nn10275 909v10 12.01 cvm16 c20 fault management logs alarms ref
TRANSCRIPT
C20 Converged Softswitch
Logs and Alarms Reference,Volume 10Release: CVM16 and upDocument Revision: 12.01
www.genband.com
NN10275-909v10
C20 Converged SoftswitchRelease: CVM16 and upPublication: NN10275-909v10Document status: StandardDocument release date: 03 October 2011
Copyright © 2011 GENBAND. All rights reserved. Use of this documentation and its contents is subject to theterms and conditions of the applicable end user or software license agreement, right to use notice, and all relevantcopyright protections.
GENBAND, the GENBAND corporate logo and tagline, and certain of GENBAND's product and solution namesare registered trademarks of GENBAND and its affiliates.
While the information in this document is believed to be accurate and reliable, except as otherwise expresslyagreed to in writing GENBAND AND/OR ITS LICENSORS PROVIDES THIS DOCUMENT "AS IS" WITHOUTWARRANTY OR CONDITION OF ANY KIND, EITHER EXPRESS OR IMPLIED. The information and/or productsdescribed in this document are subject to change without notice.
THE INFORMATION CONTAINED HEREIN IS THE PROPERTY OF GENBAND OR ITS LICENSORS ANDMUST NOT BE DISCLOSED, OTHER THAN TO EMPLOYEES OF GENBAND OR CUSTOMERS WITH NEED-TO-KNOW, WITHOUT THE PRIOR WRITTEN CONSENT OF GENBAND OR ITS LICENSORS. THEINFORMATION MUST NOT BE DISCLOSED TO SUBCONTRACTORS OR REGULATORY AUTHORITIES. GENBAND MUST BE NOTIFIED OF ANY REQUEST OR ORDER FOR DISCLOSURE PRIOR TO SUCHDISCLOSURE.
Software and documentation owned by or under license with Nortel Networks included in this Release or in anydocument provided with this Release is Copyright © 2010 Nortel Networks or its licensors. All rights reserved. Useof this software and/or documentation and its contents is subject to the terms and conditions of the applicable enduser or software license agreement, right to use notice, and all relevant copyright protections. The product names remain as Carrier VoIP and CS 2000 in Canada and France pending regulatory approvals for a name change.
Contents
New in this release 37DMS_ACDtoAUD 37
Logs and alarms fundamentals 39
DMS_ACDtoAUD alarms and logs reference 41ACD110 41
Remedial action 41Attributes 41Format 41Selected field descriptions 42Active message example 42Clear message example 42Associated OM registers 43
ACD121 43Remedial action 43Attributes 43Format 43Selected field descriptions 43Active message example 43Clear message example 44Associated OM registers 44
ACD130 44Remedial action 44Attributes 44Format 44Selected field descriptions 44Active message example 45Clear message example 45Associated OM registers 45
ACMS100-Canada only 45Remedial action 45Attributes 45Format 46Selected field descriptions 46Active message example 47Clear message example 48Associated OM registers 48
ACMS101-Canada only 48
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Remedial action 48Attributes 48Format 48Selected field descriptions 49Active message example 50Clear message example 51Associated OM registers 51
ACMS102-Canada only 51Remedial action 51Attributes 51Format 51Selected field descriptions 52Active message example 53Clear message example 53Associated OM registers 54
ACMS103-Canada only 54Remedial action 54Attributes 54Format 54Selected field descriptions 55Active message example 56Clear message example 56Associated OM registers 56
ACMS104-Canada only 56Remedial action 57Attributes 57Format 57Selected field descriptions 58Active message example 59Clear message example 60Associated OM registers 60
ACMS105-Canada only 60Remedial action 60Attributes 61Format 61Selected field descriptions 61Active message example 61Clear message example 62Associated OM registers 62
ACT100 62Remedial action 62Attributes 62Format 62Selected field descriptions 63Active message example 64Clear message example 64Associated OM registers 64
ACT101 64Remedial action 65Attributes 65
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Format 65Selected field descriptions 65Active message example 65Clear message example 65Associated OM registers 65
ACT102 65Remedial action 66Attributes 66Format 66Selected field descriptions 66Active message example 68Clear message example 68Associated OM registers 68
AFT003 68Remedial action 68Attributes 68Format 68Selected field descriptions 69Active message example 69Clear message example 69Associated OM registers 69
AIN300 69Remedial action 70Attributes 70Format 70Selected field descriptions 71Active message example 71Clear message example 71Associated OM registers 71
AIN301 71Remedial action 72Attributes 72Format 72Selected field descriptions 72Active message example 73Clear message example 73Associated OM registers 73
AIN302 73Remedial action 73Attributes 74Format 74Selected field descriptions 74Active message example 74Clear message example 75Associated OM registers 75
AIN303 75Remedial action 75Attributes 75Format 75Selected field descriptions 76
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Active message example 76Clear message example 76Associated OM registers 76
AIN304 76Remedial action 76Attributes 76Format 77Selected field descriptions 77Active message example 77Clear message example 77Associated OM registers 77
AIN500 77Remedial action 78Attributes 78Format 78Selected field descriptions 78Active message example 79Clear message example 79Associated OM registers 79
AIN501 79Remedial action 79Attributes 80Format 80Selected field descriptions 80Active message example 80Clear message example 81Associated OM registers 81
AIN510 81Remedial action 81Attributes 81Format 81Selected field descriptions 82Active message example 82Clear message example 82Associated OM registers 82
AIN511 82Remedial action 82Attributes 82Format 82Selected field descriptions 83Active message example 83Clear message example 83Associated OM registers 83
AIN600 83Remedial action 83Attributes 83Format 83Selected field descriptions 84Active message example 85Clear message example 85
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Associated OM registers 85AIN601 85
Remedial action 85Attributes 86Format 86Selected field descriptions 86Active message example 87Clear message example 88Associated OM registers 88
AIN602 88Remedial action 88Attributes 88Format 88Selected field descriptions 89Active message example 89Clear message example 90Associated OM registers 90
AIN610 90Remedial action 90Attributes 90Format 90Selected field descriptions 91Active message example 91Clear message example 92Associated OM registers 92
AIN611 92Remedial action 92Attributes 92Format 92Selected field descriptions 93Active message example 93Clear message example 93Associated OM registers 93
AIN612 93Remedial action 94Attributes 94Format 94Selected field descriptions 94Active message example 94Clear message example 95Associated OM registers 95
AINT700 Format 1 95Remedial action 95Attributes 96Format 96Selected field descriptions 96Active message example 97Clear message example 100Associated OM registers 100
AINT700 Format 2 100
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Remedial action 100Attributes 100Format 100Selected field descriptions 101Active message example 102Clear message example 109Associated OM registers 109
AINT700 Format 3 109Remedial action 109Attributes 109Format 109Selected field descriptions 110Active message example 111Clear message example 123Associated OM registers 123
ALRM109 123Remedial action 123Attributes 123Format 123Selected field descriptions 124Active message example 124Clear message example 124Associated OM registers 125
ALRM111 125Remedial action 125Attributes 125Format 125Selected field descriptions 125Active message example 125Clear message example 125Associated OM registers 126
ALRM112 126Remedial action 126Attributes 126Format 126Selected field descriptions 126Active message example 126Clear message example 126Associated OM registers 127
ALT100 127Remedial action 127Attributes 127Format 127Selected field descriptions 127Active message example 128Clear message example 128Associated OM registers 128
ALT101 128Remedial action 153Attributes 154
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Format 154Selected field descriptions 154Active message example 155Clear message example 156Associated OM registers 156
ALT103 156Remedial action 156Attributes 157Format 157Selected field descriptions 157Active message example 158Clear message example 159Associated OM registers 159
ALT104 159Remedial action 159Attributes 159Format 160Selected field descriptions 160Active message example 161Clear message example 161Associated OM registers 161
ALT105 161Remedial action 162Attributes 162Format 162Selected field descriptions 162Active message example 163Clear message example 163Associated OM registers 163
ALT106 163Remedial action 164Attributes 164Format 164Selected field descriptions 164Active message example 165Clear message example 165Associated OM registers 166
ALT107 166Remedial action 169Attributes 169Format 169Selected field descriptions 170Active message example 170Clear message example 170Associated OM registers 171
ALT108 171Remedial action 171Attributes 171Format 171Selected field descriptions 171
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Active message example 172Clear message example 172Associated OM registers 172
ALT109 172Remedial action 172Attributes 173Format 173Selected field descriptions 174Active message example 176Clear message example 176Associated OM registers 176
ALT110 176Remedial action 177Attributes 177Format 177Selected field descriptions 177Active message example 177Clear message example 178Associated OM registers 178
ALT111 178Remedial action 178Attributes 178Format 178Selected field descriptions 179Active message example 179Clear message example 179Associated OM registers 179
ALT112 179Remedial action 180Attributes 180Format 180Selected field descriptions 180Active message example 180Clear message example 182Associated OM registers 182
ALT113 182Remedial action 182Attributes 182Format 182Selected field descriptions 182Active message example 182Clear message example 183Associated OM registers 184
ALT200 184Remedial action 185Attributes 185Format 185Selected field descriptions 185Active message example 186Clear message example 186
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Associated OM registers 186ALT209 186
Remedial action 188Attributes 188Format 188Selected field descriptions 189Active message example 190Clear message example 191Associated OM registers 191
ALT300 191Remedial action 192Attributes 192Format 192Selected field descriptions 193Active message example 193Clear message example 193Associated OM registers 194
ALT306 194Remedial action 194Attributes 194Format 194Selected field descriptions 195Active message example 195Clear message example 196Associated OM registers 196
ALT307 196Remedial action 197Attributes 197Format 197Selected field descriptions 198Active message example 198Clear message example 198Associated OM registers 199
ALT308 199Remedial action 199Attributes 199Format 199Selected field descriptions 200Active message example 201Clear message example 201Associated OM registers 202
ALT309 202Remedial action 203Attributes 203Format 203Selected field descriptions 205Active message example 205Clear message example 206Associated OM registers 206
AMA100 206
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Remedial action 206Attributes 207Format 207Selected field descriptions 207Active message example 207Clear message example 208Associated OM registers 208
AMA112 208Remedial action 208Attributes 208Format 208Selected field descriptions 209Active message example 209Clear message example 209Associated OM registers 210
AMA114 210Remedial action 210Attributes 210Format 210Selected field descriptions 210Active message example 211Clear message example 211Associated OM registers 211
AMA117 211Remedial action 211Attributes 212Format 212Selected field descriptions 212Active message example 213Clear message example 213Associated OM registers 214
AMA118 214Remedial action 214Attributes 214Format 214Selected field descriptions 214Active message example 214Clear message example 217Associated OM registers 217
AMAB100 217Remedial action 219Attributes 219Format 220Selected field descriptions 220Active message example 221Clear message example 221Associated OM registers 221
AMAB101 221Remedial action 221Attributes 221
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Format 221Selected field descriptions 222Active message example 223Clear message example 223Associated OM registers 223
AMAB102 223Remedial action 223Attributes 223Format 223Selected field descriptions 224Active message example 227Clear message example 227Associated OM registers 227
AMAB103 227Remedial action 227Attributes 227Format 227Selected field descriptions 227Active message example 228Clear message example 228Associated OM registers 228
AMAB104 228Remedial action 228Attributes 229Format 229Selected field descriptions 229Active message example 229Clear message example 229Associated OM registers 229
AMAB105 229Remedial action 230Attributes 230Format 230Selected field descriptions 230Active message example 230Clear message example 230Associated OM registers 231
AMAB106 231Remedial action 231Attributes 231Format 231Selected field descriptions 231Active message example 232Clear message example 232Associated OM registers 232
AMAB108 232Remedial action 233Attributes 234Format 234Selected field descriptions 234
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Active message example 235Clear message example 235Associated OM registers 235
AMAB109 235Remedial action 235Attributes 235Format 236Selected field descriptions 236Active message example 236Clear message example 237Associated OM registers 237
AMAB110 237Remedial action 237Attributes 237Format 237Selected field descriptions 237Active message example 237Clear message example 237Associated OM registers 238
AMAB111 238Remedial action 238Attributes 238Format 238Selected field descriptions 238Active message example 241Clear message example 241Associated OM registers 241
AMAB115 241Remedial action 242Attributes 242Format 242Selected field descriptions 242Active message example 242Clear message example 242Associated OM registers 242
AMAB118 242Remedial action 243Attributes 244Format 244Selected field descriptions 244Active message example 245Clear message example 245Associated OM registers 245
AMAB119 245Remedial action 245Attributes 245Format 245Selected field descriptions 246Active message example 247Clear message example 247
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Associated OM registers 248AMAB122 248
Remedial action 248Attributes 248Format 248Selected field descriptions 248Active message example 250Clear message example 250Associated OM registers 251
AMAB150 251Remedial action 251Attributes 251Format 251Selected field descriptions 252Active message example 256Clear message example 256Associated OM registers 256
AMAB151 256Remedial action 258Attributes 258Format 258Selected field descriptions 258Active message example 258Clear message example 258Associated OM registers 258
AMAB153 258Remedial action 259Attributes 259Format 259Selected field descriptions 259Active message example 260Clear message example 260Associated OM registers 260
AMAB154 260Remedial action 260Attributes 260Format 261Selected field descriptions 261Active message example 261Clear message example 261Associated OM registers 261
AMAB155 261Remedial action 262Attributes 262Format 262Selected field descriptions 262Active message example 265Clear message example 266Associated OM registers 266
AMAB160 266
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Remedial action 266Attributes 266Format 266Selected field descriptions 267Active message example 269Clear message example 269Associated OM registers 269
AMAB161 269Remedial action 269Attributes 269Format 269Selected field descriptions 270Active message example 270Clear message example 270Associated OM registers 270
AMAB180 270Remedial action 273Attributes 273Format 273Selected field descriptions 273Active message example 276Clear message example 276Associated OM registers 276
AMAB181 276Remedial action 276Attributes 277Format 277Selected field descriptions 277Active message example 277Clear message example 277Associated OM registers 278
AMAB182 278Remedial action 278Attributes 278Format 278Selected field descriptions 278Active message example 278Clear message example 279Associated OM registers 279
AMAB183 279Remedial action 279Attributes 279Format 279Selected field descriptions 279Active message example 279Clear message example 280Associated OM registers 280
AMAB184 280Remedial action 280Attributes 280
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Format 280Selected field descriptions 281Active message example 281Clear message example 281Associated OM registers 281
AMAB185 281Remedial action 282Attributes 282Format 282Selected field descriptions 282Active message example 283Clear message example 283Associated OM registers 283
AMAB186 283Remedial action 283Attributes 283Format 283Selected field descriptions 284Active message example 284Clear message example 284Associated OM registers 284
AMAB187 284Remedial action 284Attributes 284Format 284Selected field descriptions 285Active message example 285Clear message example 285Associated OM registers 286
AMAB189 286Remedial action 286Attributes 286Format 286Selected field descriptions 287Active message example 287Clear message example 287Associated OM registers 287
AMAB200 287Remedial action 288Attributes 288Format 288Selected field descriptions 288Active message example 289Clear message example 289Associated OM registers 290
AOSS100 290Remedial action 290Attributes 290Format 290Selected field descriptions 290
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Active message example 291Clear message example 291Associated OM registers 291
AOSS101 291Remedial action 291Attributes 291Format 292Selected field descriptions 292Active message example 292Clear message example 293Associated OM registers 293
AOSS102 293Remedial action 293Attributes 293Format 293Selected field descriptions 293Active message example 294Clear message example 294Associated OM registers 294
AOSS103 294Remedial action 294Attributes 294Format 294Selected field descriptions 295Active message example 295Clear message example 296Associated OM registers 296
AOSS105 296Remedial action 296Attributes 296Format 296Selected field descriptions 296Active message example 297Clear message example 297Associated OM registers 297
AOSS107 297Remedial action 297Attributes 298Format 298Selected field descriptions 298Active message example 298Clear message example 299Associated OM registers 299
AOSS108 299Remedial action 299Attributes 299Format 299Selected field descriptions 299Active message example 300Clear message example 300
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Associated OM registers 300AP310 300
Remedial action 300Attributes 300Format 301Selected field descriptions 301Active message example 302Clear message example 302Associated OM registers 302
AP311 302Remedial action 303Attributes 303Format 303Selected field descriptions 303Active message example 304Clear message example 304Associated OM registers 305
AP313 305Remedial action 305Attributes 305Format 305Selected field descriptions 305Active message example 306Clear message example 306Associated OM registers 306
AP314 306Remedial action 307Attributes 307Format 307Selected field descriptions 307Active message example 308Clear message example 308Associated OM registers 308
AP315 308Remedial action 308Attributes 308Format 309Selected field descriptions 309Active message example 309Clear message example 310Associated OM registers 310
AP316 310Remedial action 310Attributes 310Format 310Selected field descriptions 311Active message example 311Clear message example 311Associated OM registers 311
AP319 311
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Remedial action 312Attributes 312Format 312Selected field descriptions 312Active message example 313Clear message example 313Associated OM registers 313
AP320 313Remedial action 313Attributes 314Format 314Selected field descriptions 314Active message example 314Clear message example 315Associated OM registers 315
AP321 315Remedial action 315Attributes 315Format 315Selected field descriptions 316Active message example 316Clear message example 316Associated OM registers 316
AP322 316Remedial action 317Attributes 317Format 317Selected field descriptions 317Active message example 318Clear message example 318Associated OM registers 318
AP323 318Remedial action 319Attributes 319Format 319Selected field descriptions 320Active message example 321Clear message example 321Associated OM registers 321
AP324 321Remedial action 321Attributes 321Format 321Selected field descriptions 322Active message example 322Clear message example 323Associated OM registers 323
AP401 323Remedial action 323Attributes 323
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Format 323Selected field descriptions 324Active message example 324Clear message example 324Associated OM registers 324
AP450 324Remedial action 325Attributes 325Format 325Selected field descriptions 326Active message example 326Clear message example 326Associated OM registers 326
AP450 Format 2 326Remedial action 327Attributes 327Format 327Selected field descriptions 328Active message example 328Clear message example 329Associated OM registers 329
AP451 329Remedial action 329Attributes 329Format 329Selected field descriptions 330Active message example 330Clear message example 331Associated OM registers 331
AP501 331Remedial action 331Attributes 331Format 331Selected field descriptions 331Active message example 332Clear message example 332Associated OM registers 332
AP502 332Remedial action 333Attributes 333Format 333Selected field descriptions 334Active message example 335Clear message example 335Associated OM registers 336
AP503 336Remedial action 336Attributes 336Format 336Selected field descriptions 336
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Active message example 337Clear message example 337Associated OM registers 337
AP504 337Remedial action 337Attributes 337Format 337Selected field descriptions 338Active message example 338Clear message example 339Associated OM registers 339
AP800 339Remedial action 339Attributes 339Format 339Selected field descriptions 339Active message example 339Clear message example 340Associated OM registers 340
APS100-121 340Remedial action 340Attributes 341Format 341Selected field descriptions 341Active message example 343Clear message example 343Associated OM registers 343
ARN600 343Remedial action 344Attributes 344Format 344Selected field descriptions 344Active message example 345Clear message example 345Associated OM registers 345
ARN601 345Remedial action 345Attributes 345Format 345Selected field descriptions 346Active message example 346Clear message example 346Associated OM registers 346
ATB100 346Remedial action 347Attributes 347Format 347Selected field descriptions 347Active message example 347Clear message example 347
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Associated OM registers 348ATM301 348
Remedial action 348Attributes 348Format 348Selected field descriptions 348Active message example 349Clear message example 349Associated OM registers 349
ATM500 349Remedial action 350Attributes 350Format 350Selected field descriptions 350Active message example 351Clear message example 351Associated OM registers 351
ATM601 351Remedial action 351Attributes 351Format 352Selected field descriptions 352Active message example 352Clear message example 353Associated OM registers 353
ATM604 353Remedial action 353Attributes 353Format 353Selected field descriptions 353Active message example 354Clear message example 354Associated OM registers 354
ATM606 354Remedial action 355Attributes 355Format 355Selected field descriptions 355Active message example 356Clear message example 357Associated OM registers 357
ATME200 357Remedial action 357Attributes 357Format 357Selected field descriptions 358Active message example 360Clear message example 360Associated OM registers 360
ATME201 360
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Remedial action 361Attributes 361Format 361Selected field descriptions 361Active message example 364Clear message example 364Associated OM registers 365
ATME202 365Remedial action 365Attributes 365Format 365Selected field descriptions 365Active message example 368Clear message example 368Associated OM registers 368
ATME203 368Remedial action 369Attributes 369Format 369Selected field descriptions 369Active message example 372Clear message example 372Associated OM registers 372
ATME204 372Remedial action 372Attributes 373Format 373Selected field descriptions 373Active message example 376Clear message example 376Associated OM registers 376
ATME205 376Remedial action 376Attributes 377Format 377Selected field descriptions 377Active message example 380Clear message example 380Associated OM registers 380
ATME206 380Remedial action 380Attributes 380Format 380Selected field descriptions 381Active message example 383Clear message example 384Associated OM registers 384
ATME207 384Remedial action 384Attributes 384
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Format 384Selected field descriptions 385Active message example 387Clear message example 388Associated OM registers 388
ATME208 388Remedial action 388Attributes 388Format 388Selected field descriptions 389Active message example 391Clear message example 392Associated OM registers 392
ATT100 392Remedial action 392Attributes 392Format 392Selected field descriptions 392Active message example 393Clear message example 393Associated OM registers 393
ATT101 393Remedial action 393Attributes 394Format 394Selected field descriptions 394Active message example 411Clear message example 411Associated OM registers 411
ATT102 411Remedial action 411Attributes 411Format 411Selected field descriptions 412Active message example 428Clear message example 429Associated OM registers 429
ATT103 429Remedial action 429Attributes 430Format 430Selected field descriptions 430Active message example 447Clear message example 447Associated OM registers 447
ATT104 447Remedial action 448Attributes 448Format 448Selected field descriptions 448
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Active message example 449Clear message example 449Associated OM registers 450
ATT105 450Remedial action 450Attributes 450Format 450Selected field descriptions 451Active message example 452Clear message example 452Associated OM registers 452
ATT106 452Remedial action 452Attributes 453Format 453Selected field descriptions 453Active message example 454Clear message example 454Associated OM registers 454
ATT107 454Remedial action 455Attributes 455Format 455Selected field descriptions 455Active message example 457Clear message example 457Associated OM registers 457
ATT108 457Remedial action 458Attributes 458Format 458Selected field descriptions 459Active message example 460Clear message example 460Associated OM registers 460
ATT109 460Remedial action 460Attributes 461Format 461Selected field descriptions 461Active message example 473Clear message example 473Associated OM registers 474
ATT110 474Remedial action 476Attributes 476Format 476Selected field descriptions 477Active message example 485Clear message example 486
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Associated OM registers 487ATT111 487
Remedial action 487Attributes 487Format 487Selected field descriptions 487Active message example 487Clear message example 487Associated OM registers 488
ATT112 488Remedial action 488Attributes 488Format 488Selected field descriptions 488Active message example 489Clear message example 489Associated OM registers 489
ATT113 489Remedial action 490Attributes 490Format 490Selected field descriptions 491Active message example 491Clear message example 492Associated OM registers 492
ATT113 Format 2 492Remedial action 493Attributes 493Format 493Selected field descriptions 494Active message example 494Clear message example 495Associated OM registers 495
ATT113 Format 3 495Remedial action 496Attributes 496Format 496Selected field descriptions 497Active message example 497Clear message example 497Associated OM registers 497
ATT113 Format 4 497Remedial action 498Attributes 499Format 499Selected field descriptions 499Active message example 499Clear message example 499Associated OM registers 500
ATT113 Format 5 500
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Remedial action 501Attributes 501Format 501Selected field descriptions 501Active message example 502Clear message example 502Associated OM registers 502
ATT113 Format 6 502Remedial action 503Attributes 503Format 503Selected field descriptions 504Active message example 504Clear message example 504Associated OM registers 505
ATT113 Format 7 505Remedial action 506Attributes 506Format 506Selected field descriptions 506Active message example 507Clear message example 507Associated OM registers 507
ATT114 507Remedial action 507Attributes 507Format 507Selected field descriptions 508Active message example 516Clear message example 516Associated OM registers 516
ATT115 516Remedial action 516Attributes 517Format 517Selected field descriptions 517Active message example 518Clear message example 519Associated OM registers 519
ATT116 519Remedial action 519Attributes 520Format 520Selected field descriptions 520Active message example 521Clear message example 522Associated OM registers 522
ATT117 522Remedial action 522Attributes 522
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Format 522Selected field descriptions 523Active message example 523Clear message example 523Associated OM registers 524
ATT118 524Remedial action 524Attributes 524Format 524Selected field descriptions 525Active message example 526Clear message example 526Associated OM registers 526
ATT119 526Remedial action 526Attributes 526Format 526Selected field descriptions 527Active message example 527Clear message example 527Associated OM registers 527
ATT120 527Remedial action 527Attributes 527Format 527Active message example 527Clear message example 528Associated OM registers 528
ATT121 528Remedial action 528Attributes 528Format 528Selected field descriptions 528Active message example 529Clear message example 529Associated OM registers 529
ATT122 529Remedial action 529Attributes 530Format 530Selected field descriptions 530Active message example 530Clear message example 530Associated OM registers 530
ATT123 530Remedial action 531Attributes 531Format 531Selected field descriptions 531Active message example 533
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Clear message example 533Associated OM registers 533
ATT124 533Remedial action 534Attributes 534Format 534Selected field descriptions 534Active message example 534Clear message example 534Associated OM registers 534
AUD101 534Remedial action 534Attributes 535Format 535Selected field descriptions 535Active message example 535Clear message example 536Associated OM registers 536
AUD102 536Remedial action 536Attributes 536Format 536Selected field descriptions 536Active message example 536Clear message example 536Associated OM registers 537
AUD103 537Remedial action 537Attributes 537Format 537Selected field descriptions 537Active message example 538Clear message example 538Associated OM registers 538
AUD104 538Remedial action 538Attributes 538Format 538Selected field descriptions 538Active message example 539Clear message example 539Associated OM registers 539
AUD105 539Remedial action 540Attributes 540Format 540Selected field descriptions 540Active message example 541Clear message example 541Associated OM registers 541
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AUD106 541Remedial action 542Attributes 542Format 542Selected field descriptions 542Active message example 543Clear message example 543Associated OM registers 543
AUD107 543Remedial action 544Attributes 544Format 544Selected field descriptions 544Active message example 544Clear message example 545Associated OM registers 545
AUD108 545Remedial action 545Attributes 545Format 545Selected field descriptions 546Active message example 547Clear message example 547Associated OM registers 547
AUD120 547Remedial action 547Attributes 547Format 547Selected field descriptions 548Active message example 548Clear message example 548Associated OM registers 548
AUD394 548Remedial action 552Attributes 553Format 553Selected field descriptions 553Active message example 553Clear message example 554Associated OM registers 554
AUD395 554Remedial action 556Attributes 556Format 556Selected field descriptions 556Active message example 557Clear message example 557Associated OM registers 557
AUD396 557Remedial action 558
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Attributes 558Format 558Selected field descriptions 558Active message example 560Clear message example 560Associated OM registers 560
AUD398 560Remedial action 562Attributes 563Format 563Selected field descriptions 563Active message example 563Clear message example 563Associated OM registers 564
AUD399 564Remedial action 564Attributes 564Format 564Selected field descriptions 565Active message example 565Clear message example 566Associated OM registers 566
AUD400 566Remedial action 566Attributes 567Format 567Selected field descriptions 567Active message example 567Clear message example 567Associated OM registers 567
AUD401 567Remedial action 568Attributes 568Format 568Selected field descriptions 569Active message example 569Clear message example 569Associated OM registers 569
AUD402 569Remedial action 570Attributes 571Format 571Selected field descriptions 571Active message example 571Clear message example 571
AUD403 571Remedial action 572Attributes 572Format 573Selected field descriptions 573
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Active message example 573Clear message example 573Associated OM registers 573
AUD404 573Remedial action 574Attributes 574Format 575Selected field descriptions 575Active message example 575Clear message example 575Associated OM registers 576
AUD405 576Remedial action 576Attributes 577Format 577Selected field descriptions 577Active message example 577Clear message example 578Associated OM registers 578
AUD406 578Remedial action 578Attributes 579Format 579Selected field descriptions 579Active message example 579Clear message example 580Associated OM registers 580
AUD407 580Remedial action 581Attributes 582Format 582Selected field descriptions 582Active message example 582Clear message example 582Associated OM registers 583
AUD408 583Remedial action 583Attributes 584Format 584Selected field descriptions 584Active message example 584Clear message example 584Associated OM registers 584
AUD409 584Remedial action 585Attributes 586Format 586Selected field descriptions 586Active message example 586Clear message example 586
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Associated OM registers 587AUD410 587
Remedial action 587Attributes 588Format 588Selected field descriptions 588Active message example 588Clear message example 589Associated OM registers 589
AUD411 589Remedial action 589Attributes 590Format 590Selected field descriptions 590Active message example 591Clear message example 591Associated OM registers 591
AUD412 591Remedial action 591Attributes 592Format 592Selected field descriptions 593Active message example 593Clear message example 593Associated OM registers 593
AUD413 593Remedial action 593Attributes 594Format 594Selected field descriptions 594Active message example 594Clear message example 595Associated OM registers 595
AUD414 595Remedial action 595Attributes 596Format 596Selected field descriptions 597Active message example 597Clear message example 597Associated OM registers 597
AUD416 597Remedial action 597Attributes 599Format 599Selected field descriptions 599Active message example 599Clear message example 600Associated OM registers 600
AUD417 600
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Remedial action 600Attributes 601Format 601Selected field descriptions 601Active message example 601Clear message example 602Associated OM registers 602
AUD418 602Remedial action 602Attributes 603Format 603Selected field descriptions 603Active message example 603Clear message example 604Associated OM registers 604
AUD419 604Remedial action 604Attributes 605Format 605Selected field descriptions 605Active message example 605Clear message example 606Associated OM registers 606
AUD420 606Remedial action 606Attributes 607Format 607Selected field descriptions 607Active message example 607Associated OM registers 608
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New in this release
The following sections detail what's new in the following network elementsand applications for the CORE13 release.
DMS_ACDtoAUDNo Changes for this device
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Logs and alarms fundamentals
A log report is a message about an important conditions or events relatedto component(s) performance. Log reports include, but are not restrictedto, the following information:
• state and activity reports
• changes in state
• hardware or software errors
• test results
• other events or conditions that affect performance
Both system actions and manual overrides can generate log reports.
Attention: This document uses multiple volumes to describe logs thatthe C20 network components can generate. Not all components apply toevery solution.
Attention: In systems which include an Integrated ElementManagement System (IEMS), clearing of manually clearable alarmsthrough OMI (or a System Management GUI) is reflected in the IEMS.However, acknowledgement of alarms through OMI (or a SystemManagement GUI) is NOT reflected in the IEMS.
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DMS_ACDtoAUD alarms and logsreference
This section provides a reference for the DMS_ACDtoAUD alarms andlogs for the CORE13 release.
ACD110The automatic call distribution (ACD) subsystem generates ACD110. Thisreport appears when a computed link is in a queue or when the ACD auditfinds an agent not identified in one of the following queues:
• idle agents
• busy agents
• not-ready agents
The lost ACD agent is deactivated. The report shows the corrupted queueand the ACD group of the agent.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatACD110 mmmdd hh:mm:ss ssdd INFO BAD_ACD_AGENT
len DN dn
ACD AGENT DEACTIVATED FROM ACD GROUP: grpnm
CALL ID: nnnnnn
REASON: rsntxt
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Selected field descriptionsField Value Fixed or
VariableDescription
INFOBAD_ACD_AGENT
Constant Fixed Indicates that the ACD agent was lost.
len Symbolic text Variable Provides the len HOST equipmentidentification for the lost agent.
dn Symbolic text Variable Provides the directory number for thelost agent.
ACD AGENTDEACTIVATEDFROM GROUP:grpnm
Customer dataTableACDGRP
Variable Indicates ACD group, from customerdata Table ACDGRP, to which thedeactivated agent belongs.
CALLID: nnnnnn 6-digit number Variable Identifies the unique call identificationthat call processing assigns.
REASON: rsntxt Character string Variable Identifies the corrupt queue. Thereason message can be one of thefollowing:
MSBQ_CORRUPT Variable Indicates that the message busyqueue is corrupt.
IDLEQ_CORRUPT Variable Indicates that the idle queue iscorrupt.
NOTRDYQ_CORRUPT
Variable Indicates that the not-ready queue iscorrupt.
BUSYQ_CORRUPT Variable Indicates that the busy queue iscorrupt.
Active message exampleACD110 APR01 02:11:10 1023 INFO BAD_ACD_AGENT
HOST 00 1 05 00 DN 9097224111
ACD AGENT DEACTIVATED FROM ACD GROUP: TESTGROUP
CALL ID: 123456
REASON: IDLEQ_CORRUPT
Clear message examplen/a
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Associated OM registers
ACD121The Automatic Call Distribution (ACD) subsystem generates ACD121. Thisreport appears when the ACD audit finds an ACD agent position that is notin queue. The agent should be in queue (idle, busy, or not_ready). Theaudit sends the agent to the idle queue.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatACD121 mmmdd hh:mm:ss ssdd RTS
ACD_AGENT_AUTO_ACTIVATED
len DN dn
RESTORED TO IDLE QUEUE FOR ACD GROUP: grpnm
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ACD_AGENT_AUTO_ACTIVATED
Constant Fixed Indicates that audit sent misplacedagent went to the idle agent queue.
len Symbolic text Variable Provides the len host equipmentidentification for reactivated agent.Refer to Table 1.
dn Symbolic text Variable Provides the ten digit directorynumber for reactivated agent. Refer toTable 1.
RESTORED TO IDLEQUEUE FOR ACDGROUP: grpnm
Table ACDGRP Variable Indicates ACD group, from customerdata Table ACDGRP, to which thereactivated agent belongs.
Active message exampleACD121 APR03 14:06:28 7101 RTS ACD_AGENT_AUTO_ACTIVATED
HOST 02 0 01 08 DN 9097227630
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RESTORED TO IDLE QUEUE FOR ACD GROUP: TESTGROUP
Clear message examplen/a
Associated OM registers
ACD130The Automatic Call Distribution (ACD) subsystem generates ACD130when the ACD audit encounters an invalid agent in the idle, busy, ornot_ready queue. The system cuts the queue off at the point of the badagent. The bad agent and any subsequent agents leave the queue. Thecorrupt ACD queue appears in the report.
This condition causes log reports ACD110, ACD121, and ACD130 to print.After generation of these logs, the queues return to a normal condition.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatACD130 mmmdd hh:mm:ss ssdd INFO CORRUPT_ACD_QUEUE
AGENTS LOST FROM ACD GROUP: grpnm
REASON: rsntxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFOCORRUPT_ACD_QUEUE
Constant Fixed Indicates that the audit detectedinvalid agent.
AGENTS LOSTFROM ACD GROUP:grpnm
Customer data TableACDGRP
Variable Indicates the ACD group, fromcustomer data Table ACDGRP, towhich the lost agent belongs.
REASON: rsntxt Character string Variable Identifies the corrupt queue. Thereason message can be one of thefollowing values.
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Field Value Fixed orVariable
Description
MSBQ_CORRUPT Variable Indicates that the message busyqueue is corrupt.
IDLEQ_CORRUPT Variable Indicates that the idle queue iscorrupt.
NOTRDYQ_CORRUPT
Variable Indicates that the not-ready queue iscorrupt.
BUSYQ_CORRUPT Variable Indicates that the busy queue iscorrupt.
Active message exampleACD130 APR01 02:11:41 2336 INFO CORRUPT_ACD_QUEUE
AGENTS LOST FROM ACD GROUP: TESTGROUP
REASON: MSB_CORRUPT
Clear message examplen/a
Associated OM registers
ACMS100-Canada onlyThe Stored Program Control-Call Management Service (SPC_CMS)subsystem generates report ACMS100. The report appears when an SPCtrunk index from the central office data processor (CODP) does not enterTable SPCTRKS. Because the call cannot link to a per trunk signaling(PTS) trunk, the calling line identification (CLID) cannot link to a call.
Remedial actionVerify that the SPC trunk circuit index reported in the log does not appearin Table SPCTRKS. From the CPN, determine the source of the TCAPCLID message. At the SPC switch, determine the trunk name thatcorresponds to the SPC trunk circuit index. Use the same trunk circuitindex for the same trunk circuit to coordinate the data for DMS andenhanced stored program control (ESPC).
AttributesAttribute Value
Severity Warning
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FormatACMS100 mmmdd hh:mm:ss ssdd INFO SPC_CMS UNKNOWN INDEX
cpn cpn_present
clg_name private
unique test_call
orig_cld orig_cld_present
orig_cld_priv
trunk_id trunk_name
cld
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC_CMS;UNKNOWN INDEX
Constant Fixed Indicates the SPC trunk index is notpresent in Table SPCTRKS
cpn Integers Variable Indicates the calling party number(CPN). This field appears only whenthe CPN present indicates "Y".
N/A Variable Indicates the CPN not available
cpn_present Y Variable Indicates the CPN is present
N Variable Indicates the CPN is not present
clg_name Symbolic text Variable Indicates the calling name
N/A Variable Indicates the transaction capabilitypart (TCAP) CLID does not providethe calling name
private Y Variable Indicates the display of the CPN at theterminating line is not permitted
N/A Variable Indicates the CPN is not present
unique Y Variable Indicates the CPN is unique
N Variable Indicates the CPN is not unique
N/A Variable Indicates the CPN is not available
test_call Y Variable Indicates the system generated thecall as part of the system test
N Variable Indicates the call was not generatedas part of the system test
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Field Value Fixed orVariable
Description
orig_cld Integers Variable Indicates the originally called partynumber. This field appears when theorig_cld_present indicates "Y".
orig_cld_present Y Variable Indicates the originally called numberis present
N Variable Indicates the originally called numberis not present
N/A Variable Indicates the originally called partynumber is not available. This fieldappears when orig_cld_numberindicates "N".
orig_cld_priv Y Variable Indicates the display of the originallycalled party number is not permitted atthe terminating line
N/A Variable Indicates the originally called partynumber is not available
trunk_id 0-8191 Variable Identifies the SPC trunk circuit
trunk_name Symbolic text Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier. Refer to Table SPCTRKS.
N/A Variable Indicates the trunk_id does notcorrespond to an entry in the TableSPCTRKS
cld Integers Variable Indicates the last four digits of thecalled party number
Active message exampleACMS100 DEC08 14:48:26 7544 INFO SPC_CMS UNKNOWN INDEX
CPN = 6137225868
CLG NAME = JIM SMITH
UNIQUE = Y
ORIG CLD = N/A
ORIG CLD PRIV = N/A
TRUNK ID = 371
CLD = 3010
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CPN PRESENT = Y
PRIVATE = N
TEST CALL = N
ORIG CLD PRESENT = N
TRUNK NAME = N/A
Clear message examplen/a
Associated OM registers
ACMS101-Canada onlyThe Stored Program Control-Call Management Service (SPC_CMS)subsystem generates ACMS101. The report appears when the systemreceives a transaction capability application part (TCAP) calling lineidentification (CLID) message. The message is for a trunk that, because ofits state, cannot carry a call. No CLID queues against this trunk.
Remedial actionThe following list indicates the causes and actions required for this error:
• The enhanced stored program control (ESPC) attempts originations ona trunk that cannot receive calls. Monitor the trunk circuit for this event.
• Uncoordinated datafill is present between the ESPC and the DMS.Verify that the trunk circuit index the ESPC is sending corresponds tothe same trunk circuit index the DMS expects for that PTS trunk. In theevent of a mismatch, correct the data entry.
AttributesAttribute Value
Severity Warning
FormatACMS101 mmmdd hh:mm:ss ssdd INFO SPC_CMS TRUNK OUT OFSERVICE
cpn cpn_present
clg_name private
unique test_call
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orig_cld orig_cld_present
orig_cld_priv
trunk_id trunk_name
cld
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC_CMSTRUNK OUT OFSERVICE
Constant Fixed Indicates the system generates thereport and receives the TCAP CLIDmessage for a trunk that is out ofservice
cpn Integers Variable Indicates the calling party number(CPN). This field appears only whenthe CPN present indicates "Y"
N/A Variable Indicates the CPN is not available
cpn_present Y Variable Indicates the CPN is present
N Variable Indicates the CPN is not present
clg_name Symbolic text Variable Indicates the calling name
N/A Variable Indicates the TCAP CLID does notprovide the calling name
private Y Variable Indicates the display of the CPN at theterminating line is not permitted
unique Y Variable Indicates the CPN is unique
N Variable Indicates the CPN is not unique
test_call Y Variable Indicates the system generated thecall as part of a system test
N Variable Indicates the call was not generatedas part of a system test
orig_cld Integers Variable Indicates the original called partynumber. This field appears when theorig_cld_present indicates "Y"
orig_cld_present Y Variable Indicates the original called number ispresent
N Variable Indicates the original called number isnot present
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Field Value Fixed orVariable
Description
N/A Variable Indicates the original called partynumber is not available. This fieldappears when orig_cld_numberindicates "N"
orig_cld_priv Y Variable Indicates the display of the originalcalled party number is not permitted atthe terminating line
N/A Variable Indicates the original called number isnot present
trunk_id 0-8191 Variable Identifies the stored program control(SPC) trunk circuit
trunk_name Symbolic text Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier. Refer to Table SPCTRKS
N/A Variable Indicates the trunk_id does notcorrespond to Table SPCTRKS
cld Integers Variable Indicates the last four digits of thecalled party number
Active message exampleACMS101 DEC08 14:48:26 7544 INFO SPC_CMS TRUNK OUT OFSERVICE
CPN = 6137225868
CLG NAME = JIM SMITH
UNIQUE = Y
ORIG CLD = N/A
ORIG CLD PRIV = N/A
TRUNK ID = 326
CLD = 3010
CPN PRESENT = Y
PRIVATE = N
TEST CALL = N
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ORIG CLD PRESENT = N
TRUNK NAME = ITDP1 7
Clear message examplen/a
Associated OM registers
ACMS102-Canada onlyThe Stored Program Control-Call Management Service (SPC-CMS)subsystem generates ACMS102-Canada. This report appears when anincoming call does not take calling line identification (CLID) data out of thetrunk circuit queue within the time limit. Office parameterSPCCLITIMEOUT sets the time limit. The SPC-CMS subsystem alsogenerates ACMS102 if SPCCLITIMEOUT is set too low.
Remedial actionThe following list gives the causes and actions required to correct thiserror.
• Verify that the system coordinates data entry between the enhancedstored program control (ESPC) and the DMS switch.
• The value of office parameter SPCCLITIMEOUT is set too low.Increase this parameter and continue monitoring the system for achange in the frequency of this log. Adjust the value until this log doesnot appear.
• The per trunk signaling (PTS) trunk calls do not complete. Correct anyPTS trunk failure and verify that this error condition no longer exists.
• The system abandons the call after the central office data processor(CODP) sends the TCAP CLID message. This condition is not an error.You do not need to take additional action.
AttributesAttribute Value
Severity Warning
FormatACMS102 mmmdd hh:mm:ss ssdd INFO SPC-CMS CLID EXPIRY
cpn cpn_present
clg_name private
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unique test_call
orig_cld orig_cld_present
orig_cld_priv
trunk_id trunk_name
cld
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC-CMSUNKNOWN INDEX
Constant Fixed Indicates that incoming call did notdequeue CLID data within thepermitted time
cpn Integers Variable Indicates the calling party number(CPN). This field only appears whenthe CPN indicates "Y"
N/A Variable Indicates the CPN is not available
cpn_present Y Variable Indicates the CPN is available
N Variable Indicates the CPN is not present
clg_name Symbolic text Variable Indicates the calling name
N/A Variable Indicates that the TCAP CLID doesnot provide the calling name
private Y Variable Indicates the display of the CPN at theterminating line is not permitted
N/A Variable Indicates the CPN is not present
unique Y Variable Indicates the CPN is unique
N Variable Indicates the CPN is not unique
test_call Y Variable Indicates if the system generated thecall as part of the system test
N Variable Indicates the system call did notgenerate the call
orig_cld_present Y Variable Indicates if the originally callednumber is present
N Variable Indicates the originally called numberis not present
orig_cld Integers Variable Indicates the originally called partynumber. This field appears when theorig_cld_present indicates "Y".
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Field Value Fixed orVariable
Description
N/A Variable Indicates the originally called partynumber is not available. This fieldappears when orig_cld_numberindicates "N".
orig_cld_priv Y Variable Indicates the display of the originallycalled party number is not permitted atthe terminating line
N/A Variable Indicates the originally called numberis not present
trunk_id 0-8191 Variable Identifies the stored program control(SPC) trunk circuit
trunk_name Symbolic text Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier. Refer to Table SPCTRKS
N/A Variable Indicates the trunk_id does notcorrespond to an entry in TableSPCTRKS
cld Integers Variable Indicates the last four digits of thecalled party number
Active message exampleACMS102 DEC08 14:48:26 7544 INFO SPC-CMS CLID EXPIRY
CPN = 6137225868 CPN PRESENT = Y
CLG NAME = JIM SMITH PRIVATE = N
UNIQUE = Y TEST CALL = N
ORIG CLD = 6137221149 ORIG CLD PRESENT = Y
ORIG CLD PRIV = N
TRUNK ID = 326 TRUNK NAME = ITDP1 7
CLD = 3010
Clear message examplen/a
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Associated OM registers
ACMS103-Canada onlyThe Stored Program Control-Call Management Service (SPC-CMS)subsystem generates log report ACMS103-Canada only. This reportappears when a calling line identification (CLID) message enters a trunkcircuit queue that already has CLID data. The new CLID overwrites thecurrent CLID data, which is lost.
Remedial actionThe following list gives the causes and actions required for this error:
• Multiple enhanced stored program controls (ESPCs) use a singlestored program control (SPC) trunk circuit identifier. Verify that thiscondition is not the case.
• A call arrives after an abandon on the same circuit. The TCAP CLIDmessage sent with the abandoned call remains in a queue against thecircuit. Make sure the value of office parameter SPCCLITIEOUT issufficiently low to remove abandoned CLID messages in acceptabletime. Do not set SPCCLITIMEOUT so low as to cause ACMS102 logs.The SPCCLITIMEOUT determines the lowest possible value that doesnot cause ACMS102 logs.
AttributesAttribute Value
Severity Warning
FormatACMS103 mmmdd hh:mm:ss ssdd INFO SPC_CMS CLID OVERWRITE
cpn cpn_present
clg_name private
unique test_call
orig_cld orig_cld_present
orig_cld_priv
trunk_id trunk_name
cld
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC-CMS CLIDOVERWRITE
Constant Fixed Indicates that new CLID data replacesold CLID data
cpn Integers Variable Indicates the calling party number.This field appears only when the cpn-present field indicates the letter Y.
N/A Variable Indicates the calling party number(CPN) is not available
cpn_present Y Variable Indicates the CPN is present
N Variable Indicates the CPN is not present
clg_name Symbolic text Variable Indicates the calling name
N/A Variable Indicates the TCAP CLID does notprovide the calling name
private Y Variable Indicates the display of the CPN at theterminating line is not permitted
N Variable Indicates the display of the CPN at theterminating line is permitted
N/A Variable Indicates the CPN is not present
unique Y Variable Indicates the CPN is unique
N Variable Indicates the CPN is not unique
N/A Variable Indicates the CPN is not available
test_call Y Variable Indicates the system generated thecall as part of a system test
N Variable Indicates the call was not generatedas part of a system test
orig_cld Integers Variable Indicates the original CPN. This fieldappears when the orig_cld_presentindicates "Y".
N/A Variable Indicates the original CPN is notavailable.
