_test_mode() to query_ps_conf_test_mode()
243 * 7. from l1core_query_ps_conf_test_profile_setting() to query_ps_conf_test_profile_setting()
244 * 8. remove shared variable: "l1core_ps_conf_test_xta_mode", "l1core_is_test_mode_info_ready", "l1core_ps_conf_test_profile_setting", "l1core_ps_conf_test_mode"
245 * 9. remove mrs_update_l1core_test_mode()
246 * 10. remove l1core_is_mmdc_mode()
247 *
248 * 08 06 2015 claud.li
249 * [MOLY00125612] [PS1][91plus] core change modification
250 * 1. remove l1core_is_vsim() : could use L4/sim's API: is_vsim_on()
251 * 2. remove l1core_test_mode_consider_sim() : could use L4/sim's API: test_mode_consider_sim()
252 *
253 * 07 14 2015 bruce.li
254 * [MOLY00128246] [eCSFB]LU Reduction Enhancement
255 * Implemented 2 enhancements:
256 * 1. If there is successful call on the black cell, add it to bleach list;
257 * the priority order is: white list > bleach list > gray list > black list;
258 * 2. If the decoded BSIC of white cell or bleach cell does not match the stored,
259 * add it to retry list; the retry list would be tried after white list and
260 * bleach list have been done.
261 *
262 * 06 21 2015 alan.peng
263 * [MOLY00122048] [6795] Request new feature to improve registration time of roaming case
264 * _MRS part.
265 *
266 * 05 29 2015 shin.chen
267 * [MOLY00115617] [6291] Dynamic SIM switch without modem reset
268 * .
269 *
270 * 05 14 2015 henry.lai
271 * [MOLY00113630] [MT6291] Add IS_TEST_SIM and IS_VSIM for l1core
272 * .
273 *
274 * 04 20 2015 shin.chen
275 * [MOLY00087882] [Universal Bin] MRS general developement
276 * .Remove tabs
277 *
278 * 02 16 2015 doug.shih
279 * [MOLY00091463] [MT6291] ERRC RCM/MRS development
280 * MOLY CR Code Sync to UMOLY (OA domain):
281 * [MOLY00079131] AT&T requirement connection reject
282 * [MOLY00083427] [ERRC][MOB] UMTS proximity indication
283 * [MOLY00084324] [ROHC] Modem load with configurable compile options: profile support and context number
284 * [MOLY00084416] [eCSFB]LU Reduction feature
285 * [MOLY00091967] Merge C2K IRAT code (CT specific UE cap SBP setting).
286 *
287 * 01 20 2015 henry.lai
288 * [MOLY00087668] [MT6291][UBIN] Check in ERRC/CEL modifications
289 * .
290 *
291 * 12 15 2014 henry.lai
292 * [MOLY00087668] [MT6291][UBIN] Check in ERRC/CEL modifications
293 * .
294 *
295 * 11 17 2014 shin.chen
296 * [MOLY00081154] [ATT_TMO_DEV] AT&T requirement merge back
297 * .
298 *
299 * 11 14 2014 henry.lai
300 * [MOLY00079072] [MT6291] Change EARFCN from kal_uint16 to kal_uint32 for CEL part
301 * .
302 *
303 * 11 12 2014 cooper.lin
304 * [MOLY00068710] [MT6291_DEV] Sync MOLY to MT6291_DEV
305 * Merge MT6291_DEV code to UMOLY trunk.
306 *
307 * 11 12 2014 henry.lai
308 * [MOLY00079071] [MT6291][U4G] Low Power Modification for CEL Paging
309 * .
310 *
311 * 05 23 2014 adeline.chang
312 * [MOLY00066214] [SBP] 4G background search
313 * .
314 *
315 * 10 29 2013 adeline.chang
316 * [MOLY00042471] [MT6290] CSFB_enhancements inject message extension
317 * .
318 *
319 * 10 21 2013 adeline.chang
320 * [MOLY00042471] [MT6290] CSFB_enhancements inject message extension
321 * .
322 *
323 * 10 18 2013 peng.pan
324 * [MOLY00041595] [MT6290E1][MMDS_DC] MMDC feature patch back to MOLY trunk
325 * MRS support MMDC.
326 *
327 * 08 30 2013 adeline.chang
328 * [MOLY00030187] [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return
329 * [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return - add new MRS API.
