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comparison g23m/condat/com/src/driver/em.c @ 0:509db1a7b7b8

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initial import: leo2moko-r1
author Space Falcon <falcon@ivan.Harhan.ORG>
date Mon, 01 Jun 2015 03:24:05 +0000
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-1:000000000000 0:509db1a7b7b8
1 /*
2 +-----------------------------------------------------------------------------
3 | Project : GSM-PS
4 | Modul : DRV_RX
5 +-----------------------------------------------------------------------------
6 | Copyright 2002 Texas Instruments Berlin, AG
7 | All rights reserved.
8 |
9 | This file is confidential and a trade secret of Texas
10 | Instruments Berlin, AG
11 | The receipt of or possession of this file does not convey
12 | any rights to reproduce or disclose its contents or to
13 | manufacture, use, or sell anything it may describe, in
14 | whole, or in part, without the specific written consent of
15 | Texas Instruments Berlin, AG.
16 +-----------------------------------------------------------------------------
17 | Purpose : This Module defines the engineering mode
18 | device driver for the G23 protocol stack.
19 |
20 | This driver is used to control all engineering mode related
21 | functions.
22 +-----------------------------------------------------------------------------
23 */
24
25 #ifndef DRV_EM_C
26 #define DRV_EM_C
27 #define ENTITY_CST
28 /*==== INCLUDES ===================================================*/
29 #if defined (NEW_FRAME)
30
31 #include <string.h>
32 #include "typedefs.h"
33 #include "vsi.h"
34 #include "custom.h"
35 #include "gsm.h"
36 #include "prim.h"
37 #include "gdi.h"
38 #include "em.h"
39
40 #else
41
42 #include <string.h>
43 #include "stddefs.h"
44 #include "custom.h"
45 #include "gsm.h"
46 #include "prim.h"
47 #include "vsi.h"
48 #include "gdi.h"
49 #include "em.h"
50
51 #endif
52
53 /*==== EXPORT =====================================================*/
54
55 /*==== VARIABLES ==================================================*/
56 #define EV_BUFFER_SIZE 512
57
58 #if defined (NEW_FRAME)
59 EXTERN USHORT cst_handle;
60 #endif
61
62 UBYTE ev_enabled = FALSE;
63 USHORT ev_first_read;
64 USHORT ev_first_write;
65 USHORT ev_size;
66 UBYTE ev_buffer [EV_BUFFER_SIZE];
67 /*==== FUNCTIONS ==================================================*/
68 LOCAL void em_get_size (UBYTE size);
69 LOCAL UBYTE em_check_em_class_infra_data (UBYTE em_subclass,
70 UBYTE em_type,
71 em_data_type * out_em_data);
72 LOCAL UBYTE em_check_em_subclass_sc_info (UBYTE em_type,
73 em_data_type * out_em_data);
74 LOCAL UBYTE em_check_em_subclass_nc_info (UBYTE em_type,
75 em_data_type * out_em_data);
76 LOCAL UBYTE em_check_em_subclass_lup_and_pag (UBYTE em_type,
77 em_data_type * out_em_data);
78
79 /*==== CONSTANTS ==================================================*/
80 #ifndef FF_EM_MODE
81 /*
82 +--------------------------------------------------------------------+
83 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
84 | STATE : code ROUTINE : em_Init |
85 +--------------------------------------------------------------------+
86
87 PURPOSE : The function initializes the driverīs internal data.
88 The function returns DRV_OK in case of a successful
89 completition. The function returns DRV_INITIALIZED if
90 the driver has already been initialized and is ready to
91 be used or is already in use. In case of an initialization
92 failure, which means the that the driver cannot be used,
93 the function returns DRV_INITFAILURE.
94
95 */
96
97 GLOBAL UBYTE em_Init (void)
98 {
99 ev_enabled = FALSE;
100
101 return DRV_OK;
102 }
103 #endif /* FF_EM_MODE */
104
105 #ifndef FF_EM_MODE
106 /*
107 +--------------------------------------------------------------------+
108 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
109 | STATE : code ROUTINE : em_Exit |
110 +--------------------------------------------------------------------+
111
112 PURPOSE : The function is used to indicate that the driver
113 and its functionality isnīt needed anymore.