This field appears whenorig_cld_present field indicates theletter N.
orig_cld_present Y Variable Indicates the original CPN is present
N Variable Indicates the original CPN is notpresent
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Field Value Fixed orVariable
Description
orig_cld_priv Y Variable Indicates the display of the originalCPN is not permitted at theterminating line
N/A Variable Indicates the original CPN is notavailable
trunk_id 0-8191 Variable Identifies the stored program control(SPC) trunk circuit
trunk_name Symbolic text Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier. Refer to Table SPCTRKS.
cld Integers Variable Indicates the last four digits of theCPN
Active message exampleACMS103 DEC08 14:48:26 7544 INFO SPC-CMS CLID OVERWRITE
CPN = 6137225868 CPN PRESENT = Y
CLG NAME = JIM SMITH PRIVATE = N
UNIQUE = Y TEST CALL = N
ORIG CLD = N/A ORIG CLD PRESENT = N
ORIG CLD PRIV = N/A
TRUNK ID = 326 TRUNK NAME = ITDP1 7
CLD = 3010
Clear message examplen/a
Associated OM registers
ACMS104-Canada onlyThe Stored Program Control-Call Management Services (SP C_CMS)subsystem generates log report ACMS104-Canada only. This reportappears when the following two digit sets do not match:
• the last four digits of the called number in the TCAP CLID message
• the last four digits of the called number that the enhanced storedprogram control (ESPC) transmits
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This check lowers the probability that the system will pick up the TCAPCLID message for the previous call on the trunk circuit.
Remedial actionThe following list gives the causes and the actions required to correct thiserror:
• Multiple enhanced stored program controls (ESPCs) use a singlestored program control (SPC) trunk circuit identifier. As a result, TCAPCLID messages arrive from both the correct source and a source thatis not correct. The system also generates ACMS102 and ACMS103.Trace the CPNs and trunk names to the originating switch. If you findmore than one originating switch, correct the use of SPC trunk by theSPC switches.
• A call is abandoned after the system sends the TCAP CLID messagegoes out, but before the call starts to transmit. If a second call routesover the DMS-100 Family NA 100 Log Report Reference ManualVolume 1 of 8 LET0015 and up trunk without a TCAP CLID message, amismatch occurs. The SPC switch will not send TCAP CLID messagesfor calls known to terminate on another SPC switch. Examine the calleddigits in the log. Verify that the system should not have send a TCAPCLID message for that line number.
• The DMS translation system changes the digits transmitted from theESPC before the digits comparison. This condition only occurs on DPtrunks where translation starts before the ESPC transmits all digits. Anexample of this condition is use of the ''R'' or replace selector in TableHNPACODE. This selector forces replacement of the dialed digits witha new set.
AttributesAttribute Value
Severity Warning
FormatACMS104 mmmdd hh:mm:ss ssdd INFO SPC_CMS DIGITS MISMATCH
cpn cpn_present
clg_name private
unique test_call
orig_cld orig_cld_present
orig_cld_priv
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trunk_id trunk_name
cld
called_dr
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC_CMSDIGITS MISMATCH
Constant Fixed Indicates the mismatch of digitsbetween the called number in theTCAP CLID and called number thatthe enhanced stored program control(ESPC) indicates
cpn nnnnnnnnnn Variable Indicates the calling party number(CPN). This field appears when thecpn_present field indicates "Y".
N/A Variable Indicates the CPN is not available
cpn_present Y Variable Indicates the CPN is present
N Variable Indicates the CPN is not present
clg_name aaaaaaaaaaaaaaa Variable Indicates the calling name
N/A Variable Indicates the TCAP CLID does notprovide the calling name.
private Y Variable Indicates the display of the CPN at theterminating line is not permitted
N Variable Indicates the display of the CPN at theterminating line is permitted
N/A Variable Indicates the CPN is not present
unique Y Variable Indicates the CPN is unique
N Variable Indicates the CPN is not unique
test_call Y Variable Indicates the system generated thecall as part of a system test
N Variable Indicates the call was not generatedthe call as part of a system test
orig_cld nnnnnnnnnn Variable Indicates the original CPN. This fieldappears when the orig_cld_presentfield indicates "Y".
N/A Variable Indicates the originally called partynumber is not available. This fieldappears when the orig_cld_presentfield indicates "N".
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Field Value Fixed orVariable
Description
orig_cld_present Y Variable Indicates the originally called partynumber is present
N Variable Indicates the originally called partynumber is not present
orig_cld_priv Y Variable Indicates the display of the originallycalled party number is not permitted atthe terminating line
N/A Variable Indicates the originally called partynumber as not available
trunk_id 0-8191 Variable Identifies the stored program control(SPC) trunk circuit
trunk_name Refer to TableSPCTRKS
Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier
cld nnnn Variable Indicates the last four digits of thecalled number in the TCAP CLIDmessage. The system uses this valueto verify that the system picks up thecorrect message.
called_dr nnnnnnn Variable Indicates the called number recoveredfrom the called digit register. Thesystem uses the last four digits tocompare with the CLD in the TCAPCLID message.
Active message exampleACMS104 DEC08 14:48:26 7544 INFO SPC_CMS DIGITS MISMATCH
CPN = 6137225868
CLG NAME = JIM SMITH
UNIQUE = Y
ORIG CLD = N/A
ORIG CLD PRIV = N/A
TRUNK ID = 326
CLD = 3010
CALLED_DR = 2246010
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CPN PRESENT = Y
PRIVATE = N
TEST CALL = N
ORIG CLD PRESENT = N
TRUNK NAME = ITDP1 7
Clear message examplen/a
Associated OM registers
ACMS105-Canada onlyThe Stored Program Control-Call Management Service (SPC-CMS)subsystem generates log report ACMS105-Canada only. This reportappears when an SPC trunk receives an origination but does not havecalling line identification (CLID) data in a queue. The voice call continueswithout CLID. To generate this log, set office parameterACMS_NOC_LOG_ON to YES.
Remedial actionThe following list gives the causes and actions required to correct thiserror:
• The SPC switch does not send a TCAP CLID message for the callbecause the terminating switch does not support CMS features. Usethe CALLED DR value to determine if the terminating switch supportsCMS features. Verify at the SPC switch end that other switches do notsend TCAP CLID messages for calls with that destination.
• The CLID messages arrive but time out before the voice call arrives.The system also generates ACMS102. Adjust the office parameterSPCLITIMEOUT until ACMS102 logs no longer appear.
• The TCAP CLID messages encoded for this trunk have the wronglabel, the SPC trunk index of another trunk. Logs ACMS100,ACMS101, ACMS102, ACMS103, or ACMS104 also occur. Correct thedata entry on the originating switch.
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• The TCAP CLID messages arrive with data errors or wrong SPC trunkindexes, or come during resource shortfalls. To confirm the reason,check OM registers ACMSDERR, ACMSIDX, and ACMSOVFL in OMgroup ACMS. Counts in these registers indicate error conditions forwhich the TCAP CLID message cannot enter a queue.
• The TCAP CLID messages are not passing through the network. Thiscondition can result from congestion in the CCS7 network or a fault ofsome type. Check the status of the CCS7 links that connect the DMSswitch to the originating SPC.
AttributesAttribute Value
Severity Warning
FormatACMS105 mmmdd hh:mm:ss ssdd INFO SPC-CMS NO CLID
trunk_id trunk_name
called_dr
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SPC-CMS NOCLID
Constant Fixed Indicates that CLID data is not in thequeue against the SPC trunk thatreceives the origination
trunk_id 0-8191 Variable Identifies the stored program control(SPC) trunk circuit
trunk_name Symbolic text Variable Indicates the trunk name thatcorresponds to the SPC trunkidentifier. Refer to Table SPCTRKS.
called_dr Integers Variable Indicates the called number recoveredfrom the called digit register. Use thelast four digits to compare with theCLD field received in the TCAP CLIDmessage.
Active message exampleACMS105 DEC08 14:48:26 7544 INFO SPC-CMS NO CLID
TRUNK ID = 354
TRUNK NAME = ITDP1 4
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CALLED DR = 2246010
Clear message examplen/a
Associated OM registers
ACT100The Activity (ACT) subsystem generates report ACT100 when theSTARTLOG command enters the ACT MAP level. The system generatesthe ACT100 log every 15 min until entry of the STOPLOG commandoccurs. The ACT100 log report contains a summary of call processingactivity at one-min intervals 1 the last 15 min.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatACT100 mmmdd hh:mm:ss ssdd INFO ACTIVITY_DATA#
Catmp/hr nnnnnnnnn Lorig nnnnnnnnn Torig nnnnnnnnn
ToAnn nnnnnnnnn
Cpocc nnn% Conctr nnn% Oavgdel nnms O95%lim nnnms
PavgDel nnms P95%lim nnnms BAvgDel nnms B95%lim nnnms
RTrip nms Origdeny nnnnnnnnn Inefdeny nnnnnnnnn CPloovfl
nnnnnnnnn
CPsuic nnnnnnnnn CPtrap nnnnnnnnn LCMdtsrnnn% LMdtsr nnn%
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Selected field descriptionsField Value Fixed or
VariableDescription
# 1 to 15 Variable Indicates the sequence number of theactivity data. A sequence number of 1indicates the first minute of thereporting period.
INFOACTIVITY_DATA
Constant Fixed Indicates that ACTIVITY data ispresented.
Catmp/hr nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of call attemptsper hour
Lorig nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of callsoriginating on lines
Torig nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of callsoriginating on trunks
ToAnn nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of tones orannouncements given
Cpocc nnn% nnn = 0 to 100 Variable Indicates processing CPU occupancyand percentage of direct CPU that thecall processing function uses.
Conctr nnn% nnn = 0 to 110(expected range)
Variable Indicates the connection ratio of calls(percent)
OAvgDel nnnnms nnnn = 0 to 9999 Variable Indicates the average delay on theCCB originating queue (ms)
O95%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% originating limit(ms)
PavgDel nnnnms nnnn = 0 to 9999 Variable Indicates the average delay on theCCB progress queue (ms)
P95%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% progress limit (ms)
BavgDel nnnnms nnnn = 0 to 9999 Variable Indicates the background averagedelay (ms)
B95%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% background limit.(ms)
Rtrip nnnnms nnnn = 0 to 9999 Variable Indicates the sound trip average delay(ms)
Origdeny nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of originationdenials, when an originating call isdenied immediate service toprotection overload.
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Field Value Fixed orVariable
Description
Inefdeny nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of ineffectivedenials, when an originating call wasdenied because of a pendingabandon.
CPloovfl nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of CP letterorigination overflows, originationmessages denied a CP letter.
CPsuic nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of call suicides
CPtrap nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of CP traps
LCMdtsr nnn% nnn = 0 to 100 Variable Indicates the percentage of calls,originated in an LCM, that wait longerthan 3 s between off-hook and dialtone.
LMdtsr nnn% nnn = 0 to 100 Variable Indicates the percentage of calls,originated in an LM, that wait longerthan 3 s between off-hook and dialtone.
Active message exampleACT100 FEB24 14:42:02 4200 INFO ACTIVITY_DATA
11 Catmp/hr 61412 Lorig 1023 Torig 0 ToAnn 0
Cpocc 50% Conctr 99% OAvgDel 21ms O95%lim 66ms
PAvgDel 13ms P95%lim 26ms BAvgDel 35ms B95%lim 133ms
RTrip 0ms Origdeny 0 Inefdeny 0 CPloovfl 0
CPsuic 0 CPtrap 0 LCMdtsr 0% LMdtsr 0%
Clear message examplen/a
Associated OM registers
ACT101The Activity (ACT) subsystem generates log report ACT101 when atransient mismatch occurs in the switch.
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Remedial actionThe monitoring tool activity will stop automatically. This log warns the usernot to start ACTIVITY for 15 min. Refer to log CC105, which the systemgenerates when a transient mismatch occurs.
AttributesAttribute Value
Severity Warning
FormatACT101 mmmdd hh:mm:ss ssdd INFO ACTIVITY_STATUS
Execution of activity stopped due to mismatch.
Please do not invoke activity for 15 minutes.
Selected field descriptionsField Value Fixed or
VariableDescription
INFOACTIVITY_STATUS
Constant Fixed Indicates that the system monitors thestatus of ACTIVITY
Execution of activitystopped due tomismatch.
Constant Fixed Indicates the activity stopped due to amismatch
Please do not invokeactivity for 15 min.
Constant Fixed Indicates activity cannot start for 15min
Active message exampleACT101 Feb10 11:53:22 2536 INFO ACTIVITY_STATUS
Execution of activity stopped due to mismatch.
Please do not invoke activity for 15 minutes.
Clear message examplen/a
Associated OM registers
ACT102The Activity (ACT) subsystem generates log report ACT 102 after entry ofthe STARTLOG command at the ACT MAP level. The subsystemgenerates this report every 15 minutes until entry of the STOPLOG
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command. This report contains a summary of the data in the ACT100 logreports generated during the previous 15 minutes. Log ACT102 appearswhen the subsystem generates three ACT100 reports.
Total the data in the fields that correspond in the ACT100 logs to generatedata in the following fields: Origdeny, Inefdeny, CPloovfl, CPsuic, CPtrap.All other fields are averages.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatACT102 mmmdd hh:mm:ss ssdd INFO ACTIVITY_SUMMARY
Summary: Catmp/hr nnnnnnnnn Lorig nnnnnnnnn Torig nnnnnnnnn
ToAnn nnnnnnnnn
Cpocc nnn% Conctr nnn% Oavgdel nnms O95%lim nnnms
PavgDel nnms P95%lim nnnms BAvgDel nnms B95%lim nnnms
RTrip nms Origdeny nnnnnnnnn Inefdeny nnnnnnnnn CPloovfl
nnnnnnnnn
CPsuic nnnnnnnnn CPtrap nnnnnnnnn LCMdtsrnnn% LMdtsr nnn%
Selected field descriptionsField Value Fixed or
VariableDescription
INFOACTIVITY_SUMMARY
Constant Fixed Indicates that a summary of ACTIVITYappears.
Summary: Constant Fixed Indicates that the summary follows.
Catmp/hr nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of call attemptsfor each hour.
Lorig nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of calls thatoriginate on lines.
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Field Value Fixed orVariable
Description
Torig nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of calls thatoriginate on trunks
ToAnn nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of tones orannouncements provided.
Cpocc nnn% nnn = 0 to 100 Variable Indicates processing CPU occupancy.The processing occupancy is thepercentage of direct CPU use by thecall processing function.
Conctr nnn% nnn = 0 to 110(expected range)
Variable Indicates the connection ratio of calls(percent).
OAvgDel nnnnms nnnn = 0 to 9999 Variable Indicates the average delay on theCCB originating queue (milliseconds).
095%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% originating limit(milliseconds).
PavgDel nnnnms nnnn = 0 to 9999 Variable Indicates the average delay on theCCB progress queue (milliseconds).
P95%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% progress limit(milliseconds).
BavgDel nnnnms nnnn = 0 to 9999 Variable Indicates the background averagedelay (milliseconds).
B95%lim nnnnms nnnn = 0 to 9999 Variable Indicates the 95% background limit(milliseconds).
Rtrip nnnnms nnnn = 0 to 9999 Variable Indicates the sound trip average delay(milliseconds).
Origdeny nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of times thesystem denied immediate service toan originating call to provideprotection in overload.
Inefdeny nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of times that apending abandon caused the systemto deny an originating call.
CPloovfl nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of CP letterorigination overflows. The CP letterorigination overflows are the numberof originating messages denied a CPletter.
CPsuic nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of call suicides.
CPtrap nnnnnnnnn nnnnnnnnn = 0 to999999999
Variable Indicates the number of CP traps.
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Field Value Fixed orVariable
Description
LCMdtsr nnn% nnn = 0 to 100 Variable The percentage of calls that originatein an LCM and wait longer than 3seconds between off-hook and dialtone.
LMdtsr nnn% nnn = 0 to 100 Variable The percentage of calls that originatein an LM and wait longer than 3seconds between off-hook and dialtone.
Active message exampleACT102 FEB24 14:42:02 4200 INFO ACTIVITY_SUMMARY
Summary:Catmp/hr 61412 Lorig 1023 Torig 0 ToAnn 0
Cpocc 50% Conctr 99% OAvgDel 21ms O95%lim 66ms
PAvgDel 13ms P95%lim 26ms BAvgDel 35ms B95%lim 133ms
RTrip 0ms Origdeny 0 Inefdeny 0 CPloovfl 0%
CPsuic 0 CPtrap 0 LCMdtsr 0% LMdtsr 0%
Clear message examplen/a
Associated OM registers
AFT003The subsystem generates log report AFT003 when AFT error conditionsoccur, and at other times. This log report provides information about theAFT system.
Remedial actionThe text field describes any action required.
AttributesAttribute Value
Severity Warning
FormatAFT003 mmmdd hh:mm:ss ssdd AFT INFORMATIONAL
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TEXT = textmsg
= textmsg
SESSION= session name SUBSYSTEM= subsystem
CODE = integer
Selected field descriptionsField Value Fixed or
VariableDescription
AFTINFORMATIONAL
Constant Fixed Indicates that this log is an AFTinformational log.
TEXT Symbolic text Variable The first textmsg indicates the reasonfor the error and/or the action to take.The second textmsg indicates themessage location in code.
SESSION alphanumeric Variable Indicates the session name that TableGASINFO defines.
SUBSYSTEM alphanumeric Variable Indicates the name of the DIRPsubsystem.
CODE numeric Variable This field is for troubleshooting.
Active message exampleAFT003 JAN01 16;02:24 4608 AFT INFORMATIONAL
TEXT = Specific Override Requested File Name
= U8803101226010CC
SESSION= AFT1 SUBSYSTEM= OCC
CODE = 0000
Clear message examplen/a
Associated OM registers
AIN300The advanced intelligent network (AIN) subsystem generates log AIN300.Log AIN300 is generated when the service control point (SCP) control listoverflows. The SCP control list overflows when the subsystem attempts toadd a control to a full list. The subsystem does not add the control and the
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service switching point (SSP) does not operate according to the SCPrequest. The degree of seriousness of the overflow condition depends onthe network condition at the time of the request.
The subsystem generates log AIN300 once per five minute period. LogAIN300 lists the number of attempts to generate this log in theUNREPORTED_OVERFLOWS field.
Log AIN300 is for AIN Essentials and subsequent releases.
Use table LOGCLASS to suppress generation of log AIN300. Do not usetable LOGCLASS to report thresholding of log AIN300. The ACGapplication performs the thresholding.
Remedial actionAnalyze the SCP control list for old controls. To delete old controls, usecommand ACGDELETE in the CI AINCI directory.
AttributesAttribute Value
Severity Indeterminate
Formatoffice * AIN300 mmmdd hh:mm:ss seqno TBL ACG/SOCC SCPControl List Overflow
AIN ACG SCP Control List Overflow
ACTION: Analyze list for stale controls.
GTA: <>TT_Name: <>
UNREPORTED_OVERFLOWS: <>
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Selected field descriptionsField Value Fixed or
VariableDescription
GTA NPANXXXXXX Variable The Global Title Address, indicatesthe call or charge number on which togap queries.
TT_Name As entered in tableC7GTTYPE, fieldGTTNAME
Variable Translation type name can indicate aservice, a group of services, or asoftware release. The TT_Namedepends on entries.
UNREPORTED_OVERFLOWS
numeric Variable Indicates the number of attemptsmade to generate this log report fromthe generation of the last report of thistype. The ACG application suppressesattempts to generate this report withinfive minutes of a report that thesubsystem, generated earlier.
Active message exampleCOMR05AB * AIN300 Feb01 14:25:44 1400 TBL ACG/SOCC SCP
Control List Overflow
AIN ACG SCP Control List Overflow
ACTION: Analyze list for stale controls.
GTA: 613722 TT_Name: AINJAZZ
UNREPORTED_OVERFLOWS: 4
Clear message examplen/a
Associated OM registers
AIN301The advanced intelligent network (AIN) subsystem generates log AIN301when the SMS control list overflows. The SMS control list overflows whenan attempt is made to add a control when the list is full. The system doesnot add the control and the SSP does not behave according to the SMSrequest. The condition of the network at the time of the request,determines the severity of this condition.
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The system generates log AIN301 once per 5-min period. Log AIN301 liststhe number of attempts to generate this log since the last report. Thisinformation appears in the UNREPORTED_OVERFLOWS field.
Log AIN301 applies to AIN Essentials and subsequent releases.
Use table LOGCLASS to suppress generation of this report. Do not usetable LOGCLASS to perform threshold reports for log AIN301, because theACG application performs the thresholding.
Remedial actionAnalyze the SMS control list for stale controls. Use commandACGDELETE in the CI AINCI directory to delete any stale controls.
AttributesAttribute Value
Severity Indeterminate
Formatoffice * AIN301 mmmdd hh:mm:ss seqno TBL ACG/SOCC SMS
Control List Overflow
AIN ACG SMS Control List Overflow
ACTION: Analyze list for stale controls.
GTA: <>TT_Name: <>
UNREPORTED_OVERFLOWS: <>
Selected field descriptionsField Value Fixed or
VariableDescription
GTA NPANXXXXXX Variable Global title address indicates the callor charge number to gap queries on.
TT_Name As entered in tableC7GTTYPE, fieldGTTNAME
Variable Translation type name can indicate aservice, a group of services, or asoftware release. The type dependson the entry.
UNREPORTED_OVERFLOWS
numeric Variable This field indicates the number ofattempts made to generate this logreport. The measurement is madesince the generation of the last report
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Field Value Fixed orVariable
Description
of this type. The ACG applicationsuppresses attempts to generate thisreport within 5 min of an earlier report.
Active message exampleCOMR05AB * AIN301 Feb01 14:25:44 1400 TBL ACG/SOCC SMSControl List Overflow
AIN ACG SMS Control List Overflow
ACTION: Analyze list for stale controls.
GTA: 613722 TT_Name: AINJAZZ
UNREPORTED_OVERFLOWS: 4
Clear message examplen/a
Associated OM registers
AIN302The advanced intelligent network (AIN) subsystem generates log AIN302when the SSP receives an ACG message that contains a translation type(TT), that is not currently datafilled in table C7GTTYPE for the SSP.
Log AIN302 is generated, at most, once in any 5-min period. On thesubsequent report, the number of attempts to generate this log since theprevious report is listed in the SUPPRESSED field.
Log AIN302 pertains to AIN Essentials and subsequent releases.
Table LOGCLASS suppresses generation of log AIN302. Do not use tableLOGCLASS to threshold reporting of log AIN302, because thresholding isperformed by the ACG application.
Remedial actionCheck table C7GTTYPE to determine whether the TT number is presentand whether it should be included in the table.
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AttributesAttribute Value
Severity Indeterminate
Formatoffice * AIN302 mmmdd hh:mm:ss seqno TBL Unknown TT
AIN ACG Unknown Translation Type number.
ACTION: Check table C7GTTYPE for the specified TT number.
List Type: <>GTA: <>TT: <>
SUPPRESSED: <>
Selected field descriptionsField Value Fixed or
VariableDescription
List_Type SCP or SMS Variable Indicates:
• SCP control list for automaticcontrols
• SMS control list for manualcontrols
GTA NPANXXXXXX Variable Global title address. Indicates thecalled or charge number to gapqueries.
TT As entered in tableC7GTTYPE, fieldGTNUM
Variable Translation type. Can indicate aservice, a group of services, or asoftware release, depending ondatafill.
SUPPRESSED numeric Variable Indicates the number of attempts thatwere made to generate this log reportsince the last report of this type wasgenerated. Attempts to generate thisreport within 5 min of a previouslygenerated report are suppressed bythe ACG application.
Active message exampleCOMR05AB * AIN302 Feb01 14:29:08 0600 TBL Unknown TT
AIN ACG Unknown Translation Type number.
ACTION: Check table C7GTTYPE for the specified TT number.
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List Type: SCP
GTA: 613722 TT: 6
SUPPRESSED: 0
Clear message examplen/a
Associated OM registers
AIN303The advanced intelligent network (AIN) subsystem generates log AIN303when the SSP receives an ACG message. The ACG work queue is fullwhen this log is generated.
The system generates log AIN303 once per 5-min period, lists the numberof attempts to generate this log from the previous report in theSUPPRESSED field.
Use table LOGCLASS to suppress this report. Do not use tableLOGCLASS to perform a threshold report for log AIN303, because theACG application performs thresholding.
Remedial actionThe ACG work queue runs at SOS Scheduler class AUXCP. Use officeparameter AUXCP_CPU_SHARE in table OFCENG to set the time sliceavailable to AUXCP. Use caution when you change parameterAUXCP_CPU_SHARE, because many other office applications useAUXCP.
AttributesAttribute Value
Severity Indeterminate
Formatoffice * AIN303 mmmdd hh:mm:ss seqno TBL ACG/SOCC_Queue
AIN ACG Work Queue Overflow
ACTION: Increase processor time for ACG.
SUPPRESSED: <>
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Selected field descriptionsField Value Fixed or
VariableDescription
SUPPRESSED numeric Variable Indicates the number of attempts togenerate this log report from thegeneration of the last report of thistype. The ACG application suppressesattempts to generate this report within5 min of an earlier generated report.
Active message exampleCOMR05AB * AIN303 Feb01 14:29:08 0600 TBL ACG/SOCC_Queue
AIN ACG Work Queue Overflow
ACTION: Increase processor time for ACG.
SUPPRESSED: 2
Clear message examplen/a
Associated OM registers
AIN304The Advanced Intelligent Network (AIN) subsystem generates log AIN304when the SSP receives an ACG message during an image dump.
The system generates this log one time in any 15-min period. The followingreport lists the number of attempts to generate this log from the previousreport in the SUPPRESSED field.
Use table LOGCLASS to suppress generation of this report. Do not usetable LOGCLASS to perform a threshold report for this log. The ACGapplication performs thresholding.
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
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Formatoffice * AIN304 mmmdd hh:mm:ss seqno FAIL ACG control notadded
AIN ACG inoperative during image dumps.
ACTION: None.
SUPPRESSED: <>
Selected field descriptionsField Value Fixed or
VariableDescription
SUPPRESSED numeric Variable This field indicates the number ofattempts to generate this log report,from the generation of the last reportof this type. The ACG applicationsuppresses attempts to generate thisreport within 10 min of an earliergenerated report.
Active message exampleCOMR05AB * AIN304 Feb01 14:29:08 0600 FAIL ACG control notadded
AIN ACG inoperative during image dumps.
ACTION: Increase processor time for ACG.
SUPPRESSED: 2
Clear message examplen/a
Associated OM registers
AIN500Log AIN500 records successful AIN Update messages that request achange in activation state for trigger item IDs. Log AIN500 allowstelephone operating companies to monitor changes to the activation statesof trigger items. The log output provides details on each Update messageattempt so that undesirable change requests can be monitored.Downstream processing can monitor the logs and verify the source pointcode and subsystem number (SSN), to validate the service control point(SCP) that requests an update. Log AIN500 can be used to verify that alldesired activation changes are complete.
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AIN501 logs are not generated for Individual trigger Item Updates
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
Format<load name>* AIN500 <date><time><seqno>TBL Successfull
trigger item update
Message Type: Update
SSP User Resource :<user resource id>= <resource data value>
TDP: e<4 and 17>
SubNum: <N11,LNP,SDS,AFR>
STATE: <ON/OFF>
Source: SCP; PC: <0 to 255>-<0 to 255>-<0 to 255>, SSN: <0to 255>
Selected field descriptionsField Value Fixed or
VariableDescription
Message Type Message Type:Update
Variable Indicates the Update message.
Source SCP or PC: nnn-nnn-nnn, SSN: xxx
Variable The values nnn and xxx are numbersfrom 0-255, representing the pointcode (PC) and the signalingsubsystem number (SSN) of the SCPthat initiated the Update message.
SSP Resource ID Local SSPID Variable Identifies the SSP User Resource IDthat the Update message hasindicated. For NA009, it is a fixedstring.
Trigger DetectionPoint
TDP: e1 to e34 Variable The value identifies the detection pointin the AIN call model.
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Field Value Fixed orVariable
Description
Trigger Subnumber Variable
Activation Status State: ON or OFF Variable The value indicates the currentactivation state of the trigger item ID.
Active message exampleCOMR09AJ * AIN500 JAN02 11:52:45 4100 TBL Successfull
trigger item update
Message Type: Update
SSP User Resource: LocalSSPID = TEST
TDP: e17
SubNum: AFR
STATE: OFF
Source: SCP; PC: 253-253-251, SSN: 236
Clear message examplen/a
Associated OM registers
AIN501Log AIN501 records unsuccessful AIN Update message requests foractivation state changes of trigger item IDs.
In the scenarios that follow Log AIN501 is not generated:
• The service switching point (SSP) returns a reject component with anincorrect parameter problem code.
• The SSP returns a failure report indicating a rate-too-high condition.
• The SSP returns an application error indicating an erroneous datavalue, or an unexpected parameter sequence.
AIN501 logs are not generated for Individual trigger Item Updates.
Remedial actionn/a
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AttributesAttribute Value
Severity Indeterminate
Format<load name>* AIN501 <date><time><seqno>TBL Unsuccessful
trigger item update
Message Type: Update
SSP User Resource: <user resource id>= <resource data value>
TDP: e<4 and 17>
SubNum: <N11,LNP,SDS,AFR>
STATE: <ON/OFF>
Source: SCP; PC: <0 to 255>-<0 to 255>-<0 to 255>, SSN: <0to 255>
Selected field descriptionsField Value Fixed or
VariableDescription
Message Type Message Type:Update
Variable Indicates the Update message.
Source SCP or PC: nnn-nnn-nnn, SSN: xxx
Variable The values nnn and xxx are numbersfrom 0-255, representing the pointcode (PC) and the signalingsubsystem number (SSN) of the SCPthat initiated the Update message.
SSP Resource ID Local SSPID Variable Identifies the SSP User Resource IDthat the Update message hasindicated. For NA009, it is a fixedstring.
Trigger DetectionPoint
TDP: e1 to e34 Variable The value identifies the detection pointin the AIN call model.
Trigger Subnumber Variable
Activation Status State: ON or OFF Variable The value indicates the currentactivation state of the trigger item ID.
Active message exampleCOMR09AJ * AIN501 JAN02 11:52:45 4100 TBL Un-successfull
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trigger item update
Message Type: Update
SSP User Resource: LocalSSPID = TEST
TDP: e4
SubNum: N11TRIG1
STATE: ON
Source: SCP; PC: 253-253-251, SSN: 236
Clear message examplen/a
Associated OM registers
AIN510The advanced intelligent network (AIN) subsystem generates log AIN510when operating company personnel enable automatic call gapping (ACG).
This report indicates the date and time when operating company personnelenabled the ACG.
Log AIN510 applies to AIN Essentials and subsequent releases.
Enable ACG with the ACGONOF command in the AINCI tool.
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
FormatCOMD08AB * AIN510 <Date><Time><Seqno>RTS ACG State
The AIN ACG Functionality is now turned ON.
AIN510 81
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Selected field descriptionsField Value Fixed or
VariableDescription
Date mmmdd Variable Indicates month and day
Time hh:mm:ss Variable Indicates hour, minute, second
Seqno nnnn Variable the sequence number of this report
Active message exampleCOMD08AB * AIN510 Feb01 14:29:08 0600 RTS ACG State
The AIN ACG Functionality is now turned ON.
Clear message examplen/a
Associated OM registers
AIN511The advanced intelligent network (AIN) subsystem generates AIN511when operating company personnel disable automatic call gapping (ACG).
This report indicates the date and time when operating company personneldisabled ACG.
Log AIN511 applies to AIN Essentials and subsequent releases.
Disable ACG with the ACGONOF command in the AINCI tool.
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
FormatCOMD08AB * AIN511 <Date><Time><Seqno>OFFL ACG State
The AIN ACG Functionality is now turned OFF.
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Selected field descriptionsField Value Fixed or
VariableDescription
Date mmmdd Variable Indicates month and day
Time hh:mm:ss Variable Indicates hour, minute, second
Seqno nnnn Variable the sequence number of this report
Active message exampleCOMD08AB * AIN511 Feb01 14:29:13 0602 OFFL ACG State
The AIN ACG Functionality is now turned OFF.
Clear message examplen/a
Associated OM registers
AIN600The system generates the AIN600 log when the TstQuery tool sends amessage to the service control point (SCP). Operating company personnelgenerate the send command from the query tool at the TSTQUERY levelof the MAP terminal. The AIN600 log records an attempt to send amessage to the SCP. When the system finds errors or responses, thesystem generates additional reports in AIN601 and AIN602 logs.
Release history
NA017
This log is modified to support the new messages and parametersintroduced by feature AIN Timeout and Disconnect, (59037100).
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format<loadname>AIN600 <date><time><sequence no>INFO Test Query
Attempt
AIN600 83
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User Name: <>
SessionID: <>
Application: <>
T1 Timer: <>
Transport: <>
Gtt Name: <>
Gtt Source: <>
Message: <>
<Parameters>
Selected field descriptionsField Value Fixed or
VariableDescription
User Name local datafill Variable This field is the name of the MAP CIuser (for example, TEAM11)
SessionID 0 to 32 767 Variable This field is the number identificationof the session.
Application R01, R02 Variable This field is the message set in use(for example, AIN Service Enablers).
T1 Timer 1-99 Variable This field is the preset time to wait foran incoming message.
Transport SS7, TCPIP Variable This field is the transport type used.
GTT Name local datafill Variable This field is the global title translationname used for signaling connectioncontrol point (SCCP) routing.
GTT Source local datafill Variable This field is the global title translationname source (for example, charge ordefault)
Message messages and of theAIN Essentialsmessage set
Variable This field is the message of the AINEssentials message set.
< parameters > parameters that gowith the outgoingmessages, parameterfield names and theirvalues
Variable This field is the values filled in theoutgoing message parameters.
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Active message exampleCOMIO9BC AIN600 JAN02 15:50:40 9900 INFO Test Query Attempt
User Name: ADMIN
SessionID: 12527
Application: R02
T1 Timer: 30
Transport: TCPIP
Application Instance Number: 0
Message: Info_Collected
BearerCapability: speech
UserId Dn: 6137225085
Clear message examplen/a
Associated OM registers
AIN601The system generates the AIN601 log when operating company personnelissue the send command to the service control point (SCP) and receive anConnect To Resource (CTR) message from SCP as a response. Operatingcompany personnel generate the send command from the query tool at theTSTQUERY level of the MAP terminal. When the system finds errors orresponses, the system generates additional reports.
Release history
NA017
This log is modified to support the new meassages and parametersintroduced by feature AIN Timeout and Disconnect, (59037100). Also,AIN601 Log sends a CTR message from SCP as a response (59037140).
Remedial actionn/a
AIN601 85
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AttributesAttribute Value
Severity Warning
Format<loadname>AIN601 <date><time><sequence no>INFO Test QueryResponse
User Name: <>
SessionID: <>
Elapsed Time Between Query And Response:
<Min>minute(s) <Sec>second(s) <mill>millisecond(s)
Conversation: <>
Trans ID: <>
Far End Trans ID: <>
Corr ID: <>
SCP Response Message: <>
<Parameters>
Selected field descriptionsField Value Fixed or
VariableDescription
UserName local datafill Variable This field is the name of the MAP CIuser (for example, TEAM11)
SessionID 0 to 32 767 Variable This field is the number identificationof the session.
ElapsedTimeBetweenQuery andResponse
see subfields Variable This field is the elapsed time betweenthe query and the response.
< Min > 0 to 32 767 Variable This field is the number of minutesthat elapsed between the query andthe response.
< Sec > 0 to 32 767 Variable This field is the number of secondsthat elapsed between the query andthe response.
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Field Value Fixed orVariable
Description
< Mill > 0 to 32 767 Variable This field is the number ofmilliseconds that elapsed between thequery and the response.
Conversation Yes, No Variable This field indicates if the message is aconversation.
Trans ID 0 to 65 535 Variable This field is the transaction ID.
FarEndTransID 0 to 65 535 Variable When the incoming message is aconversation, this field is the SCPtransaction ID for the conversation.
Variable When the incoming message is aresponse, there is no SCP transactionID and this value is the serviceswitching point (SSP) transaction ID.
CorrID 0 to 255 Variable This field contains a correlation IDfrom the incoming transactioncapabilities application part (TCAP)message. The ID is the invoke ID.
CTR Message incoming messages Variable This field is the SCP response.
< parameters > incoming messageparameters
Variable This field is the value filled in theoutgoing message parameter.
Active message exampleCOMIO9BC AIN601 JAN02 15:50:40 0000 INFO Test Query Response
User Name: ADMIN
SessionID: 12527
Elapsed Time Between Query And Response:
0 minute(s) 0 second(s) 303 millisecond(s)
Conversation: No
Trans ID: 2
Far End Trans ID: 65021
Corr ID: 1
SCP Response Message: Analyze_Route
Called Party ID: 7225031
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Nature of Number: Subscriber number
Numbering Plan: ISDN Numbering Plan
AMA SLP ID: 123456789
Clear message examplen/a
Associated OM registers
AIN602The system generates the AIN602 log when operating company personneluse the send command and find a send error. Operating companypersonnel generate the send command from the query tool at theTSTQUERY level of the MAP terminal. The AIN602 log indicates that thesystem found an error and did not send the message to the service controlpoint (SCP).
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format<loadname>AIN602 <date><time><sequence no>INFO Test QueryError
<Error Message>
User Name: <>
SessionID: <>
Application: <>
Transport: <>
GTT Name: <>
GTT Source: <>
Message: <>
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T1 Timer: <>
Selected field descriptionsField Value Fixed or
VariableDescription
< ErrorMessage > No data in query tothe SCP, Unexpecteddata encountered,Invalid event ID ortransaction IDencountered, Invalidparametersencountered, Theapplication subsystemdoes not exist, NoTCAP transaction IDsavailable, Applicationout of Service,Unrecognized GameInterface Return Code
Variable This field is the description of the errormessages received from themessaging interface.
User Name local datafill Variable This field is the MAP CI user (forexample, TEAM11).
SessionID 0 to 32 767 Variable This field is the number identificationof the session.
Application R01, R02 Variable This field is the message set in use(for example, AIN Service Enablers).
Transport SS7, TCPIP Variable This field is the transport type used tosend the messages.
GTT Name local datafill Variable This field is the global title translationname used for signaling connectioncontrol part (SCCP) routing.
GTT Source local datafill Variable This field is the GTT name source (forexample, charge or default).
Application InstanceNumber
local datafill Variable This field is the number of theapplication instance (for example, 0).
Message Outgoing messages Variable This field is the outgoing message.
T1 Timer 0-99 Variable This field is the set time to wait for anincoming message.
Active message exampleCOMIO9BC AIN602 JAN02 15:50:40 9900 INFO Test Query Error
<Unable to send a query due to transport out of service>
AIN602 89
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User Name: ADMIN
SessionID: 12527
Application: R02
Transport: TCPIP
Application Instance Number: 0
Message: Info_Collected
BearerCapability: speech
UserId Dn: 6137225085
T1 Timer: 30
Clear message examplen/a
Associated OM registers
AIN610The advanced intelligent network (AIN) subsystem generates log AIN610when an ACG control list changes. Changes include the addition orreplacement of a control. Log AIN610 indicates the contents of the control,the affected list, and when the addition or the replacement of a controloccurred.
Log AIN610 report applies to AIN Essentials and later releases.
Use table LOGCLASS to threshold or suppress the report of this log.
Remedial actionUse this report to monitor control list activity or for security purposes.
AttributesAttribute Value
Severity Warning
Formatoffice AIN610 mmmdd hh:mm:ss seqno INFO ACG/SOCC
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Control List Change
AIN ACG Control List Change
Change_Event: <>List_Type: <>
GTA: <>Duration (10 msec): <>
TT_Name: <>Interval (10 msec): <>
Selected field descriptionsField Value Fixed or
VariableDescription
List_Type SCP or SMS Variable indicates the following:
• SCP control list for automaticcontrols
• SMS control list for manualcontrols
Change_Event CONTROL ADDED orCONTROLREPLACED
Variable indicates when the control was anaddition to the specified list or areplacement of a current control in thelist
GTA NPANXXXXXX Variable the global title address indicates thecall or charge number to gap querieson
TT_Name As entered in tableC7GTTYPE, fieldGTTNAME
Variable the translation type name can indicatea service, a group of services, or asoftware release, depending on theentry
Duration numeric Variable indicates the gap duration in 10-msunits
Interval numeric Variable indicates the gap interval in 10-msunits
Active message exampleCOMD05AJ AIN610 JAN01 21:31:44 4624 INFO ACG/SOCC
Control List Change
AIN ACG Control List Change
Change_Event: CONTROL ADDED
GTA: 613621
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TT_Name: AINJAZZ
List_Type: SCP
Duration (10 msec): 6400
Interval (10 msec): 400
Clear message examplen/a
Associated OM registers
AIN611The advanced intelligent network (AIN) subsystem generates log AIN611when AIN removes a control from the indicated ACG control list. LogAIN611 generates this report when the AIN subsystem removes a controlthat uses one of the following removal messages:
• service control point (SCP)
• service management system (SMS) removal messages
• service switching point (SSP) delete command
The system does not generate this report when a control expires.
This log report is for AIN Essentials and later releases.
Use table LOGCLASS to threshold or suppress the report of this log.
Remedial actionUse this report to monitor control list activity or for security purposes.
AttributesAttribute Value
Severity Warning
Formatoffice AIN611 mmmdd hh:mm:ss seqno INFO ACG/SOCC Control
Removed
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AIN ACG control removed from list.
List_Type: <>
GTA: <>TT_Name: <>
Selected field descriptionsField Value Fixed or
VariableDescription
GTA NPANXXXXXX Variable Global title address, indicates the callor charge number to gap queries on.
TT_Name As entered in tableC7GTTYPE, fieldGTTNAME
Variable Translation type name. This field canindicate a service, a group of services,or a software release, depending onentry.
List_Type SCP or SMS Variable Indicates:
• SCP control list for automaticcontrols
• SMS control list for manualcontrols
Active message exampleCOMD05AJ AIN611 JAN01 21:50:27 7646 INFO ACG/SOCC
Control Removed
AIN ACG control removed from list.
List_Type: SCP
GTA: 613621 TT_Name: AINJAZZ
Clear message examplen/a
Associated OM registers
AIN612Log AIN612 indicates when the service control point (SCP) control list orservice management system (SMS) control list (or both) have beenrestored (controls removed) as requested. Log AIN612 is generated whencontrols are removed, either as a result of the service switching point(SSP) receiving an ACG_Global_Ctrl_Restore message from the SCP, orwhen the SSP restore command ACGRESTORE is invoked.
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Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatCOMD08AJ AIN612 mmmdd hh:mm: ss ssdd INFO ACG/SOCC ControlList Restored
AIN ACG Control List Restored.
List Type: <>Request Type: <>
Number of Controls Deleted: <>
Source: <>
Selected field descriptionsField Value Fixed or
VariableDescription
Date: mmmdd Variable the date that the log is generated
Time: hh:mm:ss Variable the time that the log is generated
Seqno: ssdd Variable the sequence number of the log
List_Type SCP or SMS or SCPand SMS
Variable SCP or SMS or SCP and SMS ControlLists
Request_Type All or Exclude Zero-gap SMS Controls
Variable all controls are removed or all butzero-gap controls are removed (SMSonly)
Source SSP, SCP; PC:nnn-nnn-nnn, SSN:xxx
Variable SSP-initiated (AINCI, ACGRESTOREcommand) or SCP-initiated restoreusing ACG_Global_Ctrl_Restoremessage (where nnn and xxx arenumbers from 0-255, representing thepoint code (PC) and the signalingsubsystem number (SSN) of the SCPthat initiated the restore request
Number of ControlsDeleted
0-512 Variable the total number of controls removedfrom the control list(s)
Active message exampleCOMD08AJ AIN612 JAN01 21:50:27 7646 INFO ACG/SOCC
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Control List Restored
AIN ACG Control List Restored.
List_Type: SMS Request_Type: Exclude Zero-Gap SMS
Controls
Number of Controls Deleted: 45
Source: SCP; PC: 100-105-106, SSN:51
COMD08AJ AIN612 JAN601 14:50:00 7646 INFO ACG/SOCC
Control List Restored
AIN ACG Control List Restored.
List_Type: SCP Request_Type: All
Number of Controls Deleted: 10
Source: SSP
Clear message examplen/a
Associated OM registers
AINT700 Format 1The system generates the AINT700 log when the AINTrace tool finds aCTR and CTR clear messages related to the agent or to select messages.The AINT700 log records the CTR messages, and displays the messagesin the following formats: TEXT, HEX, and BOTH (TEXT and HEX).
Release history
NA017
This log is modified to support the new messages and parametersintroduced by feature AIN Timeout and Disconnect, (59037100). Also,AINT700 Log records the CTR messages, and displays the message in thefollowing formats: TEXT, HEX, and BOTH (TEXT and HEX), (59037140).
Remedial actionn/a
AINT700 Format 1 95
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AttributesAttribute Value
Severity Warning
Formatloadname>AINT700 <date><time><sequence no>INFO AINTraceReport
TCAP message recorded by AINTRACE:
Time:<>
Direction<>
****TCAP message in HEX format ****
<sequence of hex bytes>
Selected field descriptionsField Value Fixed or
VariableDescription
TID two hexadecimalnumbers
Variable This field is the TID of the message.
Agent value depends on theagent
Variable This field is the agent of the message.
Direction from SCP or Adjunct(incoming), from SSP(outgoing)
Variable This field is the direction of themessage.
Hex message Hexadecimal Variable This field is the contents of themessage in hexadecimal and textform.
Text message Text Variable This field is the contents of themessage in text form.
Hex and textmessage
Hexadecimal and text Variable This field is the contents of themessage in hexadecimal and textform.
TCAP package type Unidirectional, Querywith Permission,Query WithoutPermission,Response,Conversation With
Variable This field is the package type of themessage.
AIN does not allow the followingpackage types: Query WithoutPermission, Conversation WithoutPermission.
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Field Value Fixed orVariable
Description
Permission,Conversation WithoutPermission, Abort
Origin ID numerical Variable This field is the originator of themessage.
Respond ID numerical Variable This field is the responder of themessage.
Component Type Invoke (Last), ReturnResult (Last), ReturnError, Reject, Invoke(Not Last), ReturnResult (Not Last)
Variable This field is the component type of themessage.
AIN does not allow the Return Result(Not Last) component.
Component ID numerical Variable This field is the componentidentification of the message.
Invoke ID numerical Variable This field is the invoke identification ofthe message.
Correlation ID numerical Variable This field is the correlationidentification of the message.
< Operation Code > a valid operation code Variable This field is the operation code of themessage.
< parameters > valid parameter(s),their field names andtheir values
Variable This field is the value of theparameter(s).
Active message exampleThe following example, in HEX format, represents an AINT700log report for a T_Busy query.
COML013AM AINT700 OCT20 20:21:07 9100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
Direction: from SSP (outgoing)
***** TCAP message in HEX format *****
E2 4D C7 04 00 00 60 00 E8 45 E9 43 CF 01 00
D1 02 64 06 30 3A BF 35 07 81 05 16 73 22 70
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70 8D 01 00 8F 07 01 10 16 73 22 70 70 9F 34
01 1A 93 07 03 10 16 63 12 30 70 92 07 03 13
16 63 12 30 70 94 01 00 8E 02 82 91 9F 5E 01
01 90 01 00
The following example, in HEX format, represents an AINT700log report for an Offer_Call response.
COML013AM AINT700 OCT20 20:21:07 9300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
Direction: from SCP or Adjunct (incoming)
E4 44 C7 04 00 00 60 00 E8 3C E9 3A CF 02 01 00
00 D1 02 65 04 30 30 92 07 00 00 16 63 12 03
60 98 01 42 BA 22 8B 0A 36 31 33 37 37 37 38
37 37 37 8D 0A 48 45 4C 4C 4F 2C 20 44 41 44
93 08 30 31 30 31 30 30 30 30
The following example, in HEX format, represents an AINT700log report for Automatic Call Gapping (ACG).