330 *
331 * 08 26 2013 adeline.chang
332 * [MOLY00030187] [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return
333 * [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return - add SIM index.
334 *
335 * 07 17 2013 adeline.chang
336 * [MOLY00030187] [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return
337 * .
338 *
339 * 07 17 2013 adeline.chang
340 * [MOLY00030187] [MT6290] CSFB Enhancement Implementation for Autonomous Fast Return
341 * .
342 *
343 * 03 18 2013 justin.li
344 * [MOLY00009222] [GAS][Multi-Mode Development] Merge GAS multi-mode development to MOLY
345 * .
346 *
347 * 02 05 2013 yenchih.yang
348 * [MOLY00009186] [SIBE/USIME/DBME] Multi-Mode CBr merge to MOLY
349 * .
350 *
351 * 01 22 2013 david.niu
352 * [MOLY00009205] [MRS] Code checked-in for MOLY branch
353 * .
354 *
355 *****************************************************************************/
356
357#ifndef _MRS_UTILITY_H
358#define _MRS_UTILITY_H
359
360#include "mrs_as_enums.h"
361#include "mrs_as_struct.h"
362#include "nvram_editor_data_item.h"
363#include "kal_general_types.h"
364#include "ps_em_enum.h"
365#include "sim_common_enums.h"
366#include "global_type.h"
367#include "bitstream.h"
368#include "mrs_as_inter_core_struct.h"
369#include "errc_nvram_editor.h"
370#include "asband_nvram_editor.h"
371#include "ps_inter_core_public.h"
372
373#ifdef __CHR_AB_INFO__
374#include "nbr_public_struct.h"
375#endif /* __CHR_AB_INFO__ */
376
377
378/* GLOBAL VARIABLE DECLARATIONS *********************************************/
379#ifdef UNIT_TEST
380extern kal_bool modis_IT_mode;
381#endif
382
383/* Type Definitions */
384
385#define MD3_INVALID 0x00
386#define SIM1_MD3_VALID 0x01
387#define SIM2_MD3_VALID 0x02
388#define SIM3_MD3_VALID 0x04
389#define SIM4_MD3_VALID 0x08
390#define INVALID_PS_IDX 0xFF
391
392#define SBP_DATA_AFR_TO_4G_FOLLOW_NVRAM 0x01
393#define SBP_DATA_AFR_TO_4G_ENFORCE_ON 0x02
394#define SBP_DATA_AFR_TO_4G_ENFORCE_OFF 0x04
395
396#define SBP_DATA_AFR_TO_5G_FOLLOW_NVRAM 0x01
397#define SBP_DATA_AFR_TO_5G_ENFORCE_ON 0x02
398#define SBP_DATA_AFR_TO_5G_ENFORCE_OFF 0x04
399
400/* PUBLIC FUNCTION PROTOTYPES ***********************************************/
401extern void mrs_send_msg(kal_uint32 dest_mod_id, sap_type sap_id, msg_type msg_id, local_para_struct *local_para_ptr, peer_buff_struct *peer_buff_ptr);
402
403#if defined(__3G_CSG_SUPPORT__) || defined(__LTE_RAT__)
404extern void NPSI_newAcsglFromUSIM(MRS_SIM_INDEX sim_index, kal_uint8 acsglRecNum, kal_uint16 acsglSizePerRec
405 , kal_uint8* acsglData, csg_white_list_update_cause update_cause, kal_bool is_valid);
406
407extern void NPSI_newOcsglFromUSIM(MRS_SIM_INDEX sim_index, kal_uint8 ocsglRecNum, kal_uint16 ocsgalSizePerRec
408 , kal_uint8* ocsglData, csg_white_list_update_cause update_cause, kal_bool is_valid);
409
410extern white_list_update_type NPSI_updateCsgWhiteList(MRS_SIM_INDEX sim_index,
411 MRS_RAT_MODE_TYPE rat,
412 csg_update_type_enum csg_update_type,
413 mrs_plmn_id* plmn_id,
414 kal_uint32 csg_id);
415
416extern kal_uint8* NPSI_getEncodedAllowedCsgList(MRS_SIM_INDEX sim_index,
417 kal_uint8* recNum,
418 kal_uint16 *sizePerRec);
419
420extern void NPSI_deleteCSGList(MRS_SIM_INDEX sim_index);
421
422extern kal_uint8 NPSI_getValidCsgPlmn(MRS_SIM_INDEX sim_index,