114
115 */
116
117 GLOBAL void em_Exit (void)
118 {
119 }
120 #endif /* FF_EM_MODE */
121
122 /*
123 +--------------------------------------------------------------------+
124 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
125 | STATE : code ROUTINE : em_Read_Parameter |
126 +--------------------------------------------------------------------+
127
128 PURPOSE : This function is used to read a parameter of the mobile.
129
130 */
131
132 GLOBAL UBYTE em_Read_Parameter (UBYTE em_class,
133 UBYTE em_subclass,
134 UBYTE em_type,
135 em_data_type * out_em_data)
136 {
137 switch (em_class)
138 {
139 case EM_CLASS_INFRA_DATA:
140 return (em_check_em_class_infra_data (em_subclass, em_type, out_em_data));
141 default:
142 return EM_INVALID_CLASS;
143 }
144 }
145
146 /*
147 +--------------------------------------------------------------------+
148 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
149 | STATE : code ROUTINE : em_Enable_Post_Mortem |
150 +--------------------------------------------------------------------+
151
152 PURPOSE : This function enables recording of event data in the
153 post mortem memory.
154
155 */
156
157 GLOBAL UBYTE em_Enable_Post_Mortem ()
158 {
159 ev_first_read = 0;
160 ev_first_write = 0;
161 ev_size = EV_BUFFER_SIZE;
162 ev_enabled = TRUE;
163 return DRV_OK;
164 }
165
166 /*
167 +--------------------------------------------------------------------+
168 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
169 | STATE : code ROUTINE : em_Disable_Post_Mortem |
170 +--------------------------------------------------------------------+
171
172 PURPOSE : This function disables recording of event data in the
173 post mortem memory and allows reading of the data.
174
175 */
176
177 GLOBAL UBYTE em_Disable_Post_Mortem ()
178 {
179 ev_enabled = FALSE;
180 return DRV_OK;
181 }
182
183
184 /*
185 +--------------------------------------------------------------------+
186 | PROJECT : GSM-PS (6103) MODULE : DRV_EM |
187 | STATE : code ROUTINE : em_Read_Post_Mortem |
188 +--------------------------------------------------------------------+
189
190 PURPOSE : This function is used to read a parameter of the
191 post mortem memory.
192
193 */
194
195 GLOBAL UBYTE em_Read_Post_Mortem (em_data_type * out_em_data)
196 {
197 UBYTE subclass;
198 UBYTE i;
199 #if defined (WIN32)
200 char buf[60];
201 sprintf (buf, "before %d %d read", ev_first_read, ev_first_write);
202 TRACE_EVENT (buf);
203 #endif
204 if (ev_enabled EQ FALSE)
205 {
206 if (ev_size EQ EV_BUFFER_SIZE)
207 return EM_NO_MORE_DATA;
208
209 out_em_data->em_class = EM_CLASS_EVENT_TRACE;
210 subclass = ev_buffer [ev_first_read++];
211 out_em_data->em_subclass = subclass & 0x3F;
212 if (ev_first_read >= EV_BUFFER_SIZE)
213 ev_first_read -= EV_BUFFER_SIZE;
214 out_em_data->em_type = ev_buffer [ev_first_read++];
215 if (ev_first_read >= EV_BUFFER_SIZE)
216 ev_first_read -= EV_BUFFER_SIZE;
217 #if defined (WIN32)
218 sprintf (buf, "subclass %x read", subclass);
219 TRACE_EVENT (buf);
220 #endif
221 switch (subclass & 0xC0)
222 {
223 case 0x00:
224 // single entry
225 ev_size += 2;
226 out_em_data->em_length = 0;
227 break;
228 case 0x40:
229 // ubyte entry
230 ev_size += 3;
231 out_em_data->em_length = 1;
232 out_em_data->em_parameter[0] = ev_buffer [ev_first_read++];
233 if (ev_first_read >= EV_BUFFER_SIZE)
234 ev_first_read -= EV_BUFFER_SIZE;
235 break;
236 case 0x80:
237 // ushort entry
238 ev_size += 4;
239 out_em_data->em_length = 2;
240 out_em_data->em_parameter[0] = ev_buffer [ev_first_read++];