COML013AM AINT700 OCT20 20:46:26 0100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:46:26
Direction: form SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E1 28 C7 00 E8 24 E9 22 CF 02 01 00 D1 02 69
01 30 18 9F 3B 01 4A 9F 3E 01 0D 9F 3F 01 0D
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9F 46 01 0F 9F 45 05 16 63 12 34 01
The following example, in HEX format, represents an AINT700log report for an Update query.
COML013AM AINT700 OCT20 20:51:03 8300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:51:03
Direction: from SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E2 26 C7 04 00 00 E0 00 E8 1E E9 1C CF 01 02
D1 02 68 03 30 13 BF 67 10 A1 0A 85 08 4C 6F
63 53 53 50 49 44 9F 5B 01 78
The following example, in HEX format, represents an AINT700log report for an Update_success response.
COML013AM AINT700 OCT20 20:51:03 8500 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:51:03
Direction: from SSP (outgoing)
***** TCAP message in HEX format *****
E4 0F C7 04 00 00 E0 00 E8 07 EA 05 CF 01 02
30 00
The following example, in HEX format, represents an AINT700log report for Create_Call.
COMR13AY AINT700 JAN05 11:33:01 9400 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 00/01/05 11:33:01
Direction: from SCP or Adjunct (incoming)
AINT700 Format 1 99
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***** TCAP message in HEX format *****
E2 25 C7 04 00 00 00 BB E8 1D E9 1B CF 01 01
D1 02 65 07 30 12 8F 07 03 10 16 63 12 17 73
92 07 03 13 16 63 12 17 05
Clear message examplen/a
Associated OM registers
AINT700 Format 2Refer to AINT700. This examples in this format of AINT700 show TEXTformat logs (as opposed to HEX or BOTH format).
Release history
NA017
This log is modified to support the new messages and parametersintroduced by feature AIN Timeout and Disconnect, (59037100). Also,AINT700 Log records the CTR messages, and displays the message in thefollowing formats: TEXT, HEX, and BOTH (TEXT and HEX), (59037140).
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format<loadname>AINT700 <date><time><sequence no>INFO AINTraceReport
TCAP message recorded by AINTRACE:
Time: <>
Direction: <>
****TCAP message in TEXT format ****
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TCAP Package Type: <>
Origin ID: <>
Respond ID: <>
Component Sequence:
===================
Component: <>
Component Type: <>
Invoke ID: <>
Correlation ID: <>
Operation Code
Operation Family: <>
Operation Name: <>
====Parameter Sequence====
<Parameter Name>
<Parameter Fields>
Selected field descriptionsField Value Fixed or
VariableDescription
Invoke ID numerical Variable This field is the invoke identification ofthe message.
Correlation ID numerical Variable This field is the correlationidentification of the message.
< Operation Code > a valid operation code Variable This field is the operation code of themessage.
< parameters > valid parameter(s),their field names andtheir values
Variable This field is the value of theparameter(s).
TID two hexadecimalnumbers
Variable This field is the TID of the message.
Agent value depends on theagent
Variable This field is the agent of the message.
AINT700 Format 2 101
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Field Value Fixed orVariable
Description
Direction from SCP or Adjunct(incoming), from SSP(outgoing)
Variable This field is the direction of themessage.
Hex message Hexadecimal Variable This field is the contents of themessage in hexadecimal and textform.
Text message Text Variable This field is the contents of themessage in text form.
Hex and textmessage
Hexadecimal and text Variable This field is the contents of themessage in hexadecimal and textform.
TCAP package type Unidirectional, Querywith Permission,Query WithoutPermission,Response,Conversation WithPermission,Conversation WithoutPermission, Abort
Variable This field is the package type of themessage.
AIN does not allow the followingpackage types: Query WithoutPermission, Conversation WithoutPermission.
Origin ID numerical Variable This field is the originator of themessage.
Respond ID numerical Variable This field is the responder of themessage.
Component Type Invoke (Last), ReturnResult (Last), ReturnError, Reject, Invoke(Not Last), ReturnResult (Not Last)
Variable This field is the component type of themessage.
AIN does not allow the Return Result(Not Last) component.
Component ID numerical Variable This field is the componentidentification of the message.
Active message exampleThe following example, in TEXT format, represents an AINT700log report for a T_Busy query.
COML013AM AINT700 OCT20 20:21:07 9100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
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Direction: from SSP (outgoing)
***** TCAP message in TEXT format *****
TCAP Package Type: Query with Permission
Origin ID: 00 00 60 00
Respond ID: NIL
Component Sequence
=================
COMPONENT: 1
Component Type: Invoke (last) Component
Invoke ID: 0
Correlation ID: 256
Operation Code
Operation Family: Request Instructions
Operation Name: T-Busy
The following example, in TEXT format, represents an AINT700log report for an Offer_Call response.
COML013AM AINT700 OCT20 20:21:07 9300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
Direction: from SCP or Adjunct (incoming)
***** TCAP message in TEXT format *****
TCAP Package Type: Response
Origin ID: NIL
Respond ID: 00 00 60 00
AINT700 Format 2 103
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Component Sequence
=================
COMPONENT: 1
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 0
Operation Code
Operation Family: Connection Control
Operation Name: Offer_Call
====Parameter Sequence====
CallingPartyID: 6136213006
Nature of Number: Unknown or not applicable
Numbering Plan: Unknown or not applicable
Presentation Indicator: Presentation allowed
Screen Indicator: User provided, not screened
Odd/Even Indicator: Even digits
ControllingLegTreatment:alertingOnPattern2DistinctiveSpecial
DisplayText:
callingAddress: "6137778777"
callingPartyName: "HELLO, DAD"
dateTimeOfDay: "01010000"
The following example, in TEXT format, represents an AINT700log report for Automatic Call Gapping (ACG).
COML013AM AINT700 OCT20 20:46:26 0100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
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Time: 99/10/20 20:46:26
Direction: from SCP or Adjunct (incoming)
***** TCAP message in TEXT format *****
TCAP Package Type: Unidirectional
Origin ID: NIL
Respond ID: NIL
Component Sequence
=================
COMPONENT: 1
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 0
Operation Code
Operation Family: Network Management
Operation Name: ACG
====Parameter Sequence====
ControlCauseIndicator:
Control Digits: 10 digit control
SMS Indicator: SMS initiated controls encountered
SCP Indicator: no SCP overload controls encountered
GapDuration: infinity
NationalGapInterval: no300Seconds
Translation Type: AINPOP - internetwork applications - 15
GlobalTitleValue: 6136214310
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The following example, in TEXT format, represents an AINT700log report for an Update query.
COML013AM AINT700 OCT20 20:51:03 8300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:51:03
Direction: from SCP or Adjunct (incoming)
***** TCAP message in TEXT format ***** TCAP Package Type:
Query with Permission
Origin ID: 00 00 E0 00
Respond ID: NIL
Component Sequence
==================
COMPONENT: 1
Component Type: Invoke (last) Component
Invoke ID: 2
Correlation ID: 256
Operation Code
Operation Family: Information Revision
Operation Name: Update
====Parameter Sequence====
SSPUserResource:
SSPUserResourceID:
LocalSSPID: LocSSPID
ONoAnswerTimer: 120
--{ End of SSPUserResource }--
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The following example, in TEXT format, represents an AINT700log report for an Update_success response.
COML013AM AINT700 OCT20 20:51:03 8500 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:51:03
Direction: from SSP (outgoing)
***** TCAP message in TEXT format *****
TCAP Package Type: Response
Origin ID: NIL
Respond ID: 00 00 E0 00
Component Sequence
==================
COMPONENT: 1
Component Type: Result (last) Component
CORR ID: 2
*** No parameters in the message ***
The following example, in TEXT format, represents an AINT700log report for Create_Call.
COMR13AY AINT700 JAN05 11:33:01 9400 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 00/01/05 11:33:01
Direction: from SCP or Adjunct (incoming)
***** TCAP message in TEXT format *****
TCAP Package Type: Query with Permission
Origin ID: 00 00 00 BB
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Respond ID: NIL
Component Sequence
=================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 256
Operation Code
Opcode Bytes: 65 07
Operation Family: Connection Control
Operation Name: Create_Call
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: 8F
Contents: 03 10 16 63 12 17 73
CalledPartyID: 6136217137
Nature of Number: National (significant) number
Numbering Plan: ISDN Numbering Plan
Odd/Even Indicator: Even digits
Parameter Id: 92
Contents: 03 13 16 63 12 17 05
CallingPartyID: 6136217150
Nature of Number: Unique national (significant) number
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Numbering Plan: ISDN Numbering Plan
Presentation Indicator: Presentation allowed
Screen Indicator: Network provided
Odd/Even Indicator: Even digits
Clear message examplen/a
Associated OM registers
AINT700 Format 3Refer to AINT700. This examples in this format of AINT700 show BOTHformat logs (as opposed to HEX or TEXT format).
Release history
NA017
This log is modified to support the new messages and parametersintroduced by feature AIN Timeout and Disconnect, (59037100). Also,AINT700 Log records the CTR messages, and displays the message in thefollowing formats: TEXT, HEX, and BOTH (TEXT and HEX), (59037140).
Remedial actionn/a
AttributesAttribute Value
Severity • Warning
• Critical
Format<loadname>AINT700 <date><time><sequence no>INFO AINTraceReport
TCAP message recorded by AINTRACE:
Time: <>
Direction <>
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****TCAP message in HEX format ****
<sequence of hex bytes>
****TCAP message in TEXT format ****
TCAP Package Type <>
Origin ID:
Respond ID: <>
Component Sequence
==================
Component:
Component Type: <>
Invoke ID: <>
Correlation ID: <>
Operation Code
Operation Family: <>
Operation Name: <>
====Parameter Sequence====
<Parameter Name>
<Parameter Fields>
Selected field descriptionsField Value Fixed or
VariableDescription
TID two hexadecimalnumbers
Variable This field is the TID of the message.
Agent value depends on theagent
Variable This field is the agent of the message.
Direction from SCP or Adjunct(incoming), from SSP(outgoing)
Variable This field is the direction of themessage.
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Field Value Fixed orVariable
Description
Hex message Hexadecimal Variable This field is the contents of themessage in hexadecimal and textform.
Text message Text Variable This field is the contents of themessage in text form.
Hex and textmessage
Hexadecimal and text Variable This field is the contents of themessage in hexadecimal and textform.
TCAP package type Unidirectional, Querywith Permission,Query WithoutPermission,Response,Conversation WithPermission,Conversation WithoutPermission, Abort
Variable This field is the package type of themessage.
AIN does not allow the followingpackage types: Query WithoutPermission, Conversation WithoutPermission.
Origin ID numerical Variable This field is the originator of themessage.
Respond ID numerical Variable This field is the responder of themessage.
Component Type Invoke (Last), ReturnResult (Last), ReturnError, Reject, Invoke(Not Last), ReturnResult (Not Last)
Variable This field is the component type of themessage.
AIN does not allow the Return Result(Not Last) component.
Component ID numerical Variable This field is the componentidentification of the message.
Invoke ID numerical Variable This field is the invoke identification ofthe message.
Correlation ID numerical Variable This field is the correlationidentification of the message.
< Operation Code > a valid operation code Variable This field is the operation code of themessage.
< parameters > valid parameter(s),their field names andtheir values
Variable This field is the value of theparameter(s).
Active message exampleThe following example, in BOTH format, represents an AINT700log report for a T_Busy query.
AINT700 Format 3 111
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COML013AM AINT700 OCT20 20:21:07 9100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
Direction: from SSP (outgoing)
***** TCAP message in HEX format *****
E2 4D C7 04 00 00 60 00 E8 45 E9 43 CF 01 00
D1 02 64 06 30 3A BF 35 07 81 05 16 73 22 70
70 8D 01 00 8F 07 01 10 16 73 22 70 70 9F 34
01 1A 93 07 03 10 16 63 12 30 70 92 07 03 13
16 63 12 30 70 94 01 00 8E 02 82 91 9F 5E 01
01 90 01 00
***** TCAP message in TEXT format *****
TCAP Package Type: Query with Permission
Origin ID: 00 00 60 00
Respond ID: NIL
Component Sequence
=================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 0
Correlation ID: 256
Operation Code
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Opcode Bytes: 64 06
Operation Family: Request Instructions
Operation Name: T-Busy
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: BF 35
Contents: 81 05 16 73 22 70 70
UserID:
DN: 6137220707
--{ End of UserID }--
Parameter Id: 8D
Contents: 00
BearerCapability: speech
Parameter Id: 8F
Contents: 01 10 16 73 22 70 70
CalledPartyID: 6137220707
Nature of Number: Subscriber number
Numbering Plan: ISDN Numbering Plan
Odd/Even Indicator: Even digits
Parameter Id: 9F 34
Contents: 1A
TriggerCriteriaType: tBusy
Parameter Id: 93
Contents: 03 10 16 63 12 30 70
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ChargeNumber: 6136210307
Nature of Number: ANI of the calling party; national number
Numbering Plan: ISDN Numbering Plan
Odd/Even Indicator: Even digits
Parameter Id: 92
Contents: 03 13 16 63 12 30 70
CallingPartyID: 6136210307
Nature of Number: Unique national (significant) number
Numbering Plan: ISDN Numbering Plan Presentation Indicator:Presentation allowed
Screen Indicator: Network provided
Odd/Even Indicator: Even digits
Parameter Id: 94
Contents: 00
ChargePartyStationType: IdentifiedLine - No SpecialTreatment
Parameter Id: 8E
Contents: 82 91
BusyCause:
General location: Public network serving the local user
Coding Standard: CCITT Standard
Number Of Diags: 0
Cause value: Normal event - User busy
Diagnostic Byte #1: 242
Diagnostic Byte #2: 54
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Parameter Id: 9F 5E
Contents: 01
BusyType: Call Cannot Be Offered
Parameter Id: 90
Contents: 00
CalledPartyStationType: IdentifiedLine - No SpecialTreatment
The following example, in BOTH format, represents an AINT700log report for an Offer_Call response.
COML013AM AINT700 OCT20 20:21:07 9300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:21:07 Tid: 74 316
Agent: HOST 00 1 09 27 DN 6136210307
Direction: from SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E4 44 C7 04 00 00 60 00 E8 3C E9 3A CF 02 01
00 D1 02 65 04 30 30 92 07 00 00 16 63 12 03
60 98 01 42 BA 22 8B 0A 36 31 33 37 37 37 38
37 37 37 8D 0A 48 45 4C 4C 4F 2C 20 44 41 44
93 08 30 31 30 31 30 30 30 30
***** TCAP message in TEXT format *****
TCAP Package Type: Response
Origin ID: NIL
Respond ID: 00 00 60 00
Component Sequence
AINT700 Format 3 115
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=================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 0
Operation Code
Opcode Bytes: 65 04
Operation Family: Connection Control
Operation Name: Offer_Call
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: 92
Contents: 00 00 16 63 12 03 60
CallingPartyID: 6136213006
Nature of Number: Unknown or not applicable
Numbering Plan: Unknown or not applicable
Presentation Indicator: Presentation allowed
Screen Indicator: User provided, not screened
Odd/Even Indicator: Even digits
Parameter Id: 98
Contents: 42
ControllingLegTreatment:alertingOnPattern2DistinctiveSpecial
Parameter Id: BA
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Contents:
8B 0A 36 31 33 37 37 37 38 37 37 37 8D 0A 48
45 4C 4C 4F 2C 20 44 41 44 93 08 30 31 30 31
30 30 30 30
DisplayText:
callingAddress: "6137778777"
callingPartyName: "HELLO, DAD"
dateTimeOfDay: "01010000"
ControllingLegTreatment:alertingOnPattern2DistinctiveSpecial
Parameter Id: BA
Contents: 8B 0A 36 31 33 37 37 37 38 37 37 37 8D 0A 48
45 4C 4C 4F 2C 20 44 41 44 93 08 30 31 30 31
30 30 30 30
DisplayText:
callingAddress: "6137778777"
callingPartyName: "HELLO, DAD"
dateTimeOfDay: "01010000"
The following example, in BOTH format, represents an AINT700log report for Automatic Call Gapping (ACG).
COML013AM AINT700 OCT20 20:46:26 0100 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:46:26
Direction: from SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E1 28 C7 00 E8 24 E9 22 CF 02 01 00 D1 02 69
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01 30 18 9F 3B 01 4A 9F 3E 01 0D 9F 3F 01 0D
9F 46 01 0F 9F 45 05 16 63 12 34 01
***** TCAP message in TEXT format *****
TCAP Package Type: Unidirectional
Origin ID: NIL
Respond ID: NIL
Component Sequence
=================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 0
Operation Code
Opcode Bytes: 69 01
Operation Family: Network Management
Operation Name: ACG
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: 9F 3B
Contents: 4A
ControlCauseIndicator:
Control Digits: 10 digit control
SMS Indicator: SMS initiated controls encountered
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SCP Indicator: no SCP overload controls encountered
Parameter Id: 9F 3E
Contents: 0D
GapDuration: infinity
Parameter Id: 9F 3F
Contents: 0D
NationalGapInterval: no300Seconds
Parameter Id: 9F 46
Contents: 0F
Translation Type: AINPOP - internetwork applications - 15
Parameter Id: 9F 45
Contents: 16 63 12 34 01
GlobalTitleValue: 6136214310
The following example, in BOTH format, represents an AINT700log report for an Update query.
COML013AM AINT700 OCT20 20:51:03 8300 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 99/10/20 20:51:03
Direction: from SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E2 26 C7 04 00 00 E0 00 E8 1E E9 1C CF 01 02
D1 02 68 03 30 13 BF 67 10 A1 0A 85 08 4C 6F
63 53 53 50 49 44 9F 5B 01 78
***** TCAP message in TEXT format *****
TCAP Package Type: Query with Permission
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Origin ID: 00 00 E0 00
Respond ID: NIL
Component Sequence
==================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 2
Correlation ID: 256
Operation Code
Opcode Bytes: 68 03
Operation Family: Information Revision
Operation Name: Update
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: BF 67
Contents: A1 0A 85 08 4C 6F 63 53 53 50 49 44 9F 5B 01
78
SSPUserResource:
SSPUserResourceID:
LocalSSPID: LocSSPID
The following example, in BOTH format, represents an AINT700log report for an Update_success response.
COML013AM AINT700 OCT20 20:51:03 8500 INFO AINTrace Report
TCAP Message recorded by AINTrace:
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Time: 99/10/20 20:51:03
Direction: from SSP (outgoing)
***** TCAP message in HEX format *****
E4 0F C7 04 00 00 E0 00 E8 07 EA 05 CF 01 02
30 00
***** TCAP message in TEXT format *****
TCAP Package Type: Response
Origin ID: NIL
Respond ID: 00 00 E0 00
Component Sequence
==================
COMPONENT: 1
Component code: EA
Component Type: Result (last) Component
CORR ID: 2
*** No parameters in the message ***
The following example, in BOTH format, represents an AINT700log report for Create_Call.
COMR13AY AINT700 JAN05 11:33:01 9400 INFO AINTrace Report
TCAP Message recorded by AINTrace:
Time: 00/01/05 11:33:01
Direction: from SCP or Adjunct (incoming)
***** TCAP message in HEX format *****
E2 25 C7 04 00 00 00 BB E8 1D E9 1B CF 01 01
D1 02 65 07 30 12 8F 07 03 10 16 63 12 17 73
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92 07 03 13 16 63 12 17 05
***** TCAP message in TEXT format *****
TCAP Package Type: Query with Permission
Origin ID: 00 00 00 BB
Respond ID: NIL
Component Sequence
==================
COMPONENT: 1
Component code: E9
Component Type: Invoke (last) Component
Invoke ID: 1
Correlation ID: 256
Operation Code
Opcode Bytes: 65 07
Operation Family: Connection Control
Operation Name: Create_Call
Parameter Tag: 30
====Parameter Sequence====
Parameter Id: 8F
Contents: 03 10 16 63 12 17 73
CalledPartyID: 6136217137
Nature of Number: National (significant) number
Numbering Plan: ISDN Numbering Plan
Odd/Even Indicator: Even digits
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Parameter Id: 92
Contents: 03 13 16 63 12 17 05
CallingPartyID: 6136217150
Nature of Number: Unique national (significant) number
Numbering Plan: ISDN Numbering Plan
Presentation Indicator: Presentation allowed
Screen Indicator: Network provided
Odd/Even Indicator: Even digits
Clear message examplen/a
Associated OM registers
ALRM109The Alarm (ALRM) subsystem generates ALRM109 when the AlarmSending and Checking (ASCS) system is enabled or disabled. This alsooccurs at specified points of ASCS implementation. Refer to Alarm SystemDescription, 297-1001-122 for a description of ASCS. Refer to OfficeParameters Reference Manual for ASCS office parameters.
Remedial actionThere is no action required. Descriptions of the fields are important in theunderstanding of this log.
AttributesAttribute Value
Severity • Warning
• Critical
• Major
• Minor
FormatALRM109 mmmdd hh:mm:ss ssdd INFO ASCS ALARM SENDING&CHECKING
alrmtxt ; reastxt
ALRM109 123
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO ASCS ALARMSENDING &CHECKING
Constant Fixed Indicates log report for alarm sendingand checking system (ASCS)
alrmtxt CRITICAL ALARM Variable Indicates critical alarm condition
MAJOR ALARM Variable Indicates major alarm condition
MINOR ALARM Variable Indicates minor alarm condition
NO ALARM Variable Indicates no alarm
reastxt ASCS OFF: SENDFACILITY DISABLED
Variable Indicates alarm transfer switch orcommand interpreter command (CI),ASCS OFF disables send facility
reastxt ASCS ON: SENDFACILITIESENABLED
Variable Indicates alarm transfer switch or CIcommand ASCS ON enabled sendfacility
CHECK_CALL MADE Variable Indicates operator made checking callto troubled office
SEND_CALLDISCONNECT
Variable Indicates alarm condition cleared andremains clear for required time. Exitmessage sent to disconnect SENDCALL.
SEND_CALL NOANSWER TIMEOUT
Variable Indicates maximum time systemallows to pass without answer fromoperator. System routes SEND CALLto different operator trunk if available.
SEND_CALLORIGINATION
Variable Indicates alarm detected and originalmessage sent to start-up SEND CALL
SEND_CALL ROUTEERROR
Variable Indicates system detected alarm butSEND CALL failed to establish routeto an operator
Active message exampleALRM109 APR01 12:00:00 2112 INFO ASCS ALARM SENDING&CHECKING
CRITICAL ALARM; ASCS ON: SEND FACILITIES ENABLED
Clear message examplen/a
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Associated OM registers
ALRM111The Alarm (ALRM) subsystem generates ALRM111 when an emergencyservice bureau (ESB) leaves a receiver off-hook for a designated period oftime. The ESB must leave the receiver off-hook for a specified period oftime before the system generates a report.
Remedial actionMake sure the receiver is back on-hook. Check for ALRM112 log report.
AttributesAttribute Value
Severity Indeterminate
Format* ALRM111 mmmdd hh:mm:ss ssdd TBL ESB OFF HOOK
len DN dn
Selected field descriptionsField Value Fixed or
VariableDescription
TBL ESB OFF HOOK Constant Fixed Indicates emergency service bureauleft receiver off-hook for designatedperiod of time
len Integers Variable Provides the line equipment number(LEN).
DN Integers Variable Provides the ten digit directorynumber (DN) for ESB line equipment.
Active message example*ALRM111 APR01 12:00:00 2112 TBL ESB OFF HOOK
HOST 00 0 00 01 DN 9096211235
Clear message examplen/a
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Associated OM registers
ALRM112The Alarm (ALRM) subsystem generates ALRM112 when an EmergencyService Bureau (ESB) line that caused an ALRM111 report before (ESBoff-hook) is back on-hook.
Remedial actionThere is no action required. This log must follow ALRM111 report.
AttributesAttribute Value
Severity • Warning
• Minor
FormatALRM112 mmmdd hh:mm:ss ssdd INFO ESB ON HOOK
len DN dn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ESB ON HOOK Constant Fixed Indicates emergency service bureauline that generated log reportALRM111 before is back on-hook.Minor alarm turned on by ALRM111switches off.
len Integers Variable Provides the line equipment number(LEN) for ESB.
DN Integers Variable Provides the ten digit directorynumber (DN) for ESB line equipment.
Active message exampleALRM112 APR01 12:00:00 2112 INFO ESB ON HOOK
HOST 00 0 00 02 DN 9096221234
Clear message examplen/a
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Associated OM registers
ALT100The Automatic Line Testing (ALT) subsystem generates the ALT100 logreport when a short diagnostic (SDIAG) test of line equipment fails. Thesystem performs ALT because of either a manual request from the ALTMAP level or because of the ALT schedule. See ALT MAP level forschedule.
Remedial actionTo isolate the fault, perform line diagnostics on the suspect line equipmentfrom the line test position (LTP) MAP level. Refer to the Lines MaintenanceGuide, 297-1001-594, for information on diagnostic tests for lineequipment. LINE100 or LINE101 logs are generated:
• If the LINE 100 log (line test pass) is generated but the ALT100 logcontinues to be generated during retests of ALT failures, contact thenext level of maintenance.
• If a LINE101 log (line test failure) is generated, follow "Action" in theLINE101 log report.
Continue to try to clear the fault until one of the following occurs:
• The system generates LINE100 log and not ALT100 log.
• Contact the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatALT100 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn cycltxt
TEST TYPE SDIAG
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL ALT Constant Fixed Indicates an automatic line test failed
len Alphanumeric textstring
Variable The line equipment number (LEN) forthe suspect line equipment
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Field Value Fixed orVariable
Description
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
cycltxt 1st CYCLE Variable Indicates the line equipment failed thespecified test the first time the testwas run
RETEST 1 Variable Indicates the line equipment failed thespecified test during the first automaticretest of the line equipment
RETEST 2 Variable Indicates the line equipment failed thespecified test during the secondautomatic retest of the line equipment
TEST TYPE SDIAG Constant Fixed Indicates a short diagnostic test wasperformed on suspect line equipment
Active message exampleALT100 APR01 12:00:00 2112 FAIL ALT
HOST 01 1 01 01 DN 8057811999 1st CYCLE
TEST TYPE SDIAG
Clear message examplen/a
Associated OM registers
ALT101The subsystem generates ALT101 when an extended diagnostic (DIAG)test of line equipment fails. ALT performs as a result of a manual requestfrom the ALT MAP level or according to the ALT schedule. Refer to theALT MAP level for schedule.
ALT performs on separate lines. Normally ALT performs on known groupsof lines. The DMS switch automatically retests each line that fails the firstrun of ALT. The switch also retests each line that fails during the secondrun of ALT.
The following references isolate and correct failures indicated by ALT101.For all failures related to entries, refer to the data schema section of theTranslations Guide.
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The following list describes the diagnostic results and lists the action totake for log report ALT101:
Addon Not Datafilled - Indicates system tested a circuit pack connected toa key set. An addon is not entered correctly in customer data TableKSETINV.
• Refer to the data schema section of the Translations Guide to correctKSETINV.
Addon Not Responding - Indicates system tested a circuit pack connectedto a key set. An addon entered in customer data Table KSETINV did notrespond to the test.
• Refer to the data schema section of the Translations Guide to correctKSETINV.
Audit in Progress - Indicates a line card audit is in progress.
• Retry the diagnostic.
Bad Wink From PSAP - Indicates public-safety answering point (PSAP)test failed at the ALT level of the MAP. A wink that is not normal receivedfrom the PSAP causes this failure. A wink duration shorter than or longerthan the allowed time interval characterizes a wink that is not normal.
• Check PSAP hardware.
Buffer Full Flag High - Indicates that circuit pack buffer is full. Testperforms after signal correctly loops to a key set. The buffer full flag stateremains HIGH This state prevents additional messaging from peripheralmodule (PM).
• Replace Card. Refer to the Lines Maintenance Guide for the correctprocedure.
Buffer Full Flag Low - Indicates that circuit pack buffer is not ready toreceive messages from PM. The circuit pack receives a PM request tosignal a key set. This part of the test performs. The buffer full flag stateremains LOW. This state prevents additional messaging from PM.
• Replace Card. Refer to the Lines Maintenance Guide for the correctprocedure.
Bus Extender - Indicates that the bus extender loopback test failed. Thetest consists of a tone sent from the RCU maintenance card to the busextender card. The tone loops and returns to the maintenance card foranalysis.
• Replace bus extender card (NT3A17).
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Bypass Active - Indicates that the metal bypass is active.
• Attempt again.
CARD MISSING - Indicates request to test circuit pack was made. Packwas not present at suspect equipment location.
• Insert card. Refer to the Lines Maintenance Guide for the correctprocedure.
CARD OK,FACTST ABORT - Indicates circuit pack test completedcorrectly. Test aborted before the facility test completed.
• Manual test. Refer to the Lines Maintenance Guide for the correctprocedure.
CC - No Mailbox - Indicates that not enough software resources areavailable to perform test.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
nnnn nnnn nnnn nnnn CHANNEL LOSS - Indicates that the channel losssubtest of the extended diagnostic failed. The symbol nnnn representstones that the transmission test unit (TTU) measured.
• Replace card.
Check +48V switch - Indicates that return relay is not operating correctly.
• Reversal Rel. Refer to the Lines Maintenance Guide for the correctprocedure.
CKT CANNOT BE IDLED - Indicates attempt to idle circuit pack for testingfailed. Test did not start.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
Coin Collect - Indicates that the positive coin control voltage below test ofthe extended diagnostic failed.
• Replace card.
Coin Presence - Indicates that the positive or negative coin control groundbelow test of the extended diagnostic failed.
• Replace card.
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Coin Return - Indicates that negative coin control voltage below test of theextended diagnostic failed.
• Replace card.
Communicationfailed to a line card - Indicates that a line card did notreceive a C-channel response.
• Check card.
Communicationfailed to NT1 - Indicates that NT1 did not receive a C-channel response.
• Check NT1.
Connection Fail - Indicates that test connection between PM and remotemodule failed.
• Check the PM and remote module for errors. Post the PM and remotemodule PM level of the MAP. Issue the command string QUERYPMFLT. Replace any defective cards. If PM and remote module are free oferrors, test DS-1 link A.
CONNECTION FAULT - Indicates that the line and the test equipment didnot connect.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
D CHANNEL LINK ACTION FAILED - Indicates that an attempt to seizethe XMS-based peripheral module (XPM) D-channel link failed
• Check the D-channel or XPM links.
DCH cont failed: EC ON: LU interface - Indicates the D-channel handler(DCH) continuity test at the LU interface with echo cancellation ON, failed.
DCH cont failed: EC OFF: LU interface - Indicates the DCH continuity testat the LU interface with echo cancellation ON, failed.
DCH cont failed: L interface - Indicates DCH continuity test at the Linterface failed.
• Check ISLM links.
DCH cont failed: T interface - Indicates test of DCH continuity at the Tinterface failed.
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DCH cont No response from XPM or DCH - Indicates the XPM or the DCHdid not respond to the continuity test.
• Test DCH.
DCH not in service - Indicates the DCH selected for test is not in service.
• Check DCH and links.
Defective DSIC circuit on DPMC - Indicates an error in one of the DSICcircuits on the DPMC. Replace the defective DPMC.
• Replace card.
Defective facility sensors on DPMC - Indicates that an error occurs in theDPMC facility sensors. Replace the defective DPMC.
• Replace card.
Defective mate 10V regulator on DPMC - Indicates that an error occurs inthe mate 10V regulator on the DPMC. Replace the defective DPMC.
• Replace card.
Defective prime 10V regulator on DPMC - Indicates that an error occurs inthe prime 10V regulator on the DPMC. Replace the defective DPMC.
• Replace card.
Defective relay drivers on DPMC. - Indicates that an error occurs in theDPMC relay drivers. Replace the defective DPMC.
• Replace card.
Defective 30V meas. circuit on DPMC - Indicates that an error occurs inthe DPMC 30V-measurement-circuit. Replace the defective DPMC.
• Replace card.
Defective 30V power source on DPMC - Indicates that an error occurs inthe DPMC 30V power source. Replace the defective DPMC.
• Replace card.
DIAGNOSTIC ABORTED - Indicates that the facility establishes aconnection. Extended diagnostic aborts for reasons not known.
• Check facility. Refer to the Lines Maintenance Guide for the correctprocedure.
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Digital Port Card not present - Indicates that the DPC for the line subgroupthat contains the given LEN is not there. Insert an 8X47 card in the correctslot.
• Insert card.
DPMC control logic fault - Indicates that an error occurs in the DPMCcontrol logic. Replace the defective DPMC.
• Replace card.
DPMC failed to operate relay - Indicates that the DPMC failed to operatethe relay to connect the DPMC to the line for analysis. It is possible that theDPMC (8X55) is defective. Replace the 8X55 and repeat the test. If thecondition persists, replace the correct digital port card (8X47).
• Replace card.
DPMC in use by another line on the DLM - Indicates that DPMC mustperform tests on the DPC. The DPMC is not available to perform the tests.The DPMC is already performing tests on another line on the same DLMby manual or system request. Repeat the test. If the condition persists,execute the LOOPBK QUERY ALL command (MAP level LTPDATA). Usethe LOOPBK DPC command to verify that MADOs do not have active DPCloopback. The DPMC remains in use by a MADO if that MADO has a DPCloopback active. The DPMC remains in use until you issue a LOOPBK RLScommand for that MADO.
• Attempt again.
DSIP failure on looparound on/off - Indicates that the digital set interfaceprocessor (DSIP) failed to turn the PCM looparound on/off at the DPC.This failure occurs when you use the DPMC. Check the DLM. Install andverify that the DPMC is in the correct slot. Verify the versions of the DSIPfirmware and the DLM software load.
• Check peripherals.
DSIP failed to connect DPMC - Indicates that the DSIP did not detect theDPMC (8X55) in the DLM. Check the DLM. Verify that the 8X55 is in thecorrect slot. If the 8X55 is in the correct slot, remove and reinstall the cardand repeat the test. If the problem persists, replace the defective DPMC.
• Check peripherals.
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DSIP failed to perform DPMC test - Indicates the need to use the DPMC.The DSIP did not execute the DPMC test that precedes each use of theDPMC. Check the versions of the DSIP firmware and the DLM softwareload.
• Check peripherals.
DSIP failed to perform test - Indicates that the DSIP failed to perform theset occurrence test. Replace 8X49 card.
• Replace card.
nnnn nnnn nnnn nnnn ECHO RET LOSS - Indicates that the echo returnloss (ERL) subtest of the extended diagnostic failed. The extendeddiagnostic fails when nnnn represents tones measured by the transmissiontest unit (TTU).
• Replace card.
nnnn nnnn nnnn nnnn Eq Pads Test - Provides the results of theequalization pads test failure.
• Replace card. Can be a defective line card or an incorrect line card.
Equalization High - Indicates circuit pack obstruction is high with referenceto line and set requirements. Indicates that loop or set obstruction is highwith reference to circuit pack requirements.
• Replace card or check loop and set. Refer to the Lines MaintenanceGuide for the correct procedure.
Equalization Low - Indicates circuit pack obstruction is low with referenceto circuit pack and set requirements. The value also can indicate that loopor set obstruction is low with reference to circuit pack requirements.
• Replace card or check loop and set. Refer to the Lines MaintenanceGuide for the correct procedure.
EQUIP FAULT - Indicates that a hardware error that is not known causedtest to fail.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
Excessive voltage (>10V) on loop - Indicates that the loop measuresvoltage in excess of 10V. Check the MDF and jack panel and verify that noexternal voltages apply to the line.
• Check facility.
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Ext Not Datafilled - Indicates that a circuit pack connects to a key set. Thesystem tests the circuit pack. An extension is not entered correctly incustomer data Table KSETINV.
• Refer to the data schema section of the Translations Guide to correctKSETINV.
Ext Not Responding - Indicates that the system tests a circuit pack thatconnects to a key set. One of the extensions entered in customer dataTable KSETINV did not respond to the test.
• Refer to the data schema section of the Translations Guide to correctKSETINV.
EXTERNAL DCH CONTINUITY TEST FAILED - Indicates that the DCHcontinuity test failed.
• Check the D-channel.
External RAM fault detected - Indicates that the line card external RAMdetects an error.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
Failed data transmission to set - Indicates that an error occurred in thereceived data. The value can indicate that no data was received becauseof a bad loop or a damaged subscriber access multiplexer (SAM). No datacan be received if the SAM was unplugged or powered down
• Check loop and set. Refer to the data schema section of theTranslations Guide to correct KSETINV.
FAILED TO OPERATE CUTOFF RELAY - Indicates that the cutoff relayfailed to operate
• Check relay.
FAILED TO RELEASE LOOPBK. - Indicates a loopback release failure incontinuity test to the L, U, and T interfaces
FAILED TO RUN DCHCON. TRY AGAIN. - Indicates that the DCHcontinuity test did not run
• Check DCH and XPM and attempt test again.
Failed to set 2B+D loopbk: L interf. - Indicates the B-channels and D-channel loopback at the L-interface failed.
• Loopback L.
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Failed to set 2B+D loopbk: LU interf. - Indicates the two B-channels and D-channel loopback at the LU interface failed.
• Loopback LU.
Failed to set 2B+D loopback: T interf. - Indicates the two B channels andD-channel loopback at the T interface failed.
• Loopback T.
Fault in DPC, subscriber loop, or set - Indicates the pulse code modulation(PCM) looparound test at the DSIC in set failed. The PCM looparound testat the PSTS passed. Because the DLM is not equipped with a DPMC(8X55), the DPC cannot perform the test. Check jack and line cord. Setand verify all connections. If the connections are in order, connect a testset to the line. If the line continues to fail diagnostics, the DLIC orassociated circuitry on the DPC is defective. Replace the DPC. If the linepasses diagnostics with the test set, the set of the subscriber is defective.Replace the defective set.
• Check facility.
Fault in set -- set not responding - Indicates that the set did notacknowledge the occurrence and failed signaling tests. The DPMC facilitysensors detect a set on the line. Check the set and verify all connections. Ifthe connections are in order, the set is defective. Replace the defectiveset.
• Check facility.
Foreign voltage on loop -- check MDF - Indicates that the DPMCdiagnosed the subscriber loop and detected a foreign voltage. Check thesubscriber loop.
• Check facility.
nnnn nnnn nnnn nnnn Flux Cancel Test - Provides the results of the fluxcancellation test
• Replace card.
FUNCTIONAL TEST FAIL - Indicates system detected a hardware faultduring function test procedure of suspect equipment
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
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IAC Queue full - Indicates that the integrated- services digital- network(ISDN) access controller queue is full
• Attempt test again.
INCOMING SEIZURE - Indicates the facility was seized before a requestfor a test occurred. The facility was not tested.
• Check facility. Refer to the Lines Maintenance Guide for the correctprocedure.
Internal RAM/CPU fault detected - Indicates that either the line cardinternal random access memory(RAM) or the central processing unit(CPU)detects error.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
INVALID MAINTENANCE COMMAND TO XPM - Indicates that the XMS-based peripheral module (XPM) does not recognize the command.
• Check XPM load.
INVALID ISLC COMMAND - Indicates that the XPM does not recognizethe maintenance command sent to the XPM.
• Check the XPM load.
INVALID MAINTENANCE REQUEST TO XPM - Indicates that the XPMdoes not recognize the request from the DIAG command.
• Check the parameters.
ISLC REPLY RELAY STATE IS OUT OF RANGE - Indicates that the XPMdoes not recognize the relay tape.
• Check the XPM load. Check the line entry in the central control(CC)and the XPM.
ISLC STANDARD REPLY BYTE INVALID XPM - Indicates that the CCdoes not recognize the reply from the load.
• Check the XPM. Check the line entry in the CC and the XPM.
Invalid channel number to DPMC - Indicates that the DSIP received acommand for which the specified channel was not correctly looped/unlooped. Verify the versions of the DLM and LTC/LGC software and theDSIP firmware.
• Check peripherals.
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Invalid DCH - Indicates that the test selected a DCH that is not valid.
Invalid DPMC request sent to DLM - Indicates that the DLM received aDPMC command that was not valid. Verify the versions of the DLM andline trunk controller/line group controller(LTC/LGC) software loads.
• Check peripherals.
Invalid request to ISDN access controller (IAC). - Indicates that an IACreceived a request that was not valid.
• Check IAC load.
Invalid response from IAC/DCH - Indicates that the response from theISDN access controller or the DCH was not valid.
• Check DCH.
Invalid response to self test - Indicates that the line card sent a responsethat was not valid during a self test. Normally, a response that is not validoccurs when a damaged line card is present. A response that is not validcan occur when the card in the slot is not an entered card.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
Invalid RIT reply from DSIP (XXXX) - The XXXX indicates the point whenthe signaling looparound test performed(PSTS, DPC, DSIC, or MADO).The XXXX indicates that the DSIP reply to the RIT signaling looparound,message is not valid. Replace the 8X49 card. If condition continues,replace the 8X46 card.
• Replace card.
ISLM not responding - Indicates that the ISDN line module does notrespond.
• Check ISLM.
Jack Access Active - Indicates that a jack access sets up at the remotecarrier urban (RCU).
• Retry the test.
LC BPVO test failed. - Register indicates line card bipolar voltage overflow(BPVO) register test failed.
• Check line card.
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LC context restore failed. - Indicates line card status after a context restorefailed.
• Check line card.
LU interface not activated. - Indicates that the LU interface is not activated.
• Check line card.
Line Data Error:Terminal id. - Indicates an error in data on the line.
• Check data.
Local Testing Active - Indicates that a local test initiated at themaintenance card of the RCU.
• Retry the test.
Loop communication fault - Indicates that a loop component does not sendC-channel responses.
Looped data does not match - The XXXX indicates the point where thesignaling looparound test performs(PSTS, DPC, DSIC, or MADO). TheXXXX indicates that the data received from the looparound test does notmatch the data sent. Replace the 8X46 card. If the condition continues,replace the 8X49 card.
• Replace card.
Looped message not received from DPC - Indicates that the signalinglooparound test at the DPC failed. Replace the DPC (8X47).
• Replace card.
Looped message not received from DSIC - Indicates that the signalinglooparound test at the DSIC failed. Check the set and verify allconnections. If the connections are in order, replace the set.
• Check facility.
Looped message not received from MADO - Indicates that the signalinglooparound test at the MADO failed. Check the MADO and verify allconnections. If the connections are in order, replace the MADO.
• Check facility.
Looped message not received from PSTS - Indicates that the signalinglooparound test at the PSTS failed. Replace the 8X46 card. Replace the8X49 card only if the condition continues.
• Replace card.
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LTA CANCELLED - Indicates a cancelled request line test access (LTA).The test aborted.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
MADO reset error - Indicates that the MADO failed to perform MADO resetfunction. Check the MADO and verify all connections. If the connectionsare in order, the MADO is defective. Replace the defective MADO.
• Check facility.
MADO self test failed - Indicates that the MADO acknowledged itspresence and passed signaling and PCM tests. The microprocessor in theMADO failed the self-test. Check the MADO and verify all connections. Ifthe connections are in order, the MADO is defective. Replace the defectiveMADO.
• Check facility.
Main Datafilled - Indicates the system tested a circuit pack that connects toa key set. The main set is not entered correctly in customer data TableKSETINV.
• Check loop and set. Refer to the data schema section of theTranslations Guide to correct KSETINV.
Main Not Responding - Indicates the system tested a circuit pack thatconnects to a business set. The main set entered in customer data TableKSETINV does not respond to the test.
• Check loop and set. Refer to the Lines Maintenance Guide for thecorrect procedure.
Messaging Failure To Data Option - Indicates MADO firmware does notrecognize messaging. It is possible that the microprocessor in the MADOlost sanity. Communication between the DISC and the MADO failed.
• Check 8X49 set. Make sure you plugged the MADO power in, and thepower source works. If the power source works, run the diagnostic onanother MADO that is on the same port card and DLM unit. If thediagnostic passes, the MADO microcontroller is defective. Replace thedefective microcontroller. Check the DSIP 8X49 card for a problem.
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Messaging Failure To Set Firmware - Indicates the M3000 digitaltelephone firmware does not recognize messaging. It is possible that themicroprocessor in the set lost sanity. Communication between the DISCand the firmware chip failed.
• Check 8X49 set. Make sure you plugged the M3000 power source inand that the power source works. If the power source works, run thediagnostic on another set that is on the same port card and DLM unit. Ifthe diagnostic passes, the microcontroller of the set is defective.Replace the defective microcontroller. Check the DSIP 8X49 card for aproblem.
Messaging Inhibited - Indicates messaging inhibited between the PM andremote module for a limited time
• Attempt test again.
Metering Card not Datafilled - Indicates metering pulse test detects adifference in the line data. Entries in Table LENLINES indicate the 6X94AAline under test supports an SPM or a coin phone. Entries in Table LNINVindicate that a 6X95AA metering tone card is not present in slot 0. Slot 0 isof the odd line subgroup for the line concentrating module (LCM) drawerthat contains the line under test.
• Check data. Refer to the data schema section of the TranslationsGuide to correct KSETINV.
Metering Card not Responding - Indicates metering tone card (6X95AA)did not respond, either because the card is defective or is not present inthe drawer
• Check card or replace card. This action depends on when the systemdetected the failure. Refer to the Lines Maintenance Guide for thecorrect procedure.
Metering Card set to 16KHz - Indicates metering pulse test for a 6X94AAline card detected a metering pulse with a frequency of 16KHz. A dipswitch supplied at either 12KHz or 16 KHz sets the 6X95AA metering tonecard. The dip switch is set to 16 KHz.
• Change dip switch setting. Refer to the Lines Maintenance Guide forthe correct procedure.
Modem fault detected - Indicates the line card modem circuitry contains anerror.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
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Metallic test access (MTA) connection failure - Indicates MTA busy.
• Check driver.
Mtc Bus Unavailable - Indicates that maintenance bus at the remote carrierurban (RCU) is not available for test.
• Test again. If maintenance bus is not available after multiple attempts,check the faceplate of the maintenance card for alarms. Check theperipheral module (PM) level of the MAP for RCU alarms. Post theRCU and issue the command QUERYPM FLT. A defectivemaintenance card is the possible cause of the problem.
Neg Coin Off-Hook - Indicates that the negative coin control voltagesubtest of the extended diagnostic failed.
• Replace card.
No card present in slot. - Indicates that a card is not present in the slot.
• Insert card.
NO CARD RESPONSE - Indicates that an attempt to idle circuit pack fortesting failed. Test did not start.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
NO COMMUNICATION - Indicates that an attempt to idle circuit pack fortesting fails. Test does not start
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
No digit message - Indicates diagnostics error. The system can generatethis message if the ALT attempts to test the line while the user attempts tooriginate a call. This message can indicate that the line card is defective.
• Repeat the test to determine what the condition is. If the "No digitmessage" persists after two tests, the line card should be replaced.
No DSIP RIT reply received (XXXX) - The XXXX indicates the point atwhich the signaling looparound test performs (PSTS, DPC, DSIC, orMADO). Indicates the DSIP did not reply to the RIT (signaling looparound)message from the DLM. Replace 8X49 card.
• Replace card.
No Line Card - Indicates the line card that requires testing is not present.
• Insert card.
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NO LINE CARD DIAG - Indicates facility test completed correctly. Facilitytest aborted before circuit pack test was complete.
NO LOOP CONNECTION - Indicates an error detected during an attemptto connect through the network.
• Check network.
No LTA Card - Indicates the line test access (LTA) card on the RCU is notpresent.
• Insert LTA card.
No MADO or fault in DPC, loop, or set - Indicates MADO did notacknowledge the occurrence. Check the set and MADO and verify allconnections. If all connections are in order, the error is either in the loop orin the DLIC or associated circuitry on the DPC. Check loop accuracy. If theerror is not in the loop, replace the DPC.
• Check facility.
No MADO or signaling failure in MADO - Indicates the MADO did notacknowledge the occurrence and fails signaling tests. The voice setacknowledges the occurrence of the MADO and passed the signalingtests. Either there is no MADO present or the MADO is defective. Checkthe set to verify the correct installation of MADO and the correct connectionof the cables. If connections are in order, replace the MADO.