423 mrs_plmn_id** plmns);
424
425extern csg_type_enum NPSI_checkCsgType(MRS_SIM_INDEX sim_index,
426 mrs_plmn_id *plmn_id,
427 kal_uint32 csg_id);
428
429kal_bool NPSI_isCsgListEmpty(MRS_SIM_INDEX sim_index);
430
431kal_uint16 NPSI_checkCsgNumberPerPlmn(MRS_SIM_INDEX sim_index, mrs_plmn_id *plmn_id);
432
433extern kal_bool mrs_write_next_csg_record_to_USIM(MRS_SIM_INDEX sim_index);
434
435extern void mrs_write_ue_based_csg_to_nvram(MRS_SIM_INDEX sim_index);
436
437
438extern kal_bool mrs_write_csg_to_USIM(MRS_SIM_INDEX sim_index);
439
440extern void mrs_read_ue_based_nv(MRS_SIM_INDEX sim_index);
441
442extern void mrs_csg_read_nvram_cnf_handler(kal_uint8* data, kal_uint16 len);
443
444
445#endif /* #if defined(__CSG_SUPPORT__) || defined(__LTE_RAT__) */
446
447extern kal_bool MRS_occupy_lla(MRS_SIM_INDEX sim_index,
448 MRS_RAT_MODE_TYPE rat,
449 MRS_OCCUPY_PROCEDURE procedure);
450
451extern void MRS_release_lla(MRS_SIM_INDEX sim_index,
452 MRS_RAT_MODE_TYPE rat);
453
454extern kal_bool MRS_test_occupy_lla(MRS_SIM_INDEX sim_index,
455 MRS_OCCUPY_PROCEDURE procedure);
456
457extern MRS_RAT_MODE_TYPE MRS_get_lla_occupy_rat(MRS_SIM_INDEX sim_index);
458
459extern MRS_SIM_INDEX mrs_get_current_sim_index(void);
460
461extern void mrs_afr_reset_afr_list(MRS_SIM_INDEX sim_index);
462
463extern void mrs_afr_insert_freq(MRS_SIM_INDEX sim_index, EARFCN earfcn);
464
465extern void mrs_afr_get_afr_list(MRS_SIM_INDEX sim_index, mrs_afr_main_struct *afr_list_ptr);
466
467void mrs_set_csfb_enhancement_status(MRS_SIM_INDEX sim_index, csfb_enhancement_enum enhancement_item, kal_bool activate);
468
469void mrs_set_csfb_enhancement_status_in_test_mode(MRS_SIM_INDEX sim_index, csfb_enhancement_enum enhancement_item, kal_bool activate);
470
471kal_bool mrs_get_csfb_enhancement_status(MRS_SIM_INDEX sim_index, csfb_enhancement_enum enhancement_item);
472
473extern void mrs_afr_set_csfb_status(MRS_SIM_INDEX sim_index, kal_bool csfb_ongoing);
474
475extern kal_bool mrs_afr_get_csfb_status(MRS_SIM_INDEX sim_index);
476
477extern void mrs_set_background_search_status_in_test_mode(MRS_SIM_INDEX sim_index, background_search_enum background_search_type, kal_bool activate);
478
479extern void mrs_set_latest_camp_on_rat(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE rat);
480
481extern void mrs_clear_latest_camp_on_rat(MRS_SIM_INDEX sim_index, kal_uint32 rat_bmp);
482
483extern MRS_RAT_MODE_TYPE mrs_get_latest_camp_on_rat(MRS_SIM_INDEX sim_index, kal_uint32 rat_type_bitmask);
484
485extern kal_bool mrs_get_background_search_status(MRS_SIM_INDEX sim_index, background_search_enum background_search_type);
486
487extern void mrs_ecsfb_add_2g_association(MRS_SIM_INDEX sim_index, kal_uint32 eas_cell_id, mrs_gas_cell_inf_struct *p_gas_cell_inf);
488
489extern void mrs_ecsfb_set_2g_association_call_flag(MRS_SIM_INDEX sim_index, kal_uint32 eas_cell_id, mrs_gas_cell_inf_struct *p_gas_cell_inf);
490
491extern kal_uint8 mrs_ecsfb_get_2g_lai(MRS_SIM_INDEX sim_index, kal_uint32 eas_cell_id, mrs_gas_cell_inf_struct *p_gas_cell_inf);
492
493extern kal_uint8 mrs_ecsfb_get_same_lai_2g(MRS_SIM_INDEX sim_index, mrs_lai_struct *lai, kal_uint32 valid_duration, mrs_gas_cell_inf_struct *p_gas_cell);
494
495extern void mrs_ecsfb_reset_association_info(MRS_SIM_INDEX sim_index);