241 if (ev_first_read >= EV_BUFFER_SIZE)
242 ev_first_read -= EV_BUFFER_SIZE;
243 out_em_data->em_parameter[1] = ev_buffer [ev_first_read++];
244 if (ev_first_read >= EV_BUFFER_SIZE)
245 ev_first_read -= EV_BUFFER_SIZE;
246 break;
247 case 0xC0:
248 // array entry
249 // skip to length
250 out_em_data->em_length = ev_buffer [ev_first_read++];
251 if (ev_first_read >= EV_BUFFER_SIZE)
252 ev_first_read -= EV_BUFFER_SIZE;
253 for (i=0;i<out_em_data->em_length;i++)
254 {
255 out_em_data->em_parameter[i] = ev_buffer[ev_first_read++];
256 if (ev_first_read >= EV_BUFFER_SIZE)
257 ev_first_read -= EV_BUFFER_SIZE;
258 }
259 ev_size += (out_em_data->em_length+3);
260 break;
261 }
262 #if defined (WIN32)
263 sprintf (buf, "after %d %d read", ev_first_read, ev_first_write);
264 TRACE_EVENT (buf);
265 #endif
266 return DRV_OK;
267 }
268 else
269 {
270 return EM_INVALID_ACCESS;
271 }
272 }
273
274
275 /*
276 *************************************************************************************
277 *
278 * Internal Functions
279 *
280 *************************************************************************************
281 */
282
283 /*
284 * the internal event buffer is organised as a ring buffer. Using different
285 * access functions the data is stored in one of the four following ways:
286 *
287 * SINGLE TRACE (no parameter)
288 *
289 * Byte 1: 00 xxxxxx subclass
290 * Byte 2: yyyyyyyyy type
291 *
292 * UBYTE TRACE (one byte parameter)
293 *
294 * Byte 1: 01 xxxxxx subclass
295 * Byte 2: yyyyyyyyy type
296 * Byte 3: zzzzzzzzz parameter
297 *
298 * USHORT TRACE (two bytes parameter)
299 *
300 * Byte 1: 10 xxxxxx subclass
301 * Byte 2: yyyyyyyyy type
302 * Byte 3: zzzzzzzzz parameter
303 * Byte 4: zzzzzzzzz parameter
304 *
305 * ARRAY TRACE (n bytes parameter)
306 *
307 * Byte 1: 11 xxxxxx subclass
308 * Byte 2: yyyyyyyyy type
309 * Byte 3: aaaaaaaaa len
310 * Byte 4-n+3: zzzzzzzzz parameter
311 *
312 * The parameter ev_enabled defines whether recording is enabled or not.
313 * after power on it is disabled.
314 *
315 * The parameter ev_first_read indicates the first position in the ev_buffer
316 * which shall be read.
317 *
318 * The parameter ev_first_write indicates the first position in the ev_buffer
319 * which shall be used for the next recorded event.
320 *
321 * The parameter ev_size defines the free memory in the ev_buffer. If the next
322 * write event is greater than the free memory the ev_first_read is changed to
323 * have enough memory.
324 *
325 */
326
327 GLOBAL void em_trace_single (UBYTE class,
328 UBYTE subclass,
329 UBYTE type)
330 {
331 #if defined (WIN32)
332 char buf[60];
333 #endif
334 TRACE_FUNCTION ("em_trace_single");
335
336 #if defined (WIN32)
337 sprintf (buf, "before %d %d Single", ev_first_read, ev_first_write);
338 TRACE_EVENT (buf);
339 #endif
340 if (ev_enabled)
341 {
342 // get memory if needed
343 em_get_size (2);
344 // write subclass
345 ev_buffer[ev_first_write++] = subclass;
346 if (ev_first_write >= EV_BUFFER_SIZE)
347 ev_first_write -= EV_BUFFER_SIZE;
348 // write type
349 ev_buffer[ev_first_write++] = type;
350 if (ev_first_write >= EV_BUFFER_SIZE)
351 ev_first_write -= EV_BUFFER_SIZE;
352 ev_size -= 2;
353 }
354 #if defined (WIN32)
355 sprintf (buf, "after %d %d Single", ev_first_read, ev_first_write);
356 TRACE_EVENT (buf);
357 #endif
358 }
359
360 GLOBAL void em_trace_ubyte (UBYTE class,
361 UBYTE subclass,
362 UBYTE type,
363 UBYTE para_ubyte)
364 {
365 #if defined (WIN32)