• Check facility.
No Mtc Card - Indicates that the maintenance card at the RCU is notavailable.
• Insert maintenance card.
NO T INTERFACE SYNC - Indicates that the synchronization at the T-loopdid not occur.
• Check that the terminals are plugged in.
No response from XPM - Indicates the XPM does not respond.
• Check peripherals.
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NO RESPONSE FROM LTC - Indicates an attempt to idle line trunkcontroller for test fails. Test does not start.
• Check peripherals.or No Response from LTC - Indicates that thediagnostic process sent a message and the LTC/LGC did not respond.Check the LTC/LGC and the DLM.
• Check peripherals.
NO RESPONSE FROM PERIPHERAL - Indicates an attempt to idleperipheral for test failed and test did not start.
• Check peripherals.
No response to self test - Indicates card did not respond to a request for aself test. Normally the card does not respond when the line card isdefective or the card in the slot is not the entered card
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
No set or fault in DPC, loop, or set - Indicates that the set did notacknowledge the occurrence and failed signaling tests. You cannot testDPC signaling. The DLM that contains the corresponding DPC does nothave a DPMC (8X55). Verify that a set is present and check the jack, linecord, and set connections. If the connections are in order, replace the setwith a test set. If the line continues to fail diagnostics, the DPC is defective.Replace the defective DPC. Relocate the DN to a different LEN. Enter thedefective LEN into Table IVDTRBL to block the bad port until you canreplace the card. If the line passes diagnostics with the test set, the set ofthe subscriber is defective. Replace the defective set.
• Check facility.
No Signaling, Loop at Set - Indicates signal was not at set sent fromperipheral module to connected keyset.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
No Signaling to Set - Indicates that peripheral module did not send a signalor that the connected keyset did not receive a signal.
• Check Card and Set. Refer to the Lines Maintenance Guide for thecorrect procedure.
No signaling to card rr/ss - Indicates a loop signaling error at the cardoccurred. The letters ''rr'' indicate the number of messages received; ''ss''indicates the number of messages sent.
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No SMS Pside Channel - Indicates that a free DS-1 channel is not present.
• Attempt the test again.
No SMU Pside Channel - Indicates that a free DS-1 channel is not present.
• Attempt the test again.
NO TONE Detected - Indicates public- safety- answering point (PSAP) testfails at the ALT level of the MAP. The test fails because TTU does notdetect the tone in the allowed time interval.
• Check TTU/PSAP.
No Wink From PSAP - Indicates PSAP test fails at the ALT level of theMAP because no wink is received from the PSAP
• Check PSAP. Make PSAP hardware and entries of the card code of thetested line compatible. Make sure you entered ''E911_PSAP_RECPRE_WINK_TIME'' parameter in Table OFCENG is entered correctly.
PCM looparound failure at DSIC in set or, PCM failure at DSIC in set -Indicates that the set acknowledged the occurrence and passed thesignaling looparound test at the set. The set passed the PCM looparoundtest at the PSTS. The set failed the PCM looparound test at the set. First,substitute a known good set. If the error disappears, the original set wasbad. If the error continues, check loop accuracy. If the loop proves good,the DPC is defective. Replace the defective DPC.
• Check facility.
Noise Level nnnn DB WEIGHT NOISE - Indicates that the noise subtest ofthe extended diagnostic failed. Nnnn represents the noise level that thetransmission test unit (TTU) measured.
• Replace card.
Noise Level nnnn DB NOTCH NOISE - Indicates that the noise subtest ofthe extended diagnostic failed. Nnnn represents the noise level that thetransmission test unit (TTU) measured.
• Replace card.
NT1 BPVO register test failed - Indicates network termination 1 (NT1)bipolar voltage overflow register test failed.
• Check NT1.
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NT1 context restore failed - Indicates NT1 state after a context restorefailed.
• Check NT1.
NT1 REPLY OPERATION TIME INVALID - Indicates the reply time periodwas not valid
• Check the NT1. Perform full diagnostics.
Off-Hook - Indicates that the off-hook subtest of the extended diagnosticfailed
• Replace card.
On-Hook - Indicates that the on-hook subtest of the extended diagnosticfailed
• Replace card.
Open Circuit check loop (or no set) - Indicates that the DPMC diagnosedthe subscriber loop and detected an open circuit wad. Verify that a setconnects on the loop. Check the subscriber loop. If no errors are present,the open circuit is internal to the set.
• Check facility.
nnnn nnnn nnnn nnnn Pad nDB Test - Provides the result of the Pad DBtest. The letter n represents the exact pad value on which the test fails
• Replace card.
PAM Loopback - Indicates the pulse amplitude modulation (PAM) loopbacktest failed. This test consists of a test tone sent from the RCU maintenancecard to the transmit/receive multiplexer card. The test tone loops andreturns to the maintenance card for analysis.
• Replace transmit/receive multiplexer card (NT3A18).
PCM looparound not activated (XXXXX) - The XXXXX indicates the pointat which the PCM looparound test performs (PSTS, DPC, DSIC, MADO, orCODEC.) Indicates that the PCM looparound can not activate.
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Timeout on PSAP seize - Indicates PSAP test invoked by the ALT systemfails. The line initiates a PSAP test. The PSAP test fails when a responsefrom the line does not occur.
• Check PSAP/DS-1 or channel bank hardware. Try other lines to thesame PSAP destination. If the lines pass, it is only an isolated circuitproblem. If the lines fail, it is a PSAP problem, a DS-1 carrier problem,or a channel bank hardware problem. To rectify the problem, replace8X49 card.
PCM looparound failure at DSIC in set or PCM failure at DSIC in set -Indicates the set acknowledged its presence and passed the signalinglooparound test at the set. The set passed the PCM looparound test at thePSTS. The set failed the PCM looparound test at the set. First, substitute aknown good set. If the error disappears, the original set is defective. If theerror continues, check loop accuracy. If the loop proves good, the DPC isdefective. Replace the defective DPC.
• Check facility.
PCM looparound not released (XXXXX) - The XXXXX indicates the point atwhich the PCM looparound test performed (PSTS, DPC, DSIC, MADO, orCODEC). Indicates the PCM looparound does not deactivate.
• Replace 8X49 card.
PCM looparound test failed at DPC - Indicates the PCM looparound testthat uses the tone generation and tone detection circuitry of the TTT failed.The PCM looparound test failed at the DPC looparound point. Thereadings that the tone detection circuitry takes, indicate that the frequencyof the level is not acceptable.
• Replace DPC (8X47).
PCM looparound test failed at PSTS - Indicates that the PCM looparoundtest that uses the tone generation and tone detection circuitry of TTT failed.The PCM looparound test failed at the PSTS looparound point. Thereadings that the tone detection circuitry takes, indicate that the frequencyand the level or both are not acceptable.
• Replace 8X46 card. Replace 8X49 card ONLY if the problem persists.
PCM looparound test failed at XXXXX - The XXXXX indicates the point atwhich the PCM looparound test performed (DSIC, MADO, or CODEC).Indicates the PCM looparound test that uses the tone generation and tone
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detection circuitry of the TTT failed. The PCM looparound test failed at theDPC looparound point. The readings that the tone detection circuitry takes,indicate that the frequency and the level or both are not acceptable.
• Check facility. Check the set and verify all connections. If allconnections are in order, the set (or MADO) is defective. For XXXXX =DSIC or CODEC, replace the set. For XXXXX = MADO, replace theMADO first. Replace the set ONLY if the problem persists.
PM Not Ready - Indicates the remote module is not ready to process testrequests.
• Attempt the test again.
PM Reply Timeout - Indicates the PM failed to respond to a CC request totest the remote module. Indicates failed-to-return test results in an exacttime. Indicates the remote module failed to respond to a PM test request orfailed to return test results in an exact time. Defective software can cause aPM reply timeout. Collect PM180 and SWER reports and contactmaintenance personnel.
• Attempt the test again. If the error persists, check for alarms and logsthat indicate defective common equipment. Cards involved in themessage path between the CC, PM, and remote module can bedefective.
Positive Coin Off-Hook - Indicates that the positive coin control voltagesubtest of the extended diagnostic failed.
• Replace card.
Pre V. Trip - Indicates ringing current not normally tripped.
• Ringing generator (RG) Trip Fail. Refer to the Lines MaintenanceGuide for the correct procedure.
PSTS test resources not available - Indicates that another line alreadyuses the PSTS test resources on the same DLM unit. Repeat the test. Ifthe condition continues, execute the command LOOPBK QUERY ALL atthe LTPDATA level of the MAP. Verify that no MADO on this DLM unit hasa PSTS loopback that activates manually.
• Attempt again.
RESET FAILED - Indicates attempt to reset circuit pack after test failed.Pack did not return to service.
• Replace card. Refer to the Lines Maintenance Guide for the correctprocedure.
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Resistance XXXXXX OHMS - Indicates failure of sealing current test. TheXXXXXX represents a decimal number.
• Battery feed.
Ringing Failed
• Check ringing.
Ringing Failed Pre Trip
• Check ringing.
RIT failed to run - Indicates the LGC did not perform a run integrity test(RIT)
• Check PM.
ROM fault detected - Indicates fault detected on the line card read-onlymemory (ROM).
• Replace card. Phone subscriber and inquire if the display section of thesuspect set functions correctly. If the display section does not functioncorrectly, arrange to replace or service the set. Refer to the LinesMaintenance Guide for the correct procedure.
Reverse Battery - Indicates the reverse battery subtest of the extendeddiagnostic failed.
• Replace the card.
ROM f RAM p SCP p p - Indicates the shower queue timer diagnosed anISDN loop and the diagnostic failed this self test. The reason for failureincludes all diagnostic errors for T line card.
• Diagnose the ISDN loop from the MAP terminal in order to perform anextended diagnostic.
Set Display Not Responding - Indicates the keyset display micro did notreport its state during the diagnostic test.
Short circuit check subs loop & set - Indicates that the DPMC diagnosedthe subscriber loop and detected a short circuit. Check the subscriber loop.If you do not detect errors, the short can be internal to the set.
• Check facility.
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SHORT TEST ONLY - Indicates a request for an extended diagnostic test.An extended diagnostic test did not perform and a short test performedinstead.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
Signal failure - DPC, loop, or set - Indicates that voice set acknowledgedthe occurrence but failed signaling tests. The DLM that contains thecorresponding digital port card does not have a digital port maintenancecard (DPMC) 8X55). The DLM cannot test the DPC signaling. Check thejack, line cord, and set. Verify all connections. If the connections are inorder, replace the set with a test set that passes diagnostics. If the linecontinues to fail diagnostics, the DPC is defective. Replace the defectiveDPC. The DN can be relocated to a different LEN. Enter the LEN intoTable IVDTRBL. The defective LEN marks the bad port until you replacethe card. If the line passes diagnostics with the test set, the set of thesubscriber is defective. Replace the defective set.
• Check facility.
Signal failure DPC or Meridian set - Indicates the set acknowledged theoccurrence. The signaling looparound test at the set failed. First substitutea known good set. If the error disappears, the original set is defective. Ifthe error continues, check loop accuracy. If the loop proves good, the DPCis defective. Replace the defective DPC.
• Check facility.
Signal failure MADO not responding - Indicates that only the voice setacknowledged the occurrence. Both the set and the MADO failed signalingtests. The DLM that contains the associated digital port card does not havea digital port maintenance card (DPMC) 8X55. The DLM cannot test theDPC signaling. Check the set, MADO, and line cord. Verify all connections.If the connections are in order, replace the set with a test set. If the linecontinues to fail diagnostics, the DPC is defective. Replace the defectiveDPC. You can move the voice and data DNs to different LENs. Enter thedefective LENs into Table IVDTRBL. The defective LENs block bad portsuntil you replace the card. If the line passes diagnostics with the test set,the subscriber set is defective. Replace the defective set.
• Check facility.
Signaling failure in MADO - Indicates that the MADO acknowledged theoccurrence but failed signaling tests. The voice set acknowledged theoccurrence and passed signaling tests. Either the MADO is defective or
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connections are defective. Check the set to verify the correct installation ofMADO and the correct connection of the cables. If connections are inorder, replace the MADO.
• Check facility.
Single-End - Indicates short diagnostics for local tests failed.
• Replace card.
Suspected LCC Fault - Indicates that the system suspects that the linecard under test resides on a defective line card carrier (LCC).
• Test other line cards on the LCC. If all other line cards fail, replace theLCC. If other line cards pass diagnostics, replace the original line cardthat failed.
SV1 Stuck After Ringing - Indicates supervision bit 1 (SV1) that transmitson/off-hook state was high after system applied ringing. When the systemreleases the ringing relay, the (SV1) must be low.
• Replace card.
Software error -- check for SWERR - Indicates a software error (SWERR)occurred.
• Check logs and retain the SWERR for use by technical supportpersonnel.
SV1 Stuck Before Ringing - Indicates SV1 that transmits on/off-hook statewas low before system applied ringing. When the system operates theringing relay, SV1 must be high.
• Replace card.
Sync loss at U interface - Indicates the U interface lost synchronization.
• Check NT1 Intst.
Talk Battery - Indicates that the talk battery subtest of the extendeddiagnostic failed.
• Replace card.
Termination out of range. - Indicates a termination check discoveredtermination to be out of range.
• Test.
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Test Alarm Return Code - Indicates that an error is present at the remotemodule. The fault prevents the execution of the test request for the remotemodule.
• Check the remote module. Defective common equipment cards,defective wiring, or a defective channel test unit can cause this failure.
TEST EQUIPMENT FAULT - Indicates system detected error on testequipment required to complete test procedures that remain.
• Attempt again. Refer to the Lines Maintenance Guide for the correctprocedure.
Test register failed at LC - Indicates test register at ISDN line card failure.
• Check line card.
Test register failed at NT1 - Indicates test register at NT1 failed.
• Check NT1.
Timeout on PSAP seize - Indicates PSAP test that the alternate systeminvolved failed. The line initiates a PSAP test. The PSAP test fails whenthe line under test does not respond to the system.
• Check PSAP/DS1 or channel bank hardware. Try other lines to thesame PSAP destination. If these lines pass, the problem is in thecircuit. If the lines fail, the problem is in the PSAP, DS-1 carrier, or inchannel bank hardware.
nnnn nnnn nnnn nnnn THL Test - Provides the results of the transhybridloss test
• Replace card.
Tip XXX v. Ring XXX v. CO operated. - Indicates relay failed to operate
• Check cutoff relay.
Tip XXX v. Ring XXX v. CO released. - Indicates that the system detectedvoltage out of range before the cutoff relay that performed. The XXXrepresents a decimal number.
• Check power supply.
Tip Ringing, ANI Gnd - Indicates the tip ringing subtest or ANI groundsubtest of the extended diagnostic failed
• Replace card.
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Unexpected PM Reply - Indicates that the PM or remote module sent amessage during testing that the DMS switch did not interpret
• Attempt the test again. If the error continues, collect log and SWERRreports and contact maintenance personnel.
WRONG CARD INSERTED - Indicates circuit pack inserted is not typeexpected
• Change card. Refer to the Lines Maintenance Guide for the correctprocedure.
Wrong Tone - Indicates PSAP test failed at the ALT level of the MAP. ThePSAP test fails when the PSAP test sends ANI digits and does not returnbusy tone.
• Attempt again. Test other lines to the same PSAP destination. If theselines pass, the error represents only an isolated circuit problem. If thelines fail, the error represents either a PSAP problem or a DS-1 carrierproblem.
11600 Hz 4.8 Volts 178 mSecs - Indicates metering pulse test for a6X94AA line card detected a metering pulse. One or more of frequency,amplitude, and duration of the metering pulse were not in acceptablelevels.
• Metering. Refer to the Lines Maintenance Guide for the correctprocedure.
30V DPC power source defective - Indicates that the DPMC tested theDPC. The DPMC detected a defective 30-volt DPC power source. Replacethe defective DPC.
• Replace card.
U Loop parameters out of range. - Indicates a U Loop test detected U Loopparameters that were not in range.
• Test.
Remedial action
• If DIAGNOSTIC REASON and ACTION REQUIRED appear in theExplanation Table and cycltxt = RETEST 2, use the followingreferences to isolate and correct failures indicated by ALT101:
• Refer to the data schema section of the Translations Guide for allfailures associated with entry.
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• Refer to Trouble Locating and Clearing Procedures for all failuresassociated with CC or PM.
• Refer to the Lines Maintenance Guide for more information on linetesting.
AttributesAttribute Value
Severity Indeterminate
FormatALT101 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn cycltxt
TEST TYPE typtxt DIAGNOSTIC RESULT diagtxt
ACTION REQUIRED acttxt CARD TYPE pec
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL ALT Constant Fixed Indicates FAIL ALT was performed
len Alphanumeric textstring
Variable The line equipment number (LEN) forsuspect line equipment. See Table I.
DN Constant Fixed Indicates that a directory number (DN)follows. See Table I.
dn Integers Variable The directory number (DN) for thesuspect line equipment. See Table I.
cycltxt 1st CYCLE Variable Indicates the line equipment failed thespecified test the first time the test ran
RETEST 1 Variable Indicates the line equipment failed thespecified test during the first automaticretest of the line equipment
RETEST 2 Variable Indicates the line equipment failed thespecified test during the secondautomatic retest of the line equipment
typtxt DIAG Variable Indicates extended diagnostic testwas performed on suspect lineequipment
BAL NET Variable Indicates an on-hook balance networktest was performed
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Field Value Fixed orVariable
Description
LIT Variable Indicates the line insulation test wasperformed
SDIAG Variable Indicates a short diagnostic test wasperformed
CKTTST Variable Indicates circuit test was performed onsuspected line equipment
DIAGNOSTICRESULT
Symbolic text Variable Indicates the result of the diagnostictest. Refer to the Diagnostic results inAdditional information.
CARD TYPE Symbolic text Variable Indicates the card number. See TableI.
Active message exampleALT101 APR01 12:00:00 2112 FAIL ALT
HOST 00 0 00 27 DN 8057811999 1st CYCLE
TEST TYPE DIAGN DIAGNOSTIC RESULT FUNCTIONAL TEST FAIL
ACTION REQUIRED REPLACE CARD CARD TYPE 3X65AA
ALT101 APR01 12:00:00 2112 FAIL ALT
PSAP 00 0 00 27 DN 8057811999 1st CYCLE
TEST TYPE DIAGN DIAGNOSTIC RESULT Invalid Card Code For Test
ACTION REQUIRED Try Again CARD TYPE PSAPNN
ALT101 OCT31 12:00:01 2112 FAIL ALT
RCU 00 0 00 01 DN 8057811999 1st CYCLE
TEST TYPE DIAGN DIAGNOSTIC RESULT FUNCTIONAL TEST FAIL
ACTION REQUIRED REPLACE CARD CARD TYPE 7A25AA
ALT101 OCT31 12:00:01 2112 FAIL ALT
RCU 00 0 00 01 DN 8057811999 1st CYCLE
TEST TYPE DIAGN DIAGNOSTIC RESULT FUNCTIONAL TEST FAIL
ACTION REQUIRED REPLACE CARD CARD TYPE 7A33AA
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ALT101 OCT31 12:00:01 2112 FAIL ALT
RCU 00 0 00 01 DN 8057811999 1st CYCLE
TEST TYPE DIAGN DIAGNOSTIC RESULT FUNCTIONAL TEST FAIL
ACTION REQUIRED REPLACE CARD CARD TYPE 7A31AA
Clear message examplen/a
Associated OM registers
ALT103The Automatic Line Testing (ALT) subsystem log report. The subsystemgenerates ALT103 when a line insulation test (LIT) performed on lineequipment fails. ALT measures the current voltage. ALT compares thecurrent voltage to the maximum voltage permitted on a line. If the currentvoltage exceeds the maximum permitted, a foreign electromotive force(FEMF) is on the line. ALT performs as a result of either a manual requestfrom the ALT MAP level or based on the ALT schedule. Refer to the ALTMAP level for schedule.
ALT can perform on separate lines. Normally ALT performs on knowngroups of lines. The DMS automatically retests each line that fails the firstrun of ALT. The DMS automatically tests each line that fails during thesecond run of ALT. The DMS can perform any group of line insulation tests(LITs). The system generates ALT103 when the line identified in the reportby its LEN and DN fails. Refer to Line Maintenance Reference Manual,297-1001-594 for more information on ALT.
Remedial actionPerform line diagnostics on the suspect line equipment from the LTP MAPlevel to isolate the error. Refer to Line Maintenance Reference Manual,297-1001-594 for diagnostic tests that can be run on line equipment. Thesystem generates LINE100 or LINE101.
• The system can continue to generate LINE100 (PASS) and ALT103 forthe suspect line equipment during the two retests of ALT failures. If thisaction occurs, contact the next level of maintenance.
• If the system generates LINE101 (FAIL), follow the action required forLINE101.
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Continue attempts to clear the error until one of the following occurs:
• The system generates LINE100 and does not generate ALT 103.
• You contact the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatALT103 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn cycltxt
LIT TEST = lttxt RESULT: restxt
MAX nnn VOLTS ACT nnn VOLTS
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL ALT Variable Indicates a fail ALT performed.
len Alphanumeric textstring
Variable The line equipment number (LEN) forsuspect line equipment
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
cycltxt 1st CYCLE Variable Indicates line equipment failed thespecified test the first time the testran.
RETEST 1 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT 1st CYCLE failures.
RETEST 2 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT RETEST 1 failures.
LIT TEST ALL TEST Variable Indicates that the suspect lineequipment performed all of the teststhat followed.
CAPACITANCE Variable Measures capacitance valuesbetween tip lead and ground, ring leadand ground, and tip and ring leads.
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Field Value Fixed orVariable
Description
FEMF Variable Measures AC/DC FEMF between tiplead and ground, and ring lead andground.
R-G Variable Measures insulation resistancebetween ring lead and ground.
R-T Variable Measures insulation resistancebetween ring and tip leads.
T-G Variable Measures insulation resistancebetween tip lead and ground.
RESULT RING AC FEMF Variable Indicates DC voltage measuredbetween ring lead and ground wasgreater than the maximum levelsallowed.
RING DC FEMF Variable Indicates DC voltage measuredbetween ring lead and ground wasgreater than the maximum levelallowed.
TIP AC FEMF Variable Indicates AC voltage measuredbetween tip lead and ground wasgreater than the maximum levelallowed.
TIP DC FEMF Variable Indicates DC voltage measuredbetween tip lead and ground wasgreater than the maximum levelallowed.
MAX nnn VOLTS 0 to 140 Variable Defines maximum AC/DC voltageallowed on a line. The default is 2.When the system defines the ALTtest, you can use the DEFINEcommand in the ALT MAP to changethe default.
ACT nnn VOLTS -150 to 150 Variable Provides current voltage measured onsuspect line equipment
Active message exampleALT103 APR01 12:00:00 2112 FAIL ALT
HOST 01 1 01 01 DN 8057811999 1st CYCLE
LIT TEST = ALL TEST RESULT: TIP DC FEMF
MAX 2 VOLTS ACT 28 VOLTS
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Clear message examplen/a
Associated OM registers
ALT104The Automatic Line Testing (ALT) subsystem log report ALT104. THesubsystem generates ALT104 when a line insulation test (LIT) performedon line equipment fails. ALT measures the current insulation resistance inOhms. ALT compares current resistance to the minimum insulationresistance that the line requires. If the current insulation resistance is lowerthan the minimum required, a leak occurs in the insulation of either the tipor ring lead. ALT performs as a result of either a manual request from theALT MAP level or based on the ALT schedule. Refer to ALT MAP level forschedule.
ALT can perform on separate lines. ALT normally performs on knowngroups of lines. The DMS switch automatically tests each line that fails thefirst run of ALT again. The DMS switch automatically tests each line thatfails during the second run of ALT again. The system generates ALT104when the line identified in the report by its LEN and DN fails. Refer to LineMaintenance Guide, 297-1001-594 for more information on ALT.
Remedial actionPerform line diagnostics on the suspect line equipment from the LTP MAPlevel to isolate the error. Refer to Line Maintenance Guide, 297-1001-594for diagnostic tests that can run on line equipment. The system generatesLINE100 or LINE101.
• The system can continue to generate LINE100 (PASS) and ALT104 forthe suspect line equipment. If the system generates LINE100(PASS)and ALT104 during the two retests of ALT failures, contact the nextlevel of maintenance.
• If the system generates LINE101 (FAIL), follow the action required forLINE101.
Continue attempts to clear the error until one of the following occurs:
• The system generates LINE100 and does not generate ALT104.
• You contacted the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
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FormatALT104 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn cycltxt
LIT TEST = testtxt RESULT: restxt
MIN nnn OHMS ACT nnn OHMS
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL ALT Constant Fixed Indicates a fail automatic line test(ALT) performed.
len Alphanumeric textstring
Variable The line equipment number (LEN) forsuspect line equipment
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
cycltxt 1st CYCLE Variable Indicates line equipment failed thespecified test the first time the testran.
RETEST 1 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT 1st CYCLE failures.
RETEST 2 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT RETEST 1 failures.
ALL TEST Variable Indicates that the suspect lineequipment performed all of the teststhat followed.
CAPACITANCE Variable Measures capacitance valuesbetween tip lead and ground, ring leadand ground, and tip and ring leads.
FEMF Variable Measures ac/dc foreign electromotiveforce (FEMF) between tip lead andground, and ring lead and ground.
R-G Variable Measures insulation resistancebetween ring lead and ground.
R-T Variable Measures insulation resistancebetween ring and tip leads.
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Field Value Fixed orVariable
Description
T-G Variable Measures insulation resistancebetween tip lead and ground.
RESULT RING LEAK Variable Indicates that insulation resistancemeasured between ring lead andground is lower than minimumrequired.
TIP LEAK Variable Indicates insulation resistancemeasured between tip lead andground is lower than minimumrequired.
TIP RNG LEAK Variable Indicates insulation resistancemeasured between tip and ring leadsis less than minimum required
MIN nnn OHMS 1 to 7500 Variable Defines minimum insulation resistancein Ohms that suspect line equipmentrequires. The default value for band 0is 400 and for band 1 is 2000. Whenthe system defines the ALT test, youcan use the DEFINE command in theALT MAP level to change the default.
ACT nnn OHMS 0 to 32767 Variable Provides current insulation resistancein Ohms measured on the line
Active message exampleALT104 APR01 12:00:00 2112 FAIL ALT
HOST 01 1 01 01 DN 8057811999 1st CYCLE
LIT TEST = ALL TEST RESULT: TIP-RNG LEAK
MIN 400 OHMS ACT 100 OHMS
Clear message examplen/a
Associated OM registers
ALT105The Automatic Line Testing (ALT) subsystem log report ALT105. Thesubsystem generates ALT105 when the line circuit pack and the testequipment cannot make the metallic test access (MTA). Normally, youcannot make this connection because the MTA vertical for the line circuit
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pack is not available. ALT performs as a result of a manual request fromthe ALT MAP level or based on the ALT schedule See ALT MAP level forschedule.
ALT can perform on separate lines. ALT normally performs on knowngroups of lines. The DMS switch automatically tests each line that fails thefirst run of ALT again. The DMS switch automatically tests each line thatfails during the second run of ALT again. When the line that the reportidentifies and the test equipment cannot make the MTA, the systemgenerates ALT105. Refer to the Line Maintenance Guide, 297-1001-594for more information on ALT.
Remedial actionRerun test from the ALT MAP level. If the system generates ALT105 twicewith the same LEN, verify if another test runs that uses the MTA vertical.
• If the system runs another test, wait until the test is complete and runthe ALT test for the suspect line equipment again. If the systemgenerates ALT105 a third time, contact the next level of maintenance.
• If the system does not run another test, contact the next level ofmaintenance.
Continue attempts to clear the error until one of the following occurs:
• The system does not generate ALT105.
• You contacted the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatALT105 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn cycltxt
LINE TEST ACCESS FAILED
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL ALT Constant Fixed Indicates a fail ALT attempted.
len Alphanumeric textstring
Variable The line equipment number (LEN) forthe suspect line equipment
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Field Value Fixed orVariable
Description
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
cycltxt 1st CYCLE Variable Indicates line equipment failed thespecified test the first time the testran.
RETEST 1 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT first CYCLE failures.
RETEST 2 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT RETEST 1 failures.
LINE TEST ACCESSFAILED
Constant Fixed Indicates that line circuit pack and testequipment did not make MTAconnection.
Active message exampleALT105 APR01 12:00:00 2112 FAIL ALT
HOST 01 1 01 01 DN 8057811999 1st CYCLE
LINE TEST ACCESS FAILED
Clear message examplen/a
Associated OM registers
ALT106The Automatic Line Testing (ALT) subsystem report ALT106. The systemgenerates ALT106 when a line insulation test (LIT) that measures thecapacitance for AC continuity on line equipment fails. ALT measures thecurrent capacitance per nanofarad. ALT compares the current capacitanceto the minimum capacitance required on the line. The system performsALT as a result of either a manual request from the ALT MAP level orbased on the ALT schedule. Refer to the ALT MAP level for schedule.
ALT can perform on separate lines. ALT normally performs on knowngroups of lines. The DMS automatically tests each line that fails the firstrun of ALT again. The DMS automatically tests each line that fails during
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the second run of ALT again. The system generates ALT106 when the linethat the report identifies by its LEN and DN fails. Refer to the LineMaintenance Guide, 297-1001-594 for more information on ALT.
Remedial actionPerform line diagnostics on the suspect line equipment from the LTP MAPlevel to isolate the fault. The system generates either LINE100 or LINE101.
• The system can continue to generate LINE100 (PASS) and ALT106 forsuspect line equipment. If the system generates LINE100 (PASS) andALT106 during the two retests of ALT failures, contact the next level ofmaintenance.
• If the system generates LINE101 (FAIL), follow the action the systemtakes for LINE101.
Continue attempts to clear the error until one of the following occurs:
• The system generates LINE100 and does not generate ALT106.
• You contacted the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatALT106 mmmdd hh:mm:ss ssdd FAIL AC_CONTINUITY
len DN dn cycltxt
LIT TEST = 1ttxt RESULT: restxt
MIN nnn NF ACT nnn NF
Selected field descriptionsField Value Fixed or
VariableDescription
FAILAC_CONTINUITY
Constant Fixed Indicates a fail AC continuity testperformed.
len Alphanumeric textstring
Variable The line equipment number (LEN) forthe suspect line equipment
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
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Field Value Fixed orVariable
Description
cycltxt 1st CYCLE Variable Indicates line equipment failed thespecified test the first time the testran.
RETEST 1 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT first CYCLE failures.
RETEST 2 Variable Indicates line equipment failed thespecified test during the automaticretest of ALT RETEST 1 failures.
LIT TEST ALL TEST Variable Indicates foreign electromotive force(FEMF), insulation resistance, andcapacitance tests performed onsuspect line equipment.
CAPACITANCE Variable Measures capacitance valuesbetween tip lead and ground, ring leadand ground, and tip and ring leads.
RESULT CAPACITANCE Variable Indicates capacitance measuredbetween tip lead and ground, ring leadand ground, or tip and ring leads waslower than minimum required.
MIN nnn NF 1 to 5000 Variable Defines minimum capacitance(nanofarad) required on a line. Thedefault is 400.
ACT nnn NF 0 to 32767 Variable Provides current capacitance(nanofarad) measured on suspect lineequipment
Active message exampleALT106 APR01 12:00:00 2112 FAIL AC_CONTINUITY
HOST 01 1 01 01 DN 8057811999 1st CYCLE
LIT TEST = FEMF RESULT: CAPACITANCE
MIN 400 NF ACT 100 NF
Clear message examplen/a
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Associated OM registers
ALT107The Automatic Line Testing (ALT) subsystem log report ALT107. Thesubsystem generates ALT107 when the system detects a problem at thestart of or in the middle of an automatic line test. The following three unitscan be present in the same configuration:
• a Multi-line Test Unit (MTU)
• a Line Test Unit (LTU)
• an Integrated Remote Test Unit (IRTU)
ALT generates the appropriate report for the condition that the test meets.ALT identifies the unit that conducted the test as either LTU, MTU, orIRTU.
This section describes trouble reasons given in the Reason field of logreport ALT107.
Test equipment fails diagnostic - Test equipment name
• The test equipment described in the INFO text failed diagnostics. Atrunk diagnostic fail reason TRK106 log accompanies this log.
Test equipment unavailable - Test equipment name
• The test equipment or test equipment that the INFO text describes isnot available.
TTT usage percentage exceeded.
• Indicates you exceeded the usage percentage of the trunk testequipment.
External equipment problem - Vertical not seized
• Indicates the system attempted to use the metallic test access (MTA)data to make a connection. The system must seize the MTA vertical forthe line concentration device (LCD) test set. This action makes sureother users cannot use the vertical. The attempt to connect failsbecause the vertical is already in use.
Vertical data missing
• Indicates system attempts to use the MTA data to make a connection.The MTAVERT data is not in the LCD test set any longer.
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LTA connection
• Indicates the system attempts to use MTA data to make a connection.An MTA crosspoint connection fails because of physical connectionproblems or because the vertical is in use.
Unable to do TEST EQ diagnostic - Test equipment name
• Indicates the system did not perform the test equipment diagnostic.
Diagnostic result message - Test equipment name
• Indicates the test equipment diagnostic result message did not return intwo minutes.
ALT test processes exceeded - Blank
• A request to activate a scheduled test occurred. The number of testprocesses now active plus the test processes required for the newrequest exceeds the total number allowed.
Test stopped - Blank
• Testing stopped for the given TESTID.
LCD test set suspended.
ssss ff u dd, cc - ssss ff, u dd cc - The system suspended the test set thatthe range of line equipment numbers indicates. The high number of failuresthat were a result of an external error that was not known caused thesuspension.
Test stream suspended - Blank or Death test process
• Indicates if more failures can result if system continues the test stream.
LTP interrupt - Blank
• Indicates that another testing process that can interrupt the vertical ofthe MTA interrupted the system.
LCD test set store not available - Blank
• Indicates temporary store is not available for store test information.
The following table lists system and user actions for trouble reasons givenin the Reason field of log report ALT 107.
This section shows the system and user action.
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Test equipment fails diagnostic.
• System action - The ALT system diagnoses the failed test equipmentevery 30 m. Test resumes if the diagnostic passes.
• User action - For ALT to continue testing, the test equipment must passdiagnostics and be IDL or INI. The PM must be in service.
Test equipment unavailable
• System action - The ALT system attempts to seize the test equipmentrequired to resume testing after 30 m.
• User action - Make test equipment available to allow ALT to run.
External equipment problem
• System action - The ALT system attempts to get the MTA connectionevery 30 m to resume testing.
• User action - Make MTA equipment available to allow ALT to run.Connections that require the MTA data must be available.
Unable to do TEST EQ diagnostic.
• System action - The ALT system attempts to diagnose the testequipment every 30 m. Testing continues if the diagnostic passes.
• User action - If this problem continues, contact the next level ofmaintenance.
Diagnostic result message
• System action - The ALT system attempts to diagnose the testequipment every 30 m. Testing continues if the diagnostic passes.
• User action - If this problem persists, contact the next level ofmaintenance.
ALT test processes exceeded
• System action - The ALT system does not attempt to create a testprocess for the stream in this test session.
• User action - Check the schedule times. Make sure you do not requesttoo many test processes. You can recalculate office parameter ALT NOOF ALT TEST PROCS. The office has expanded.
Test stopped
• No system action.
• User action - The user stopped the test. The user can start the testagain.
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LCD test set suspended.
• System action - Testing suspended until the next test session.
• User action - Line cards on the LCD test set fail continuously. Performmanual tests to determine the possible reason for the high number offailures. Test the MTA driver and vertical test access bus connections.Check for cable cuts.
Test stream suspended
• System action - Testing suspended until the next test session.
• User action - Line cards on the LCD test set fail continuously. Performmanual tests to determine the reason for the high number of failures.Test the MTA driver and vertical test access bus connections. Checkfor cable cuts. If the INFO text is "death of test process", contact thenext level of maintenance.
LTP interrupt
• System action - After 30 m, the system attempts to seize the testequipment and continue test.
• User action - There is no user action required.
LCD test set store not available
• System action - After 30 m, the system attempts to seize the testequipment and continue test.
• User action - The switch can have serious problems because of lack ofstore. Contact the next level of maintenance.
Remedial actionRefer to the user action specified for the given trouble reason in theSystem and User Actions table. The trouble reason table appears at theend of this log report.
AttributesAttribute Value
Severity Warning
FormatALT107 mmmdd hh:mm:ss ssdd TBL
TESTID: testxt STREAM: nnn Test type: typtxt
REASON = trbltext
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INFO =infotext
Selected field descriptionsField Value Fixed or
VariableDescription
TBL TESTID Alphanumeric Variable Identifies a trouble condition in anautomatic line test. Can be a name incustomer data Table ALTSCHED orthe name of a manual test
STREAM 0 -31 Variable Identifies the stream
Test type DIAG Variable Identifies a diagnostic test
SDIAG Variable Identifies a short diagnostic test
BAL NET Variable Identifies an on-hook balance networktest
LIT Variable Identifies a line insulation test
CKTTST Variable Identifies a circuit test
REASON Character string Variable Provides the reason for the problem.Refer to Trouble reasons table at theend of this log report.
INFO Symbolic text Variable Provides additional information. Referto Trouble reasons table at the end ofthis log report.
Active message exampleALT107 JUL06 15:55:09 0600 TBL ALT
TESTID: MANUAL04 STREAM: 0 Test type: LIT
REASON = Test equipment unavailable
INFO = IRTU 1
ALT107 JAN27 04:05:06 3445 TBL
TESTID: LNMTCJOHN STREAM: 10 Test type:
DIAG
REASON = Test equipment fails diagnostic
INFO = LTU 0
Clear message examplen/a
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Associated OM registers
ALT108The Automatic Line Testing (ALT) subsystem log report ALT108. Thesubsystem generates ALT108 to report on results from a line concentratingdevice (LCD) test set. ALT108 is a summary of information given in logALT109. The system generates ALT108 or ALT109 depending on a fieldsetting in customer data Table ALTSCHED for each test id. The systemgenerates ALT108 or ALT109 depending on the parameter on the STARTcommand for manual tests.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT108 mmmdd hh:mm:ss ssdd INFO
TESTID: testxt Stream: nnn Test type: typtxt Linetype: ltype
LCD test set: ssss ff u dd ll -- ssss ff u dd ll
PASS FAIL N/A TOTAL
nnnnnn nnnnnn nnnnnn nnnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO TESTID: testxt Entered in customerdata TableALTSCHED, or thename of a manualtest.
Variable Identifies the automatic line test.
STREAM: nnn 0-31 Variable Identifies the test stream.
typtxt DIAG Variable Identifies a diagnostic test.
SDIAG Variable Identifies a short diagnostic test.
BAL NET Variable Identifies an on-hook balance networktest.
LIT Variable Identifies a line insulation test.
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Field Value Fixed orVariable
Description
CKTTST Variable Identifies a circuit test.
ltype Standard ISDN Variable ALL
Identifies the line types tested.
ssss ff u dd cc Symbolic text Variable Identifies the line equipment numberrange for the LCD test set. Refer toTable 1.
nnnnnn 0-999999 Variable Provides a count of the number ofpassed, failed, not applicable, andtotal tests.
Active message exampleALT108 APR10 00:12:23 5764 INFO
TESTID: LNMTCJOHN Stream: O Test type: SDIAG Linetype:ALL
LCD test set: HOST 00 0 00 00 - HOST 00 0 09 31
PASS
FAILN/A
TOTAL2451164320
Clear message examplen/a
Associated OM registers
ALT109The automatic Line Testing (ALT) subsystem log report ALT109. Thesubsystem generates ALT109 when a line insulation test (LIT) fails.
Remedial actionUse this log to identify problem LENs that had problems when ALT testedthe LCD test set.
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AttributesAttribute Value
Severity • Warning
• Major
• Minor
FormatALT109 mmmdd hh:mm:ss ssdd INFO
TESTID: testxt STREAM: nnn Test type: typtxt Linetype: 1type
PASS FAIL N/A TOTAL part a of b
nnnnnn nnnnnn nnnnnn nnnnnn
============================================================
LCD test set: ssss ff u dd cc - ssss ff u dd cc
=============================================
0000 0000 0011 1111 1111 2222 2222 2233
0123 4567 8901 2345 6789 0123 4567 8901
===============================================
mm rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
nn rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
===============================================
oo rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
pp rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
===============================================
. rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
. rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
===============================================
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uu rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
vv rrrr rrrr rrrr rrrr rrrr rrrr rrrr rrrr
Selected field descriptionsField Value Fixed or
VariableDescription
INFO TESTID Symbolic text Variable Identifies the test performed. Enteredin customer data Table ALTSCHED orthe name of a manual test.
STREAM 0-31 Variable Provides stream number.
typtxt DIAG Variable Identifies a diagnostic test.
SDIAG Variable Identifies a short diagnostic test.
BAL NET Variable Identifies an on-hook balance networktest.
LIT Variable Identifies a line insulation test.
CKTTST Variable Identifies a circuit test.
1type Standard Variable Identifies the line type tested.
ISDN Variable
All Variable
Part a of b a and b are integers. Variable Indicates the part of this log for theLLCD test set size. Each ALT109 logreport can contain a maximum of 12drawers.
n Integers Variable Indicates the device number of theterminal. Refer to table TERMDEV inthe customer data schema section ofthe Translations Guide .
nnnnnn 0-999999 Variable Provides the number of passed, failed,not applicable, or total tests.
r . Variable Indicates line EQ passed diagnostictest.
(blank) Variable Indicates not part of diagnostic test.
D Variable Diagnostic failed.
F Variable Diagnostic failed because of facility.
S Variable Short diagnostic failed.
N Variable Needs long diagnostic.
m Variable Set or NT1 is not available.
M Variable Line card missing.
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Field Value Fixed orVariable
Description
Variable For the RDT, Remote Digital Terminal,an unseated or missing line card isreported as *not as M.
Q Variable Shower queue.
l Variable Incoming message overload (ICMO)major.
i Variable ICMO minor
U Variable Utility card.
T Variable System seized line when systemgenerated log.
- Variable Not entered in table LNINV.
* Variable Skipped lines because of LEN linestate, LINETYPE of test, or failure tooperate ISDN linecard relays duringLIT test.
Variable For the RDT, Remote Digital Terminal,a line card out of service or missing isreported as *not M.
/ Variable ALT tests not performed on the LENsbecause test met the stop time for thistime span. The system tested lineequipment numbers in a differentscheduled time span.
h Variable Held because of equipment problem.This value represents the state at timeof log generation. Next scheduled timespan for TESTID starts at first h LEN.
s Variable Suspended because of equipmentproblem. This value represents thestate at time of log generation.
@ Variable Indicates line insulation test (LIT)result failed for this line equipmentnumber (LEN).
c Variable Indicates a connection error occurredwhen the system attempted a trunktest equipment connection.
e Variable Indicates the system detected anexternal error when the system madea metallic connection. An example ofthis failure is a test access relayfailure.
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Active message exampleALT109 APR23 23:59:23 5700 INFO
TESTID: LNMTCJOHN STREAM: 9 Test type: DIAG Linetype:ALL
type: line typetxt
PASS FAIL N/A TOTAL part 1 of 1
142 165 9 316
=============================================
LCD test set: HOST 00 0 00 05 - HOST 00 0 04 31
========================================
0000 0000 0011 1111 1111 2222 2222 2233
0123 4567 8901 2345 6789 0123 4567 8901
========================================
00 /// //// //.. D.-- --N. .... ....
01 .... .... .... .... .... .... .... ....
========================================
02 .... *... .... .... .... .... .... ....
03 .... .... .... **.. .... .... .... ....
========================================
04 .... .... .... .... .... .... .... ....
Clear message examplen/a
Associated OM registers
ALT110The Automatic Line Testing (ALT) subsystem generates ALT110 when thesystem completes a test stream. This report provides counts for a streamcompletion.
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Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT110 mmmdd hh:mm:ss ssdd INFO
TESTID: testxt Test type: typtxt Linetype: 1type
Stream nnn completed
PASS FAIL N/A TOTAL
nnnnnn nnnnnn nnnnnn nnnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO TESTID: testxt Entered in customerdata TableALTSCHED, or canbe the name of amanual test.
Variable Identifies the test name.
typtxt DIAG Variable Identifies a diagnostic test.
SDIAG Variable Identifies a short diagnostic test.
BAL NET Variable Identifies an on-hook balance networktest.
LIT Variable Identifies a line insulation test.
CKTTST Variable Identifies a circuit test.
1type Standard Variable Identifies the line type that was tested.
ISDN Variable
All Variable
Stream nnncompleted
0-31 Variable Identifies the test stream.
nnnnnn 0-999999 Variable Provides the number of passed, failed,not-applicable, or total tests.
Active message exampleALT110 APR13 06:01:10 4514 INFO
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TESTID: LNMTCJOHN Test type: BAL NET Linetype: Standard
Stream 4 completed
PASS FAIL N/A TOTAL
1239 23 101 1363
Clear message examplen/a
Associated OM registers
ALT111The Automatic Line Testing (ALT) subsystem generates ALT111 when thesystem completes a line test. The subsystem also generates ALT111 toprovide a progress update of the test. The system generates a completionlog when the system completes all test streams. The system generates aprogress update on expiration of the test time for a scheduled test.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT111 mmmdd hh:mm:ss ssdd INFO
TESTID: testxt Test type: typtxt Linetype: 1type
infotxt
PASS FAIL N/A TOTAL
nnnnnn nnnnnn nnnnnn nnnnnn
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO TESTID: testxt Entered in customerdata TableALTSCHED, or canbe the name of amanual test.
Variable Identifies the test name.
typtxt DIAG Variable Identifies a diagnostic test.
SDIAG Variable Identifies a short diagnostic test.
BAL NET Variable Identifies an on-hook balance networktest.
LIT Variable Identifies a line insulation test.
CKTTST Variable Identifies a circuit test.
1type Standard Variable Identifies the line types that weretested.
ISDN Variable
All Variable
infotxt Completed TESTID Variable Indicates the test is complete.
Progress update Variable Indicates the test time for a scheduledtest expired.
nnnnnn 0-999999 Variable Provides the number of passed, failed,not-applicable, or total tests.
Active message exampleTESTID: LNMTCISDN Test type: LIT Linetype: ISDN CompletedTESTID.
PASS FAIL N/A TOTAL
54 10234 1023 11311
Clear message examplen/a
Associated OM registers
ALT112The ALT112 log identifies line equipment numbers (LEN) that are notdatafilled in table ALTSCHED and therefore are not scheduled forAutomatic Line Insulation Test (ALIT). ALT112 also includes hardwareassigned software unassigned (HASU) lines.
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Office parameter ALIT_LOG_GEN_FREQ controls the frequency of loggeneration.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatREPNAME TYPE EVENT WORDS ALARMS SUP RTD LAB OWNER
======================================================================
ALT112 INFO ALTSCHED_NOT_DATAFILLED 50 NO ALARMS NO YES NOALTLOGUI
Formatting proc bound: ALTGUI.FORMAT_A #0676 #B2A0
Selected field descriptionsField Value Fixed or
VariableDescription
STARTLEN LEN Variable STARTLEN of any contiguous block ofLENs that are not datafilled in tableALTSCHED.
ENDLEN LEN Variable ENDLEN of any contiguous block ofLENs that are not datafilled in tableALTSCHED.