496
497extern void mrs_fast_roaming_set_mcc(MRS_SIM_INDEX sim_index, mrs_nas_mcc_struct *mrs_nas_mcc);
498
499extern void mrs_fast_roaming_get_mcc(MRS_SIM_INDEX sim_index, mrs_as_mcc_struct *mrs_as_mcc_ptr);
500/* used for setting and getting 4G cell id when CSFB to 2G by PLMN search scenario */
501extern void mrs_ecsfb_set_4g_cell_info(MRS_SIM_INDEX sim_index, kal_uint32 eas_cell_id);
502extern kal_uint32 mrs_ecsfb_get_4g_cell_info(MRS_SIM_INDEX sim_index);
503
504extern kal_uint8 mrs_ecsfb_get_cur_2g_cell_association(MRS_SIM_INDEX sim_index, kal_uint32 *eas_cell_id, mrs_gas_cell_inf_struct *gas_cell_inf);
505/* Fast mode switch. */
506extern void mrs_gas_fast_mode_switch_set_status(MRS_SIM_INDEX sim_index, mrs_gas_fast_mode_switch_status_enum status);
507extern kal_bool mrs_gas_fast_mode_switch_check_allowed(MRS_SIM_INDEX sim_index, const kal_uint32 num_plmn, plmn_id_struct* plmn_id_ptr);
508extern void mrs_gas_fast_mode_switch_set_plmn_id(MRS_SIM_INDEX sim_index, plmn_id_struct* plmn);
509extern void mrs_gas_fast_mode_switch_set_arfcn(MRS_SIM_INDEX sim_index, kal_uint16 arfcn);
510extern void mrs_gas_fast_mode_switch_set_bsic(MRS_SIM_INDEX sim_index, kal_uint8 bsic);
511extern kal_uint16 mrs_gas_fast_mode_switch_get_arfcn(MRS_SIM_INDEX sim_index);
512extern kal_uint8 mrs_gas_fast_mode_switch_get_bsic(MRS_SIM_INDEX sim_index);
513extern kal_uint8 mrs_gas_fast_mode_switch_get_si_bitmap(MRS_SIM_INDEX sim_index);
514extern kal_uint8* mrs_gas_fast_mode_switch_get_si_raw_data(MRS_SIM_INDEX sim_index, kal_uint8 si_type);
515extern void mrs_gas_fast_mode_switch_store_essential_si(MRS_SIM_INDEX sim_index, bit_stream* bit_stream_ptr, kal_uint8 si_bitmap_pos);
516extern void mrs_gas_fast_mode_switch_clean_stored_essential_si(MRS_SIM_INDEX sim_index, kal_uint8 si_bitmap_pos);
517/* Fast mode switch. */
518
519/* Support VzW: VZ_REQ_LTEDATA_38498 (MT6291 Verizon Jun-2015 baseline). */
520extern void mrs_nas_set_roaming_status(MRS_SIM_INDEX sim_index, kal_bool is_roaming);
521extern kal_bool mrs_nas_get_roaming_status(MRS_SIM_INDEX sim_index);
522/* Support VzW: VZ_REQ_LTEDATA_38498 (MT6291 Verizon Jun-2015 baseline). */
523
524//#ifdef __LTE_R11__
525void mrs_ltea_son_set_reest_proc_status(MRS_SIM_INDEX sim_index, kal_bool lte_reest_ir_search);
526void mrs_ltea_son_set_selected_cell(MRS_SIM_INDEX sim_index, kal_uint32 selected_arfcn, kal_uint16 selected_pci);
527void mrs_ltea_son_reset_selected_cell(MRS_SIM_INDEX sim_index);
528kal_bool mrs_ltea_son_get_selected_cell(MRS_SIM_INDEX sim_index, kal_uint32 *selected_arfcn_p, kal_uint16 *selected_pci_p);
529//#endif
530
531//L1 call back function
532extern kal_uint8 mrs_l1_query_ps_c2k_sim_config();
533
534/* Common TFO API functions for all RATs */
535void mrs_tfo_cell_list_clear(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE rat_type);
536
537/* EAS specific TFO API functions */
538void mrs_tfo_cell_list_add_eas_cell(MRS_SIM_INDEX sim_index, EARFCN earfcn, kal_uint16 pci, kal_uint16 validity_time, kal_uint8 offset);
539kal_uint8 mrs_tfo_cell_list_eas_cell_offset_get(MRS_SIM_INDEX sim_index, EARFCN earfcn, kal_uint16 pci);
540
541#ifdef __CHANNEL_LOCK__
542/*******************************************************************************
543Description:
544 This function is used to write channel lock information to MRS.
545
546Parameters:
547 ch_lock_info: Pointer to channel lock information to be stored
548
549Return Value: None
550*******************************************************************************/
551kal_bool mrs_ch_lock_info_set( MRS_SIM_INDEX sim_index, const mrs_ch_lock_info_struct* p_ch_lock_info);
552
553/*******************************************************************************
554Description:
555 This function is used to read channel lock information from MRS.
556
557Parameters:
558 ch_lock_info: Pointer to where channel lock information shall be copied
559
560Return Value: None
561*******************************************************************************/
562void mrs_ch_lock_info_get( MRS_SIM_INDEX sim_index, mrs_ch_lock_info_struct* p_ch_lock_info );
563
564/*******************************************************************************
565Description:
566 This function is used to read channel lock state from MRS.
567
568Parameters: None
569
570Return Value: Channel lock state
571*******************************************************************************/
572MRS_CH_LOCK_STATE mrs_ch_lock_state_get(MRS_SIM_INDEX sim_index);
573
574/*******************************************************************************
575Description:
576 This function is used to read channel lock mode from MRS.
577
578Parameters: None
579
580Return Value: Channel lock mode
581*******************************************************************************/
582kal_uint8 mrs_ch_lock_mode_get(MRS_SIM_INDEX sim_index);
583
584
585#ifdef __WHITE_CELL_LOCK__
586/*******************************************************************************
587Description:
588 This function is used to write white cell lock information to MRS.
589
590Parameters:
591 ch_lock_info: Pointer to channel lock information to be stored
592
593Return Value: kal_bool
594*******************************************************************************/
595kal_bool mrs_wh_cell_lock_info_set(MRS_SIM_INDEX sim_index, const mrs_ch_lock_info_struct* p_ch_lock_info);
596
597/*******************************************************************************
598Description:
599 This function is used to read white cell lock state from MRS.
600
601Parameters: None
602
603Return Value: White cell lock state
604*******************************************************************************/
605kal_uint8 mrs_wh_cell_lock_state_get(MRS_SIM_INDEX sim_index);
606#endif /* __WHITE_CELL_LOCK__ */
607
608#endif /* __CHANNEL_LOCK */
609/*the following 2 mrs functions are provided for T + W feature*/
610extern void mrs_update_gas_system_mode(MRS_SIM_INDEX sim_index,kal_uint8 system_mode);
611
612#ifdef __GAS_STORED_SI_FEAT__
613void mrs_gas_update_gsm_storedSI_list(MRS_SIM_INDEX sim_index, rrm_gsm_storedSI_struct *gas_candidate_list);
614void mrs_gas_read_gsm_storedSI_list(MRS_SIM_INDEX sim_index, rrm_gsm_storedSI_struct *gas_candidate_list);
615#endif
616extern kal_uint8 mrs_get_gas_system_mode(MRS_SIM_INDEX sim_index);
617
618#ifdef __CHR_AB_INFO__
619//Huawei Index8 requirement: Inidication of reason for Not moving to 4G.
620
621/*******************************************************************************
622Description:
623 This function NAS is used to set nas reason for not moving to LTE.
624
625Parameters: sim_index
626
627Return Value: none
628*******************************************************************************/
629void mrs_set_nas_reason_not_moving_to_lte(MRS_SIM_INDEX sim_index, nas_reason_not_moving_to_lte_enum nas_reason);
630
631/*******************************************************************************
632Description:
633 This function AS is used to set as reason for not moving to LTE.
634
635Parameters: sim_index
636
637Return Value: none
638*******************************************************************************/
639void mrs_set_as_reason_not_moving_to_lte(MRS_SIM_INDEX sim_index, as_reason_not_moving_to_lte_enum as_reason);
640
641
642/*******************************************************************************
643Description:
644 This function L4C is used to get both nas and as reason for not moving to LTE.
645
646Parameters: sim_index
647
648Return Value: If returns KAL_TRUE mean as reason is valid and L4C has to indicate info to AP.