366 char buf[60];
367
368 TRACE_FUNCTION ("em_trace_ubyte");
369
370 sprintf (buf, "before %d %d ubyte", ev_first_read, ev_first_write);
371 TRACE_EVENT (buf);
372 #endif
373
374 if (ev_enabled)
375 {
376 // get memory if needed
377 em_get_size (3);
378 // write subclass
379 ev_buffer[ev_first_write++] = subclass + 0x40;
380 if (ev_first_write >= EV_BUFFER_SIZE)
381 ev_first_write -= EV_BUFFER_SIZE;
382 // write type
383 ev_buffer[ev_first_write++] = type;
384 if (ev_first_write >= EV_BUFFER_SIZE)
385 ev_first_write -= EV_BUFFER_SIZE;
386 // write parameter
387 ev_buffer[ev_first_write++] = para_ubyte;
388 if (ev_first_write >= EV_BUFFER_SIZE)
389 ev_first_write -= EV_BUFFER_SIZE;
390 ev_size -= 3;
391 }
392 #if defined (WIN32)
393 sprintf (buf, "after %d %d ubyte", ev_first_read, ev_first_write);
394 TRACE_EVENT (buf);
395 #endif
396 }
397
398 GLOBAL void em_trace_ushort (UBYTE class,
399 UBYTE subclass,
400 UBYTE type,
401 USHORT para_ushort)
402 {
403 #if defined (WIN32)
404 char buf[60];
405
406 TRACE_FUNCTION ("em_trace_ushort");
407
408 sprintf (buf, "before %d %d ushort", ev_first_read, ev_first_write);
409 TRACE_EVENT (buf);
410 #endif
411
412 if (ev_enabled)
413 {
414 // get memory if needed
415 em_get_size (4);
416 // write subclass
417 ev_buffer[ev_first_write++] = subclass + 0x80;
418 if (ev_first_write >= EV_BUFFER_SIZE)
419 ev_first_write -= EV_BUFFER_SIZE;
420 // write type
421 ev_buffer[ev_first_write++] = type;
422 if (ev_first_write >= EV_BUFFER_SIZE)
423 ev_first_write -= EV_BUFFER_SIZE;
424 // write parameter
425 ev_buffer[ev_first_write++] = para_ushort >> 8;
426 if (ev_first_write >= EV_BUFFER_SIZE)
427 ev_first_write -= EV_BUFFER_SIZE;
428 // write parameter
429 ev_buffer[ev_first_write++] = para_ushort & 8;
430 if (ev_first_write >= EV_BUFFER_SIZE)
431 ev_first_write -= EV_BUFFER_SIZE;
432 ev_size -= 4;
433 }
434 #if defined (WIN32)
435 sprintf (buf, "after %d %d ushort", ev_first_read, ev_first_write);
436 TRACE_EVENT (buf);
437 #endif
438 }
439
440
441 GLOBAL void em_trace_array (UBYTE class,
442 UBYTE subclass,
443 UBYTE type,
444 UBYTE * array,
445 UBYTE length)
446 {
447 UBYTE i;
448 #if defined (WIN32)
449 char buf[60];
450
451 TRACE_FUNCTION ("em_trace_array");
452
453 sprintf (buf, "before %d %d array", ev_first_read, ev_first_write);
454 TRACE_EVENT (buf);
455 #endif
456
457 if (ev_enabled)
458 {
459 // get memory if needed
460 em_get_size ((UBYTE)(length+3));
461 // write subclass
462 ev_buffer[ev_first_write++] = subclass + 0xC0;
463 if (ev_first_write >= EV_BUFFER_SIZE)
464 ev_first_write -= EV_BUFFER_SIZE;
465 // write type
466 ev_buffer[ev_first_write++] = type;
467 if (ev_first_write >= EV_BUFFER_SIZE)
468 ev_first_write -= EV_BUFFER_SIZE;
469 // write length
470 ev_buffer[ev_first_write++] = length;
471 if (ev_first_write >= EV_BUFFER_SIZE)
472 ev_first_write -= EV_BUFFER_SIZE;
473 // write parameter
474 for (i=0;i<length;i++)
475 {
476 ev_buffer[ev_first_write++] = array[i];
477 if (ev_first_write >= EV_BUFFER_SIZE)
478 ev_first_write -= EV_BUFFER_SIZE;
479 }
480 ev_size -= (length+3);
481 }
482 #if defined (WIN32)
483 sprintf (buf, "after %d %d array", ev_first_read, ev_first_write);
484 TRACE_EVENT (buf);
485 sprintf (buf, "%x %x %x %x %x",
486 ev_buffer[0],
487 ev_buffer[1],
488 ev_buffer[2],
489 ev_buffer[3],
490 ev_buffer[4]);
491 TRACE_EVENT (buf);
492 #endif
493 }
494
495
496 LOCAL void em_get_size (UBYTE size)
497 {
498 while (ev_size < size)
499 {
500 /*
501 * increase ev_first_read to get memory
502 */