Active message exampleINDY0_US10BO ALT112 MAR09 19:25:56 5300 INFOALTSCHED_NOT_DATAFILLED
Refer to the log ALT113 for a list of PMs which
do not have verticals assigned in table MTAVERT
start_len end_len
HOST 01 0 02 06 HOST 01 1 11 24
INDY0_US10BO ALT112 MAR09 20:11:08 3100 INFOALTSCHED_NOT_DATAFILLED
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Refer to the log ALT113 for a list of PMs which
do not have verticals assigned in table MTAVERT
start_len end_len
HOST 01 0 02 06 HOST 01 1 11 24
HOST 01 1 02 22 HOST 01 1 11 24
HOST 01 0 03 11 HOST 01 0 03 14
ALT112 log continued from the previous report
INDY0_US10BO ALT112 MAR09 20:11:08 3000 INFO ALTSCHED_NOTDATAFILLED
Refer to the log ALT113 for a list of PMs which
do not have verticals assigned in table MTAVERT
start_len end_len
HOST 01 0 02 06 HOST 01 0 02 08
HOST 01 0 02 22 HOST 01 0 03 04
HOST 01 0 03 11 HOST 01 0 03 14
HOST 01 0 03 22 HOST 01 0 03 24
HOST 01 0 08 06 HOST 01 0 08 04
HOST 01 0 08 00 HOST 01 0 08 14
HOST 01 0 08 11 HOST 01 0 09 04
HOST 01 0 09 22 HOST 01 1 00 04
HOST 01 1 00 11 HOST 01 1 00 14
HOST 01 1 00 22 HOST 01 1 01 04
HOST 01 1 01 11 HOST 01 1 01 14
HOST 01 1 01 22 HOST 01 1 02 04
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Clear message examplen/a
Associated OM registers
ALT113The ALT113 log identifies peripheral modules (PM) that are not datafilled intable MTAVERT and therefore do not have access to test equipment.
Office parameter ALIT_LOG_GEN_FREQ controls the frequency of loggeneration.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatREPNAME TYPE EVENT WORDS ALARMS SUP RTD LAB OWNER
=======================================================================
ALT113 INFO MTAVERT_NOT_DATAFILLED 14 NO ALARMS NO YES NOALTLOGUI
Formatting proc bound: ALTGUI.FORMAT_ALT_113 #0893 #EDCC
Selected field descriptionsField Value Fixed or
VariableDescription
Module Numbers Module numbers Variable Module numbers from table LNINVthat are not datafilled in tableMTAVERT and therefore do not haveaccess to test equipment.
Active message exampleINDY1CDN10BO ALT113 MAR10 13:24:05 3200 INFOMTAVERT_NOT_DATAFILLED
MODULE NUMBERS
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HOST 01 1
INDY1CDN10BO ALT113 MAR10 13:24:05 3200 INFOMTAVERT_NOT_DATAFILLED
MODULE NUMBERS
HOST 04 1
ALT113 log continued from the previous report
INDY1CDN10BO ALT113 MAR10 13:24:05 3200 INFOMTAVERT_NOT_DATAFILLED
MODULE NUMBERS
HOST 01 0
HOST 01 1
HOST 02 0
REM1 01 0
REM1 01 1
HOST 03 0
HOST 03 1
REM2 01 0
REM2 01 1
REM2 02 0
REM2 02 1
HOST 04 0
Clear message examplen/a
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Associated OM registers
ALT200Log ALT200 is an automatic line testing (ALT) failure (FAIL) log. Thesystem generates this FAIL log when results of running a board-to-boardtest (BBT) session on a line indicate a failure. The system generates threetypes of logs when an ALT is in progress:
• failure (FAIL)
• trouble (TBL)
• information (INFO)
The system modifies the ADD_LOG in table ALTTCIPL to include the newlog ALT200. The system generates this log when a user invokes theSTART command from the BBT-maintenance and administration position(MAP) level. But, the system only generates a log if the test fails on a line.
The LEN or the DN in the log discovers the line on which the system failsthe test. The following table explains the possible failure reasons referredto in the Failure field description from the above table.
This section shows the failure reasons and their correspondingdescriptions.
• Tip and Ring reversal - Indicates that the Tip and Ring leads of the oldand new lines are reversed. In the occurrence of a step-by-step (SxS)old office, this can indicate mismatched party types.
• Class test failed - Indicates data that the data points to a private branchexchange (PBX) line. Either the automatic board-to-board test (ABBT)results disagree or the new and old offices disagree on when the line isTip or Ring party.
• Start test failed - Indicates that a start fault is present. For example, theline is loop start according to the new office data. But, it is equipped asground start in the old office.
• Tip open Ring open REV - Indicates that the line condition is Tip open.
• Ring open Tip open REV - This reason indicates that the line conditionis Ring open.
• Tip and Ring open - Indicates that the line condition is Tip open.
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• Tip or Ring ground - Indicates that there may be a Tip groundcondition. In the occurrence of an SxS office, this indicates a short onan idle Tip party line.
• Tip or Ring short - Indicates that there may be a Tip and Ring shortcondition. In the occurrence of an SxS office this indicates a Tip groundcondition on a busy party line. There can also be a Ring groundcondition.
Remedial actionThere is no action required. The failure reason table below can help toindicate the problem.
AttributesAttribute Value
Severity Warning
FormatALT200 mmmdd hh:mm:ss ssdd FAIL ALT
len DN dn
TESTID: testxt TEST-TYPE: tsttype
Failure: failure reason
Selected field descriptionsField Value Fixed or
VariableDescription
dn Integers Variable The directory number (DN) for thesuspect line equipment
TESTID alphanumeric (12characters)
Variable Test identification. This field indicatesthe test id name.
TEST TYPE BASIC, START,CLASS, or ALL
Variable Test type. This field indicates the BBTtest type.
Failure alphanumeric (48characters)
Variable Failure. This field indicates the reasonfor the failure. Refer to the table belowfor detailed descriptions of eachpossible failure reason.
FAIL ALT constant Variable Fail automatic line testing. This fieldindicates the log type. The systemgenerates FAIL ALT when a board-to-board test on a line indicates a failure.
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Field Value Fixed orVariable
Description
len Alphanumeric textstring
Variable Line equipment number (LEN). Thisfield specifies the LEN of the line to betested.
DN Constant Fixed Indicates that a directory number (DN)follows
Active message exampleATL200 JAN05 15:19:17 0600 FAIL ALT
HOST 65 0 00 06 DN: 6136213000
TESTID: MANUAL37 TEST-TYPE: BASIC
Failure: Tip and Ring open.
Clear message examplen/a
Associated OM registers
ALT209Log ALT209 after an automatic line testing (ALT) board-to-board test (BBT)session tests a TESTID. This log provides a detailed status of the testedlines that include:
• a four-character test results identifier
• what was tested in this test session
• the ABBTSET used
• the test performed in BY-DN or BY-LEN format
• the type of ALTBBT test performed
The ADD_LOG in table ALTTCIPL now includes log ALT208 and logALT209 now contains ADD_REPORT_TYPE. The log invokes the STARTcommand from the BBT Map level to generate log ALT209.
The four letter result codes referred to in the field description table and inthe Action section are listed below. The list includes explanations andrequired actions.
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This section shows the result codes, its explanations and the actions to betaken.
• UNAS - Indicates that there is no line equipment that corresponds tothe specified DN.
• TAFL - Indicate a bad horizontal, a bad vertical, a hardware failure, abusy horizontal, or a busy vertical. The end user must specify enoughcolumns to access all the verticals used by this automatic board-to-board test (ABBT) test unit. The end user must verify the number of therow and horizontal assigned to the ABBT test unit. The end user mustverify that the metallic test access driver (MTADRIVER) in the MTA unitfunctions.
• OPFL - Indicates that the cause is a stop-dial from the old office duringoutpulsing. Either the connections to the outgoing (OG) trunk, orinformation specified for the trunk is not correct. The end user mustmake sure the type of start signal for the no-test trunk is correct. Theend user must make sure the trunk is in the returned-to-service (RTS)state.
• SEZF - This code indicates a problem in the seizure protocol. Checkthe connection between the outpulsing trunk (along the BBT testcircuits) and the test trunk or its equivalent. The end user can reversethe setting of the REV button on the ABBT test set. The end user cancheck the wiring from the OG trunk card to the old office.
• TOFL - This code indicates that the system cannot connect to the oldoffice. The end user can verify that the old DN is the correct type andtry the test again. The end user can verify if the disconnect time iscorrect.
• MTAO - This code indicates that the system cannot connect throughthe MTA of the switch to access the new line. Attempts to connect failwhen the crosspoints of the MTA associated with that line are busy.Using Len order to conduct the testing order can solve this problem.
• TR_R - This code indicates that the Tip and Ring leads of the old andnew lines are in reverse. In the example of a step-by-step (SxS) oldoffice, this reason can indicate mismatched party types.
• CLSF - This code signifies that the data indicates a private branchexchange (PBX) line, but the ABBT results disagree.
• PARF - This code indicates that the new and old offices disagree onwhether the line are Tip or Ring party. If the problem occurs often, theend user should make sure the voltage setting of the variable battery iscorrect.
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• STRF - This code indicates that the line may be a loop start accordingto new office data. The problem is that this line is equipped as a groundstart in the old office. If the problem occurs often, the end user shouldmake sure the voltage setting of the variable battery is correct.
• ABSC - This code indicates that the end user should make sure thevoltage setting of the variable battery is correct.
• BSYS - This code indicates that the end user should check that thenew line is in the cutoff condition. The end user should also check thatthe Tip and Ring voltage in the old office is set to the correct value.
• TROR - This code indicates that the line condition is Tip open.
• RTOR - This code indicates that the line condition is Ring open.
• TROP - This code indicates a Tip Ring open condition.
• TRGR - This code indicates that there may be a Tip ground condition.In the example of an SxS office, this result indicates a short on an idleTip party line.This code indicates that there may be a Tip groundcondition. In the example of an SxS office, this result indicates a shorton an idle Tip party line.
• TRSH - This code indicates that there may be a Tip and Ring shortcondition. In the example of an SxS office, this result indicates a Tipground condition on a busy party line. There may be a Ring groundcondition also.
Remedial actionThe action required depends on the result code. Refer to the result codetable below for explanations and actions.
AttributesAttribute Value
Severity Warning
FormatALT209 mmmdd hh:mm:ss ssdd INFO ALT
TESTID testid name TEST TYPE: test type Order: test order
PASS FAIL N/A TOTAL
nnnn nnnn nnnn nnnnn
===========================================================
Range: LEN ssss ff b dd ll - ssss ff b dd ll
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DN nnn-nnn-nnnn - nnn-nnn-nnnn
===========================================================
0 1 2 3 4 5 6 7 8 9
===========================================================
nnny NTST NTST NTST NTST NTST NTST NTST -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
nnny -- -- -- -- -- -- -- -- -- --
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ALT constant Variable Information automatic line testing(ALT). This field indicates the log type.The field summarizes the results of anALT BBT session.
TESTID alphanumeric (12characters)
Variable Test identification. This field indicatesthe test id name.
TEST TYPE ALL, BASIC, CLASS,or START
Variable Test type. This field specifies the BBTtest type.
Order By-LEN or By-DN Variable Order. This field indicates the testorder defined for the test id.
LEN numeric (48characters)
Variable Line equipment number. This fieldspecifies the LEN of the tested line. Ifthe test order is By-LEN, the start LEN
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Field Value Fixed orVariable
Description
and the end LEN are displayed. If thetest order is By-DN, ************* *isdisplayed.
DN numeric (48characters)
Variable Directory number. This field specifiesthe DN of the tested line.
PASS numeric Variable Pass. Tested lines that are successfulare indicated in this field.
FAIL numeric Variable Fail. This field indicates the number oflines on which the test failed.
N/A numeric Variable Not attempted. Lines that are nottested are indicated in this field.
TOTAL numeric Variable Total. This field indicates the totalnumber of lines defined for the testid.
four_let_code alphabetic Variable Four letter result code. This fieldindicates a four letter result code foreach line tested. Lines that are nottested will display spaces. Successfultests display TSOK (test okay). Referto the result table below forexplanations of the possible codes.
Active message exampleATL209 JAN05 13:22:33 2200 INFO ALT
TESTID:MANUAL37 TEST TYPE:Basic ORDER:By-DN
PASS FAIL N/A TOTAL part 1 of 1
========================================================
5 2 0 7
Range : LEN * * * * * * * * * * * * * *
DN 613-621-3000 -- 613-621-3006
========================================================
0 1 2 3 4 5 6 7 8 9
======================================================
300Y TSOK TSOK TSOK TSOK TSOK TSOK TSOK -- -- --
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301Y -- -- -- -- -- -- -- -- -- --
302Y -- -- -- -- -- -- -- -- -- --
303Y -- -- -- -- -- -- -- -- -- --
304Y -- -- -- -- -- -- -- -- -- --
305Y -- -- -- -- -- -- -- -- -- --
306Y -- -- -- -- -- -- -- -- -- --
307Y -- -- -- -- -- -- -- -- -- --
308Y -- -- -- -- -- -- -- -- -- --
309Y -- -- -- -- -- -- -- -- -- --
Clear message examplen/a
Associated OM registers
ALT300Under the Automatic Line Testing (ALT) subsystem, the line concentratingdevice cutover (LCDCUT) command interpreter program generates anALT300 log. The LCDCUT program is used to cut into service blocks oflines on line concentrating modules (LCM). The LCDCUT program selectsgroups of directory numbers (DN) or line equipment numbers (LEN) whencommissioning a new or expanded office. The results of the LCDCUTcommand executions are output in different logs.
Before a new switch is commissioned, subscriber lines terminate on boththe old and new DMS office. A cutoff (CO) relay is held in the operatedstate for each LEN on the new switch to isolate the DMS switch. Automaticboard-to-board testing (ABBT) procedures verify the subscriber linesbefore to cutover to the new DMS switch.
The CO relay operates at a maximum of 32 lines per drawer and amaximum of 125 lines per LCM at a time. The LCDCUT program maintainsCO relay counters to make sure these limits are not exceeded. Connect anexternal power supply to an LCM to overcome this limit. The CO relayoperation can increase from 125 to 640 lines, depending on the amount ofadditional external power supplied to the LCM.
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When the CO relay reaches its operational threshold limit, the systemgenerates an ALT300 log. The system generates this log while the systemoperates the CO relays for lines defined in a TESTID. The CO relay countsprotect the power converter so that the converter does not trip. A trippedpower converter can cause outages to the in-service lines in the LCM.Outages are a result of operating more CO relays than the acceptable limitfor the unit.
The system generates this log when any of the following thresholds arereached:
• Drawer limit - 32 Non-WLC lines CO relays are already operated on thedrawer.
• Drawer limit - 64 CO relays are already operated.
• LCM limit - 125 Non-WLC lines CO relays are already operated.
• LCM limit - 640 CO relays are already operated.
• SRU or SRU60 limit - 256 CO relays are already operated.
• LCME limit - 512 CO relays are already operated.
If the LCM drawer contains world line cards (WLC), the above powerrestrictions do not apply. The power required to operate the CO relays onWLCs is less than other line cards.
Log history
EUR003
Changed thresholds reached before the system generated an ALT300,include the SRU60.
Remedial actionThe LEN in the log indicates the threshold limit of the LCM (and/or itsdrawer number). Check to see if additional relays are required on an LCMor drawer. Because the CO relays perform on an LCM, additional relaysrequire an added auxiliary power supply to the LCM.
AttributesAttribute Value
Severity Indeterminate
FormatALT300 mmmdd hh:mm:ss ssdd FAIL ALT
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Userid: userid
len DN dn
TESTID: testid
TEST TYPE: LCDCUT
Failure: failure type
Selected field descriptionsField Value Fixed or
VariableDescription
Userid Alphanumeric Variable Identifies the userid of the groupsession that generates the log.
len Alphanumeric textstring
Variable The line equipment number (LEN) forthe suspect line equipment
DN Constant Fixed Indicates that a directory number (DN)follows
dn Integers Variable The directory number (DN) for thesuspect line equipment
TESTID Alphanumeric Variable Identifies the TESTID name.
TEST TYPE LCDCUT Variable Identifies the LCDCUT test.
Failure Symbolic text Variable Indicates the reason for failure.
Active message exampleALT300 APR01 JUN27 08:18:19 5300 FAIL ALT
Userid: Team19
HOST 01 1 01 01 DN 8057811999
TESTID RACHER
TEST TYPE: LCDCUT
Failure: DRW limit 64 CO relays operated
Clear message examplen/a
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Associated OM registers
ALT306The line concentrating device cutover (LCDCUT) command interpreterprogram under the Automatic Line Testing (ALT) subsystem generatesALT306. To cut into service blocks of lines on line concentrating modules(LCM) use the LCDCUT program. The LCDCUT program selects directorynumbers (DN) or line equipment numbers (LEN) when commissioning anew or expanded office. The results of the LCDCUT command executionsare output in different logs.
Before commissioning a new switch, subscriber lines terminate on both theold and new DMS office. A cutoff (CO) relay is held in the operated statefor each LEN on the switch to isolate the DMS switch. Automatic board-to-board testing (ABBT) procedures are performed to verify the subscriberlines prior to cutover to the new DMS switch.
The ALT306 log reports the result of the execution of the HOLDRELcommand from the LCDCUT MAP level under ALT. The parameters of theHOLDREL command are OPERATE, RELEASE, and QUERY. If the HOLDrelay was not successful for a drawer in the LCD, the ALT306 logdescribes the error reason. When the system operates HOLD relays for allthe drawers in the LCD, the system generates an ALT306 log. The ALT306log records the results.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT306 mmmdd hh:mm:ss ssdd INFO ALT
Userid: userid Command: command type
Drawer Result Reason
===================================================
ssss ff b dd result text reason text
ssss ff b dd result text reason text
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Selected field descriptionsField Value Fixed or
VariableDescription
Userid Alphanumeric Variable Identifies the userid of the grouptechnicians session that generates thelog.
Command HOLDREL Variable Identifies the command used toexecute the operation.
Drawer Numeric Variable Identifies the drawer number of theline tested.
Result Oprted.NOT OprtdRlsed,NOT Rlsed IsRlsed,Is Oprted
Variable Indicates the results of the OPERATEparameter of the HOLDRELcommand.
Indicates the results of the RELEASEparameter of the HOLDRELcommand.
Indicates the results of the QUERYparameter of the HOLDRELcommand.
Reason Symbolic text Variable Indicates the error reason, if the teston the line failed because of an error.
Active message exampleALT306 FEB04 07:14:37 2200 INFO ALT
Userid : TEAM10 Command : Holdrel
Drawer Result Reason
==================================================
HOST 00 1 0 Oprtd .
HOST 00 1 2 Oprtd .
HOST 00 1 4 Oprtd .
HOST 00 1 6 Oprtd .
HOST 00 1 8 Oprtd .
HOST 00 1 10 Oprtd .
HOST 00 1 12 Oprtd .
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HOST 00 1 14 NOT Oprtd Drawer is not equipped
HOST 00 1 16 Oprtd .
HOST 00 1 18 Oprtd .
Clear message examplen/a
Associated OM registers
ALT307The line concentrating device cutover (LCDCUT) command interpreterprogram generates the ALT307 log under the Automatic Line Testing (ALT)subsystem. The LCDCUT program cuts into service blocks of lines on lineconcentrating modules (LCM). The program cuts into service blocks bygroups of directory numbers (DN) or line equipment numbers (LEN) whencommissioning a new or expanded office. The results of the LCDCUTcommand executions are output in different logs.
Before commissioning a new switch, subscriber lines terminate on both theold and new DMS office. The program holds a cutoff (CO) relay in theoperated state for each LEN on the switch to isolate the DMS switch. Theprogram also performs automatic board-to-board testing (ABBT) to verifythe subscriber lines before cutover to the new DMS switch.
The program generates the ALT307 log when the user performs theCUTOFF or CUTOVER operation on all drawers in the LCD. The logreports the results of the execution of these commands, which the userinvokes at the LCDCUT MAP level under ALT.
This section describes the result codes and meanings.
• .... - Operation successful.
• ILCD - Invalid LCD.
• ICCD - Invalid LCDCUT card code.
• IDRN - Invalid drawer number.
• L125 - Drawer used for RSM/ESA.
• L640 - LCM limit; 125 Non-WLC lines CO relays are operated.
• DR32 - Drawer limit; 32 Non-WLC lines CO relays are operated.
• DR64 - Drawer limit; 64 CO relays are operated.
• NRSC - Failed to get resources.
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• LNSZ - Could not seize the line.
• NTPB - Failed to setup line telport block.
• ILNS - Invalid line state.
• ILTR - Invalid LTE result
• LWFL - Wait for LTE result failed.
• DNEQ - Drawer is not equipped.
• SRUF - SRU or SRU60 limit; 256 CO relays are operated.
• L512 - LCME limit; 512 CO relays are operated.
• NWSL - Non-WLC on SRU or LCME.
Log history
EUR003
Changed Result code S256 to SRUF for error reason
LCDCT_SRU_FULL_256. The Result code change indicates the reachingof the cutover (CO) relay threshold. The CO relay operated on all the linesin the SRU or the SRU60.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT307 mmmdd hh:mm:ss ssdd INFO ALT
Userid: userid Command: command type
LCD no: ssss ff Part a of b
========================================================
0 1 2 3 4 5 6 7 8 9
========================================================
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
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nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx
Selected field descriptionsField Value Fixed or
VariableDescription
Userid Alphanumeric Variable Identifies the userid of the groupsession that generates the log.
Command CUTOFFCUTOVE R Variable Identifies command used to executethe operation.
LCD no Numeric Variable Identifies the number of the LCD.
Result Symbolic text Variable A four-letter code indicating the resultof the test on the line.
Active message exampleALT307 FEB04 04:31:24 4700 INFO ALT
Userid: TEAM9 Command: Cutover
LCD no: led number Part 1 of 2
===================================================
0 1 2 3 4 5 6 7 8 9
===================================================
020Y ICCD ICCD .... .... ICCD ICCD ICCD ICCD
021Y ICCD ICCD ICCD .... .... ICCD ICCD .... ICCD ICCD
022Y ICCD ICCD ICCD ICCD ICCD ICCD ICCD ICCD ICCD ICCD
023Y ICCD ICCD ICCD
Clear message examplen/a
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Associated OM registers
ALT308The line concentrating device cutover (LCDCUT) command interpreterprogram generates the ALT308 log under the Automatic Line Testing (ALT)subsystem. The LCDCUT program cuts into service blocks of lines on lineconcentrating modules (LCM). The LCDCUT cuts into service blocks bygroups of directory numbers (DN) or line equipment numbers whencommissioning a new or expanded office. The results of the LCDCUT areoutput in different logs.
Before commissioning a new switch, subscriber lines terminate on the oldand new DMS office. The program holds a cutoff (CO) relay in theoperated state for each LEN on the switch to isolate the DMS switch. Theprogram performs automatic board-to-board testing (ABBT) to verify thesubscriber lines before cutover to the new DMS switch.
The program generates the ALT308 log as a summary report generated atthe end of an LCDCUT session. The summary report generated at the endof an LCDCUT session is on a set of lines that a TESTID specifies. Likethe ALT309 log, execution of the CORELAY command with an action ofOPERATE or RELEASE generates the ALT308 log. The ALT308 logdiffers from the ALT309 log. The ALT308 log generates a summary insteadof a detailed log.
The following command strings generate the ALT308 log:
• CORELAY OPERATE T SUMMARY
• CORELAY RELEASE T SUMMARY
The program does not generate an ALT308 log when the program cuts adrawer off or cuts a single line.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT308 mmmdd hh:mm:ss ssdd INFO ALT
Userid: userid
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TESTID: testxt Order: test order
Range: LEN ssss ff b dd ll- ssss ff b dd ll
DN nnn-nnn-nnnn-nnn-nnn-nnn
PASS FAIL N/A TOTAL
nnnn nnnn nnn nnnnn
The order field specifies the cut order (By-DN or By-LEN).The range field defines the range of the lines cut. Thevalues displayed in the range field are DN or LEN. Thevalues displayed depend on the test order.
When the test order is by DN, the range column presents thelast four digits of the DNs under cut. The correspondingdigit (0-9) replaces the character "y" to get the result ofa specific line. For example, 102y represents values from1020 to 1029, depending on the value of "y." If DN performsthe cut, the range for LEN is shown as asterisks (*).
When the test order is by LEN, the range displays two digitsof the drawer number. Two digits of the line card numberfollow the two digits of the drawer number on the rangedisplay. For example, a value of 100y represents drawer 10and card 0y. "Y" can be replaced with any digit between 0and 9 to get the corresponding line card. If LEN performedthe cut, the range for DN is shown as asterisks (*).
The log displays numbers under PASS, FAIL, N/A and TOTAL.The numbers represent lines cut, lines failed, lines that donot apply, and the total number of lines defined for theTESTID.
Selected field descriptionsField Value Fixed or
VariableDescription
Userid Alphanumeric Variable Identifies the userid of the groupsession that is generating the log.
TESTID Alphanumeric Variable Identifies the TESTID name.
Order By-LENBy-DN Variable Identifies the test order.
Range: LEN Numeric Variable Identifies the line equipment number(LEN) of the line.
Range: DN Numeric Variable Identifies the directory number (DN) ofthe line.
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Field Value Fixed orVariable
Description
PASS Numeric Variable Identifies the number of lines cut.
FAIL Numeric Variable Identifies the number of lines failed.
N/A Numeric Variable Identifies the number of lines notapplied to the test.
TOTAL Numeric Variable Identifies the total number of linesdefined for the TESTID.
Active message exampleALT308 FEB25 11:30:04 5764 INFO ALT
Userid: Team19
TESTID RACHER1 ORDER: By-DN
Range: LEN * * * * * * * * * * * * * *
DN 613-825-1111 - 613-825-5555
PASS FAIL N/A TOTAL
245 11 64 320
ALT308 FEB26 10:30:05 5764 INFO ALT
Userid: Team19
TESTID LCDRACHER ORDER: By-LEN
Range: LEN HOST 01 0 01 00 - HOST 01 1 01 00
DN * * * * * * * * * * * * * *
PASS FAIL N/A TOTAL
245 11 75 331
Clear message examplen/a
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Associated OM registers
ALT309The line concentrating device cutover (LCDCUT) command interpreterprogram generates the ALT309 log under the Automatic Line Testing (ALT)subsystem. The program cuts into service blocks of lines on lineconcentrating modules (LCM). The program cuts into service blocks bygroups of directory numbers (DN) or line equipment numbers (LEN) whencommissioning a new or expanded office. The results of the LCDCUTcommand executions are output in different logs.
Before a new switch is omissioned, subscriber lines terminate on both theold and new DMS office. The program holds a cutoff (CO) relay in theoperated state for each LEN on the switch to isolate the DMS switch. Theprogram also performs automatic board-to-board testing (ABBT) to verifythe subscriber lines before cutover to the new DMS switch.
The ALT309 log displays a detailed status report of the cut lines that theCORELAY command executes. The log displays results for an OPERATEor RELEASE of the CO relay on each of the lines defined in a TESTID.The log displays the reasons for any errors that occurred on the lines.
The program generates the ALT309 log when the user performs theCUTOFF or CUTOVER operation on all drawers in the LCD. The logreports the results of the execution of the CUTOFF or CUTOVERcommands. The user inputs these commands at the LCDCUT MAP levelunder ALT.
The following command strings generate the ALT309 log:
• CORELAY OPERATE T FULL
• CORELAY RELEASE T FULL
The program generates the ALT309 log at the end of the cut session. Theprogram does not generate an ALT309 log when it cuts off a drawer or cutsa single line.
This section describes result codes and meanings.
• .... - Operation successful.
• ILCD - Invalid LCD.
• ICCD - Invalid LCDCUT card code.
• IDRN - Invalid drawer number.
• L125 - Drawer used for RSM/ESA.
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• L640 - LCM limit; 125 Non-WLC lines CO relays are operated.
• DR32 - Drawer limit; 32 Non-WLC lines CO relays are operated.
• DR64 - Drawer limit; 64 CO relays are operated.
• NRSC - Failed to get resources.
• LNSZ - Could not seize the line.
• NTPB - Failed to setup line telport block.
• ILNS - Invalid line state.
• ILTR - Invalid LTE result.
• LWFL - Wait for LTE result failed.
• DNEQ - Drawer is not equipped.
• SRUF - SRU or SRU60 limit; 256 CO relays are operated.
• L512 - LCME limit; 512 CO relays are operated.
• NWSL - Non-WLC on SRU or LCME.
Log history
EUR003
Changed Result code S256 to SRUF for error reasonLCDCT_SRU_FULL_256. The Result code change indicates the reachingof the cutover (CO) relay threshold. The CO relay operated on all the linesin the SRU or the SRU60.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatALT309 mmmdd hh:mm:ss ssdd INFO ALT
Userid: userid
TESTID: testid Order: test order
PASS FAIL N/A TOTAL
nnnn nnnn nnn nnnnn
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======================================================
Range: LEN ssss ff b dd ll - ssss ff b dd ll
DN nnn-nnn-nnnn - nnn-nnn-nnnn
======================================================
0 1 2 3 4 5 6 7 8 9
======================================================
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
nnny xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
The order field specifies the cut order (By-DN or By-LEN).The range field defines the range of the lines cut. Thevalues displayed in the range field are DN or LEN. Thevalues displayed depend on the test order.
When the test order is by DN, the range column presents thelast four digits of the DNs under cut. The correspondingdigit (0-9) replaces the character "y" to get the result ofa specific line. For example, 102y represents values from1020 to 1029, depending on the value of y. If DN performsthe cut, the range for LEN is shown as asterisks (*).
When the test order is by LEN, the range displays two digitsof the drawer number. Two digits of the line card numberfollow the two digits of the drawer number on the rangedisplay. For example, a value of 100y represents drawer 10and card 0y. "Y" can be replaced with any digit between 0and 9 to get the corresponding line card. If LEN performedthe cut, the range for DN is shown as asterisks (*).
The following figure shows an ALT309 log when the test orderis by LEN.
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Selected field descriptionsField Value Fixed or
VariableDescription
Userid Alphanumeric Variable Identifies the userid of the groupsession that generates the log.
TESTID Alphanumeric Variable Identifies the TESTID name.
Order By-LENBy-DN Variable Identifies the test order.
Range: LEN Numeric Variable Identifies the line equipment number(LEN) of the line.
Range: DN Numeric Variable Identifies the directory number (DN) ofthe line.
Result Symbolic text Variable A four-letter code indicating the resultof the test on the line.
Active message exampleALT309 AUG02 08:09:13 2300 INFO ALT
Userid: TEAM30
TESTID: LENTSTID10 Order: By-LEN
PASS FAIL N/A TOTAL part 1 of 1
7 0 16 23
====================================================
Range: LEN HOST 10 1 10 30 - HOST 19 1 11 20
DN * * * * * * * * * * * * * *
====================================================
0 1 2 3 4 5 6 7 8 9
====================================================
100Y
101Y
102Y
103Y .... ICCD
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110Y .... ICCD ICCD ICCD ICCD ICCD ICCD ICCD ICCD ICCD
111Y ICCD ICCD ICCD ICCD ICCD ICCD .... .... ....
112Y ....
113Y
Clear message examplen/a
Associated OM registers
AMA100The Automatic Message Accounting (AMA) subsystem generates AMA100when an AMA process changes status to trap or death. When an AMAprocess like AMAPROC, AMAUDITP, or AMAEI changes status, the AMAlog shows the changes. Do not suppress the AMA100 log. The AMA100log indicates the status of active billing functions in the switch.
Remedial actionThe status of each process determines the next step. Follow the directionsof the last AMA100 log received for a stream.
This section shows the status of the process and the actions to be taken.
• PREPROCESS IS DEAD - The process listed has trapped more thanfive times in five min. If the stream is not the AMA stream, anymechanism will automatically start the process. You can use theAMARESTART command to restart the stream. If it is the AMA AUDITprocess then you must pass the NIL stream to the AMARESTARTcommand.
If the stream is AMA, the AMARESTART command works. If the stream isnot AMA, the stream restarts automatically within 10 min.
• AMA: RECORDING SHUTDOWN - This only occurs with the AMADADDY process name. If any call recording is expected in the switch,this log indicates these expectations are not fulfilled. This should onlyoccur after a RESTART. If this condition occurs in an active office,contact the next level of maintenance.
• CREATE ATTEMPT FAILED - A recording stream trapped and wasrecreated successfully. If additional AMA100 logs are not received forthat process, monitor the condition.
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• SBA BUFFERING RECORDS - If recording to an SDM this log showsthe recording stream has died and the stream has been restarted. Thislog will be produced with a recreate count of 1 showing that the SBAapplication is accepting records to be recorded to the SDM. There willbe a total of six AMA100 logs incrementing the recreate count. The firstwill appear once the stream has been started successfully after dieing.Two more logs will appear within the next four minutes and three moreevery ten minutes for a total of six logs in thirty-four minutes.
• All Others - Another log that reports what you did to correct the eventmust follow any other status. Any other status is an intermediate status.
AttributesAttribute Value
Severity Warning
FormatAMA100 mmmdd hh:mm:ss ssdd INFO AMA PROCESS STATUS CHANGE
PROCESS NAME= aaaaa
STATUS= status
RECREATE COUNT= nnnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO AMAPROCESS STATUSCHANGE
Constant Fixed Indicates a process status change
PROCESS NAME Constant Fixed Identifies the status of the processor
STATUS Process, trap, ordeath
Variable
RECREATE COUNT Process, trap, ordeath
Variable Identifies the recreated number
Active message exampleAMA100 JAN02 00:22:53 6401 INFO AMA PROCESS STATUS CHANGE
PROCESS NAME= SMDR
STATUS= PROCESS
RECREATE COUNT= 1
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Clear message examplen/a
Associated OM registers
AMA112The Automatic Message Accounting (AMA) subsystem generates thisreport at the intervals defined in table AMAOPTS. The AMA112 log liststhe calls in progress for longer than the period defined in OFCENG. Thisreport is not generated if there are no long duration calls.
Remedial actionMaintenance personnel must make sure that the specified trunks work. Ifthe call is correct and in talking state, notify the downstream processingpersonnel and give details of the call.
AttributesAttribute Value
Severity Warning
FormatUKC21071CG AMA112 mmmdd hh:mm:ss ssdd INFO
LONG_DURATION_CALL
ORIG = clli
TERM = clli
CLG NO = dn
CLD NO = dn
CONNECT_TIME = day/hh:mm:ss REPORT COUNT = nnn
ANSWERED = Y/N
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO LONGDURATION CALL
Constant Fixed Indicates that a call has been inprogress for more than the perioddefined in OFCENG.
ORIG Character string Variable The common language locationidentifier (CLLI) for the trunk group ofthe calling party.
TERM Character string Variable Gives the common language locationidentifier (CLLI) for the trunk group ofthe calling party.
CLG NO Integers Variable Gives the directory number (DN) ofthe calling party. Left justified
CLD NO Integers Variable Gives the DN of the calling party.Right justified.
CONNECT TIME Symbolic text Variable Gives the day and time when theconnection for this call was set up (asday in year/hours/minutes/seconds/milliseconds).
REPORT COUNT 0-999 Variable Gives a sequential count for eachseries of reports.
ANSWERED Y (yes), N (no) Variable Indicates whether the call wasanswered or not.
Active message exampleUKC21071CG AMA112 DEC19 12:00:03 2112 INFO LONG DURATIONCALL
ORIG = CKTKNGA201BTWBE3
TERM=LEN HOST 50 1 01 00 DN 8114005
CLG NO = 1628798004
CLD NO = 123456789123456789123456789123
CONNECT TIME = 185/11:16:47 REPORT COUNT = 324
ANSWERED = Y
Clear message examplen/a
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Associated OM registers
AMA114The Automatic Message Accounting (AMA) subsystem generates reportAMA114 when an AMA rotate entry forms. The rotate entry goes into theAMA buffer, which goes into the AMA file. The count in AMA114 shouldmatch the count in the DIRP101 file rotation logs.
Remedial actionOrder up another standby AMA device.
AttributesAttribute Value
Severity Warning
FormatAMA114 mmmdd hh:mm:ss ssdd INFO FILE ROTATION ENTRY
ROTATION TYPE= rottype
STREAM NAME= stream
RECORD COUNT= reccount
CALL COUNT= recnumber
Selected field descriptionsField Value Fixed or
VariableDescription
INFO FILEROTATION ENTRY
Constant Fixed Indicates an AMA transfer
ROTATION TYPE Incoming Variable Indicates that the file rotation entry isan Incoming transfer record
Outgoing Variable Indicates that the file rotation entry isan outgoing transfer record
Outgoing-emergency Variable Indicates that the file rotation entry isan outgoing/emergency transferrecord
STREAM NAME Variable Variable Indicates the record stream set inTable CRSFMT. Examples are AMA,SMDR, and CDR.
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Field Value Fixed orVariable
Description
RECORD COUNT 0-99999999 Variable Indicates the count of the eight-digitnumeric record that enters a just-closed AMA file. This count should beidentical to the count in the DIRP101,File Rotation Logs.
CALL COUNT 0-99999999 Variable Indicates the call count is an eight-digit numeric field. The field shows thenumber of records produced from callprocessing activities that generaterecords. Does not include transferrecords, time change records, orrestart indication records. AMA-114generates when file restoration occursfor recording streams found in TableCRSFMT.
Active message example*** AMA114 DEC19 12:00:00 5383 INFO FILE ROTATION ENTRY
ROTATION TYPE= OUTGOING-EMERGENCY
STREAM NAME= AMA
RECORD COUNT= 40
CALL COUNT= 40
Clear message examplen/a
Associated OM registers
AMA117The Automatic Message Accounting (AMA) subsystem generates AMA117according to the schedule that appears in table AMAOPTS. Log reportAMA117 provides the current state of the AMA options. Table AMAOPTScontrols the AMA options.
Remedial actionThere is no action required. The operating company can use this report tomake sure the AMA recording options are in the required state. To changethe states of options, the operating company can adjust the tuples in TableAMAOPTS.
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AttributesAttribute Value
Severity Warning
FormatAMA117 mmmdd hh:mm:ss ssdd INFO AMA_OPTIONS
AUDIT: statxt
LOGAMA: "
LOGOPT: "
LONGCALL: "
TRACER: "
SST: "
DA411: "
CHG411: "
DA555: "
CHG555: "
UNANS: "
TRKID: "
Selected field descriptionsField Value Fixed or
VariableDescription
INFO AMA_OPTIONS Constant Fixed Indicates that the AMA option andcurrent state of the AMA option follow
AUDIT ACTIVE Variable Indicates the option is active
PENDING Variable Indicates the option is not active.Table AMAOPTS specifies the dateand time the subsystem activates theoption.
INACTIVE Variable Indicates the option is not active
LOGAMA Variable Refer to preceding AUDIT
LOGOPT Variable Refer to preceding AUDIT
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Field Value Fixed orVariable
Description
LONGCALL Variable Refer to preceding AUDIT
TRACER Variable Refer to preceding AUDIT
SST Variable Refer to preceding AUDIT
DA411 Variable Refer to preceding AUDIT
CHG411 Variable Refer to preceding AUDIT
DA555 Variable Refer to preceding AUDIT
CHG555 Variable Refer to preceding AUDIT
UNANS Variable Refer to preceding AUDIT
TRKID Variable Refer to preceding AUDIT
Active message exampleAMA117 JUL14 23:56:00 4721 INFO AMA_OPTIONS
AUDIT: PENDING
LOGAMA: ACTIVE
LOGOPT: ACTIVE
LONGCALL: PENDING
TRACER: ACTIVE
SST: ACTIVE
DA411: INACTIVE
CHG411: INACTIVE
DA555: INACTIVE
CHG555: INACTIVE
UNANS: ACTIVE
TRKID: INACTIVE
Clear message examplen/a
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Associated OM registers
AMA118The Automatic Message Accounting (AMA) subsystem generates AMA118to indicate the status of AMA options. Set option LOGOPT in tableAMAOPTS to control the generation the AMA118 log. The user can setLOGOPT so that the system does not generate the AMA118 log. The usercan set the LOGOPT so that the system generates the AMA118 log every24 h, or at chosen intervals. When LOGOPT is in the default configuration,the system does not generate this log report.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMA118 mmmdd hh:mm:ss ssdd INFO AMA OPTIONS
AmaOption: Status
Selected field descriptionsField Value Fixed or
VariableDescription
INFO AMA_OPTIONS Constant Fixed Indicates a report of status of optionsin Table AMAOPTS.
AmaOption Variable Identifies the option in TableAMAOPTS. Refer to the data schemasection of the Translations Guide for acomplete description of each of theoptions in Table AMAOPTS.
Status ACTIVE Variable Indicates activation of the option inTable AMAOPTS.
INACTIVE Variable Indicates deactivation of the option inTable AMAOPTS.
PENDING Variable Indicates the option scheduled inTable AMAOPTS not activated.
Active message exampleAMA118 APR13 12:00:00 0615 INFO AMA_OPTIONS
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ACBAR_MOD_CO: INACTIVE
ACBAR_STY_IN: INACTIVE
APPEND_ISDN_CKT_ID: ACTIVE
AUDIT: ACTIVE
BCLID_USPAUD: ACTIVE
BCLONGCALL: ACTIVE
CALL_FWD: ACTIVE
CALL_TIMECHG: INACTIVE
CCSADATA INACTIVE
CDAR: INACTIVE
CDRDUMP: INACTIVE
CDRLONGCALL: INACTIVE
CDARSYNC: INACTIVE
CHG411: INACTIVE
CHG555: ACTIVE
CIDSUSPAUD: ACTIVE
CITYWIDE: INACTIVE
CMCICWK: INACTIVE
CMCORIG: INACTIVE
CMCTERM: INACTIVE
AMA118 APR13 12:00:00 0615 INFO AMA_OPTIONS
CMCTERM: INACTIVE
COIN: ACTIVE
CRSEQNUM: INACTIVE
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CSMI: ACTIVE
DA411: ACTIVE
DA555: ACTIVE
DSCWID_CONF_AUDIT: ACTIVE
ENFIA_B_C: ACTIVE
FREECALL: INACTIVE
FTRCODE: INACTIVE
HIGHREV: INACTIVE
INTRASITE: INACTIVE
INTRASITE: INACTIVE
INWATS: ACTIVE
ISDNCIRCUIT: INACTIVE
LOGAMA: ACTIVE
LOGOPT: ACTIVE
LOGTEST: INACTIVE
LONGCALL: ACTIVE
LUSORIG: ACTIVE
LUSTERM: ACTIVE
OBSERVED: ACTIVE
OCCTERM: ACTIVE
OUTWATS: ACTIVE
OCCOVFL: ACTIVE
OVERFLOW: INACTIVE
SAID_MOD_SUPPR: ACTIVE
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SUSP: INACTIVE
TIMECHANGE: ACTIVE
TRACER: INACTIVE
TWC: ACTIVE
U3WC: ACTIVE
UNANS_AIN: INACTIVE
UNANS_LOCAL: ACTIVE
UNANS_TOLL: ACTIVE
UNANS_TOPS: ACTIVE
Clear message examplen/a
Associated OM registers
AMAB100The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB100 to indicate an AMA call entry. The report appears if theoffice parameter SPECIAL_AMA_REPORT is set to ON in the officeparameter tables. To avoid too many output reports, request a report onlyduring periods of low traffic.
The following describes call event information (digit 1):
• Digit 1 value - 0 -- Service observed - No -- Charged - No -- Trafficsampled - No
• Digit 1 value - 1 -- Service observed - Yes -- Charged - No -- Trafficsampled - No
• Digit 1 value - 2 -- Service observed - No -- Charged - Yes -- Trafficsampled - No
• Digit 1 value - 3 -- Service observed - Yes -- Charged - Yes -- Trafficsampled - No
• Digit 1 value - 4 -- Service observed - No -- Charged - No -- Trafficsampled - Yes
• Digit 1 value - 5 -- Service observed - Yes -- Charged - No -- Trafficsampled - Yes
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• Digit 1 value - 6 -- Service observed - No -- Charged - Yes -- Trafficsampled - Yes
• Digit 1 value - 7 -- Service observed - Yes -- Charged - Yes -- Trafficsampled - Yes
The following describes call event information (digit 2):
• Digit 2 value - 0 - ANI fail - No - Operator dialed - No - Operatoridentified - No
• Digit 2 value - 1 - ANI fail - Yes - Operator dialed - No - Operatoridentified - No
• Digit 2 value - 2 - ANI fail - No - Operator dialed - Yes - Operatoridentified - No
• Digit 2 value - 3 - ANI fail - Yes - Operator dialed - Yes - Operatoridentified - No
• Digit 2 value - 4 - ANI fail - No - Operator dialed - No - Operatoridentified - Yes
• Digit 2 value - 5 - ANI fail - Yes - Operator dialed - No - Operatoridentified - Yes
• Digit 2 value - 6 - ANI fail - No - Operator dialed - Yes - Operatoridentified - Yes
• Digit 2 value - 7 - ANI fail - Yes - Operator dialed - Yes - Operatoridentified - Yes
The following describes service features (digits 1 and 2):
• Service feature code - 0 -- Service feature - Indicates default, or non-coin telephone.
• Service feature code - 1 -- Service feature - Indicates a coin telephone
• Service feature code - 2 -- Service feature - Indicates a hotel or moteltelephone line.
• Service feature code - 3 -- Service feature - Indicates a picture phone.
• Service feature code - 4 -- Service feature - Indicates a Dataphone 50.
• Service feature code - 5 -- Service feature - Indicates a three-way, add-on service.
• Service feature code - 6 -- Service feature - Indicates a conference call.
• Service feature code - 7 -- Service feature - Indicates call forwarding.
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The following describes events during call:
• Value - 0 -- Answer - Yes -- Calling party disconnect - Yes -- Calledparty disconnect - No -- Blue
• box fraud - No -- Blocked - No
• Value - 1 -- Answer - Yes -- Calling party disconnect - No -- Calledparty disconnect - Yes -- Blue
• box fraud - No -- Blocked - No
• Value - 2 -- Answer - No -- Calling party disconnect - Yes -- Calledparty disconnect - No -- Blue
• box fraud - No -- Blocked - No
• Value - 3 -- Answer - No -- Calling party disconnect - No -- Called partydisconnect - Yes -- Blue
• box fraud - No -- Blocked - No
• Value - 4 -- Answer - Yes -- Calling party disconnect - Yes -- Calledparty disconnect - No -- Blue
• box fraud - Yes -- Blocked - No
• Value - 5 -- Answer - Yes -- Calling party disconnect - No -- Calledparty disconnect - Yes -- Blue
• box fraud - Yes -- Blocked - No
• Value - 6 -- Answer - No -- Calling party disconnect - Yes -- Calledparty disconnect - No -- Blue
• box fraud - Yes -- Blocked - No
• Value - 7 -- Answer - No -- Calling party disconnect - No -- Called partydisconnect - Yes -- Blue
• box fraud - Yes -- Blocked - No
• Value - 8 -- Answer - No -- Calling party disconnect - Yes -- Calledparty disconnect - No -- Blue
• box fraud - No -- Blocked - Yes
Remedial actionn/a
AttributesAttribute Value
Severity Warning
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FormatAMAB100 mmmdd hh:mm:ss ssdd INFO AMA_CALL_DATA
an nn nn nn dn dn n day hh mm ss nnnnnn
ORIG=trkid TERM=trkid ANS=txt
Selected field descriptionsField Value Fixed or
VariableDescription
INFOAMA_CALL_DATA
Constant Fixed Indicates that this report containsAMA call data.
an (B,F), (0-8) Variable Gives the record code that identifiesthe call type the system records.
nn 00-99 Variable Gives the entry code that identifies thecall type the system records. Refer toExplanation.
nn (0-7), (0-7) Variable Gives call event information. Digit 1 isleft. Refer to Explanation.
nn (0-7), (0-7) Variable Indicates the service features ofcalling and called parties. Digit 1represents calling AMAB100 partyservice features. Digit 2 representscalled party service features. Refer toExplanation.
dn Symbolic text Variable Identifies the calling number. Refer toExplanation.
n 0-8 Variable Provides information about eventsduring the call. Refer to Explanation.
day 1-366 Variable Indicates the day of the year of theAMA call entry.
hh mm ss Variable Indicates the time of the AMA callentry.