649 If return KAL_FALSE mean CSFB call is ongoing and L4C no need to idicate info to AP.
650 ps_reason: contains both NAS and AS reason for not moving LTE
651*******************************************************************************/
652kal_bool mrs_get_ps_reason_not_moving_to_lte(MRS_SIM_INDEX sim_index, ps_reason_not_moving_to_lte_struct *ps_reason);
653#endif /* __CHR_AB_INFO__ */
654
655MRS_RAT_MODE_TYPE mrs_translate_nvram_rat_mode_to_mrs(const nvram_rat_enum nvm_rat);
656nvram_rat_enum mrs_translate_mrs_rat_mode_to_nvram(const MRS_RAT_MODE_TYPE mrs_rat);
657
658//--------------NR-AFR API's-------------------
659void mrs_afr_nr_init(MRS_SIM_INDEX sim_index);
660
661extern void mrs_afr_clear_all_afr_target_rat(MRS_SIM_INDEX sim_index);
662
663#ifdef __NR_RAT__
664extern void mrs_afr_reset_nr_priority_freq_list_from_lte(MRS_SIM_INDEX sim_index);
665
666extern void mrs_afr_insert_nr_priority_freq_list_from_lte(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_list_struct *afr_nr_freq_list);
667
668extern void mrs_afr_get_nr_priority_freq_list_from_lte(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_list_struct *afr_nr_freq_list);
669#endif /* __NR_RAT__ */
670
671extern void mrs_afr_reset_nr_freq_list(MRS_SIM_INDEX sim_index);
672
673extern void mrs_afr_insert_nr_freq_list(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_list_struct *afr_nr_freq_list);
674
675extern void mrs_afr_get_nr_freq_list(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_list_struct *afr_nr_freq_list);
676
677extern void mrs_afr_set_nr_serving_freq_info(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_info_struct nr_freq_info);
678
679extern void mrs_afr_get_nr_serving_freq_info(MRS_SIM_INDEX sim_index, mrs_afr_nr_freq_info_struct *p_nr_freq_info);
680
681void mrs_set_afr_enhancement_status(MRS_SIM_INDEX sim_index, afr_enhancement_enum enhancement_item, kal_bool activate);
682
683void mrs_set_afr_enhancement_status_in_test_mode(MRS_SIM_INDEX sim_index, afr_enhancement_enum enhancement_item, kal_bool activate);
684
685extern kal_bool mrs_get_afr_support_status(MRS_SIM_INDEX sim_index, kal_uint16 bitmask);
686
687kal_bool mrs_get_afr_enhancement_status(MRS_SIM_INDEX sim_index, afr_enhancement_enum enhancement_item);
688
689void mrs_afr_nas_update_service_table_start(MRS_SIM_INDEX sim_index, afr_service_enum service, MRS_RAT_MODE_TYPE target_rat);
690
691void mrs_afr_nas_update_service_table_end(MRS_SIM_INDEX sim_index, afr_service_enum service);
692
693void mrs_afr_reset_table_by_service(MRS_SIM_INDEX sim_index, afr_service_enum service);
694
695void mrs_afr_rat_fallback_triggerred(MRS_SIM_INDEX sim_index, afr_pre_cond_proc_enum procedure);
696
697void mrs_afr_update_by_high_rat(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE rat);
698
699void mrs_afr_fail_update_by_low_rat(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE rat);
700
701kal_uint32 mrs_afr_as_determine_afr_rat(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE rat, kal_bool skip_voice_status);
702
703kal_uint32 mrs_afr_get_afr_to_4g_timer(MRS_SIM_INDEX sim_index);
704void mrs_afr_set_afr_to_4g_timer(MRS_SIM_INDEX sim_index, kal_uint32 afr_to_4g_timer_val);
705
706kal_uint32 mrs_afr_get_afr_to_5g_timer(MRS_SIM_INDEX sim_index);
707void mrs_afr_set_afr_to_5g_timer(MRS_SIM_INDEX sim_index, kal_uint32 afr_to_5g_timer_val);
708
709void mrs_afr_update_strict_constrain_triggered_by_high_rat(MRS_SIM_INDEX sim_index, MRS_RAT_MODE_TYPE high_rat);
710
711kal_bool mrs_afr_get_4g_csfb_status(MRS_SIM_INDEX sim_index);
712kal_bool mrs_afr_get_5g_epsfb_status(MRS_SIM_INDEX sim_index);
713//--------------NR-AFR-------------------
714
715/*******************************************************************************
716Description:
717 This function is used to count RAT change for IRAT PINGPONG detection.
718
719Parameters: sim_index, irat_type
720
721Return Value: none
722*******************************************************************************/
723extern void mrs_set_irat_pingpong_info(MRS_SIM_INDEX sim_index, mrs_irat_pingpong_type_enum irat_type);
724/*******************************************************************************
725Description:
726 This function is used to judge IRAT PINGPONG by count RAT change times during given period.
727
728Parameters: sim_index, irat_type, duration (unit: seconds), threshold (MAX: 8)
729
730Return Value:
731 TRUE: IRAT PINGPONG detected
732 FALSE: there's no PINGPONG or the corresponding SBP is not ON
733*******************************************************************************/
734extern kal_bool mrs_query_irat_pingpong_status(MRS_SIM_INDEX sim_index, mrs_irat_pingpong_type_enum irat_type,kal_uint32 duration, kal_uint8 pingpong_thres);
735
736
737// DR-DSDS/DSDA APIs
738/**
739* @brief This function is used by each RRC to check if the indicated frequency could be searched without gap with peer SIM connection ongoing.
740* @param[in] sim_index
741* @param[in] rat
742* @param[in] band
743* @param[in] arfcn: For RAT_NR, it means NRARFCN. For LTE, it means EARFCN
744* @return KAL_TRUE: if search w/o GAP is supported. KAL_FALSE: if search w/o GAP is not supported
745*/
746kal_bool mrs_is_freq_search_allowed_with_peer_sim_connection (
747 MRS_SIM_INDEX sim_index,
748 MRS_RAT_MODE_TYPE rat,
749 kal_uint16 band,
750 kal_uint32 arfcn
751);
752
753/**
754* @brief This function is if there are more than one SIM card are inserted.
755* @param[in] none
756* @return KAL_TRUE: if more than one SIM card are inserted. KAL_FALSE: if no or only one SIM card is inserted.
757*/
758kal_bool mrs_is_multi_sim_inserted(void);
759
760/**
761* @brief This function is to check whether DSDA is supported.
762* @param[in] p_cell_cc_info: check DSDA support status by p_cell_cc_info and stored peer SIM cell cc info. If p_cell_cc_info is NULL, check DSDA status by all stored cell cc info.
763* @param[in] is_test_rfdb_query: If current SIM need to check gemini_mode by using mrs_gemini_ie_check_cell_cc_config_db
764* @param[in] ps_id: current sim_index. MRS only use this parameter when is_test_rfdb_query is TRUE.
765* @return mrs_gemini_mode_enum: If DSDA support is returned, DR-DSDS is also supported. If DR-DSDS is returned, DSDA is not supported.
766*/
767mrs_gemini_mode_enum mrs_query_support_gemini_mode(mrs_cell_cc_info_struct *p_cell_cc_info, kal_bool is_test_rfdb_query, protocol_id_enum ps_id);
768
769void mrs_set_test_rfdb_to_config_rfdb(protocol_id_enum sim_index);
770
771rat_enum mrs_get_active_rat_for_dr_dsds_dsda(protocol_id_enum ps_id);
772
773protocol_id_enum mrs_get_peer_sim_index_for_dr_dsds_dsda(protocol_id_enum ps_id);
774
775kal_bool mrs_take_channel_protect_sem(protocol_id_enum ps_id, rat_enum rat);
776
777void mrs_give_channel_protect_sem(protocol_id_enum ps_id, rat_enum rat);
778
779/*******************************************************************************
780Description:
781 This function is used to query if a specific feature is turned on.
782 For inter-RAT or cross module features that needs to be triggered by the other modules, this API could be applied.
783
784Parameters:
785 [sim_index] SIM index
786 [feature_enum] The enum value of the querying feature
787
788Return Value:
789 TRUE: feature ON
790 FALSE: feature OFF
791*******************************************************************************/
792kal_bool mrs_get_feature_status_by_sim(MRS_SIM_INDEX sim_index, mrs_feature_enum feature_enum);
793
794/*******************************************************************************
795Description:
796 This function is used to set if a specific feature is turned on.
797 For inter-RAT or cross module features that needs to be executed by the other modules, this API could be applied.
798
799Parameters:
800 [sim_index] SIM index
801 [feature_enum] The enum value of the querying feature
802 [value] The staus we're going to set for this feature (TRUE: ON / FALSE: OFF)
803
804Return Value: void
805*******************************************************************************/
806void mrs_set_feature_status_by_sim(MRS_SIM_INDEX sim_index, mrs_feature_enum feature_enum, kal_bool status);
807
808kal_bool mrs_check_disable_fast_plmn_list(MRS_SIM_INDEX sim_index);
809
810void mrs_l4c_send_capability_update_ind(MRS_SIM_INDEX sim_index);
811void mrs_save_previous_region_to_nvram(void);
812kal_bool mrs_umts_update_detected_band_for_plmn_region(mrs_plmn_id plmn_id, kal_uint32 bandIDBmp);
813kal_bool mrs_gsm_update_detected_band_for_plmn_region(mrs_plmn_id plmn_id, kal_uint8 bandIDBmp);
814kal_bool mrs_lte_update_detected_band_for_plmn_region( mrs_plmn_id plmn_id, kal_uint8 *bandID);
815kal_bool mrs_get_all_the_lte_supported_bands_per_region(mrs_plmn_id plmn_id, kal_uint8 *bandID);
816void mrs_copy_mrs_context_to_nvram(nvram_ef_band_setting_per_region_info_record_struct *pnvram_band);
817kal_bool mrs_get_mcc_region_umts_bands(mrs_plmn_id plmn_id, kal_uint32 *UBandBitmask_FDD);
818kal_bool mrs_get_mcc_region_gsm_bands(mrs_plmn_id plmn_id, kal_uint8 *gsmBandBitmask);
819void mrs_as_band_setting_update_by_plmn( MRS_SIM_INDEX sim_index, function_caller_id_enum caller_id, mrs_plmn_id* hplmn, mrs_plmn_id_list* cplmn);
820
821/*******************************************************************************
822Description:
823 This function is used to get operator ID for the PLMN.
824
825Parameters:
826 [operator_enum] operator id (input)
827 [p_plmn] Pointer to PLMN code (input)
828
829Return Value:
830 TRUE: plmn match operator id
831 FALSE: plmn does not belong to this operator
832
833*******************************************************************************/
834kal_bool mrs_check_if_plmn_match_operator_id(operator_id_enum operator_enum, const plmn_id_struct *p_plmn);
835
836/*******************************************************************************
837Description:
838 This function is used to get operator ID for the PLMN.
839
840Parameters:
841 [p_plmn] Pointer to PLMN code
842
843Return Value: Operator ID
844*******************************************************************************/
845operator_id_enum mrs_get_operator_id_of_plmn(const plmn_id_struct *p_plmn);
846
847/*******************************************************************************
848Description:
849 This function is called during MRS task init, to check for OTA Update
850
851Parameters:
852 None
853
854Return Value: void
855*******************************************************************************/
856extern void mrs_set_ota_update_during_init();
857
858/*******************************************************************************
859Description:
860 This function is used to reset the NVRAM values to through OTA during Init.
861
862Parameters:
863 LID Name and SIZE
864
865Return Value: void
866*******************************************************************************/
867void mrs_update_nvram_with_ota_values(kal_uint16 nvram_id, kal_uint32 size);
868
869/*******************************************************************************
870Description:
871 This function is used to check SBP bit state.
872
873Parameters:
874 [feature] Feature whose SBP bit is checked
875 [sim_index] MRS SIM index
876
877Return Value:
878 KAL_TRUE: if feature is turned on
879 KAL_FALSE: if feature is turned off
880*******************************************************************************/
881kal_bool mrs_sbp_query_md_feature_by_ps(sbp_md_feature_enum feature, MRS_SIM_INDEX sim_index);
882
883/*******************************************************************************
884Description:
885 This function compares two PLMNs.
886
887Parameters:
888 [ms_plmn_id] PLMN ID
889 [bcch_plmn_id] PLMN ID
890
891Return Value:
892 KAL_TRUE: PLMNs are the same
893 KAL_FALSE: PLMNs are different
894*******************************************************************************/
895kal_bool mrs_is_plmn_id_match_with_bcch_plmn_id(const plmn_id_struct *ms_plmn_id, const plmn_id_struct *bcch_plmn_id);
896
897#endif /* _MRS_UTILITY_H */