503 switch (ev_buffer [ev_first_read & 0xC0])
504 {
505 case 0x00:
506 // single entry
507 ev_size += 2;
508 ev_first_read += 2;
509 break;
510 case 0x40:
511 // ubyte entry
512 ev_size += 3;
513 ev_first_read += 3;
514 break;
515 case 0x80:
516 // ushort entry
517 ev_size += 3;
518 ev_first_read += 3;
519 break;
520 case 0xC0:
521 // array entry
522 // skip to length
523 ev_first_read += 2;
524 if (ev_first_read >= EV_BUFFER_SIZE)
525 ev_first_read -= EV_BUFFER_SIZE;
526 ev_first_read += (1+ev_buffer[ev_first_read]);
527 break;
528 }
529 // align if at the end of the buffer
530 if (ev_first_read >= EV_BUFFER_SIZE)
531 ev_first_read -= EV_BUFFER_SIZE;
532 }
533 }
534
535 LOCAL UBYTE em_check_em_class_infra_data (UBYTE em_subclass,
536 UBYTE em_type,
537 em_data_type * out_em_data)
538 {
539 switch (em_subclass)
540 {
541 case EM_SUBCLASS_SC_INFO:
542 return (em_check_em_subclass_sc_info (em_type, out_em_data));
543 case EM_SUBCLASS_NC_INFO:
544 return (em_check_em_subclass_nc_info (em_type, out_em_data));
545 case EM_SUBCLASS_LUP_AND_PAG:
546 return (em_check_em_subclass_lup_and_pag (em_type, out_em_data));
547 default:
548 return EM_INVALID_SUBCLASS;
549 }
550 }
551
552 LOCAL UBYTE em_check_em_subclass_sc_info (UBYTE em_type,
553 em_data_type * out_em_data)
554 {
555 T_EM_NC_DATA em_nc_data;
556 /*
557 * ret 0 not available
558 * 1 idle mode
559 * 2 dedicated mode
560 */
561 UBYTE ret;
562
563 out_em_data->em_class = EM_CLASS_INFRA_DATA;
564 out_em_data->em_subclass = EM_SUBCLASS_SC_INFO;
565 out_em_data->em_type = em_type;
566
567 ret = em_get_nc_data (&em_nc_data, 6); // serving cell data
568
569 switch (em_type)
570 {
571 case EM_IN_SC_BCCH_ARFCN:
572 if (ret EQ 1)
573 {
574 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.arfcn);
575 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
576 return DRV_OK;
577 }
578 else
579 return EM_DATA_NOT_AVAIL;
580 break;
581
582 case EM_IN_SC_C1:
583 if (ret EQ 1)
584 {
585 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.c1);
586 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
587 return DRV_OK;
588 }
589 else
590 return EM_DATA_NOT_AVAIL;
591 break;
592
593 case EM_IN_SC_C2:
594 if (ret EQ 1)
595 {
596 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.c2);
597 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
598 return DRV_OK;
599 }
600 else
601 return EM_DATA_NOT_AVAIL;
602 break;
603
604 case EM_IN_SC_BSIC:
605 if (ret EQ 1)
606 {
607 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.bsic);
608 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
609 return DRV_OK;
610 }
611 else
612 return EM_DATA_NOT_AVAIL;
613 break;
614
615 case EM_IN_SC_LAC:
616 if (ret EQ 1)
617 {
618 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.lac);
619 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
620 return DRV_OK;
621 }
622 else
623 return EM_DATA_NOT_AVAIL;
624 break;
625
626 case EM_IN_SC_BA:
627 if (ret EQ 1)
628 {
629 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.cba);
630 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
631 return DRV_OK;
632 }
633 else
634 return EM_DATA_NOT_AVAIL;
635 break;
636
637 case EM_IN_SC_BQ:
638 if (ret EQ 1)
639 {
640 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.cbq);
641 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
642 return DRV_OK;
643 }
644 else
645 return EM_DATA_NOT_AVAIL;
646 break;
647
648 case EM_IN_SC_TIL_STATE:
649 #if !defined(FF_GTI)
650 if (ret EQ 1)
651 {
652 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.til_state);