0-23 Variable Indicates hours
0-59 Variable Indicates minutes
0-59 Variable Indicates seconds
nnnnnn 000000-999999 Variable Gives the conversation time inseconds.
ORIG=trkid Symbolic text Variable Identifies the origination point of thecall. Refer to Explanation.
TERM=trkid Symbolic text Variable Identifies the termination point of thecall. Refer to Explanation.
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Field Value Fixed orVariable
Description
ANS=txt Y Variable Indicates that the called partyanswered.
N Variable Indicates that the called party did notanswer.
Active message exampleAMAB100 MAY28 15:41:00 7325 INFO AMA_CALL_DATA
B4 00 20 00 6138651004 6138652090 0 149 15 40 56 000003
ORIG=CKT M613ICAMA 0 TERM=CKT M613INTERTOLL 0 ANS=Y
Clear message examplen/a
Associated OM registers
AMAB101The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB101 after a LAMA call entry. The report appears if the officeparameter SPECIAL_AMA_REPORT is set to ON in the office parametertables. This log contains the billing details of a local-to-toll call. To avoidtoo many output reports, request the report only during periods of lowtraffic.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB101 mmmdd hh:mm:ss ssdd INFO LAMA_CALL_DATA
an nn nn nn dn dn n day hh mm ss nnnnnn
ORIG=len dn TERM=trkid ANS=txt DDO=txt
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Selected field descriptionsField Value Fixed or
VariableDescription
INFOLAMA_CALL_DATA
Constant Fixed Indicates that this report containsLAMA call data.
an (B,F), (0-8) Variable Gives the record code that identifiesthe call type the system records.
nn 00-99 Variable Gives the entry code that identifies thecall type the system records. SeeTable I.
nn (0-7), (0-7) Variable Indicates call event information. Digit1 remains. Refer to the call eventinformation tables in log reportAMAB100.
nn (0-7), (0-7) Variable Indicates the service features of thecalling and called parties. Digit 1represents the calling party servicefeature. Digit 2 represents called partyservice features. Refer to the servicefeatures table in log report AMAB100.
dn Symbolic text Variable Identifies the calling number. SeeTable I.
dn Symbolic text Variable Identifies the called number. SeeTable I.
n (0-8) Variable Provides information about eventsduring the call. Refer to the TableEvents during call in log reportAMAB100.
day 1-366 Variable Gives the day of the year of a LAMAcall entry.
hhmmss Variable Indicates the time of the day of aLAMA call entry.
0-23 Variable Indicates hours
0-59 Variable Indicates minutes
0-59 Variable Indicates seconds
nnnnnn 000000-999999 Variable Gives the conversation time inseconds.
ORIG=len dn Symbolic text Variable Identifies the origination point of callgiving line equipment number,including site identifier, if used. SeeTable I.
TERM=trkid Symbolic text Variable Identifies the termination point of call.See Table I.
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Field Value Fixed orVariable
Description
ANS=txt Y Variable Indicates that the called partyanswered.
N Variable Indicates that the called party did notanswer.
DDO=txt Y Variable Indicates that the call was directdialed overseas.
N Variable Indicates that the call was not directdialed overseas.
Active message exampleAMAB101 MAY28 15:41:00 7325 INFO LAMA_CALL_DATA
B4 00 20 00 6138651004 6138652090 0 149 15 40 56 000003
ORIG=CKT M613ICAMA 0 TERM=CKT M613INTERTOLL O ANS=Y
DDO=N
Clear message examplen/a
Associated OM registers
AMAB102The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB102 for each AMA call entry. To receive this report, set officeparameter SPECIAL_AMA_REPORT to ON in the office parameter tables.To avoid too many output reports, request this report only during periods oflow traffic.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB102 mmmdd hh:mm:ss ddss INFO TOPS_F_ENTRY
Fn nn nn nn dn dn n day hhmmss nnnnnn nnnn nn nnnn nn
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ORIG = trkid TERM = trkid ANS = txt
Selected field descriptionsField Value Fixed or
VariableDescription
NNNNYYYY Variable Validity Check Failure or Security?See Note 4.
Variable Digit 2
NYNYNYNY Variable Trouble Report?
NNYYNNYY Variable Charge Adjust?
NNNNYYYY Variable Local Call?
Variable Digit 3
N Y N Y N Y ** Variable Dial Rate Key?
N N Y Y N N ** Variable Automatic No AMA?
N N N N Y Y ** Variable Ao AMA Key?
Variable Digit 4
NYNYNYNY Variable Call Transfer?
NNYYNNYY Variable Cancel Timing?
NNNNYYYY Variable Cancel Call?
nn 00-99 Variable TOPS call originating type. A 2 digitcode indicating how a call originatedto a TOPS operator.
00 Variable Not Used
01 Variable 1+(011+)
02 Variable 0+(01+)
03 Variable
06 Variable INTC
07 Variable 1153 (marine)
08 Variable 141 (rate and route)
09 Variable MOBILE
10 Variable 121
11-19 Variable Reserved for future use.
04 Variable RONI
05 Variable ALM
20 Variable 131
21-29 Variable Reserved for future use.
30 Variable 181
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Field Value Fixed orVariable
Description
31-39 Variable Reserved for future use.
40 Variable 1150
41 Variable Reserved for future use.
42 Variable 1152 (Mobile)
43-49 Variable Reserved for future use.
50 Variable 1155
51-59 Variable Reserved for future use.
60 Variable 1156
61 Variable Reserved for future use.
62 Variable 1158
63 Variable 1159
64-69 Variable Reserved for future use.
70 Variable Indicates delay calls
71-79 Variable Reserved for future use.
80 Variable Coin Recalls
81-88 Variable Reserved for future use.
89 Variable 411
90 Variable 555 (universal information)
91-99 Variable Reserved for future use.
ORIG = trkid Symbolic text Variable Originating point of call identifier. SeeTable I.
TERM = trkid Symbolic text Variable Termination point of call identifier. SeeTable I.
ANS = txt Y Variable Indicates that the called partyanswered.
N Variable Indicates that the called party did notanswer.
INFOTOPS_F_ENTRY
CONSTANT Variable Indicates that this report containsTOPS entry call data.
Fn Variable Indicates format number.
F0 Variable Indicates domestic 1+.
F1 Variable Indicates domestic TOPS.
F2 Variable Indicates overseas 1+.
F3 Variable Indicates overseas TOPS.
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Field Value Fixed orVariable
Description
nn 00-99 Variable Gives the entry code, which identifiesthe call type the system records. SeeTable R.
nn (0-7), (0-7) Variable Gives Call Event Information. Digit 1 isleft. Refer to Table Call eventinformation in log report AMAB100.
nn (0-7), (0-7) Variable Indicates the service features ofcalling and called parties. Digit 1represents the calling party servicefeatures. Digit 2 represents calledparty service features. Refer to TableService features in log reportAMAB100.
dn Symbolic text Variable Gives the calling number. See Table I.
dn Symbolic text Variable Gives the called number. See Table I.
n 0-8 Variable Provides information about eventsduring the call. Refer to Table Eventsduring call in log report AMAB100.
nnn 1-366 Variable Indicates the day of the year of anAMA call entry.
hhmmss Variable Indicates the time of an AMA callentry.
0-23 Variable Indicates hours.
0-59 Variable Indicates minutes.
0-59 Variable Indicates seconds.
nnnnnn 000000-999999 Variable Gives the conversation time inseconds.
nnnn 0000-9999 Variable Defines the assigned number of theTOPS operator handling the call. SeeNote 1.
nn 00-99 Variable Defines the team to which the systemassigns the TOPS operator.
nnnn 0000-9999 Variable TOPS information digits. Note 1.
nn 0-7 Variable TOPS call origination. Note 1.
01234567 Variable Digit 1
NYNYNYNY Variable No Connect?
NNYYNNYY Variable Verification Request?
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Active message exampleAMAB102 JUL04 16:33:06 6088 INFO TOPS_F_ENTRY
F1 22 20 00 61369 24681 2 5146 231111 000020 0099 09 0000
02
ORIG = CKT TOPCOMAMF TERM = CKT TERMBX01 ANS = Y
Clear message examplen/a
Associated OM registers
AMAB103The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB103 for each AMA call entry. To receive this report, set officeparameter SPECIAL_AMA_REPORT to ON in the office parameter tables.To avoid too many output reports, request this report only during periods oflow traffic.
The AMAB103 report follows an AMAB102 report.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB103 mmmdd hh:mm:ss ssdd INFO TOPS_E0_ENTRY
n nnn...AAA...A
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_E0_ENTRY
Constant Fixed Indicates that the report contains datafor TOPS extension record code EO(special billing).
n Variable Identifies the special billing numbertype.
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Field Value Fixed orVariable
Description
Variable DMS-200 TOPS
0 Variable Domestic third number
1 Variable Domestic credit card
2 Variable Overseas third number
3 Variable Overseas credit card
Variable DMS-250 TOPS
0 Variable Unassigned
1 Variable Calling card billing
2 Variable Unassigned
3 Variable A250 ANI billing
nnn...AAA...A max of 19 characters Variable Identifies the number to which thesystem bills the call. The billingnumbers align to the left and containas fillers. See Automatic MessageAccounting Northern TelecomFormat , 297-1001-119, for values anddescriptions.
Active message exampleAMAB103 JUL04 16:33:06 6089 INFO TOPS_E0_ENTRY
0 6138412222*********
Clear message examplen/a
Associated OM registers
AMAB104The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB104 for each AMA call entry. To receive the report, set officeparameter SPECIAL_AMA_REPORT to ON in the office parameter tables.To avoid too many output reports, only request this report during periods oflow traffic.
The AMAB104 report follows a AMAB102 report.
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
FormatAMAB104 mmmdd hh:mm:ss ssdd INFO TOPS_E1_ENTRY
hhhhhh hhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_E1_ENTRY
Constant Fixed Indicates that the report contains datafor TOPS extension record code E1(hotel).
hhhhhh Six Hexadecimal Variable Hotel room number can be six digits,three alphas or a collection. SeeAutomatic Message AccountingNorthern Telecom Format ,297-1001-119.
hhhhhhhh Four alphas, eachrepresented by 2hexadecimals
Variable Identifies hotel guest name
Active message exampleAMAB104 JUL04 16:33:06 6390 INFO TOPS_E1_ENTRY
123456 C7D2D5C4
Clear message examplen/a
Associated OM registers
AMAB105The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB105 for each time AMA call entry. To receive the report, setoffice parameter SPECIAL_AMA_REPORT to ON in the office parametertables. To avoid too many output reports, request this report only duringperiods of low traffic.
This report follows an AMAB102 report.
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Remedial actionAction not required. Telco can use this report to verify routing systemtranslation.
AttributesAttribute Value
Severity Warning
FormatAMAB105 mmmdd hh:mm:ss ssdd INFO TOPS_E2_ENTRY
nnnnn nnnnn n h
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_E2_ENTRY
Constant Fixed Indicates that the report contains dataassociated with TOPS extensionrecord code E2 (CHARGE).
nnnnn 00000-99999 Variable Indicates hotel tax or coin amount incents.
nnnnn 00000-99999 Variable Indicates amount for hotel call, orquoted amount in cents if call is timeand charge.
n 0-9 Variable Indicates number of coin overtimerecalls to position.
h 0-f Variable Indicates filler character to fill ourrecord to the required number ofdigits.
Active message exampleAMAB105 JUL04 16:33:06 6391 INFO TOPS_E2_ENTRY
00350 00350 3 012
Clear message examplen/a
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Associated OM registers
AMAB106The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB106 for each AMA call entry. To receive this report, set officeparameter SPECIAL_AMA_REPORT to ON in the office parameter tables.To avoid too many output reports, request this report only during periods oflow traffic.
The AMAB106 report follows an AMAB102 report.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB106 mmmdd hh:mm:ss ssdd INFO TOPS_E4_ENTRY
hhmm n nn n nnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_E4_ENTRY
Constant Fixed Indicates that the report contains datafor TOPS extension record E4 (chargeadjustment).
nnnn Variable Indicates the approximate time of thecall that requires the adjustment.
0-23 Variable Indicates hours.
0-59 Variable Indicates minutes.
n Variable Gives the reason for chargeadjustment.
0 Variable Indicates wrong number.
1 Variable Cancel previous charge adjust.
2 Variable Poor transmission.
3 Variable Indicates empty.
4 Variable Indicates empty.
5 Variable Indicates cut off.
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Field Value Fixed orVariable
Description
6 Variable Indicates manually rated.
7 Variable Indicates change billing.
8 Variable Indicates coin under collect.
9 Variable Indicates coin over collect.
nn 00-99 Variable Gives charge adjustment entry code.This adjustment will be identical to theentry code in the first billing recordwhen a change in billing occurs. SeeTable I.
n Variable Gives the charge adjustment indicator,a single digit that indicates how creditwill be applied.
0 Variable Indicates the system did not providean indicator.
1 Variable Indicates minutes the system willcredit.
2 Variable Indicates dollars and cents the systemwill credit.
3 Variable Indicates whole call the system willcredit.
nnnnn Variable Gives the charge adjustment amount.
00001-65536 Variable Indicates amount in cents
OOAAA-99AAA Variable Indicates amount in minutes, as arefiller characters.
Active message exampleAMAB106 JUL04 16:33:06 6492 INFO TOPS_E4_ENTRY
0824 6 22 1 00240
Clear message examplen/a
Associated OM registers
AMAB108The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB108 by the auxiliary operator service system (AOSS) chargeformater. The report appears when a AOSS call that can be recordedends.
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This section shows the charge details, digit 1 values and its explanations.
• 0 - Indicates the call cam be charged and manual "no charge" overridedid not occur.
• 1 - Indicates the call cannot be charged and manual "no charge"override did not occur.
• 2 - Indicates the call can be charged and manual "no charge" overrideoccurred.
• 3 - Indicates the call cannot be charged and manual "no charge"override occurred.
• 4 - Indicates the call can be charged. The subscriber disconnectedbefore connection to an Audio Response Unit.
• 5 - Indicates the call cannot be charged. The subscriber disconnectedbefore connection to an Audio Response Unit.
This section shows the transfer and trouble details, digit 2 values and itsexplanations.
• 0 - Indicates the system did not transfer the call and did not report anyproblems.
• 1 - Indicates a transferred call.
• 2 - Indicates a call with a problem reported.
• 3 - Indicates the system transferred a call with a problem recorded.
This section shows the origination type code and the call origination type.
• 00 - Unspecified.
• 01 - Indicates a local directory assistance call when subscriber dialed411.
• 02 - Indicates a HNPA DA call when the subscriber dialed 1+555-1212.
• 03 - Indicates a FNPA DA call when subscriber dialed I+NPA+555-1212.
• 04 - Indicates a traffic operator dialed 131 to ask for assistance from anAOSS operator.
• 05 - Indicates a traffic operator dialed 141 to obtain rate and routeinformation from an AOSS operator.
• 06 - Indicates a call intercepted by an AOSS operator.
• 07 - Indicates an ACS keyed by operator to access a forward number.
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
FormatAMAB108 mmmdd hh:mm:ss ssdd INFO AOSS_F8_ENTRY
F8 ec ce sf dn fwddn day hhmmss oprn tn ct co n chd
Selected field descriptionsField Value Fixed or
VariableDescription
INFOAOSS_F8_ENTRY
Constant Fixed Indicates a report of data associatedwith the AOSS.
F8 Constant Fixed Identifies an AOSS record type.
ec 00-99 Variable Identifies the entry code. See Table R.
ce (0-7), (0-7) Variable Indicates call event Information. Digitone is on the left. Refer to Table callevent information in log reportAMAB100.
sf (0-7), (0-7) Variable Indicates service features of callingparty (left digit) and the forward party(right digit). Refer to the Table Servicefeatures in log report AMAB100.
dn Symbolic text Variable Identifies calling number. See Table I.
fwddn 2-10 digits Variable Identifies the forward number theoperator enters.
day 1-366 Variable Indicates the day of the year on whichthe call arrived at the AOSS position.
hhmmss 000000-235959 Variable Indicates the time of the day when thecall arrived at the AOSS position.
oprn 0000-9999 Variable Identifies AOSS operator that handlesthe call.
tn 00-99 Variable Identifies the team the system assignsto the AOSS operator.
ct (0-5)(0-3) Variable Provides charge, transfer, and troubleinformation concerning the AOSS thesystem handles. Digit 1 (left)represents charge details. Refer toTable Charge details at the end of thislog report. Digit 2 represents transfer
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Field Value Fixed orVariable
Description
and trouble details. Refer to TableTransfer and trouble details at the endof this log report.
co 00-07 Variable Indicates origination method of a callto an AOSS operator. Refer to TableCall Origination Type at the end of thislog report.
n 0 Variable Indicates the call is not a recall or acut through.
1 Variable Indicates the system recalls call to theoperator.
2 Variable Indicates the call cuts through to theoperator.
chd 0-255 Variable Indicates downstream chargedetermination.
Active message exampleAMAB108 NOV14 22:50:43 9316 INFO AOSS_F8_ENTRY
F8 00 24 00 61322123 617777 003 094032 0212 02 00 01 1
057
Clear message examplen/a
Associated OM registers
AMAB109The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB109. The report provides the automatic message accountingdata associated with the call.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
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FormatAMAB109 mmmdd hh:mm:ss ssdd INFO TOPS_OOC_B2_ENTRY
dn ******** ******* dn
altrtxt nnn
clgnm
cldnm
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_OOC_B2_ENTRY
Constant Fixed Indicates that this call provides datarelated to an overseas call the systemplaces through an operator.
dn Symbolic text Variable Indicates calling number. Refer toTable I.
dn Symbolic text Variable Indicates called number. Refer toStandard definitions and equipmentidentification table.
altrtxt Variable Indicates alternate route.
clgnm 00-FF (x20) Variable Calling name, the operator enters andtranslates into hexadecimal. Refer toAutomatic Message AccountingNorthern Telecom Format ,297-1001-119 for details on thestructure of AMAB log reports.
cldnm 00-FF (x20) Variable Called name, the operator enters andtranslates into hexadecimal. Refer toAutomatic Message AccountingNorthern Telecom Format ,297-1001-119 for details on thestructure of AMAB log reports.
Active message exampleAMAB109 MAY28 02:24:44 2001 INFO TOPS_OOC_B2_ENTRY
B2 97 20 00 6135421263 ********* ******* 2 071 022435 00
0022 0211 02 0000 03 000
C3c3c3c5d6d9d0aac5c5c7c8c9c4c3c9c3c3c3c5
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C3c3c3c5d6d9d0aac5c5c7c8c9c4c3c9c3c3c3c5
Clear message examplen/a
Associated OM registers
AMAB110The Automatic Message Accounting Buffer (AMAB) subsystemTOPS_E5_ENTRY is the charge adjust extension record for the record thepreceding AMAB109 log reports.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB110 mmmdd hh:mm:ss ssdd INFO TOPS_E5_ENTRY
chrgtxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFOTOPS_E5_ENTRY
Constant Fixed Provides the charge adjust extensionrecord for the record the precedingAMAB109 log reports.
chrgtxt Alphanumeric Variable Charge adjust type field. Refer toAutomatic Message AccountingNorthern Telecom Format ,297-1001-119 for a completeexplanation of this field.
Active message exampleAMAB110 MAY28 03:35:44 2002 INFO TOPS_E5_ENTRY
E5 03 34 02 63 1 00155 0
Clear message examplen/a
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Associated OM registers
AMAB111The Automatic Message Accounting Buffer (AMAB) subsystem generatesthis report AMAB111. The report provides automatic message accountinginformation for an enhanced 800 service call.
Remedial actionAction not required. This log is for information and for testing.
AttributesAttribute Value
Severity Warning
FormatAMAB111 mmmdd hh:mm:ss ssdd INFO TOPS_B6_B7_ENTRY
recod entcod infdig serv clgdn clddn evinfo day hhmmss ctime
opnum tmnum infodig orig ooz rao 800dn
Selected field descriptionsField Value Fixed or
VariableDescription
90 Variable 555 (universal information)
91-99 Variable Reserved for future use.
ooz 1 Variable Indicates that a customer withenhanced 800 service agrees toaccept 800 calls to the 800 number.These calls are from outside the zonefor which the customer purchased the800 service.
0 Variable Indicates that a customer withenhanced 800 service has not agreedto accept calls to the 800 number fromoutside the zone for which thecustomer has purchased the 800service.
RAO 000-999 Variable Identifies the revenue accountingoffice that services the 800 number.
800dn Refer to the definitionof dn in Table I.
Variable Identifies the directory number of theenhanced 800 service subscriberinvolved.
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Field Value Fixed orVariable
Description
INFOTOPS_B6_B7_ENTRY
Constant Fixed Indicates a report of domestic (B6) orinternational (B7) enhanced 800service AMAB.
Recod B6 Variable Provides the record code (B6) of theAMAB if the called number isdomestic.
B7 Variable Provides the record code (B7) of theAMAB if the called number isInternational.
entcod 00-99 Variable Provides the entry code, whichidentifies the call type the systemrecords. Refer to Table R.
infdig 00-77 Variable Provides call event information. Digitone remains. Refer to Table Callevent information at the end of logreport AMAB100.
serv 00-77 Variable Indicates the service features of thecalling and called parties. Digit 1represents calling party servicefeatures. Digit 2 represents calledparty service features. Refer to theTable Service features at the end oflog report AMAB100.
clgdn dn Variable Identifies the calling number. Refer toTable I.
clddn dn Variable Identifies the called number. Refer toTable I.
day 0 - 366 Variable Indicates the day of the year on whichthe call was made.
ctime 000000-999999 Variable Provides the conversation time inseconds.
opn 0000 - 9999 Variable Identifies the assigned number of theTOPS operator handling the call.
tmn 00 - 99 Variable Identifies the team the system assignsto the TOPS operator.
infodig Each of the four digitshas a value of 0 - 7.
Variable Provides additional TOPS information.Digit 1 is the last left digit.
Digit 1 0 1 2 3 4 5 6 7 Variable Digit 1
N Y N Y N Y N Y Variable No Connect?
N N Y Y N N Y Y Variable Verification Request?
N N N N Y Y Y Y Variable Validity Check Failure or Security?
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Field Value Fixed orVariable
Description
Digit 2 0 1 2 3 4 5 6 7 Variable Digit 2
N Y N Y N Y N Y Variable Trouble Report?
N N Y Y N N Y Y Variable Charge Adjust?
N N N N Y Y Y Y Variable Local Call?
Digit 3 0 1 2 3 4 5 6 7 Variable Digit 3
N Y N Y N Y N Y Variable Dial Rate Key?
N N Y Y N N Y Y Variable Automatic No AMA?
N N N N Y Y Y Y Variable Ao AMA Key?
Digit 4 0 1 2 3 4 5 6 7 Variable Digit 4
N Y N Y N Y N Y Variable Call Transfer?
N N Y Y N N Y Y Variable Cancel Timing?
N N N N Y Y Y Y Variable Cancel Call?
01 Variable 1+ (011+)
02 Variable 0+ (01+)
03 Variable
04 Variable RONI
05 Variable ALM
06 Variable INTC
orig 00 - 99 Variable Indicates TOPS call originating type. A2-digit code indicates how a calloriginates to a TOPS operator.
00 Variable Not Used
07 Variable 1153 (marine)
08 Variable 141 (rate and route)
09 Variable MOBILE
10 Variable 121
11-19 Variable Reserved for future use.
20 Variable 131
21-29 Variable Reserved for future use.
30 Variable 181
31-39 Variable Reserved for future use.
40 Variable 1150
41 Variable Reserved for future use.
42 Variable 1152 (Mobile)
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Field Value Fixed orVariable
Description
43-49 Variable Reserved for future use.
50 Variable 1155
51-59 Variable Reserved for future use.
60 Variable 1156
61 Variable Reserved for future use.
62 Variable 1158
63 Variable 1159
64-69 Variable Reserved for future use.
70 Variable Indicates delay calls.
71-79 Variable Reserved for future use.
80 Variable Indicates coin recalls.
81-88 Variable Reserved for future use.
89 Variable 411
Active message exampleAMAB111 Jul10 03:10:44 2001 INFO TOPS_B6_B7_ENTRY
B6 97 20 00 6135421263 2122201234***** 2 071 022435
000022
0211 02 0000 03 0 662 8004654329
Clear message examplen/a
Associated OM registers
AMAB115The Automatic Message Accounting Buffer (AMAB) subsystem generatesthis report AMAB115. The report indicates an identification failure when anORIG terminal creates a Station Message Detail Recording (SMDR) recordfor a call.
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Remedial actionThis report indicates two possible conditions. The special billing number forstation ORIG has less than seven digits. If ORIG is an attendant console,the customer group billing number has less than seven digits. If ORIG is atrunk, check the billing number in the trunk group. If ORIG is not a trunk,report the problem to your maintenance support group.
AttributesAttribute Value
Severity Indeterminate
FormatAMAB151 mmmdd hh:mm:ss ssdd FAIL SMDR_ANI_FAIL
ORIG LEN len DN dn
Selected field descriptionsField Value Fixed or
VariableDescription
FAILSMDR_ANI_FAIL
Constant Fixed Indicates an automatic numberidentification (ANI) failure duringcreation of an SMDR record
ORIG LEN Integers Variable Identifies the line equipment.
DN Integers Variable Gives the calling number.
Active message exampleAMAB151 SEP16 10:55:13 3932 FAIL SMDR_ANI_FAIL
ORIG LEN HOST 00 1 05 03 DN nnnnnnn
Clear message examplen/a
Associated OM registers
AMAB118The Automatic Message Accounting Buffer (AMAB) subsystem generatesthis report by the Auxiliary Operator Service System (AOSS) chargeformatter. The report appears when a recordable AOSS voice response(VR) call ends.
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This section shows the charge details, digit 1 values and its explanations.
• 0 - Indicates the call is chargeable and manual "no charge" override didnot occur.
• 1 - Indicates the call is not chargeable and manual "no charge" overridedid not occur.
• 2 - Indicates the call is chargeable and manual "no charge" overrideoccurred.
• 3 - Indicates the call is not chargeable and manual "no charge" overrideoccurred.
• 4 - Indicates that the call is chargeable but the subscriber disconnectedbefore connection to an Audio Response Unit.
• 5 - Indicates the call is not chargeable but the subscriber disconnectedbefore connection to an Audio Response Unit.
This section shows the transfer and trouble details, digit 2 values and itsexplanations.
• 0 - Indicates the call did not transfer and a problem reported.
• 1 - Indicates a transferred call.
• 2 - Indicates a call with a problem reported.
• 3 - Indicates a transferred call with a problem reported.
This section shows the origination type code and the call origination type.
• 00 - Unspecified.
• 01 - Indicates a Local Directory Assistance call (the subscriber dialed411).
• 02 - Indicates a HNPA DA call (the subscriber dialed 1+555-1212).
• 03 - Indicates a FNPA DA call (the subscriber dialed l+NPA+555-1212).
• 04 - Indicates a traffic operator dialed 131 to ask for assistance from anAOSS operator.
• 05 - Indicates a traffic operator dialed 141 to obtain rate and routeinformation from an AOSS operator.
• 06 - Indicates a call an AOSS operator intercepts.
• 07 - Indicates an ACS operator keys to access a forward number.
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
FormatAMAB118 mmmdd hh:mm:ss ssdd INFO AOSS VR CALL ENTRY
B8 ec ce sf dn fwddn day hhmmss oprn tn ct co n chd
Selected field descriptionsField Value Fixed or
VariableDescription
INFO AOSS VR CALLENTRY
Constant Fixed Indicates a report of data associatedwith the AOSS Voice Responsesystem.
B8 Constant Fixed Identifies an AOSS VR CALL ENTRYrecord type.
ec 00-99 Variable Identifies the entry code. See Table R.
ce (0-7), (0-7) Variable Indicates call event Information. Digitone is on the left. Refer to Table Callevent information in log reportAMAB100.
sf (0-7), (0-7) Variable Indicates service features of callingparty (left digit) and the forward party(right digit). Refer to Table Servicefeatures in log report AMAB100.
dn Symbolic text Variable Identifies calling number. See Table I.
fwddn 2-10 digits Variable Identifies the forward or requestednumber the operator enters.
day 1-366 Variable Indicates the day of the year on whichthe call arrived at the AOSS position.
hhmmss 000000-235959 Variable Indicates the time of the day when thecall arrived at the AOSS position.
oprn 0000-9999 Variable Identifies AOSS operator handling thecall.
tn 00-99 Variable Identifies the team that the systemassigns to the AOSS operator.
ct (0-5), (0-3) Variable Provides charge, transfer, and troubleinformation about the AOSS call thesystem handles. Digit 1 (left)represents charge details. Refer toTable Charge details at the end of thislog report. Digit 2 represents transfer
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Field Value Fixed orVariable
Description
and trouble details. Refer to TableTransfer and Trouble Details at theend of this log report.
co 00-07 Variable Indicates origination manner of a callto an AOSS operator. Refer to TableCall Origination Type table at the endof this log report.
n 0 Variable Indicates the call is not a recall nor acut-through.
1 Variable Indicates a call the operator recalls.
2 Variable Indicates a call cut through to theoperator.
chd 0-255 Variable Indicates downstream chargedetermination.
Active message exampleAMAB118 MAY11 12:23:52 2112 INFO AOSS VR CALL ENTRY
B8 00 24 00 321234 62177 003 094032 0212 02 00 01 1 057
Clear message examplen/a
Associated OM registers
AMAB119The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB119 as required. This report provides information aboutdirectory assistance and intercept (DA/INT) AMA records.
Remedial actionAction not required. This log is for information and testing.
AttributesAttribute Value
Severity Warning
FormatAMAB119 mmmdd hh:mm:ss ssdd INFO DA_INT_B8_ENTRY
rec code: nn entry code: nn info digs 1,2: nn
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orig serv feat: n term serv feat: n clg num: dn cld num: dn
ddd hh:mm:ss oper num: nnnn team num: nn info digs 3,4: nn
orig:nn recall: n listing fig: nnn
Selected field descriptionsField Value Fixed or
VariableDescription
Term serv feature 0 Variable Identifies the service feature of theterminator of the call. This field willalways be set to 0.
CIg num Integers Variable Provides the directory number of thecalling party for a DA call. In case ofan INT call, indicates the originaldialed number. Refer to Table I.
CId num Integers Variable Provides the directory number of thecalled party. Refer to Table I.
DDD 1-365 Variable Identifies the day of the year the callarrives at the operator position.
Hh:mm:ss Variable Indicates time that the call arrives atthe operator position.
Oper num Integers Variable Identifies the number of the DAoperator logged in at the positionwhere the system handles the DA/INTcall. The system records zero whenthe call does not involve an operator.
Team num Integers Variable Identifies the team number of theoperator who handled the DA/INT call.The system records zero in the caseof auto intercepted calls and when thecall does not involve an operator.
Info dig 3 Integers Variable Identifies the charge details for theDA/INT call. Tables TOPS,DATAKOPT DABILL, and if theoperator does not strike the NO AMAkey, will determine the charge of thecall. Refer to Table Charge details atthe end of this log report.
Info dig 4 Integers Variable Indicates if the call transferred fromanother operator and if the systemreports a problem on the call. Refer toTable Condition at the end of this logreport.
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Field Value Fixed orVariable
Description
Orig Variable Identifies the call type. Refer to TableTOPSAMA.
Recall 0-2 Variable Indicates if the call becomes a recallor a cut through
Listing fig 0-255 Variable Indicates the information the DASprovides.
INFODA_INT_B8_ENTRY
Constant Fixed Indicates a report of Traffic OperatorPosition System Multipurpose (TOPSMP) entry DA/INT AMA service.
Rec code B8 Variable Indicates the type of call beingrecorded on AMA tape. Willconsistently contain B8 for this type ofrecord.
Entry code 00 Variable Identifies the type of billing used onthe call. For DA/INT calls, the systemuses one type of billing and the valuefor this field is always 00.
Info digs 1 0-3 Variable Indicates if the call is subject toservice analysis and if a charge isapplicable.
Info digs 2 0, 2, 4, 5, 6 Variable Indicates the automatic numberidentification (ANI) of the call.
Orig serv feat 0-2 Variable Identifies the service feature of theoriginator of the call. This informationis based on the ANI received from theend office. Refer to Table Servicefeatures at the end of log reportAMAB100.
Active message exampleAMAB119 JAN03 13:41:02 4712 INFO DA_INT_B8_ENTRY
B8 00 24 00 6132321234 6217777*** 003 094932 0212
02 00 01 1 057
Clear message examplen/a
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Associated OM registers
AMAB122The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB122. The report gives a detailed description of call data foran incoming routine exercise test (ICREXT) call entry record. Use the logfor debugging.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB122 mmmdd hh:mm:ss ssdd INFO ICREXT LOG ENTRY
rc cc cm fc sc FFFFdn FFFFdn yymmdd
hhmmss durtxt pulstxt ictrkid ogtrkid
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ICREXT LOGENTRY
Constant Fixed Indicates that the following data willproduce a ICREXT call entry record
rc BB Variable This is the record code and is aconstant BB for this log report.
cc two digit Variable This is the call class:
• 00 -- NIL class
• 01 -- UNKW (unknown) class
• 02 -- IAGRP (intragroup) class
• 03 -- ATT (attendant)
• 04 -- DATT (dial attendant)
• 05 -- LCL (local)
• 06 -- SPEC (special call)
• 07 -- EMRG (emergency call)
• 08 -- NATL (national)
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Field Value Fixed orVariable
Description
• 09 -- CNTL (continental)
• 10 -- ICNTL (intercontinental)
• 11 -- INTL (international)
• 12 -- OPRA (operator assistedcall)
• 13 -- IOPRA (internationaloperator assisted call)
cm 00 Variable This is the call mode, for this log it is aconstant 00.
fc two digits Variable This is the service feature code. Thefirst digit indicates the events duringthe call:
• 0 -- call was not answered,analyzed, or charged
• 1 -- call was answered
• 2 -- call was service analyzed
• 3 -- call was answered andservice analyzed
• 4 -- call was charged
• 5 -- call was answered andcharged
• 6 -- call was service analyzed andcharged
• 7 -- call was answered, serviceanalyzed, and charged
The second digit indicates the callstatus:
• 0 -- call is successful
• 1 -- call is successful, butmetering information lost
• 2 -- call failed and meteringinformation lost
• 3 -- malicious call trace, callduration data invalid
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Field Value Fixed orVariable
Description
sc two digits Variable This is the special services code:
• 00 -- default standard line
• 01 -- coin box informationobtained from line attributes
• 02 -- addon leg
• 03 -- call diversion leg
FFFFdn Integers Variable Indicates the calling number
FFFFdn Integers Variable Indicates the called number
yymmdd Integers Variable Indicates year, month, and day of call
hhmmss Integers Variable Indicates time of call
durtxt Integers Variable Indicates length of call in seconds
pulstxt Integers Variable Indicates number of pulses the callreceives.
ictrkid Symbolic text Variable Identifies the incoming trunk groupthat represents the position in TableTRKGRP. A value of 2047 indicates aline. The value 8191 indicates a null ornot applicable (NA) value for a trunkgroup number. Refer to customer dataTable TRKGRP.
ogtrkid Symbolic text Variable Identifies the outgoing trunk group thatrepresents the position in TableTRKGRP. A value of 2047 indicates aline. The value 8191 indicates a null ornot applicable (NA) value for a trunkgroup number. Refer to customer dataTable TRKGRP.
Active message exampleAMAB122 SEP18 11:01:18 3232 INFO ICREXT LOG ENTRY
BB 05 00 50 00 FFFF180986 FFFF99496116662000 860316
110118 00000354 00000037 0120 2047
Clear message examplen/a
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Associated OM registers
AMAB150The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB150. The report tests or monitors the generation of StationMessage Detail Recording (SMDR) records. The information in the reportand the file (on tape or disk) is the same. Refer to Meridian Digital CentrexStation Message Detail Recording Reference Guide, 297-2071-119, foradditional information.
The log report is different than the format and example described herebecause of space limits in this manual.
Remedial actionThere is no action required. If the system records multipleSMDR_CALL_DATA files for the call, the second SMDR file contains aterminating format code of six. This code means the call can have any ofthe answer types. The code also indicates that a call has more than oneSMDR file.
AttributesAttribute Value
Severity Warning
FormatAMAB150 mmmdd hh:mm:ss ssdd INFO SMDR_CALL_DATA
CUSTGRP= cgrptxt
nnndn oa nn n dn ta n n
dn ddd hh mm ss ssssss
ORIG = cktid TERM = CKT cktid
ANS=txt n
DTO = nnnn....nnn AUTH = nnnn....xxx
ACC = nnnn....xxx
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Selected field descriptionsField Value Fixed or
VariableDescription
************** Variable Indicates the user did not dial anauthorization code.
ACC=nnnn....xxxx Up to 14 digits,leftjustified, padded withXXXX
Variable Indicates the account code.
NNNNYYYY Variable Indicates expensive route.
dn Variable Indicates called number. The digitsthe originator dialed. Refer toExplanation.
ddd 0 - 365 Variable Indicates the day when the callstarted.
hh 0 - 23 Variable Indicates the hour of the day when thecall started.
mm 0 - 59 Variable Indicates the minute when the callstarted,
ss 0 - 59 Variable Indicates the second when the callstarted,
ssssss 0-999999 Variable Provides the duration of the call inseconds.
ORIG = cktid See Table 1. Variable Indicates the line or trunk of theoriginator.
TERM = cktid See Table 1. Variable Indicates the line or trunk of theterminator.
ANS=txt Y Variable Indicates the call was answered.
N Variable Indicates the call was not answered.
n Variable Provides the answer type if the callwas answered.
0 Variable Indicates electrical answer.
1 Variable Indicates fake answer.
2 Variable Indicates tone answer.
3 Variable Indicates default answer.
DTO=nnn...nnnn Up to 30 digits**********************
Variable Indicates the digits the system is tooutpulse.
Indicates the system does not record.
AUTH=nnnn....xxxx Up to 14 digits, leftjustified, padded withXXXX.
Variable Indicates the authorization code.
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Field Value Fixed orVariable
Description
INFOSMDR_CALL_DATA
Constant Fixed Indicates this report contains SMDRcall data.
CUSTOMER GROUP Character string Variable Indicates originating IntegratedBusiness Network (IBN) customergroup. Refer to Table CUSTMDR inthe data schema section of theTranslations Guide .
n 0-7 Variable Indicates originator subgroup.
n 0 Variable Provides the SMDR feature code ofthe originator.
2 Variable Indicates default.
3 Variable Indicates three-way conference, orcall forward.
Numeric Variable Indicates six-way conference,attendant, or meet me.
4 Variable Indicates call park retrieval.
6 Variable Indicates multiple answer.
8 Variable Indicates preset conference.
9 Variable Indicates group interconnection call.
n Numeric Variable Indicates the call origination type.
0 Variable Indicates Station.
1 Variable Indicates Station with special billing(SPB) option.
2 Variable Indicates Attendant console.
3 Variable Indicates Trunk.
4 Variable Indicates direct inward system access(DISA) directory number (DN).
5 Variable Indicates virtual facility group.
6 Variable Indicates 6-port conference originator.
7 Variable Indicates automatic numberidentification (ANI) for FGN trunk.
8 Variable Indicates automatic identified outwarddialing (AIOD).
#A Variable Indicates not known.
dn Symbolic text Variable Indicates the station dialed number orcustomer group billing number. If theorigination type is 3 trunk, the systemgenerates the ten-digit billing DN. The
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Field Value Fixed orVariable
Description
ten-digit DN is from Table Trunkgroup. The system does not generatethe calling DN at this time. If the userdoes not enter the billing DN, this fieldcontains 10 stars. If the NETWORKoption is assigned in TableCUSTSMDR, the calling DN forincoming ISUP IBN calls appears inthis field.
Symbolic text Variable Indicates 10-digit ANI for featuregroup D (FGD) trunks.
oa 0 Variable Indicates a voice call.
2 Variable Indicates a data call, modem poolingnot used.
3 Variable Indicates a data call, modem poolingused.
A Variable Indicates type of call not known, orfeature is inactive. A *in this field alsoindicates feature is inactive.
nn Variable Provides information digits.
Digit 1 hexadecimal (0to F)
Variable • 0 = call not service analyzed, ANIdid not fail, call not answered, andnot VPN on-net
• 1= call service analyzed
• 2 = call ANI failed
• 3 = call service analyzed and ANIfailed
• 4 = call answered
• 5 = call service analyzed andanswered
• 6 = call ANI failed and answered
• 7 = call service analyzed, ANIfailed, and call answered
• 8 = call is VPN on-net
• 9 = call analyzed and VPN on-net
• A = call ANI failed and VPN on-net
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Field Value Fixed orVariable
Description
• B = call service analyzed, ANIfailed, and VPN on-net
• C = call answered and VPN on-net
• D = call service analyzed,answered, and VPN on-net
• E = call ANI failed, answered, andVPN on-net
• F = call service analyzed, ANIfailed, answered, and VPN on-net
Digit 2 Variable Indicates digit 2.
NYNY Variable Indicates CId Party Disc.
NNYY Variable Indicates Attendant Extended.
n Variable Provides the call termination type.
4 Variable Indicates DISA_DN.
dn Integers Variable Indicates the station DN if theterminator is a line. Refer toExplanation.
ta Refer to theexplanation for oa.
Variable Provides the terminator data callidentification digit.
n Variable Provides the SMDR feature code ofthe originator.
0 Variable
1 Variable Indicates default.
3 Variable Indicates call forwarding.
Variable Indicates 6-port conference, attendantor Meet me.
5 Variable Indicates call-back queuing.
Indicates ring-again.
Indicates multiple answer.
6 Variable Indicates flexible station controlledconference.
7 Variable Indicates preset conference.
8 Variable Indicates call request retrieval.
10 Variable
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Field Value Fixed orVariable
Description
n 01234567 Variable Indicates the route information digit.
--------- Variable
NYNYNYNY Variable Indicates digits missing.
NNYYNNYY Variable Indicates automatic route selection(ARS) selected route.
Active message exampleAMAB150 JUL03 15:25:29 6707 INFO SMDR_CALL_DATA
CUSTGRP = COMKODAK
0 0 0 6137227000 ** 40 3 ********** ** 0 0
4327020***************** 002 06 55 08 000009
ORIG = HOST 00 0 02 03 DN 9097255388 TERM = CKT OGMF 1
ANS= Y 0
DTO = 27020******************* AUTH = *************
ACC = **********
Clear message examplen/a
Associated OM registers
AMAB151The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB151. The report appears if an identification failure occurswhen an ORIG terminal creates a Station Message Detail Recording(SMDR) record for a call.
Digit value:
The following information specifies the Digit values where Y = bit set, eventoccurred, N = bit not set, event did not occur:
Digit value - 0 -- Service analyzed - N -- ANI failed - N -- Call answered - N-- VPN on-net - N
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Digit value - 1 -- Service analyzed - Y -- ANI failed - N -- Call answered - N-- VPN on-net - N
Digit value - 2 -- Service analyzed - N -- ANI failed - Y -- Call answered - N-- VPN on-net - N
Digit value - 3 -- Service analyzed - Y -- ANI failed - Y -- Call answered - N-- VPN on-net - N
Digit value - 4 -- Service analyzed - N -- ANI failed - N -- Call answered - Y-- VPN on-net - N
Digit value - 5 -- Service analyzed - Y -- ANI failed - N -- Call answered - Y-- VPN on-net - N
Digit value - 6 -- Service analyzed - N -- ANI failed - Y -- Call answered - Y-- VPN on-net - N
Digit value - 7 -- Service analyzed - Y -- ANI failed - Y -- Call answered - N-- VPN on-net - N
Digit value - 8 -- Service analyzed - N -- ANI failed - N -- Call answered - N-- VPN on-net -Y
Digit value - 9 -- Service analyzed - Y -- ANI failed - N -- Call answered - N-- VPN on-net - Y
Digit value - A -- Service analyzed - N -- ANI failed - Y -- Call answered - N-- VPN on-net - Y
Digit value - B -- Service analyzed - Y -- ANI failed - Y -- Call answered - N-- VPN on-net - Y
Digit value - C -- Service analyzed - N -- ANI failed - N -- Call answered - Y-- VPN on-net - Y
Digit value - D -- Service analyzed - Y -- ANI failed - N -- Call answered - Y-- VPN on-net - Y
Digit value - E -- Service analyzed - N -- ANI failed - Y -- Call answered - Y-- VPN on-net - Y
Digit value - F -- Service analyzed - Y -- ANI failed - Y -- Call answered - Y-- VPN on-net - Y
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Remedial actionThis report indicates that the special billing number for station ORIG hasless than seven digits. This report indicates that if ORIG is an attendantconsole, the customer group billing number has less than seven digits. IfORIG is a trunk, check the billing number in the trunk group data. If ORIGis not a trunk, report the problem to your maintenance support group.
AttributesAttribute Value
Severity Indeterminate
FormatAMAB151 mmmdd hh:mm:ss ssdd FAIL SMDR_ANI_FAIL
ORIG <len>DN dn
Selected field descriptionsField Value Fixed or
VariableDescription
FAILSMDR_ANI_FAIL
Constant Fixed Indicates an automatic numberidentification (ANI) failure duringcreation of an SMDR record.
ORIG LEN Integers Variable Indicates the line equipment number(LEN).
DN Integers Variable Provides the calling number.
Active message exampleAMAB151 SEP16 10:55:13 3932 FAIL SMDR_ANI_FAIL
ORIG HOST 00 1 05 03 DN 6157655360
Clear message examplen/a
Associated OM registers
AMAB153The Automatic Message Accounting Buffer (AMAB) subsystem generatesreport AMAB153. The report verifies that the system generated the calldetail record for toll calls. This log is optional. Use office parameterGEN_ICR_LOG_ENTRY in Table OFCVAR to produce this log. Use thisreport for debugging.
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Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB153 mmmdd hh:mm:ss ssdd INFO ICR LOG ENTRY
dn**** dn yyddmm hhmmss nnnnnnnn
nnnnnnnn nn nn nn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ICR LOGENTRY
Constant Fixed Indicates that the following is a detailrecord for a toll call.
dn Any valid directorynumber (DN)
Variable Indicates the calling number.
dn Any valid DN Variable Indicates the called number.
yymmdd Any valid date. Variable Indicates date of call.
hhmmss Any valid time. Variable Indicates the time the call wasanswered. If the call was notanswered, indicates the time the callbegan.
nnnnnnnn 0-99999999 Variable Indicates the duration of the call. If thecall was not answered, indicates thetime the call was in ringing mode.
nnnnnnnn 0-99999999 Variable Indicates pulse count.
STATUS_CODE Variable Indicates status code.
00 Variable Indicates call completion. All data isvalid.
01 Variable Indicates call completion. Meteringdata lost or invalid.
02 Variable Indicates call failure. Metering datalost or invalid.
03 Variable Indicates call failure. Metering dataand call duration lost or invalid.
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Field Value Fixed orVariable
Description
FEATURE_CODE Variable Indicates feature code. Any specialservice features the call originatorowns.
00 Variable Indicates standard line.
01 Variable Indicates coin box.
02 Variable Indicates three-way call leg.
03 Variable Indicates call diversion leg.
CALL_INFO Variable Indicates call information.
00 Variable Indicates answered call.
01 Variable Indicates chargeable call.
02 Variable Indicates call not charged.
Active message exampleAMAB153 NOV26 11:32:06 3231 INFO ICR LOG ENTRY
BA ****180986****99496116662000 870716 113206
00000082 00 00 01
Clear message examplen/a
Associated OM registers
AMAB154The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB154. This report appears when the toll call recordingfacility attempts to record a call, but not enough recording units areavailable.
The system allows the call to continue if this log appears, but the systemdoes not record.
Remedial actionIncrease the number of recording units allocated for this office in TableOFCENG.
AttributesAttribute Value
Severity Warning
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FormatAMAB154 mmmdd hh:mm:ss ssdd INFO ICR RU OVFL LOG
MAX RU: nnnnn ORIG: dn, DEST: dn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ICR RU OVFLLOG
Constant Fixed Indicates not enough toll call recordingunits are available to record the call.