653 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
654 return DRV_OK;
655 }
656 else
657 #endif /* !FF_GTI */
658 return EM_DATA_NOT_AVAIL;
659 break;
660
661 case EM_IN_SC_RX:
662 if (ret EQ 1)
663 {
664 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.rxlev);
665 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
666 return DRV_OK;
667 }
668 else
669 return EM_DATA_NOT_AVAIL;
670 break;
671
672 case EM_IN_SC_NMR_RAW:
673 if (em_get_network_meas (out_em_data->em_parameter) EQ 1)
674 {
675 out_em_data->em_length = 16;
676 return DRV_OK;
677 }
678 else
679 return EM_DATA_NOT_AVAIL;
680 break;
681
682 case EM_IN_SC_BCCH_LIST_RAW:
683 if (em_get_bcch_chan_list (out_em_data) NEQ 1)
684 return DRV_OK;
685 else
686 return EM_DATA_NOT_AVAIL;
687 break;
688
689 default:
690 return EM_INVALID_TYPE;
691 }
692 }
693
694 LOCAL UBYTE em_check_em_subclass_nc_info (UBYTE em_type,
695 em_data_type * out_em_data)
696 {
697 T_EM_NC_DATA em_nc_data;
698 /*
699 * ret 0 not available
700 * 1 idle mode
701 * 2 dedicated mode
702 */
703 UBYTE ret;
704 UBYTE cell_id;
705
706 out_em_data->em_class = EM_CLASS_INFRA_DATA;
707 out_em_data->em_subclass = EM_SUBCLASS_NC_INFO;
708 out_em_data->em_type = em_type;
709
710 switch( em_type )
711 {
712 case EM_IN_NC_BCCH_1:
713 case EM_IN_NC_RX_1:
714 case EM_IN_NC_C1_1:
715 case EM_IN_NC_C2_1:
716 case EM_IN_NC_BSIC_1:
717 case EM_IN_NC_CID_1:
718 case EM_IN_NC_FN_OFFSET_1:
719 case EM_IN_NC_TA_OFFSET_1:
720 case EM_IN_NC_LAC_1:
721 case EM_IN_NC_BA_1:
722 case EM_IN_NC_BQ_1:
723 case EM_IN_NC_TIL_STATE_1:
724 cell_id = 0;
725 break;
726
727 case EM_IN_NC_BCCH_2:
728 case EM_IN_NC_RX_2:
729 case EM_IN_NC_C1_2:
730 case EM_IN_NC_C2_2:
731 case EM_IN_NC_BSIC_2:
732 case EM_IN_NC_CID_2:
733 case EM_IN_NC_FN_OFFSET_2:
734 case EM_IN_NC_TA_OFFSET_2:
735 case EM_IN_NC_LAC_2:
736 case EM_IN_NC_BA_2:
737 case EM_IN_NC_BQ_2:
738 case EM_IN_NC_TIL_STATE_2:
739 cell_id = 1;
740 break;
741
742 case EM_IN_NC_BCCH_3:
743 case EM_IN_NC_RX_3:
744 case EM_IN_NC_C1_3:
745 case EM_IN_NC_C2_3:
746 case EM_IN_NC_BSIC_3:
747 case EM_IN_NC_CID_3:
748 case EM_IN_NC_FN_OFFSET_3:
749 case EM_IN_NC_TA_OFFSET_3:
750 case EM_IN_NC_LAC_3:
751 case EM_IN_NC_BA_3:
752 case EM_IN_NC_BQ_3:
753 case EM_IN_NC_TIL_STATE_3:
754 cell_id = 2;
755 break;
756
757 case EM_IN_NC_BCCH_4:
758 case EM_IN_NC_RX_4:
759 case EM_IN_NC_C1_4:
760 case EM_IN_NC_C2_4:
761 case EM_IN_NC_BSIC_4:
762 case EM_IN_NC_CID_4:
763 case EM_IN_NC_FN_OFFSET_4:
764 case EM_IN_NC_TA_OFFSET_4:
765 case EM_IN_NC_LAC_4:
766 case EM_IN_NC_BA_4:
767 case EM_IN_NC_BQ_4:
768 case EM_IN_NC_TIL_STATE_4:
769 cell_id = 3;
770 break;
771
772 case EM_IN_NC_BCCH_5:
773 case EM_IN_NC_RX_5:
774 case EM_IN_NC_C1_5:
775 case EM_IN_NC_C2_5:
776 case EM_IN_NC_BSIC_5:
777 case EM_IN_NC_CID_5:
778 case EM_IN_NC_FN_OFFSET_5:
779 case EM_IN_NC_TA_OFFSET_5:
780 case EM_IN_NC_LAC_5:
781 case EM_IN_NC_BA_5:
782 case EM_IN_NC_BQ_5:
783 case EM_IN_NC_TIL_STATE_5:
784 cell_id = 4;
785 break;
786
787 case EM_IN_NC_BCCH_6:
788 case EM_IN_NC_RX_6:
789 case EM_IN_NC_C1_6:
790 case EM_IN_NC_C2_6:
791 case EM_IN_NC_BSIC_6:
792 case EM_IN_NC_CID_6:
793 case EM_IN_NC_FN_OFFSET_6:
794 case EM_IN_NC_TA_OFFSET_6:
795 case EM_IN_NC_LAC_6:
796 case EM_IN_NC_BA_6:
797 case EM_IN_NC_BQ_6:
798 case EM_IN_NC_TIL_STATE_6:
799 cell_id = 5;
800 break;
801
802 case EM_IN_NC_TIL_SYNC_CNT:
803 case EM_IN_NC_TIL_BCCH_CNT:
804 cell_id = 6; // Serving cell
805 break;
806
807 default:
808 return EM_DATA_NOT_AVAIL;
809 }
810
811
812 ret = em_get_nc_data (&em_nc_data, cell_id); // ncell data
813
814 switch (em_type)
815 {
816 case EM_IN_NC_BCCH_1:
817 case EM_IN_NC_BCCH_2:
818 case EM_IN_NC_BCCH_3:
819 case EM_IN_NC_BCCH_4:
820 case EM_IN_NC_BCCH_5:
821 case EM_IN_NC_BCCH_6:
822 if (ret NEQ 0)
823 {
824 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.arfcn);
825 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
826 return DRV_OK;
827 }
828 else
829 return EM_DATA_NOT_AVAIL;
830 break;
831
832 case EM_IN_NC_RX_1:
833 case EM_IN_NC_RX_2:
834 case EM_IN_NC_RX_3:
835 case EM_IN_NC_RX_4:
836 case EM_IN_NC_RX_5:
837 case EM_IN_NC_RX_6:
838 if (ret NEQ 0)
839 {
840 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.rxlev);
841 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
842 return DRV_OK;
843 }
844 else
845 return EM_DATA_NOT_AVAIL;
846 break;
847
848 case EM_IN_NC_BSIC_1:
849 case EM_IN_NC_BSIC_2:
850 case EM_IN_NC_BSIC_3:
851 case EM_IN_NC_BSIC_4:
852 case EM_IN_NC_BSIC_5:
853 case EM_IN_NC_BSIC_6:
854 if (ret NEQ 0)
855 {
856 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.bsic);
857 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
858 return DRV_OK;
859 }
860 else
861 return EM_DATA_NOT_AVAIL;
862 break;
863
864 case EM_IN_NC_C1_1:
865 case EM_IN_NC_C1_2:
866 case EM_IN_NC_C1_3:
867 case EM_IN_NC_C1_4:
868 case EM_IN_NC_C1_5:
869 case EM_IN_NC_C1_6:
870 if (ret EQ 1)
871 {
872 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.c1);
873 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
874 return DRV_OK;
875 }
876 else
877 return EM_DATA_NOT_AVAIL;
878 break;
879
880 case EM_IN_NC_C2_1:
881 case EM_IN_NC_C2_2:
882 case EM_IN_NC_C2_3:
883 case EM_IN_NC_C2_4:
884 case EM_IN_NC_C2_5:
885 case EM_IN_NC_C2_6:
886 if (ret EQ 1)
887 {
888 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.c2);
889 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
890 return DRV_OK;
891 }
892 else
893 return EM_DATA_NOT_AVAIL;
894 break;
895
896 case EM_IN_NC_LAC_1:
897 case EM_IN_NC_LAC_2:
898 case EM_IN_NC_LAC_3:
899 case EM_IN_NC_LAC_4:
900 case EM_IN_NC_LAC_5:
901 case EM_IN_NC_LAC_6:
902 if (ret EQ 1)
903 {
904 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.lac);
905 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
906 return DRV_OK;
907 }
908 else
909 return EM_DATA_NOT_AVAIL;
910 break;
911
912 case EM_IN_NC_BA_1:
913 case EM_IN_NC_BA_2:
914 case EM_IN_NC_BA_3:
915 case EM_IN_NC_BA_4:
916 case EM_IN_NC_BA_5:
917 case EM_IN_NC_BA_6:
918 if (ret EQ 1)
919 {
920 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.cba);
921 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
922 return DRV_OK;
923 }
924 else
925 return EM_DATA_NOT_AVAIL;
926 break;
927
928 case EM_IN_NC_BQ_1:
929 case EM_IN_NC_BQ_2:
930 case EM_IN_NC_BQ_3:
931 case EM_IN_NC_BQ_4:
932 case EM_IN_NC_BQ_5:
933 case EM_IN_NC_BQ_6:
934 if (ret EQ 1)
935 {
936 sprintf ((char *)out_em_data->em_parameter,"%3x",em_nc_data.cbq);
937 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
938 return DRV_OK;
939 }
940 else
941 return EM_DATA_NOT_AVAIL;
942 break;
943
944 case EM_IN_NC_TIL_STATE_1:
945 case EM_IN_NC_TIL_STATE_2:
946 case EM_IN_NC_TIL_STATE_3:
947 case EM_IN_NC_TIL_STATE_4:
948 case EM_IN_NC_TIL_STATE_5:
949 case EM_IN_NC_TIL_STATE_6:
950 #if !defined(FF_GTI)
951 if (ret NEQ 0)
952 {
953 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.til_state);
954 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
955 return DRV_OK;
956 }
957 else