MAX RU 0-32767 Variable Indicates the number of recordingunits with office-defined parameteravailable.
ORIG Integers Variable Indicates the calling number.
DEST Integers Variable Indicates the called number.
Active message exampleAMAB154 NOV26 11:32:06 3231 INFO ICR RU OVFL LOG
MAX RU: 25, ORIG: 180986, DEST: 99496116662000
Clear message examplen/a
Associated OM registers
AMAB155The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB155. The report tests or monitors the Station MessageDetail Recording (SMDR) records generated. The information in the reportand in the file on tape or disk is the same. Refer to Automatic MessageAccounting Northern Telecom Format, 297-2001-119, for additionalinformation.
The information contained in this report is the same as in log AMAB150.Log AMAB155 has an additional line that gives metering pulse countsreceived for a call. The metering pulse count information is for trunks thatuse Spanish multifrequency signaling (MFE) SOCOTEL. The systemmeters all calls that involve outgoing SOCOTEL trunks from a Spanishoffice.
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If the system records multiple SMDR_CALL_DATA files for the call, thesecond SMDR file contains a terminating format code of six. This codemeans the SMDR file can have any of the answer types. The code alsoindicates more than one SMDR file per call.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB155 mmmdd hh:mm:ss ssdd INFO SMDR_CALL_DATA
CUSTOMER GROUP= cgrptxt
n n n dn orig_acno nn n
dn term_acno n n dn nnn nn nn nn nnnnnn
ORIG = len trkid TERM CKT = trkid ANS=txt n
DTO=nnnn....nnn AUTH=nnnn....xxx ACC=nnnn....xxx
MTR=nnnnnnnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
INFOSMDR_CALL_DATA
Constant Fixed Indicates that this report containsSMDR call data.
CUSTOMER GROUP A 1-16 character Variable Indicates originator IBN. Name CLLIassigned to the customer group. Referto Table CUSTOMER in LocalCustomer Data Schema ,297-2101-451, for additionalinformation.
n 0-7 Variable Indicates originator subgroup.
n 0 2 3 4 6 8 9 Variable Indicates the SMDR feature code ofthe originator.
Indicates Default.
Indicates three-way conference, orcall forward.
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Field Value Fixed orVariable
Description
Indicates six-way conference,attendant, or meet me.
Indicates call park retrieval.
Indicates multiple answer.
Indicates preset conference.
Indicates group interconnection call.
n 0 1 2 3 4 5 6 #A Variable Indicates the call origination type.
Indicates Station.
Indicates Station with Special Billing(SPB) option.
Indicates Attendant console.
Indicates Trunk.
Indicates direct inward system (DISA)directory number (DN).
Indicates virtual facility group.
Indicates 6-port conference originator.
Indicates not known.
dn Variable Indicates Station DN, or customergroup billing number. Refer to Table I.
********** Variable Indicates a Trunk.
orig_acno 0-255 Variable Indicates the console number if anATTENDANT ORIGINATED or anATTENDANT EXTENDED call. Thevalue is binary.
nn Digit 1 Variable Indicates information digits.
01234567 Variable Indicates digit 1 is left digit.
--------- Variable ---------
NYNYNYNY Variable Indicates service analyzed.
NNNNYYYY Variable Indicates automatic numberidentification (ANI) failure.
NNNNYYYY Variable Indicates answered.
Digit 2 Variable Indicates digit 2.
NYNY Variable Indicates cld party disc.
NNYY Variable Indicates Attendant Extended.
n Variable Provides the call termination type.
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Field Value Fixed orVariable
Description
0 Variable Indicates Station.
2 Variable Indicates Attendant console.
3 Variable Indicates Trunk.
4 Variable Indicates DISA_DN.
5 Variable Indicates virtual facility group.
#A Variable Indicates not known.
dn Variable Indicates Station DN, if the terminatoris a line. Refer to Table I.
term_acno 0-255 Variable Indicates console number, if theterminator is an attendant consolewith binary value.
n 0 1 3 5 6 7 8 Variable Indicates the feature code of theterminator.
Indicates default.
Indicates call forwarding
Indicates 6-port conference circuit,attendant 5 or meet me.
Indicates call-back queuing or ring-again.
Indicates multiple answer.
Indicates flexible station-controlledconference.
Indicates preset conference.
n 01234567 ---------NYNYNYNYNNYYNNYYNNNNYYYY
Variable Indicates route information digit.
Indicates digits not present.
Indicates automatic route selection(ARS) selected route.
Indicates expensive route.
dn Variable Indicates called number. The digitsthat the originator dialed. Refer toTable I.
nnnnnnnnn (0-365), (0-23),(0-59), (0-59)
Variable Indicates start time in days, hours,minutes and seconds.
nnnnnn (0-23), (0-59), (0-59) Variable Indicates elapsed time associated withthe call in the form of hours, minutesand seconds.
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Field Value Fixed orVariable
Description
ORIG = len trkid See Table I. Variable Indicates the CLLI of the originator,and the line equipment number (LEN).
TERM = trkid See Table I. Variable Indicates the CLLI and circuit numberof the terminator.
ANS=txt Variable Indicates if the call was answered.
Y Variable Indicates YES.
N Variable Indicates NO.
n Variable Indicates answer type, if call wasanswered.
0 Variable Indicates electrical answer.
1 Variable Indicates fake answer.
2 Variable Indicates tone answer.
3 Variable Indicates default answer.
DTO=nnn...nnnn Up to 23 digits Variable Indicates the digits the system willoutpulse.
******************* Variable Indicates if the system does notrecord the call.
**** Variable
AUTH=nnnn....xxxx Up to 14 digits, leftjustified, padded with'x's.
Variable Indicates the authorization code.
************** Variable Indicates that the user did not dial anauthorization code.
ACC=nnnn....xxxx Up to 14 digits, leftjustified, padded with'x's.
Variable Indicates the account code.
MTR=nnnnnnnnnn Up to 10 digits, rightjustified.
Variable Indicates number of meter pulsecounts received from time of answer,to time that the clear-back message isreceived.
Active message exampleAMAB155 SUN07 10:55:20 1599 INFO SMDR_CALL_DATA
CUSTOMER GROUP= NV
0 0 0 8058662400 00 40 0 ********* 00 0 0
62181 ********* 153 12 33 34 000071
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ORIG= LEN MHD1 01 1 18 00 DN 62400 TERM= CKT SOCPOG ANS = Y0
DTO=*********** AUTH= ********** ACC= **********
MTR=0000000365
Clear message examplen/a
Associated OM registers
AMAB160The Automatic Message Accounting Buffer (AMAB) subsystem generatereport AMAB160. This report contains call data that produce a call entryrecord for an international centralized automatic message accounting(ICAMA).
The calling number for BD record is always set to all Fs. The callingnumber for BD record is always set to all Fs.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB160 mmmdd hh:mm:ss ssdd INFO ICAMA_LOG_ENTRY
rc cc cm ci sc FFFFFdn FFFFdn yymmdd
hhmmss durtxt pulstxt ictrkid ogtrkid
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Selected field descriptionsField Value Fixed or
VariableDescription
INFOICAMA_LOG_ENTRY
Constant Fixed Provides a complete description of calldata.
rc two character Variable This is the record code:
• BC = ICAMA
• BD = International, InterAdministration Accounting (IAA)record
cc two digit Variable This is the call class:
• 00 -- NIL class
• 01 -- UNKW (unknown) class
• 02 -- IAGRP (intragroup) class
• 03 -- ATT (attendant)
• 04 -- DATT (dial attendant)
• 05 -- LCL (local)
• 06 -- SPEC (special call)
• 07 -- EMRG (emergency call)
• 08 -- NATL (national)
• 09 -- CNTL (continental)
• 10 -- ICNTL (intercontinental)
• 11 -- INTL (international)
• 12 -- OPRA (operator assistedcall)
• 13 -- IOPRA (internationaloperator assisted call)
cm 00 Variable This is the call mode, for this log it is aconstant 00 and indicates a station-to-station call.
ci two digits Variable This is the call info code. The first digitindicates the events during the call:
• 0 -- call was not answered,analyzed, or charged
• 1 -- call was answered
• 2 -- call was service analyzed
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Field Value Fixed orVariable
Description
• 3 -- call was answered andservice analyzed
• 4 -- call was charged
• 5 -- call was answered andcharged
• 6 -- call was service analyzed andcharged
• 7 -- call was answered, serviceanalyzed, and charged
The second digit indicates the callstatus:
• 0 -- call is successful
• 1 -- call is successful, butmetering information lost (this fielddoes not apply to ICAMA)
• 2 -- call failed and meteringinformation lost
• 3 -- malicious call trace, callduration data invalid
• 4 -- ICAMA, automatic numberidentification (ANI) failure
• 5 -- ICAMA, ANI failure reportedby originating office.
sc two digits Fixed This is the service feature code and isa constant 00 for this log report.
dn Symbolic text Variable Indicates the calling number. Refer toExplanation.
yymmdd Integers Variable Indicates year, month and day of call.
hhmmss Integers Variable Indicates time of call.
durtxt 000000000-999999999
Variable Indicates length of call in seconds.
pulstxt 000000000 Variable Indicates number of pulses receivedfor the call.
ictrkid Integers Variable Indicates the incoming trunk groupthat describes the position in TableTRKGRP. The position numbers from
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Field Value Fixed orVariable
Description
zero. A value of 2047 indicates a line.Refer to customer data TableTRKGRP.
ogtrkid Integers Variable Indicates the outgoing trunk group thatdescribes the position in TableTRKGRP. The position numbers fromzero. A value of 2047 indicates a line.Refer to customer data TableTRKGRP.
Active message exampleINTLUK AMAB160 SEP18 11:01:18 3232 INFO ICAMA LOG ENTRY
BC 09 00 50 00 FFFFF80986 FFFF99496116662000 860316
110118 00000354 00000000 0120 0234
Clear message examplen/a
Associated OM registers
AMAB161The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB161. The report appears when the international centralizedautomatic message accounting (ICAMA) feature facility attempts to recorda call. Not enough recording units are available at this time. If this logoccurs, it allows the call to continue if the office parameterINTL_RU_OVFL_ACTION is set to CONTINUE. The system does notrecord.
Remedial actionIncrease the number of recording units allocated for this office. Officeparameter NUM_ICAMA_RECORDING_UNITS controls the number ofrecording units.
AttributesAttribute Value
Severity Warning
FormatAMAB161 mmmdd hh:mm:ss INFO_ICAMA_RU_OVFL
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MAX RU: nnnnn ORIG: dn DEST dn
Selected field descriptionsField Value Fixed or
VariableDescription
INFO_CAMA_RU_OVFL
Constant Fixed Indicates not enough call recordingunits are available to record the call.
MAX RU 0 - 32767 Variable Indicates number of recording unitsavailable with an office-definedparameter.
ORIG Integers Variable Indicates the calling number.
DEST Integers Variable Indicates the called number.
Active message exampleAMAB161 NOV26 11:32:06 3231 INFO ICAMA RU OVFL LOG
MAX RU: 25, ORIG: 180986, BEST: 99496116662000
Clear message examplen/a
Associated OM registers
AMAB180The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB180. This report contains call data used to produce a calldetails entry record for an International Traffic Operator Position System(ITOPS).
Office parameter GENERATE_ITOP_LOG_ENTRY in Table OFCVARgenerates AMAB180.
INFORMATION DIGIT ONE
• 0 = ANI did not fail, the operator did not dial the number, and theoperator did not identify the number
• 1 = ANI failed
• 2 = operator dialed the called number
• 3 = ANI failed and the operator dialed
• 4 = operator identified the number
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• 5 = ANI failed and the operator identified the number
• 6 = operator dialed the called number and identified the number
• 7 = ANI failed, operator dialed the called number and identified thenumber
INFORMATION DIGIT TWO
• 0 = call was not answered, did not fail after complete call setup, andwas not service analyzed
• 1 = call was answered
• 2 = call failed after complete call setup
• 3 = call was answered and failed after complete call setup
• 4 = call was service analyzed
• 5 = call was answered and service analyzed
• 6 = call failed after complete call setup and call was service analyzed
• 7 = call was answered, failed after complete call setup, and wasservice analyzed
INFORMATION DIGIT THREE
• 0 = call does not include a trouble report, does not include a chargeadjustment, and a connect event occurs on the call
• 1 = call includes a trouble report
• 2 = call includes a charge adjustment
• 3 = call includes a trouble report and a charge adjustment
• 4 = a connect event did not occur on the call
• 5 = call includes a trouble report and a connect event did not occur onthe call
• 6 = call includes a charge adjustment and a connect event did notoccur on the call
• 7 = call includes a trouble report, a charge adjustment, and a connectevent did not occur on the call
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INFORMATION DIGIT FOUR
• 0 = operator does not bill the call at the direct rate, system does notdetermine that the call is not chargeable, and the operator does notenter the call as not chargeable
• 1 = operator bills the call at the direct dial rate
• 2 = system determines the call is not chargeable
• 3 = operator bills the call at the direct dial rate and the systemdetermines the call is not chargeable
• 4 = operator enters the call as not charged
• 5 = operator bills the call at the direct dial rate and the operator entersthe call as not charged
• 6 = system determines the call is not chargeable and the operatorenters the call as not charged
• 7 = operator bills the call at the direct dial rate, system determines thecall is not chargeable, and the operator enters the call as not charged
INFORMATION DIGIT FIVE
• 0 = call was not transferred, cancel timing key was not in effect, andcancel call key was not in effect
• 1 = call was transferred
• 2 = cancel timing key was in effect
• 3 = call was transferred and cancel timing key was in effect
• 4 = cancel call key was in effect
• 5 = call was transferred and cancel call key was in effect
• 6 = cancel timing and cancel call keys were in effect
• 7 = call was transferred and cancel timing and cancel call keys were ineffect
INFORMATION DIGIT SIX
• 0 = operator does not use toll break in (TBI) to verify calling number,not a trunk offering TBI call, and operator does not overwrite theforward number for security reasons
• 1 = operator uses TBI to verify the calling number
• 2 = call is a trunk offering TBI call
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• 3 = operator uses TBI to verify the calling number and call is a trunkoffering TBI call
• 4 = operator overwrote the forward number for security reasons
• 5 = operator uses TBI to verify the calling number and operatoroverwrites the forward number for security reasons
• 6 = call is trunk offering TBI call and operator overwrote the forwardnumber for security reasons
• 7 = operator used TBI to verify the calling number, call is a trunkoffering TBI call, and the operator overwrote the forward number forsecurity reasons
For digit 6, an example of "call is a trunk offering TBI call" is that theoperator makes the foreign party connection of a requested call and theoperator can break in on the calling party.
Remedial actionThere is no action required. This log report is for information only.
AttributesAttribute Value
Severity Warning
FormatAMAB180 mmmdd hh:mm:ss ssdd ITOPS CALL DETAILS RECORD
ENTRY
BE calltyp origtyp CLG_dn CLD_dn featcode
chrgtyp yymmdd hhmmss drtn n n n n n n opn tmn otrkid itrkid
Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS CALLDETAILS RECORDENTRY
Constant Fixed Indicates this log reports a call detailsrecord.
BE Constant Fixed Provides the record type (BE) of a calldetails entry record.
calltyp 12 Variable Indicates the call class that the systemrecords as an operator-assisted call.
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Field Value Fixed orVariable
Description
13 Variable Indicates the call class that the systemrecords as an international operator-assisted call.
origtyp 00 to 10 Variable Indicates how the call was presentedto the operator:
• 00 - Not specified.
• 01 - Operator assisted.
• 02 - Operator handled.
• 03 - Direct handled
• 04 - Operator intercept.
• 05 - Directory assistance.
• 06 - Inward (another operatororiginated call).
• 07 - Booked call.
• 08 - Special requirements.
• 09 - Delay database originatedcall.
• 10 - Operator originated call.
CLG dn Symbolic text Variable Provides the directory number (DN) ofthe caller. Refer to Explanation.
featcode Integers Variable Provides the station classes of thecalling and called party. The first digitdescribes the calling party stationclass. The second digit describes thecalled party station class.
• 0 = Default (station)
• 1 = Coin
• 4 = Hotel/Motel
• 5 = Mobile
• 6 = Marine
• 7 = Attended Pay Station (APS)
chrgtyp Integers Variable Provides information on how thesystem bills the call:
• 00 - Not specified
• 01 - Cancelled call
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Field Value Fixed orVariable
Description
• 02 - Station paid
• 03 - Station collect
• 04 - Station special calling
• 05 - Station special called
• 06 - Person paid
• 07 - Person collect
• 08 - Person special calling
• 09 - Person special called
• 10 - Person call back
• 11 - Person call back specialbilling
yymmdd 000101-991231 Variable This field provides the date the call isanswered. If the call is not answered,this field provides the date the callarrives at the operator position.
hhmmss 000000 - 235959 Variable This field provides the time the call isanswered. If the call is not answered,this field provides the time the callarrives at the operator position.
drtn 00000000 - 99999999 Variable This field provides the duration of thecall in seconds. If the call is notanswered, this field shows the time,that the call is at the operator position.
opn Integers Variable Indicates the operator that lasthandles the call. Refer to customerdata Table TOPSOPR.
n n n n n n Integers Variable Each "n" represents an informationdigit. These digits provide additionalinformation for each call. Refer to theexplanation of this log report for thedescription of these six informationdigits.
tmn Integers Variable Provides the group number of theoperator that last handled the call.Refer to customer data TableTOPSOPR.
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Field Value Fixed orVariable
Description
otrkid Integers Variable Indicates the outgoing trunk groupnumber that represents the position inTable TRKGRP.
itrkid Integers Variable Indicates the incoming trunk groupnumber that represents the position inTable TRKGRP.
Active message exampleAMAB180 AUG4 02:24:44 1501 ITOPS CALL DETAILS RECORD ENTRY
BE 12 01 6135421263 3053525116 10
02 870703 122324 00000365 4 0 0 2 0 0 0011 02 0210 4321
Clear message examplen/a
Associated OM registers
AMAB181The Automatic Message Accounting Buffer subsystem generates reportAMAB181. This report contains call data that produce a Special Billing(SPB) extension record for an International Traffic Operator PositionSystem (ITOPS).
Office parameter GENERATE_ITOP_LOG_ENTRY in table OFCVARgenerates AMAB181.
This section shows the billing number codes, its values and explanations.
• 0 - National third party
• 1 - National calling card
• 2 - Foreign third party
• 3 - Foreign calling card
• 4 - SPB number for account number billing
Remedial actionThere is no action required. This log is for information only.
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AttributesAttribute Value
Severity Indeterminate
FormatAMAB181 mmmdd hh:mm:ss ssdd ITOPS SPECIAL BILLING LOG
ENTRY
E6 blgcode blgdig dn
Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS SPECIALBILLING LOG ENTRY
Constant Fixed Indicates a report of a SPB extensionrecord.
E6 Constant Fixed Provides the SPB extension code,which is E6.
blgcode Integers Variable Indicates the type of SPB numberused. Refer to Table Billing numbercodes at the end of this log report.
blgdig 0 Variable Indicates that the operator did notverify the billing number code or thecode was not on the HOTLIST.
1 Variable Indicates that the operator verified thebilling number code.
2 Variable Indicates that the billing number codewas on the HOTLIST.
dn Symbolic text Variable Provides the special billing number towhich the system billed the call. Referto Table I.
Active message exampleAMAB181 AUG04 02:24:44 1501 ITOPS SPECIAL BILLING LOG
ENTRY
E6 0 0 4092345234
Clear message examplen/a
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Associated OM registers
AMAB182The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB182. This report contains call data that produces a hotelbilling extension record for an International Traffic Operator PositionSystem (ITOPS).
Office parameter GENERATE_ITOP_LOG_ENTRY in Table OFCVARgenerates AMAB182.
Remedial actionThere is no action required. This log is for information only.
AttributesAttribute Value
Severity Warning
FormatAMAB182 mmmdd hh:mm:ss ssdd INFO ITOPS HOTEL EXTENSION
ENTRY
E7 rmnum gstnm
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ITOPS HOTELEXTENSION ENTRY
Constant Fixed Indicates a report of an ITOPS hotelbilling extension record.
E7 Constant Fixed Provides the extension code for hotelbilling that is E7.
rmnum Any collection of sixnumbers or threeletters that does notexceed six binarycoded decimal digits.
Variable Provides the room number of the hotelto bill.
gstnm Up to 20 letters. Variable Provides the guest name of the partyin the hotel room.
Active message exampleAMAB182 AUG14 03:25:45 1502 INFO ITOPS HOTEL EXTENSION ENTRY
E7 213 MONROE
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Clear message examplen/a
Associated OM registers
AMAB183The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB183. This report contains call data that produces anInternational Traffic Operator Position System (ITOPS) charge extensionrecord. All ITOPS calls with time and charges quoted require a chargeextension record. Examples of calls that require a record are as follows:
• calls quoted at call completion
• hotel calls
• attended pay station (APS) calls.
Office parameter GENERATE_ITOP_LOG_ ENTRY in Table OFCVARgenerates AMAB183.
Remedial actionThere is no action required. This log report is for information only.
AttributesAttribute Value
Severity Indeterminate
FormatAMAB183 mmmdd hh:mm:ss ssdd ITOPS CHARGE EXTENSION ENTRY
E8 amount
Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS CHARGEEXTENSION ENTRY
Constant Fixed Indicates a report of an ITOPS chargeextension record.
E8 Constant Fixed Provides the record code (E8) for acharge extension record.
amount A ten-digit decimalnumber
Variable Provides the quoted cost of the call inthe currency of the specified country.
Active message exampleAMAB183 AUG14 04:26:48 1503 ITOPS CHARGE EXTENSION ENTRY
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E8 0000002356
Clear message examplen/a
Associated OM registers
AMAB184The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB184. This report contains call data that produces a chargeadjustment extension record for an International Traffic Operator PositionSystem (ITOPS). A call can have a charge adjustment because of a badconnection or a wrong number. The system generates a chargeadjustment extension record when an operator keys in a chargeadjustment sequence.
Office parameter GENERATE_ITOP_LOG_ENTRY in Table OFCVARgenerates AMAB184.
This section shows the charge adjust indicator, its values andexplanations.
• 0 - Indicator not applied.
• 1 - Minutes for credit.
• 2 - Currency amount credited.
• 3 - Metered pulses credited.
• 4 - Credit complete call.
Remedial actionThere is no action required. This log is for information only.
AttributesAttribute Value
Severity Indeterminate
FormatAMAB184 mmmdd hh:mm:ss ssdd ITOPS CHARGE ADJ
EXTENSION ENTRY
E9 time adjtyp adjind amt
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Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS CHARGE ADJEXTENSION
Constant Fixed Indicates a report of an ITOPS chargeadjustment extension record.
E9 Constant Fixed Provides the record code (E9) of anITOPS charge adjustment extensionrecord.
time 0000-2359 Variable Provides the time in hours andminutes, of when the operator keyedin the charge adjustment.
adjtyp 00-99 Variable Provides the customer-controlledreason for the charge adjustment.
adjind Integers Variable Indicates the type of credit thecustomer requested. Refer to TableCharge adjust indicator at the end ofthis log report.
amount 10-decimal digits Variable Indicates the amount of the chargeadjustment.
This field can contain the number ofminutes, the amount of currency, orthe number of metered pulses tocredit. If the charge adjust indicatorfield contains an invalid value or azero, the amount field does notdisplay special information.
Active message exampleAMAB184 AUG14 05:27:49 1504 ITOPS CHARGE ADJ EXTENSION ENTRY
E9 12 11 01 1 0000000010
Clear message examplen/a
Associated OM registers
AMAB185The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB185. This report contains call data that produces analternate route extension record for the International Traffic OperatorPosition System (ITOPS). Operators use alternate routes to complete callsor reach operators in a foreign country when a direct route is not available
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A foreign alternate route extension record occurs when an operator keys ina sequence to link an alternate route. The record indicates the division ofcall revenue between the different countries involved in an ITOPS call.
Office parameter GENERATE_ITOP_LOG_ ENTRY in Table OFCVARgenerates AMAB185.
This section shows the values and explanations for this particular logreport.
• 0 - Alternate Route
• 1 - DA
• 2 - Inward Calls
• 3 - Manual (Call terminates on manual trunk).
Remedial actionThere is no action required. This log is for information only.
AttributesAttribute Value
Severity Indeterminate
FormatAMAB185 mmmdd hh:mm:ss ssdd ITOPS ALT ROUTE EXTENSION
ENTRY
EA cntcode rtetyp
Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS ALT ROUTEEXTENSION ENTRY
Constant Fixed Provides alternate route extensionrecord.
EA Constant Fixed Provides the extension code record(EA) used for an alternate routerecord.
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Field Value Fixed orVariable
Description
cntcode 000 - 999 Variable Provides the alternate route countrycode to indicate the country involvedin the alternate route call.
rtetyp Integers Variable Indicates the type of alternate routecall the operator handled. Refer to theTable Alternate route type at the endof this log report.
Active message exampleAMAB185 AUG14 06:29:50 1505 ITOPS ALT ROUTE EXTENSION
ENTRY
EA 001 1
Clear message examplen/a
Associated OM registers
AMAB186The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB186. This report contains call data that produces adatabase call extension record for the International Traffic OperatorPosition System (ITOPS). All ITOPS calls that arrive at an operatorposition from the delay call database, require a database call extension.
Office parameter GENERATE_ITOP_LOG_ ENTRY in Table OFCVARgenerates AMAB186.
Remedial actionThere is no action required. This log is for information only.
AttributesAttribute Value
Severity Indeterminate
FormatEXTENSION ENTRY
EB dbc
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Selected field descriptionsField Value Fixed or
VariableDescription
ITOPS DATABASECALL EXTENSIONENTRY
Constant Fixed Provides a report of call data used foran ITOPS call.
EB Constant Fixed Provides the record code (EB) for adatabase call extension record.
dbc 00-99 Variable Provides the call class of the databasecall. The customer controls the prioritywith which the operator positionreceives the mapping of the databaseclasses.
Active message exampleAMAB186 AUG14 07:30:44 1506 ITOPS DATABASE CALL EXTENSION
ENTRY
EB 01
Clear message examplen/a
Associated OM registers
AMAB187The Automatic Message Accounting Buffer (AMAB) subsystem generateslog report AMAB187. This report provides the call detail data the systemproduces for the account code extension record of the International TrafficOperator Position System (ITOPS).
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB187 mmmdd hh:mm:ss ssdd INFO ITOPS
ext_code acctcode_digit filler acctcode_dn acctcode_number
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO ITOPS Constant Fixed Indicates a message that provides calldetail data.
ext_code Constant Fixed Indicates that the definition of theextension code field is EC.
acctcode_digit Integer (0-5) Variable The account code digit describes theresult for account code check.Supported values are:
0 Default
1 Account code entry prohibited (DNnot found in table ACCTCODE)
2 Account code entry rejected (invalidentry against CLG#)
3 Account code entry accepted (validentry against CLG#)
4 Account code entry rejected (invalidentry against SPL#)
5 Account code entry accepted (validentry against SPL#)
filler Constant Fixed This field is not used. The defaultvalue is F.
acctcode_dn Integers Variable Indicates the subscriber number thatmaps to the entered account code.This number is the number next to the"CLG:" or "SPL:" displays.
acctcode_number Integers Variable Indicates that the operator entered thenumber through the ACC key function.
Active message exampleAMAB187 MAR14 12:14:33 4827 INFO ITOPS
EC 3 F ******** 8094200001 ****123456
Clear message examplen/a
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Associated OM registers
AMAB189The system generates log AMAB189 for calls that involve an ITOPSoperator.
An ITOPS call details record shows each call that arrives at an operatorposition. Extension records show types of operator-handled calls andcontain additional information needed to bill the call.
Some calls require more than one type of extension record. If a call hasassociated extension records, the records immediately follow the calldetails record on the storage device.
The ITOPS call records interact with the billing system and use the DeviceIndependent Recording Package (DIRP) to output the records to tape ordisk. This feature covers the addition of an extension call record for eachcall that involves an ITOPS operator in the DMS200I and DMS100I/DMS200I. The new extension call record supports the ITOPS call detailsrecord for Chinese network. The record gives additional information aboutITOPS calls.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB189 mmmdd hh:mm:ss ssdd ITOPS ADDITIONAL INFO
EXTENSION ENTRY
<extension code><serialnumber><starttime><registername><calling name><billingcategory>
<called name><called starus>
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Selected field descriptionsField Value Fixed or
VariableDescription
Extension code EF Variable Indicates the type of record.
Serial number 0 to 999999 Variable Indicates the extension call recordserial number.
Starting time 0 to 24 hours Variable Indicates the time that a call arrives atthe operator.
Register time 0 to 24 hours Variable Indicates the time that a call registers.
Calling name 10 Digits Variable Indicates the name of the callingsubscriber.
Billing category (KA) 0 to 15 Variable Indicates the calling subscriber billingcategory signal. Zero is the first value.
Called name 20 Characters Variable Indicates the name of the calledsubscriber.
Called subscriberstatus (KB)
0 to 6 Variable Indicates the received calledsubscriber status signal.
Active message exampleAMAB189 JUN12 07:27:49 1800 ITOPS ADDITIONAL INFO EXTENSION
ENTRY
EF 000025 071835 071915 GEORGE 1
MARRY 2
Clear message examplen/a
Associated OM registers
AMAB200The Automatic Message Accounting Buffer (AMAB) subsystem generatesthis report when the AMATEST option is enabled for a trunk in TableAMATKOPT, or for a line via SERVORD, with the tuple LOGTEST in TableAMAOPTS set to ON. The log is produced at the same time as the AMArecord. The length of the log is fixed at 13 lines of 60 characters per line.The last six lines contain a hex dump of the call record produced. Somelines may be blank depending on the length of the record. The maximumcall record length handled by this log is 360 characters.
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This message can occur only in offices with the BCFMT type of AMA inTable CRSFMT. (Refer to Bellcore Format Automatic Message AccountingReference Manual, 297-1001-830.)
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAMAB200 mmmdd hh:mm:ss ssdd INFO AMA TEST CALL RECORD
STRUCTURE CODE=
CALLING DN
ORIG AGENT
CALLED DN
TERM AGENT
aaaaa CALL CODE = bbb
= dn1
= orgnum
= orgnum
= CKT CLLI cktnum
Selected field descriptionsField Value Fixed or
VariableDescription
STRUCTURE CODE Integers Variable Identifier that defines the content andorder of the AMA record.
CALL CODE Integers Variable Indicates the call code. BellcoreFormat Automatic MessageAccounting Reference Guide,297-1001-830 , contains the currentcall codes for BCFMT office.
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Field Value Fixed orVariable
Description
CALLING DN Symbolic text, up to18 digits
Variable Indicates calling number.
ORIG AGENT Symbolic text Variable Identifies the CLLI and circuit numberfor the originating circuit. Theoriginating agent can also be a line,identified by LEN and DN, attendantconsole, which is identified bycustomer group and console name, ora VFG identified by name andmember number.
CALLED DN Symbolic text, up to30 digits
Variable Identifies called number.
TERM AGENT Symbolic text Variable Identifies the CLLI and circuit numberfor the terminating circuit. This fieldcan also contain a line equipmentnumber (LEN) and a directory number(DN).
Active message exampleAMAB200 APR18 14:00:25 9200 INFO AMA TEST CALL RECORD
STRUCTURE CODE
CALLING DN
ORIG AGENT
CALLED DN
TERM AGENT
= 40510 CALL CODE = 006
= 1818104415
= CKT QNSX231PRUSE 5
= 800555121212345678912345678912
= LTD KNGA 431 DN 8114331 KEY 1
Clear message examplen/a
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Associated OM registers
AOSS100The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when a data transmission error occurs during a digital modulator/demodulator (DMODEM or DM) to AOSS position or device connection,forcing the DMODEM to system busy (SysB).
Remedial actionPerform diagnostics on suspect trunk or DMODEM as indicated by troublecode. See Lines, Trunks, and Peripherals Trunks Alarms and PerformanceMonitoring Procedures 297-1001-585, and Lines, Trunks and PeripheralsCard Replacement Procedures 297-1001-589 for step-by-step trunkmaintenance procedures. See manufacturer''s manual for DMODEMmaintenance procedures. If these actions are ineffective, contact the nextlevel of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatAOSS100 mmmdd hh&gml.mm&gml.ss ssdd SYSB DM STATUS CHANGE
CKT trkid
DMODEM nnnn sttxt
Selected field descriptionsField Value Fixed or
VariableDescription
SYSB DM STATUSCHANGE
Constant Fixed Indicates status of DM has changed
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
DMODEM 0 to 9999 Variable Provides equipment identification forthe DMODEM
sttxt BREAK Variable Indicates communication betweenTraffic Operator Position System(TOPS) position, or device, andDMODEM has been lost
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Field Value Fixed orVariable
Description
DS_NOT_READY Variable Indicates data set (DS) not ready,communication between DMODEMand TOPS position was not set up, orbroke down during transmission of amessage
sttxt FRAMING_ERROR Variable Indicates transmission line framingerror. Associated log reports will begenerated for excess of threshold
PARITY_ERROR Variable Indicates transmission line parityerror. Associated log reports will begenerated for excess of threshold
TERM_OVER_RUN Variable Indicates incoming character wasmissed by DMODEM
Active message exampleAOSS100 APR01 12:00:00 2112 SYSB DM STATUS CHANGE
CKT AOSSPOS 112
DMODEM 20 BREAK
Clear message examplen/a
Associated OM registers
AOSS101The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when the reply from an AOSS device is not the expected reply,forcing the AOSS position to system busy (SysB).
Remedial actionPerform diagnostics on suspect trunk and return-to-service. See Trunks,Subsystem Alarm Analysis, Testing and Card Replacement,297-1001-501, for step-by-step trunk maintenance procedures. If theseactions are ineffective, contact the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
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FormatAOSS101 mmmdd hh:mm:ss ssdd SysB POS UNEXPECTED MESSAGE
DMODEM nnnn
CKT trkid
CLG = CKT trkid CLD = CKT trkid
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
SysB POSUNEXPECTEDMESSAGE
Constant Fixed Indicates unexpected reply wasreceived from an AOSS device.
DMODEM nnnn 0-9999 Variable Provides equipment identification forthe digital modulator/ demodulator(DMODEM).
CKT trkid Symbolic text Variable Provides equipment identification forsuspect trunk equipment. See Table I.
CLG = CKT trkid Symbolic text Variable Identifies equipment used by callingparty. Absence of trkid indicatescalling party not connected. See TableI.
CLD = CKT trkid Symbolic text Variable Identifies equipment used by calledparty. Absence of trkid indicates calledparty not connected. See Table I.
hhhh 0000-FFFF Variable Displays 56 hexadecimal digits of theoffending message from the reportingcircuit.
Active message exampleAOSS101 APR01 12:00:00 2112 SysB POS UNEXPECTED MESSAGE
DMODEM 0
CKT AOSSPOS 112
CLG = CKT TERMBOX01 1 CLD = CKT TERMBOX03 1
0086B324B2D3B4B2BOBOBC1C5B2C3B8B2B4B14001B00011A1A138007
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Clear message examplen/a
Associated OM registers
AOSS102The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when an AOSS device sends the central control (CC) anunexpected message, forcing the AOSS device to system busy (SysB).
Remedial actionPerform diagnostics on suspect trunk and return to service. See Lines,Trunks, and Peripherals Trunks Alarms and Performance MonitoringProcedures 297-1001-585, and Lines, Trunks and Peripherals CardReplacement Procedures 297-1001-589 for step-by-step trunkmaintenance procedures. If these actions are ineffective, contact the nextlevel of maintenance.
AttributesAttribute Value
Severity Indeterminate
FormatAOSS102 mmmdd hh&gml.mm&gml.ss ssdd SYSB DEV
UNEXPECTED MESSAGE
CKT trkid
CKT trkid DMODEM nnnn
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
SYSB DEVUNEXPECTEDMESSAGE
Constant Fixed Indicates unexpected message wasreceived from an AOSS device
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment CKTSymbolic text Provides equipment
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Field Value Fixed orVariable
Description
identification for trunk equipmentassociated with digital modulator/demodulator (DMODEM)
DMODEM 0 to 9999 Variable Provides equipment identification forthe DMODEM
hhhh 0000 to FFFF Variable Displays 56 hexadecimal digits of theoffending message from the reportingcircuit
Active message exampleAOSS101 APR01 12:00:00 2112 SYSB DEV UNEXPECTED MESSAGE
CKT TOPSDVE 2
CKT TOPSDEV 2 DMODEM 0
0086B324B2D3B4B2BOBOBC1C5B2C3B8B2B4B14001B00011A1A138007
Clear message examplen/a
Associated OM registers
AOSS103The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when trouble is encountered during an AOSS call attempt, forcingthe AOSS position to system busy (SysB).
Remedial actionPerform diagnostics on suspect trunk or DM as indicated by trouble codeand return to service. See manufacturer''s manual for DM maintenanceprocedures. If these actions are ineffective, contact the next level ofmaintenance.
AttributesAttribute Value
Severity Indeterminate
FormatAOSS103 mmmdd hh&gml.mm&gml.ss ssdd SYSB AOSS TROUBLE
CKT trkid
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TRBLCODE = trbtxt
Selected field descriptionsField Value Fixed or
VariableDescription
SYSB AOSSTROUBLE
Constant Fixed Indicates trouble was encounteredduring Traffic Operator PositionSystem (TOPS) call attempt
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
TRBLCODE CARRIER_LOST Variable Indicates communication betweenTOPS position and Digital Modulator/Demodulator (DM) broke down
CONFUSED_TERMINAL
Variable Indicates CONFUSION_MSG presenton data path
DATA_SET_NOT_READY
Variable Indicates no carrier from far end whengetting DM
TRBLCODE DATA_SET_TIMEOUT
Variable Indicates DM is not responding toconditioning
DM_DEADLOCK Variable Indicates DM has rejected outgoingmessage
INTEGRITY_FAILE D Variable Indicates integrity failed on data path
INTEGRITY_TIMEOUT
Variable Indicates bad connection to DMthrough network
SANITY_TIMEOUT Variable Indicates there was no reply toheadset query
STRANGE_MESSAGE
Variable Indicates an unexpected messagewas received from TOPS or DM
SUSPECT_OVERFLOW
Variable Indicates diagnostic run after suspectthreshold was exceeded
TERMINAL_OVERRUN
Variable Indicates incoming character missedby DM
Miscellaneous Variable Trouble is other than those listed
Active message exampleAOSS103 APR01 12:00:00 2112 SYSB AOSS TROUBLE
CKT AOSSPOS 212
TRBLCODE = CARRIER_LOST
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Clear message examplen/a
Associated OM registers
AOSS105The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when an operator at an AOSS position keys in a trouble code (TBL).The trouble code corresponds to a trouble condition which is eithercustomer reported or detected by the operator during the course of callprocessing. An operating company may define up to 100 trouble codes.These trouble codes are datafilled in customer data Table AOSSTRBL.When the AOSS position operator receives or detects a trouble condition,the operator keys in the one-or two-digit trouble code that corresponds tothe trouble condition. The AOSS105 is generated for non-maintenancerelated trouble conditions.
Remedial actionIdentify trouble condition from the trouble code, and take appropriateaction. If condition cannot be corrected, contact the next level ofmaintenance.
AttributesAttribute Value
Severity Indeterminate
FormatAOSS105 mmmdd hh:mm:ss ssdd TBL nn nnn nnn
CKT trkid CKT trkid
CLGNO = dn
CLDNO = dn
Selected field descriptionsField Value Fixed or
VariableDescription
TBL Constant Fixed Indicates trouble position for call
nn 00 to 99 Variable Indicates existing trouble condition.See customer data Table AOSSTRBL
nnn 000 to 999 Variable Indicates login identification ofoperator at AOSS position thatreported trouble condition
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Field Value Fixed orVariable
Description
nnn 000 to 999 Variable Indicates position number of operatorthat reported trouble condition
CKT Symbolic text Variable Provides equipment identification fororiginating trunk equipment
CKT Symbolic text Variable Provides equipment identification forterminating trunk equipment
CLGNO Integers Variable Indicates calling number of customerwho reported trouble
CLDNO Integers Variable Indicates called number dialed bycustomer (or operator) on whichtrouble is detected
Active message exampleAOSS105 APR01 12:00:00 2112 TBL 5 212 3
CKT TERMBX01 1 CKT TERMBX03 1
CLGNO = 6132390123
CLDNO = 6138501234
Clear message examplen/a
Associated OM registers
AOSS107The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when an operator at an AOSS position keys in a trouble code. Thetrouble code corresponds to a trouble condition which is either customerreported or detected by the operator during the course of call processing.An operating company may define up to 100 trouble codes. These troublecodes are datafilled in customer data Table AOSSTRBL, and are definedby the maintenance personnel and the AOSS force manager. When theAOSS position operator receives or detects a trouble condition, theoperator keys in the one or two-digit trouble code that corresponds to thetrouble condition. AOSS107 generates for maintenance related troubleconditions which are severe enough to generate a minor alarm.
Remedial actionIdentify trouble condition from the trouble code and take appropriate action.If condition cannot be corrected, contact the next level of maintenance.
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AttributesAttribute Value
Severity Minor
FormatAOSS107 mmmdd hh:mm:ss ssdd TBL MINOR ALARM nn nnn nnn
CKT trkid CKT trkid
CLGNO = dn
CLDNO = dn
Selected field descriptionsField Value Fixed or
VariableDescription
TBL MINOR ALARM Constant Fixed Indicates existing minor alarmcondition. See customer data TableAOSSTRBL
nn 00 to 99 Variable Indicates existing trouble condition.See customer data Table AOSSTRBL
nnn 000 to 999 Variable Indicates login identification ofoperator at AOSS position thatreported trouble condition
nnn 000 to 999 Variable Indicates position number of operatorthat reported trouble condition
CKT Symbolic text Variable Provides equipment identification fororiginating trunk equipment
CKT Symbolic text Variable Provides equipment identification forterminating trunk equipment
CLGNO Integers Variable Indicates calling number of customerwho reported trouble
CLDNO Integers Variable Indicates either called number dialedby customer or operator code
Active message exampleAOSS107 APR01 12:00:00 2112 TBL MINOR ALARM 5 212 3
CKT TERMBX01 1 CKT TERMBX03 1
CLGNO = 6132390123
CLDNO = 6138501234
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Clear message examplen/a
Associated OM registers
AOSS108The Auxiliary Operator Services System (AOSS) subsystem generates thisreport when an operator at an AOSS position keys in a trouble code. Thetrouble code corresponds to a trouble condition which is either customerreported or detected by the operator during the course of call processing.An operating company may define up to 100 trouble codes. These troublecodes are datafilled in customer data Table AOSSTRBL, and are definedby the maintenance personnel and the AOSS force manager. When theAOSS position operator receives or detects a trouble condition, theoperator keys in the one-or two-digit trouble code that corresponds to thetrouble condition. AOSS108 is generated for maintenance-related troubleconditions which are severe enough to generate a major alarm.
Remedial actionIdentify trouble condition from the trouble code and take appropriate action.If condition cannot be corrected, contact the next level of maintenance.
AttributesAttribute Value
Severity Major
FormatAOSS108 mmmdd hh:mm:ss ssdd TBL MAJOR ALARM nn nnn nnn
CKT trkid CKT trkid
CLGNO = dn
CLDNO = dn
Selected field descriptionsField Value Fixed or
VariableDescription
TBL MAJOR ALARM Constant Fixed Indicates existing major alarmcondition
nn 00 to 99 Variable Indicates existing trouble condition.See customer data Table AOSSTRBL
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Field Value Fixed orVariable
Description
nnn 000 to 999 Variable Indicates login identification ofoperator at AOSS position thatreported trouble condition
nnn 000 to 999 Variable Indicates position number of operatorthat reported trouble condition
CKT Symbolic text Variable Provides equipment identification fororiginating trunk equipment
CKT Symbolic text Variable Provides equipment identification forterminating trunk equipment
CLGNO Integers Variable Indicates calling number of customerwho reported trouble
CLDNO Integers Variable Indicates either called number dialedby customer or operator code
Active message exampleAOSS108 APR01 12:00:00 2112 TBL MAJOR ALARM 5 212 3
CKT TERMBX01 1 CKT TERMBX03 1
CLGNO = 6132390123
CLDNO = 6138501234
Clear message examplen/a
Associated OM registers
AP310This log is generated when the CPU test fails. The cardlist segmentprovides a cardlist associated with a trouble event.
Remedial actionReplace the indicated CPU card, and follow the standard card replacementprocedure. Run the test again manually from the CM MAP display. If thisfails to clear the problem, contact next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
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FormatAP310 mmmdd hh:mm:ss ssdd TBL CPU Test Fault
Location: <node><card description>
Status: <trouble_status>
Trouble: <trouble_code
Action: <user_action>
The following tests failed:
<Test list>
Selected field descriptionsField Value Fixed or
VariableDescription
Test list Variable This field indicates the list of test thatfailed and that must be rerun afterreplacing the cards. Possible valuesinclude:
• Access protection RAM test
• Bus access test
• Data cache test
• FIR test
• MAU test
• Maze test
• Memory test for boot
• ROM checksum test
• RTIF test
• Static RAM test
• USART test
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat failed the CPU test. The letter nindicates the number of the node inthe applicable inventory table.
card description alphanumeric Variable The field indicates a card within thenode. This card indicates the area ofthe node that failed testing, but may
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Field Value Fixed orVariable
Description
not be the card actually at fault. Thefault card or cards are given by thecardlist in the body of the report
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
user_action alpha Variable This field indicates an action for theoperating company personnel to take.
List of cards alphanumeric Variable This field indicates the list of cardsthat need to be replaced.
trouble_code Hardware test failed Variable This field indicates the trouble code.This field is always "Hardware testfailed" for this report.
Active message exampleAP310 SEP23 03:11:47 1479 TBL CPU Test Fault
Location: FP 0 CPU 1
Status: Alarm raised
Trouble: Hardware test failed
Action: Replace the following cards in the order list
The following tests failed:
---------------------------
ROM checksum test
Cardlist:
<List of cards>
Clear message examplen/a
Associated OM registers
AP311This log is generated when there is a fault with a memory card in the node.The cardlist segment provides a cardlist associated with a trouble event.
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Remedial actionPerform the action stated in the user action field. If a memory test failed,replace the card as soon as possible because all reads from the faultyaddress will fail.
AttributesAttribute Value
Severity Minor
Format<alrm>AP311 mmmdd hh:mm:ss ssdd TBL Memory Test Fault
Location: <node><card description>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Test Failed Return Code
-------------------- --------------------
<test><result>
Selected field descriptionsField Value Fixed or
VariableDescription
alrm * Variable This field indicates a minor alarm forthis event; otherwise, no alarmdisplays.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat failed the memory test. The lettern indicates the number of the node inthe applicable inventory table.
card description alphanumeric Variable This field indicates a card within thenode. The card indicates the area ofthe node that failed testing, but maynot be the card actually at fault. Thefaulty card or cards are given by thecardlist in the body of the report.
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Field Value Fixed orVariable
Description
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates nature of theproblem being reported.
user_action alpha Variable This field indicates the actionoperating company personnel shouldtake.
test alpha Variable This field indicates which test thememory component failed, or couldnot be completed.
result alpha Variable This field indicates the test results.
List of cards alphanumeric Variable This field indicates the list of cards tobe replaced.
Active message example*AP311 SEP02 12:34:10 2351 TBL Memory Test Fault
Location: FP 0 Plane 1 Memory Card 3
Status : Alarm raised
Trouble: Hardware test failed
Action: Replace the following cards in the order listed
Test Failed Return Code
----------- -----------
Memory match Failed
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPEC Side
---- -------- ------ --- ----------- ---- ----- ----
HOST 01 D00 FP:00 03 Mem 08 9X14DA
Clear message examplen/a
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Associated OM registers
AP313This log is generated when there is a fault with the syncing of a processor.