958 #endif /* !FF_GTI */
959 return EM_DATA_NOT_AVAIL;
960 break;
961
962 case EM_IN_NC_TIL_SYNC_CNT:
963 #if !defined(FF_GTI)
964 if ( (ret EQ 1) && (em_nc_data.sync_cnt NEQ 0xFF) )
965 {
966 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.sync_cnt);
967 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
968 return DRV_OK;
969 }
970 else
971 #endif /* !FF_GTI */
972 return EM_DATA_NOT_AVAIL;
973 break;
974
975 case EM_IN_NC_TIL_BCCH_CNT:
976 #if !defined(FF_GTI)
977 if ( (ret EQ 1) && (em_nc_data.bcch_cnt NEQ 0xFF) )
978 {
979 sprintf ((char *)out_em_data->em_parameter,"%3d",em_nc_data.bcch_cnt);
980 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
981 return DRV_OK;
982 }
983 else
984 #endif /* !FF_GTI */
985 return EM_DATA_NOT_AVAIL;
986 break;
987
988 default:
989 return EM_INVALID_TYPE;
990 break;
991
992 }
993 }
994
995 LOCAL UBYTE em_check_em_subclass_lup_and_pag (UBYTE em_type,
996 em_data_type * out_em_data)
997 {
998 UBYTE * sys_info_3 = NULL;
999
1000 out_em_data->em_class = EM_CLASS_INFRA_DATA;
1001 out_em_data->em_subclass = EM_SUBCLASS_LUP_AND_PAG;
1002 out_em_data->em_type = em_type;
1003
1004 #if defined(FF_GTI)
1005 sys_info_3 = em_get_sysinfo_type3 (); // sys info 3
1006 #else
1007 sys_info_3 = em_get_sys_info (0x1B); // sys info 3
1008 #endif /* FF_GTI */
1009
1010 switch (em_type)
1011 {
1012 case EM_IN_LP_BS_PA_MFRMS:
1013 if (sys_info_3 EQ NULL)
1014 return EM_DATA_NOT_AVAIL;
1015 else
1016 {
1017 sprintf ((char *)out_em_data->em_parameter,"%d",(sys_info_3[10]&7)+2);
1018 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
1019 return DRV_OK;
1020 }
1021 case EM_IN_LP_T3212:
1022 if (sys_info_3 EQ NULL)
1023 return EM_DATA_NOT_AVAIL;
1024 else
1025 {
1026 sprintf ((char *)out_em_data->em_parameter,"%d",sys_info_3[11]);
1027 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
1028 return DRV_OK;
1029 }
1030 case EM_IN_LP_MCC:
1031 if (sys_info_3 EQ NULL)
1032 return EM_DATA_NOT_AVAIL;
1033 else
1034 {
1035 USHORT mcc;
1036
1037 mcc = (sys_info_3[4] & 0x0F)*100 +
1038 ((sys_info_3[4] & 0xF0)>>4)*10 +
1039 (sys_info_3[5] & 0x0F);
1040 sprintf ((char *)out_em_data->em_parameter,"%d",mcc);
1041 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
1042 return DRV_OK;
1043 }
1044 case EM_IN_LP_MNC:
1045 if (sys_info_3 EQ NULL)
1046 return EM_DATA_NOT_AVAIL;
1047 else
1048 {
1049 USHORT mnc;
1050
1051 mnc = (sys_info_3[6] & 0x0F)*10 +
1052 ((sys_info_3[6] & 0xF0)>>4);
1053 sprintf ((char *)out_em_data->em_parameter,"%d",mnc);
1054 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
1055 return DRV_OK;
1056 }
1057 case EM_IN_LP_LAC:
1058 case EM_IN_LP_LAC_RAW:
1059 if (sys_info_3 EQ NULL)
1060 return EM_DATA_NOT_AVAIL;
1061 else
1062 {
1063 USHORT lac;
1064
1065 lac = (sys_info_3[7] << 8) +
1066 sys_info_3[8];
1067 if (em_type EQ EM_IN_LP_LAC)
1068 {
1069 sprintf ((char *)out_em_data->em_parameter,"%d",lac);
1070 out_em_data->em_length = strlen ((char *)out_em_data->em_parameter);
1071 }
1072 else
1073 {
1074 out_em_data->em_parameter[0] = sys_info_3[7];
1075 out_em_data->em_parameter[1] = sys_info_3[8];
1076 out_em_data->em_length = 2;
1077 }
1078 return DRV_OK;
1079 }
1080 case EM_IN_LP_CI_RAW:
1081 if (sys_info_3 EQ NULL)
1082 return EM_DATA_NOT_AVAIL;
1083 else
1084 {
1085 out_em_data->em_parameter[0] = sys_info_3[2];
1086 out_em_data->em_parameter[1] = sys_info_3[3];
1087 out_em_data->em_length = 2;
1088 }
1089 return DRV_OK;
1090
1091 default:
1092 return EM_INVALID_TYPE;
1093 }
1094 }
1095
1096 #endif