Remedial actionCheck failure reason. Check faulty cards. Run the test again manually fromthe CM MAP display. If the test fails to clear the problem, contact the nextlevel of maintenance.
AttributesAttribute Value
Severity Major
Format<alrm>AP313 mmmdd hh:mm:ss ssdd TBL Fault Sync
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Detailed Reason: <reason_text>
Cardlist:
<List of cards>
Selected field descriptionsField Value Fixed or
VariableDescription
alrm ** Variable This field indicates the alarm for thisevent. This field always indicates amajor alarm.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat lost synchronization. The letter nindicates the number of the node inthe applicable inventory table.
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Field Value Fixed orVariable
Description
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported.
user_action alpha Variable This field indicates the action to take.
reason_text alpha Variable This field indicates the reason forfailure to synchronize.
List of cards alphanumeric Variable This field indicates the list of cardsthat may require replacing.
Active message example**AP313 SEP02 12:34:10 2351 TBL Fault Sync
Location: FP 0
Status: Alarm raised
Trouble: HW test failed
Action: Replace the following cards in the order listed
Detailed reason:
Mate memory missing
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPEC Side
---- --- ---- ------ --- ----------- ---- ----- ----
HOST 01 D00 FP:00 03 Mem 08 9X14DA
Clear message examplen/a
Associated OM registers
AP314This log is generated when there is a problem with the switch of activity(SWACT) of a processor.
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Remedial actionCheck failure reason. Check faulty cards from cardlist. Run the test againmanually from the CM MAP display. If this fails to clear the problem,contact the next level of maintenance.
AttributesAttribute Value
Severity Major
Format<alrm>AP314 mmmdd hh:mm:ss ssdd TBL SwAct Fault
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Detailed Reason <reason_text>
Cardlist:
<List of cards>
Selected field descriptionsField Value Fixed or
VariableDescription
alrm ** Variable This field indicates the alarm for thisevent. This field always indicates amajor alarm.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat failed to switch activity. The lettern indicates the number of the node inthe applicable inventory table.
trouble status Alarm raised Variable This field indicates the status for thisevent. This field is always "Alarmraised" for this event.
trouble code alpha Variable This field indicates the nature of theproblem being reported.
user_action alpha Variable This field indicates the action to take.
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Field Value Fixed orVariable
Description
reason_text alpha Variable This field indicates the reason forfailure to switch activity.
List of cards alphanumeric Variable This field indicates the list of cardsthat may require replacing.
Active message example**AP314 SEP02 12:34:10 2351 TBL SwAct Fault
Location: FP 0
Status: Alarm raised
Trouble: Hardware test failed
Action: Replace the following cards in the order listed
Detailed Reason: SwAct failed, mate was jammed
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPECSide
---- --- ---- ------ --- ----------- ---- ---------
HOST 01 D00 FP:00 03 Mem 08 9X14DA
Clear message examplen/a
Associated OM registers
AP315This log is generated when there is a fault with the jamming of a processor.
Remedial actionCheck failure reason. Check faulty cards from cardlist. Try to jam the matemanually. If this fails to clear the problem, contact the next level ofmaintenance.
AttributesAttribute Value
Severity Minor
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Format<alrm>AP315 mmmdd hh:mm:ss ssdd TBL Jam Fault
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Detailed reason: <reason_text>
Cardlist:
<List of cards>
Selected field descriptionsField Value Fixed or
VariableDescription
alrm * Variable This field indicates the alarm for theevent. This field always indicates aminor alarm for this event.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat is reporting the jam fault. Theletter n indicates the number of thenode in the applicable inventory table.
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported.
user_action alpha Variable This field indicates the action to take.
reason_text alpha Variable This field indicates the reason forfailure of the jam attempt.
List of cards alphanumeric Variable This field indicates the list of cardsthat may require replacing.
Active message example*AP315 SEP02 12:34:10 2351 TBL Jam Fault
Location: FP 0
Status: Alarm raised
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Trouble: Hardware test failed
Action: Replace the following cards in the order listed
Detailed reason:
Could not write character to RTIF
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPECSide
---- --- ---- ------ --- ----------- ---- ---------
HOST 01 D00 FP:00 03 RTIF 08 9X21BA
Clear message examplen/a
Associated OM registers
AP316This log is generated when the image test of a CPU fails.
Remedial actionContact the next level of maintenance. In the meantime, use the last loadthat ran successfully through an image test.
AttributesAttribute Value
Severity Major
Format<alrm>AP316 mmmdd hh:mm:ss ssdd TBL Image Test Fail
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Detailed reason <reason_text>
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Selected field descriptionsField Value Fixed or
VariableDescription
alrm ** Variable This field indicates the alarm for thisevent. This field always indicates amajor alarm.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat failed the image test. The letter nindicates the number of the node inthe applicable inventory table.
trouble status alpha Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported. This fieldalways indicates "Software error,location unknown" for this report.
user_action alpha Variable This field indicates the action to take.
reason_text alpha Variable This field indicates the reason forfailure for the image test. This fieldalways indicates "Image test failed" forthis report.
Active message example** AP316 SEP02 12:34:10 2351 TBL Image Test Fail
Location: FP 0
Status: Alarm raised
Trouble: Software error, location unknown
Action: Report to higher level mtc
Detailed reason: Image test failed
Clear message examplen/a
Associated OM registers
AP319This log is generated when there is a discrepancy between the datafill forthe node and hardware present.
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Remedial actionCheck datafill. Manually update the datafill.
AttributesAttribute Value
Severity Major
Format<alrm>AP319 mmmdd hh:mm:ss ssdd TBL Hardware Datafill Fault
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
Cardlist:
<List of cards>
Selected field descriptionsField Value Fixed or
VariableDescription
alrm ** Variable This field indicates the alarm for thisevent. This field always indicates amajor alarm for this report.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat has the datafill discrepancy. Theletter n indicates the number of nodein the applicable inventory table.
trouble_ status alpha Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported.
user_action alpha Variable This field indicates the action to take.
List of cards alphanumeric Variable This field indicates the cards involved.If both hardware and datafill arepresent, the cardlist contains twoentries. The first is the card identityaccording to datafill. The second is the
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Field Value Fixed orVariable
Description
card identity actually found. If theproblem is missing hardware ormissing datafill, the cardlist contains asingle entry that describes what isactually present.
Active message example** AP319 SEP02 12:34:10 2351 TBL Hardware Datafill Fault
Location: FP 0
Status: Alarm raised
Trouble: Datafill missing
Action: Check datafill and correct if necessary
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPECSide
---- --- ---- ------ --- ----------- ---- ---------
HOST 01 D00 FP:00 03 Mem 08 9X14DA
Clear message examplen/a
Associated OM registers
AP320This log is generated whenever a trap occurs. Traps occur either on anactive CPU running in simplex mode, or on both CPUs when they arerunning in sync.
Before contacting the next level of maintenance, obtain additional trapinformation by entering TRAPESTFO at CI MAP level. This informationincludes all local variables and parameters on the stack when the trapoccurred. Save all reports generated during the five minutes before thetrap report and the information obtained after entering the TRAPINFOcommand.
Remedial actionContact the next level of maintenance.
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AttributesAttribute Value
Severity Warning
FormatAP320 mmmdd hh:mm:ss ssdd TBL Software Trap
Location: <node>
Status: <trouble_status>
Trouble <trouble_code>
Action: <user_action>
Trap number: <nn>, <reason>
Selected field descriptionsField Value Fixed or
VariableDescription
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodewhere the trap occurs. The letter nindicates the number of the node inthe applicable inventory table.
trouble_status alpha Variable This field indicates the trouble status.This field is always "Trouble alert" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported. This field isalways "Application software error" forthis report.
user_action alpha Variable This field indicates the action to take.This field always indicates "Pleaseforward this report to higher-levelmaintenance" for this report.
nn numeric Variable This field indicates the cumulativenumber of traps on the reportingprocessor since the last restart.
reason alphanumeric Variable This field indicates the cause of thetrap.
Active message exampleAP320 SEP02 12:34:10 2351 TBL Software Trap
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Location: FP 0
Status: Trouble alert
Trouble: Application SW error
Action: Please forward this report to higher-level 1
Trap number: 2, Zero divide
Clear message examplen/a
Associated OM registers
AP321This log is generated when the amount of unused memory in the node hasfallen below safe levels.
Remedial actionReview resource provisioning. If necessary, perform a memory extension.Contact next level of maintenance for this analysis.
AttributesAttribute Value
Severity • Warning
• Minor
Format<alrm>AP321 mmmdd hh:mm:ss ssdd TBL Low Resource Warning
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
<kwds>KWORDS OF MEMORY LEFT.
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Selected field descriptionsField Value Fixed or
VariableDescription
Field Value Variable Description
alrm * Variable This field indicates the alarm for theevent. This field always indicates aminor alarm for this report.
node FP n or AP n Variable This field indicates support operatingsystem (SOS) duplex node that hasthe low memory warning. The letter nindicates the number of the node inthe applicable inventory table.
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code alpha Variable This field indicates the nature of theproblem being reported. This field isalways "Low memory" for this report.
user_action alpha Variable This field indicates the action to take.This field is always "Review resourceprovisioning" for this report.
kwds Integer Variable This field indicates the number ofkilowords of remaining availabledatastore.
Active message example* AP321 SEP02 12:34:10 2351 TBL Low Resource Warning
Location: FP 0
Status: Alarm raised
Trouble: Low memory
Action: Review resource provisioning
Clear message examplen/a
Associated OM registers
AP322This log is generated when the spare memory allocation in the node isbeing depleted.
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Remedial actionRepair or replace faulty memory cards.
AttributesAttribute Value
Severity • Warning
• Minor
Format<alrm>AP322 mmmdd hh:mm:ss ssdd TBL Low Spare Warning
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
CPU <p>is running out of available spares.
CPU <p>has <n>2MByte spare(s) remaining.
<n>8MByte spare(s) remaining.
Selected field descriptionsField Value Fixed or
VariableDescription
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat has a low memory warning. Theletter n indicates the number of thenode in the applicable inventory table.
trouble_status Alarm raised Variable This field indicates the trouble status.This field always indicates "Alarmraised" for this report.
trouble_code Low memory Variable This field indicates the nature of theproblem being reported. This fieldalways indicates "Low memory" forthis report.
user_action alpha Variable This field indicates the action to take.
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Field Value Fixed orVariable
Description
p numeric Variable This field indicates the plane of thenode on which the number of sparememory modules available has fallenbelow safe levels.
n numeric Variable The field indicates the count of sparemodules of a given size remaining forsubstitution.
Variable Fields p and n repeat if the node isrunning in synchronous mode ofoperation.
alrm * Variable This field indicates the alarm for theevent. This field always indicates aminor alarm for this report.
Active message example* AP322 SEP02 12:34:10 2351 TBL Low Spare Warning
Location: FP 0
Status: Alarm raised
Trouble: Low memory
Action Review resource provisioning
CPU 0 is running out of available spares.
CPU 0 2 2MByte spare (s) remaining.
0 8MByte spare(s) remaining.
Clear message examplen/a
Associated OM registers
AP323This log is generated when the REx test fails. The cardlist segmentprovides a cardlist associated with a trouble event.
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Remedial actionReplace the indicated card using the card replacement procedure. Run thetest again manually from the CM MAP display. If this fails to clear theproblem, contact the next level of maintenance.
AttributesAttribute Value
Severity Major
Format<alrm>AP323 mmmdd hh:mm:ss ssdd TBL FAIL REX TEST
Location: <node>
Status: <trouble_status>
Trouble: <trouble_code>
Action: <user_action>
FORMAT 1.
<action><cntxtl><cntxt2><rextype>TEST FAILED.
FAILED TEST : <test_name>
FAIL PATTERN : <bit_pattern>
Cardlist:
<List of cards>
FORMAT 2.
<reason>
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Selected field descriptionsField Value Fixed or
VariableDescription
alrm ** Variable This field indicates the alarm for theevent. This field always indicates amajor alarm for this report.
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodethat failed the CPU test. The letter nindicates the number of the node forthe applicable inventory table.
trouble_status Alarm raised Variable This field indicates the trouble status.This field is always "Alarm raised" forthis report.
trouble_code REx test failed Variable This field indicates the nature of theproblem being reported. This fieldalways indicates "REx test failed" forthis report.
user_action Replace the followingcards in the orderlisted
Variable This field indicates the action to take.This field always indicates "Replacethe following cards in the order listed"for this report.
action Manual or System Variable This field indicates if the test wasrequested from the MAP terminal orby the system.
cntxt1 Short or Long Variable This field indicates if the test was ashort one of a long (more exhaustive)one.
cntxt2 Simplex or Duplex Variable This field indicates the mode theapplication processor was in when thetest ran. Simplex means the node wasout of sync. Duplex means the nodewas operating in sync.
rextype CPU or MEM Variable This field indicates which set of testsran and detected a fault.
reason alpha Variable This field indicates the reason for theREx failure.
test_name alpha Variable This field indicates the test thatdetected the fault.
bit_pattern binary Variable This field indicates the 16-bit binaryvalue. Each bit set indicates whichsteps in the test failed.
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Active message example** AP323 SEP02 12:34:10 2351 TBL FAIL REX TEST
Location: FP 0
tatus: Alarm raised
Trouble: REx test failed
Action: Replace the following cards in the order listedManual Long Duplex CPU Failed.
FAILED TEST : ACT_GO_INACT
FAIL PATTERN : 0001
Cardlist:
<List of cards>
Clear message examplen/a
Associated OM registers
AP324The Application Processor (AP) generates log report AP324 in the event ofa peripheral interrupt mismatch. The system generates this report whenthe Application Processor /File Processor runs in sync and only oneprocessor receives the peripheral interrupt. The arrival of the peripheralinterrupt notifies the processors of the message.
Remedial actionReplace the indicated card(s). Follow the procedure for standard cardreplacement. Run a manual test on each card in the cardlist. Oncompletion of successful card test(s), synchronize the node again. If any ofthe tests fail, contact the next level of maintenance.
AttributesAttribute Value
Severity Indeterminate
Format1.AP324 <mmmdd><hh:ss:ss:><ssdd>TBL Peripheral Interrupt
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Received
Location: <AP/FP>
Status: <statext>
Trouble <Tblxt>
Action: <actxt>
Cardlist:
Site Flr RPos Bay_id Shf Description Slot EqPEC Side
------ ---- ------ ---------- ------ ---------------------------- ---------- ------
...................<cardlistdata>..................
Selected field descriptionsField Value Fixed or
VariableDescription
TBL PeripheralInterrupt Received
Constant Fixed Indicates that only one processorreceives the Peripheral Interrupt
Location < AP/FP > < 0..99 > Variable Specifies the correct node for whichthe system generates this log
Status Alarm raised Variable Indicates why the system generatesthis log
Trouble Bus fault, Transientfault, Hardware testfails
Variable Indicates which type of peripheralinterrupt mismatch occurs
Active message exampleAP324 JUN25 07:33:58 3600 TBL Peripheral Interrupt Received
Location: FP 2
Status: Alarm raised
Trouble: Bus fault
Action: Replace the following cards in the order listed
Peripheral interrupt received, sync dropped by the mismatch.
Manual action required to re-synchronize the CPUs. Cardlist:
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Site Flr RPos Bay_id Shf Description Slot EqPEC
Side - - - - - - - - - - - - - - - - - -- --
- - - HOST 01 00 FP:02 03 Port 15
9X86AA FRNT HOST 01 00 FP:02 03 Port
15 9X86AA FRNT
Clear message examplen/a
Associated OM registers
AP401The Application Processor generates this report once a day at 9:00 toprovide a summary of the number of status checks for the node.
Remedial actionThis log is an information log and requires no immediate action.
AttributesAttribute Value
Severity Warning
FormatFP401 mmmdd hh:mm:ss ssdd INFO Duplex Node Daily Summary
Location: <node>
Checksum Ran to Completion :nnn Times
Traps in Last 24 Hours: nnnnn
CARD FAULTS
CPU0 CPU1
CARD TRANSIENT CARD TRANSIENT
ERRORS ERRORS
0 n 0 n
1 . 1 n
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. . . .
. . . .
m n m n
Selected field descriptionsField Value Fixed or
VariableDescription
node 0-99 Variable This field specifies the node for whichthis log is generated.
Active message exampleAP401 SEP02 12:34:10 2351 INFO Duplex Node Daily Summary
Location: FP 0
Checksum Ran to Completion ;22 Times
Traps in Last 24 Hours: 1
CARD Faults
CPU0 CPU1
CARD TRANSIENT CARD TRANSIENT
ERRORS ERRORS
3 1 8 1
4 2
Clear message examplen/a
Associated OM registers
AP450The Application Processor (AP) generates log report AP450 to summarizea series of event reports under one log header. The event reports occurduring the routine exercise (REX) test.
The timestamp on the AP450 header line represents when the report issubmitted to the central log system for output. The timestamps on theseparate event header lines are the local lines assigned to the separate
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events at the reporting nodes. The system assigns the local lines when theevents first generate. The time on the AP450 header line is normally 10and 20 s after the time of the last reported event.
The AP450 is never alarmed. The AP450 is for the user to read and use asan abbreviated summary of a routine series of operations. Examples ofthese operations are the operations that compose an REX test.
The <entity name> is the text name of a hardware or software componentor a service. The <entity name> can also be the text name of some otherentity that associates with the switch. The <detailed event type> is adescriptive phase. This phase describes the type of trouble, state change,operation, or other type of event that occurs and involves a given entity. Allof the events of state changes and all of the faults are also reported asseparate logs. This reporting makes these events and faults readilyaccessible to mechanized downstream analysis.
The system logs high-priority events when they reach the central logsystem. Reporting applications identify high-priority events. The systemlogs other events after the generation of the AP450 summary report.Events AP450 report, and never as separate logs.
Remedial actionThe use of the AP450 message is to aid in log analysis. This messagebrings together related events in one report, in their correct time sequence.The action required depends on the characteristics of the events reported.
AttributesAttribute Value
Severity Warning
Format1.Officeid AP450 mmmdd hh:mm:ss ssdd INFO REX Test Summary
Location: <entity name>
Summary: REX Test REX Successful
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO REX TestSummary
CONSTANT Variable Indicates the generation of highpriority events for a single log report.
Location Character string Variable Indicates the test name of a hardwareor software component, a service, orsome other entity that associates withthe switch.
Summary Description text Variable Indicates a phase describing whatkind of trouble, state change,operation, or other types ofoccurrences that inolove the givingentity.
Active message exampleESCP AP450 JUN20 17:31:05 8591 INFO REX Test Summary
Location: AP 7
Summary: REX Test Sequence Successful
Clear message examplen/a
Associated OM registers
AP450 Format 2The Application Processor (AP) generates log report AP450 to summarizea series of event reports under one log header. The event reports occurduring the routine exercise (REX) test.
The timestamp on the AP450 header line represents when the report issubmitted to the central log system for output. The timestamps on theseparate event header lines are the local lines assigned to the separateevents at the reporting nodes. The system assigns the local lines when theevents first generate. The time on the AP450 header line is normally 10and 20 s after the time of the last reported event.
The AP450 is never alarmed. The AP450 is for the user to read and use asan abbreviated summary of a routine series of operations. Examples ofthese operations are the operations that compose an REX test.
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The <entity name> is the text name of a hardware or software componentor a service. The <entity name> can also be the text name of some otherentity that associates with the switch. The <detailed event type> is adescriptive phase. This phase describes the type of trouble, state change,operation, or other type of event that occurs and involves a given entity. Allof the events of state changes and all of the faults are also reported asseparate logs. This reporting makes these events and faults readilyaccessible to mechanized downstream analysis.
The system logs high-priority events when they reach the central logsystem. Reporting applications identify high-priority events. The systemlogs other events after the generation of the AP450 summary report.Events AP450 report, and never as separate logs.
Remedial actionThe use of the AP450 message is to aid in log analysis. This messagebrings together related events in one report, in their correct time sequence.The action required depends on the characteristics of the events reported.
AttributesAttribute Value
Severity Warning
Format1.Officeid AP450 mmmdd hh:mm:ss ssdd INFO REX Test Summary
Location: <entity name>
Summary: REX Test Sequence Failed
TIME EVENT
___ ____
hh:mm:ss <detailed event type>
......................
hh:mm:ss <detailed event type>
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO REX TestSummary
CONSTANT Variable Indicates the generation of highpriority events for a single log report.
Location Character string Variable Indicates the test name of a hardwareor software component, a service, orsome other entity that associates withthe switch.
Summary Description text Variable Indicates a phase describing whatkind of trouble, state change,operation, or other types ofoccurrences that involve the givingentity.
Active message exampleESCP AP450 JUN20 17:31:05 8591 INFO REX Test Summary
Location: AP 7
Summary: REX Test Sequence Failed
TIME EVENT
---- ----
16:48:43 Initiate Rex
16:50:13 Initiate Cpu Test
16:51:06 REx Fault
16:51:06 Initiate Sync
16:51:10 Initiate Cpu Test
16:51:23 Initiate Memory Test
16:52:43 Initiate Memory Test
16:54:03 Initiate Memory Test
16:55:23 Initiate Memory Test
16:57:19 Initiate Memory Test
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Action: look for AP323 log(s)
Clear message examplen/a
Associated OM registers
AP451The Application Processor (AP) generates log report AP451 in order tocontinue the summary that the AP450 report began. The system generatesAP451 when a single log report cannot fit all the information that mustpass. The system generates as many additional AP451 reports as requiredto complete event summary.
Remedial actionThe use of the AP450 message is to aid in log analysis. This messagebrings together related events in one report, in their correct time sequence.The required action depends upon the characteristics of the eventsreported.
AttributesAttribute Value
Severity Warning
Format1.OFFICEID AP451 mmmdd hh:mm:ss ssdd INFO REX TEST SUMMARY(contd)
Location: <entity name>
Summary: REX Test Sequence Failed
TIME EVENT
------ --------
hh:mm:ss <detailed event type>
....................
hh:mm:ss <detailed event type>
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO REX TESTSUMMARY
Variable Indicates the generation of thesummary that an AP450 log reportbegins when more information isrequired.
Summary Variable Indicates a phase that describes thetype of trouble, state change,operation, or other type of event thatoccurs. These conditions and eventsmust involve the given entity.
Active message example1.ESCP AP451 JUN20 17:31:05 8591 INFO REX TEST SUMMARY
(contd)
Location: AP 7
Summary: REX Test Sequence Successful
1.ESCP AP450 JUN20 17:31:05 8591 INFO REX TEST SUMMARY(contd)
Location: AP7
Summary: REX Test Sequence Failed
TIME EVENT
---- -----
16:48:43 Initiate Rex
16:50:13 Initiate Cpu Test
16:51:06 REx Fault
16:51:06 Initiate Sync
16:51:10 Initiate Cpu Test
16:51:23 Initiate Memory Test
16:52:43 Initiate Memory Test
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16:54:03 Initiate MemoryTest
16:55:23 Initiate Memory Test
16:57:19 Initiate Memory Test
Clear message examplen/a
Associated OM registers
AP501The log is generated when the activity state of a processor changes.
If a trouble condition exists, the DMS-250 switch generates other logreports that indicate the nature of the problem.
Remedial actionThis log is an information only log and requires no immediate action.
AttributesAttribute Value
Severity Warning
FormatAP501 mmmdd hh:mm:ss ssdd INFO Activity State Change
Location: <node>
REASON: <change reason>
FROM: <sync_state><jam_state>Side <p>Active
TO: <sync_state><jam_state>Side <q>Active
Selected field descriptionsField Value Fixed or
VariableDescription
Field Value Variable Description
node 0-99 Variable This field specifies the supportoperating system (SOS) duplex nodefor the processor that had a statechange.
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Field Value Fixed orVariable
Description
change reason Unknown cause,Manual command,System detectedchange, trouble,Scheduled test,Change of state ofassociated entity,System initiatedrecovery
Variable This field indicates the reason for thestate change.
sync_state In sync, Not in sync Variable This field indicates thesynchronization status of the nodebefore and after the state change.
jam_status Jammed, Jamreleased
Variable This field indicates the jam status ofthe node before and after the statechange.
p numeric Variable This field indicates the activeprocessor before and after the statechange.
q numeric Variable This field indicates the activeprocessor before and after the statechange.
Active message exampleAP503 SEP02 12:34:10 2351 INFO Activity State Change
Location: FP 0
REASON: Manual command
FROM: In sync Jam released Side 0 Active
TO: In sync Jam released Side 1 Active
Clear message examplen/a
Associated OM registers
AP502This log is generated when there is a change in the status of a processor,memory, or port circuit pack in a duplex file processor or applicationprocessor. When a change in processor card state is reported, twosuccessive AP502 logs are generated, one for each plane of the node.
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If a trouble condition exits, the DMS-250 switch generates other log reportsthat indicate the nature of the problem.
Remedial actionThis is an information log and requires no immediate action.
AttributesAttribute Value
Severity • Warning
• Critical
FormatAP502 mmmdd hh:mm:ss ssdd INFO Card State Change
Location: <card description>
REASON: <change reason>
FROM: <state>
TO: <state>
<Opt component state list>
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Selected field descriptionsField Value Fixed or
VariableDescription
card_description alphanumeric Variable This field provides the location of anapplication processor or file processorcard, memory card, or port card. If thelocation is a processor card, the statechange reported on the FROM andTO lines is the computed status forthe processor as a whole. The statusof the individual cards making up theprocessor is reported in the < Optcomponent state list > field at the endof the log. If the location is a memorycard, the state change reported is forthat specific card. If the location is aport card, the < Opt component statelist > at the end of the log displays thestate of the port card component thatcaused the card to change state.
change reason Unknown cause,Manual command,System detectedtrouble, Scheduledtest, Change of stateof associated entity,System initiatedrecovery
Variable This field indicates the cause of thestate change.
state Under test, Split,Faulty, Dependency,In service trouble,Hardware not tested,Unequipped, REX,Clock fault, E2A fault,Okay
Variable This field indicates the computed stateof the processor as a whole, or thestate of the memory card before andafter the state change.
Opt component statelist
Fault cleared, Devicein ISTb condition, Noncritical virtual port 0ISTb trap, Non criticalvirtual port 1 ISTbtrap, Non criticalvirtual port 0 ISTBtest, Non criticalvirtual port 1 ISTbtest, Link 0 is out ofservice, Link 1 is outof service, Both linksare out of service,
Variable This field displays only if the FROMand TO lines are not in the REX orUnder test states. For a processorcard, the values this field displays arethe same as in the state field.Otherwise, the values in this fielddisplay the port card state.
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Field Value Fixed orVariable
Description
Node is split, Criticaltrap fault, Critical testfault, Text unavailable
Active message exampleAP502 SEP02 12:34:10 2351 INFO Card State Change
Location FP 0 CPU 1
REASON: System detected trouble
FROM: Okay
TO: In service trouble
CARD TYPE OLD STATE NEW STATE
--------- --------- ---------
Processor Okay Okay
Power Okay Okay
Bus Term Okay Okay
RTIF Okay Okay
AP502 OCT22 09:18:36 1000 INFO Card State Change
Location FP 0 Plane 0 Port Card 0
REASON: System detected trouble
FROM: Okay
TO: In service trouble
Detailed reason: Link 1 is out of service
Clear message examplen/a
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Associated OM registers
AP503This log is generated when the synchronization state of the node changes.
If a trouble condition exists, the DMS-250 switch generates other logreports that indicate the nature of the problem.
Remedial actionThis is an information log and requires no immediate action.
AttributesAttribute Value
Severity Warning
FormatAP503 mmmdd hh:mm:ss ssdd INFO Sync State Change
Location: <node>
REASON: <change reason>
FROM: <sync_state><jam_state>Side <p>Active
TO: <sync_state><jam_state>Side <q>Active
Selected field descriptionsField Value Fixed or
VariableDescription
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodewhere n is the number of the node inthe applicable inventory table.
change reason Unknown cause,Manual command,System detectedtrouble, Scheduledtest, Change of stateof associated entity,System initiatedrecovery
Variable This field indicates the cause of thechange.
sync_state In sync, Not in sync Variable This field indicates thesynchronization status of the nodebefore and after the state change.
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Field Value Fixed orVariable
Description
jam_state Jammed, Jamreleased
Variable This field indicates the jam status ofthe node before and after the statechange.
p numeric Variable This field indicates the activeprocessor before and after the statechange.
q numeric Variable This field indicates the activeprocessor before and after the statechange.
Active message exampleAP503 SEP02 12:34:10 2351 INFO Sync State Change
Location: FP 0
REASON: Manual command
FROM: In sync Jammed Side 0 Active
TO: Not in sync Jammed Side 0 Active
Clear message examplen/a
Associated OM registers
AP504This log is generated when the jam state of the node changes.
If a trouble condition exists, the DMS-250 switch generates other logreports that indicate the nature of the problem.
Remedial actionThis log is an information log and requires no immediate action.
AttributesAttribute Value
Severity Warning
FormatAP504 mmmdd hh:mm:ss ssdd INFO Jam State Change
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Location: <node>
REASON: <change reason>
FROM: <sync_state><jam_state>Side <p>Active
TO: <sync_state><jam_state>Side <q>Active
Selected field descriptionsField Value Fixed or
VariableDescription
node FP n or AP n Variable This field indicates the supportoperating system (SOS) duplex nodewhere n is the number of the node inthe applicable inventory table.
change reason Unknown cause,Manual command,System detectedtrouble, Scheduledtest, Change of stateof associated entity,System initiatedrecovery
Variable This field indicates the cause of thestate change.
sync_state In sync, Not in sync Variable This field indicates thesynchronization status of the nodebefore and after the state change.
jam_state Jammed, Jamreleased
Variable This field indicates the jam status ofthe node before and after the statechange.
p numeric Variable This field indicates the activeprocessor before and after the statechange.
q numeric Variable This field indicates the activeprocessor before and after the statechange.
Active message exampleAP504 SEP02 12:34:10 2351 INFO Jam State Change
Location: FP 0
REASON: Manual command
FROM: Not in sync Jammed Side 0 Active
TO: Not in sync Jam released Side 0 Active
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Clear message examplen/a
Associated OM registers
AP800The application processor generates this report when the node isexperiencing a high trap rate.
Remedial actionIf the problem persists, contact next level of maintenance.
AttributesAttribute Value
Severity Minor
Format<alrm>AP800 mmmdd hh:mm:ss ssdd TBL HIGH TRAP RATE
Location: <node>
nnnn Traps per Minute
Selected field descriptionsField Value Fixed or
VariableDescription
alrm * Variable This field indicates the alarm for thisevent. This field always indicates aminor alarm for this report.
node AP n Variable This field indicates the supportoperating system (SOS) duplex nodefor the event. The letter n indicates thenode of number for the applicableinventory table.
nnnn numeric Variable This field indicates the number oftimes the high trap rate occurs
Active message example* AP800 SEP05 18:14:33 4827 TBL HIGH TRAP RATE
Location: FP 0
234 Traps per Minute
AP800 339
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Clear message examplen/a
Associated OM registers
APS100-121An attendant pay station (service hall) is a public site where people canplace calls under the supervision of an attendant. The attendant assignstelephones to customers and collects the charges from those calls. Uponcompletion of each call that originated from the service hall, a log in therange APS100 to APS121 is generated. Generation of this log requires thatthe APS is provisioned to a line, the call originates at the service hall, andthe call has an originating number.
When the APS call ends, the system routes a record of the call details to alog device. The specific log name is selected by the combination of tablesDNSCRN, TOPSDB, and TDBCLASS; or by table SPLDNID. Either tableTDBCLASS field TDBCLSEL must be set to APSLOG, followed by the lognumber or table SPLDNID field SPLSEL must be set to APSLOG, followedby the log number.
If a device is not assigned in table TDBCLASS field TDBCLSEL or tableSPLDNID field SPLSEL, an APS call generates an APS100 log.
Logs APS100 through APS121 provide the same information.
Remedial actionWhen the system receives the log, you must collect payment for chargesthat the call incurs. If the log indicates zero charges, make sure theduration of the call is zero minutes.
Toll calls produce an AOCT100 log and an APS1xx log, where xx is in therange 00-21. The operating company evaluates both logs for meteringinformation.
For maintenance purposes, there is no action since this log is forinformation only.
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AttributesAttribute Value
Severity Warning
FormatAPS1XX MMMDD HH:MM:SS SSDD INFO APS LOG ENTRY
MSG COUNT = <MSG COUNT>
CALLING DN = <CLG DN>
CALLED DN = <CLD DN>
DATE = <DATE>
ANSWER TIME = <ANS. TIME>
DURATION = <DURATION>
CHARGES = <CHGS>
BOOTH = <BOOTH>
Selected field descriptionsField Value Fixed or
VariableDescription
CHARGES 10 charactersincluding pointplaceholders
Variable Indicates charges that the calling partyowes, which include the taxes.Depends on administration for units.
Calculation and display of chargesdepend on the following parameters:
• APS_DISPLAY_DOLLAR_SIGNin table TOPSPARM controlsdisplay of the dollar sign. Use Y todisplay.
• AMETER_PULSE_MONETARY_RATE in table OFCVAR is thecharge factor, It determines
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Field Value Fixed orVariable
Description
charges that increase per pulsecount. It has a value range of 0 to100.
• CHG_DISPLAY_DECIMAL intable TOPSPARM determines thedigit length of the decimal part. Ithas a value range of 0 to 3.
BOOTH 6 alphanumericcharacters
Variable Indicates the booth number of theoriginating party. For direct dial calls(non-operator assisted), this value isalways zero.
ssdd 4 digits Variable Identifies the sequence number of thelog. The number of the log increaseswhen the system generates a log.
INFO APS LOGENTRY
constant Variable Identifies the type of Advice of Charge(AOC) log that the system generates.
MSG COUNT unsigned integer Variable Indicates the number of logs that thesystem generates of the same type.The message counter is unique toeach APS1XX log. There is anincrement whenever these logs aregenerated and is used to track anylost logs.
CALLING DN up to 18 digits Variable Indicates the directory number (DN) ofthe originating party.
CALLED DN up to 18 digits Variable Indicates the digits dialed by the calloriginator.
DATE mm/dd Variable Indicates the date the call originated.
ANSWER TIME hh:mm Variable Indicates the time of day the call wasanswered. If the user does not answerthe call, this field indicates theorigination time.
DURATION 0 to 999 Variable Indicates the duration of the call inminutes between answer anddisconnect. If the duration is less thanone minute, the field indicates oneminute.
Although the global rating systemsupports sub-period billing, and theactual charges for the call reflect anysub-period billing charges, the
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Field Value Fixed orVariable
Description
duration of the call is rounded to thenearest minute when the call record isgenerated.
APS1xx constant, up to 6characters
Variable Identifies the log name.
mmmdd 5 alphanumericcharacters
Variable Identifies the month and day that thesystem generated the log.
hh:mm:ss 8 digits Variable Identifies the time at which the systemgenerated the log.
Active message exampleAPS118 MAY01 14:22:39 9806 APS LOG ENTRY
MSG COUNT = 1
CALLING DN = 1027835473
CALLED DN = 1027835475
DATE = 05/01
ANSWER TIME = 14:22
DURATION = 1
CHARGES = 20
BOOTH = 0
Clear message examplen/a
Associated OM registers
ARN600The Automatic Recall with Name (ARN) subsystem generates the ARN600information log when a call does not route to the service node (SN), or thecall to the SN meets an unsupported feature or agent.
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Remedial actionLog ARN600 indicates a problem with the call to the SN. To determine thecause of the problem, save the log for reference. Then examine the logreport to check the directory number (DN) that ARN used to route the SNand the treatment applied to the call. Also use the translations verification(TRAVER) tool to check the translations for the call to the SN.
Does not route to Service Node
Information log ARN600 has a value of "Fails to route to service node"when the call to the SN finds a treatment.
Examine the treatment field of the log report to determine what treatmentthe call to the SN encountered. Modify the datafill so the call to the SNavoids the treatment and uses the TRAVER tool to check the newtranslations.
AttributesAttribute Value
Severity Indeterminate
FormatARN600 mmmdd hh:mm:ss ssdd ARN log report
REASON : <rsntxt>
Call ID : <FFFF FFFF>
ARN DN : <NPAXXXXXX>
SN DN :<XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX>
Treatment : <trmnt>
Selected field descriptionsField Value Fixed or
VariableDescription
Reason Fails to route toService Node
Variable Error while routing to SN.
Unsupported type ofcall to SN
Variable Meets an unsupported feature oragent for the call to the SN.
Call ID integer Variable Call identification number
ARN DN 10 digits Variable Controller's directory number
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Field Value Fixed orVariable
Description
SN DN 4 to 30 digits Variable Service node directory number
Treatment Treatment text of 4characters maximum
Variable Treatment applied to the call
Active message exampleARN600 MAR11 16:04:14 2300 ARN log report
REASON : Fails to route to Service Node
Call ID : 038B 0000
ARN DN : 5145425541
SN DN : 5148547855
Treatment : PSIG
Clear message examplen/a
Associated OM registers
ARN601The Automatic Recall with Name (ARN) subsystem generates informationlog ARN601 when the T1 timer expires, the T2 timer expires, or the ARNcould not allocate a clone virtual identifiers (CVID) to route the call to theservice node (SN).
Remedial actionSave the log and use it as additional information to investigate the failure ofthe SN to respond within the normal time range. Check the values of T1and T2. Also use the information to investigate the failure of the system toallocate enough resources to route the call to the SN. Check the value ofNO_OF_CLONE_TIDS exceeded.
AttributesAttribute Value
Severity Indeterminate
FormatARN601 mmmdd hh:mm:ss ssdd ARN log report
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REASON : <rsntxt>
CALL ID : <FFFF FFFF>
ARN DN : <NPANXXXXXX>
SN DN : <XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX>
Selected field descriptionsField Value Fixed or
VariableDescription
Reason T1 expired Variable The T1 timer expired.
T2 expired Variable The T2 timer expired.
NO_OF_CLONE_TIDS exceeded
Variable ARN could not allocate a necessaryresource to route the call to the SN.
Call ID integer Variable Call identification number
ARN DN 10 digits Variable Controller's directory number
SN DN 4 to 30 digits Variable Service node directory number
Active message exampleARN601 MAR11 16:04:14 2300 ARN log report
REASON : T1 expired
CALL ID : 038B 0000
ARN DN : 5145425541
SN DN : 5148547855
Clear message examplen/a
Associated OM registers
ATB100The All Trunks Busy (ATB) subsystem generates this report. The systemgenerates this report when the system blocks or attempts to seize an exactnumbering plan area (NPA) or central office (CO). The call advances toanother route. Generation of this log does not always mean that all trunksare busy. ATB conditions normally occur on high-traffic days. ATBconditions also occur when not enough allocated trunks are present tocarry traffic to the specified NPA or CO.
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Remedial actionSave all ATB100 reports for network planning personnel.
AttributesAttribute Value
Severity Indeterminate
Format1.*ATB100 mmmdd hh:mm:ss ssdd TBL ALL_TRUNKS_BUSY
CODETYPE = codenm CODE = nnn
COUNT = nnnnn
Selected field descriptionsField Value Fixed or
VariableDescription
TBLALL_TRUNKS_BUSY
Constant Fixed Indicates that no trunks were availableto route incoming calls to specifiedNPA or CO
CODETYPE NAP Variable Indicates CODE field contains an NPAcode
OFC Variable Indicates CODE field contains a COcode
CODE n0/1x Variable Specifies NPA for which the systemadvanced the call to another route (n= 2 to 9, and x = 0 to 9)
nxx Variable Specifies CO for which the systemadvanced the call to another route (n= 2 to 9, and x = 0 to 9)
COUNT 1 to 32767 Variable Indicates number of call attempts forNPA or CO advanced to another routeas a result of ATB conditions
Active message example1.*ATB100 APR01 12:00:00 2112 TBL ALL_TRUNKS_BUSY
CODETYPE = NPA CODE = 919
COUNT = 199
Clear message examplen/a
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Associated OM registers
ATM301This log indicates that an LCD (Loss of Cell Delineation) condition hascleared on the ATM RM in the SPM node.
Log history
SN06 (DMS)
Log ATM301 was changed for Enhanced Logs Phase 2 by FeatureB89007430.
Remedial actionThe ATM301 report is for information only and requires no immediateaction.
AttributesAttribute Value
Severity • Warning
• Critical
Format<office>ATM301 <mmmdd><hh:mm:ss><ssdd>INFO ATM LCD AlarmCleared
Location: <location>
ATM RM in Slot: <slot_no>(<activity>)
Description: ATM LCD (Loss of Cell Delineation) criticalalarm raised.
Location: SPM <spm number>Type: <IW,SMG4,DPT>
Fabric: <ATM,N/A>
Selected field descriptionsField Value Fixed or
VariableDescription
office text Variable Office name
location SPM 0 to 85 Variable Affected SPM
slot_no 1, 2, 9, 10 Variable Slot number for ATM RM card
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Field Value Fixed orVariable
Description
activity Act, Inact Variable Identifies whether the ATM RM in slot< slot no > was active or inactive
description ATM LCD (Loss ofCell Delineation)Alarm cleared.
Variable Meaning of log
class type SMG4 Variable MG4000
Used when the node class is datafilledas SMG4 in table MNNODE.
IW Variable Interworking SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asBRIDGE_ONLY in table MNNODE.
DPT Variable Dynamic Packet Trunk (DPT) SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asDPT_ONLY in table MNNODE.
fabric ATM Variable Table MNCKTPAK CPKTYPE = ATM
Active message exampleRTP9N04BF ATM300 SEP23 10:06:12 1001 INFO ATM LCD AlarmCleared
Location: SPM 0
ATM RM in Slot: 1 (Act)
Description: ATM LCD (Loss of Cell Delineation)criticalalarm cleared.
Location: SPM 0 Type: DPT Fabric: ATM
Clear message examplen/a
Associated OM registers
ATM500This log gives the ILMI status and version.
Log history
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SN06 (DMS)
Log ATM500 was changed for Enhanced Logs Phase 2 by FeatureB89007430
Remedial actionThe ATM500 report is for information only and requires no immediateaction.
AttributesAttribute Value
Severity Warning
Format<office>ATM500 <mmmdd><hh:mm:ss><ssdd>INFO ATM ILMI Status
Location: <location>ILMI: <version>
Status: <Up, Down>
Description: ILMI status has changed.
Location: SPM <spm number>Type: <IW, SMG4,DPT>
Fabric: <ATM,N/A>
Selected field descriptionsField Value Fixed or
VariableDescription
office text Variable Office name
location SPM 0 to 85 Variable Affected SPM
ilmi version < 3.1, 4.0 > Variable ILMI version
status < Up, Down > Variable ILMI status
description ILMI status haschanged.
Variable Meaning of log
class type SMG4 Variable MG4000
Used when the node class is datafilledas SMG4 in table MNNODE.
IW Variable Interworking SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asBRIDGE_ONLY in table MNNODE.
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Field Value Fixed orVariable
Description
DPT Variable Dynamic Packet Trunk (DPT) SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asDPT_ONLY in table MNNODE.
fabric ATM Variable Table MNCKTPAK CPKTYPE = ATM
Active message exampleRTP9N04BF ATM500 SEP23 10:07:03 1203 INFO ATM ILMI STATUS
Location: SPM 0 ILMI: 4.0
Status: Up
Description: ILMI Status has changed.
Location: SPM 0 Type: DPT Fabric: ATM
Clear message examplen/a
Associated OM registers
ATM601This log indicates that the ATM RM in the SPM node has lost itsregistration with the ATM network and that calls cannot be set up.
Log history
SN06 (DMS)
Log ATM601 was changed for Enhanced Logs Phase 2 by FeatureB89007430.
Remedial actionThe ATM601 report is for information only and requires no immediateaction.
AttributesAttribute Value
Severity Warning
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Format<office>ATM601 <mmmdd><hh:mm:ss><ssdd>INFO ATM AddressDeregistration
Location: <location>
Description: ATM has lost its registered ATM address.
Reason: <text>
Location: SPM <spm number>Type: <IW, SMG4, DPT>
Fabric: <ATM, N/A>
Selected field descriptionsField Value Fixed or
VariableDescription
office text Variable Office name
location SPM 0 to 85 Variable Affected SPM
reason reason text Variable Why the ATM lost its registered ATMaddress
class type SMG4 Variable MG4000
Used when the node class is datafilledas SMG4 in table MNNODE.
IW Variable Interworking SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asBRIDGE_ONLY in table MNNODE.
DPT Variable Dynamic Packet Trunk (DPT) SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asDPT_ONLY in table MNNODE.
fabric ATM Variable Table MNCKTPAK CPKTYPE = ATM
Active message exampleRTP9N04BF ATM601 SEP23 10:06:13 1001 INFO ATM AddressDeregistration
Location: SPM 0
Description: ATM has lsot its registered ATM address.
Reason: ATM address has been deregistered by ATM network.
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Location: SPM 0 Type: DPT Fabric: ATM
Clear message examplen/a
Associated OM registers
ATM604This log indicates that the system software cannot recover the ATMframework, and this causes the ATM RM to be busied and RTSed.
Log history
SN06 (DMS)
Log ATM604 was changed for Enhanced Logs Phase 2 by FeatureB89007430.
Remedial actionThe ATM604 report is for information only and requires no immediateaction.
AttributesAttribute Value
Severity Warning
Format<office>ATM604 <mmmdd><hh:mm:ss><ssdd>INFO ATM RecoveryAudit
Location: <pm_no>ATM RM in Slot: <slot_no>(<activity>)
Description: Unable to establish PVCs after multipleattempts. System will Bsy and RTS the RTM RM. Location: SPM<spm number>Type:
<IW,SMG4,DPT>Fabric: <ATM,N/A>
Selected field descriptionsField Value Fixed or
VariableDescription
office text Variable Office name
date mmmdd Variable Month and day
time hh:mm:ss Variable Hour, minute and second
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Field Value Fixed orVariable
Description
log_no dddd Variable Standard log number
pm_no SPM 0 to 85 Variable SPM number
slot_no 1 to 14 Variable Slot number for ATM RM card
activity Act, Inact Variable Identifies whether the ATM RM in slot< slot no > was active or inactive
class type SMG4 Variable MG4000
Used when the node class is datafilledas SMG4 in table MNNODE.
IW Variable Interworking SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asBRIDGE_ONLY in table MNNODE.
DPT Variable Dynamic Packet Trunk (DPT) SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asDPT_ONLY in table MNNODE.
fabric ATM Variable Table MNCKTPAK CPKTYPE = ATM
Active message exampleRTP9N04BF ATM604 FEB05 10:12:21 4300 INFO ATM Recovery Audit
Location: SPM 0
ATM RM in Slot: 1 (Act)
Description: Unable to establish PVCs after multipleattempts. System will Bsy and RTS the RTM RM.
Location: SPM 0 Type: DPT Fabric: ATM
Clear message examplen/a
Associated OM registers
ATM606This log reports a call failure owing to problems in the ATM network.
The log is generated when the Succession Network receives a UNIRelease Complete message indicating an unsuccessful attempt to set upATM bearer path (SVC) through the ATM network. This log displays the
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ATM release cause value and reason as received from the Passport15000, the originating and terminating agent information, Called Number,and Call ID.
Log history
SN06 (DMS)
Log ATM606 was changed for Enhanced Logs Phase 2 by FeatureB89007430.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format<office>ATM606 <mmmdd><hh:mm:ss><ssdd>INFO ATM SVC Failure
Location: <location>
Orig Agent: <agent>
Term Agent: <agent>
Called Number: <called number>
Call ID: <call ID>
Cause: <cause>
Location: SPM <spm number>Type: <IW,SMG4,DPT>
Fabric: <ATM,N/A>
Selected field descriptionsField Value Fixed or
VariableDescription
office text Variable Office name
location SPM 0 to 85 Variable Affected SPM
agent string Variable The trunk's equipment identifier
called number Variable The number being called
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Field Value Fixed orVariable
Description
call ID Variable The internal ID used to refer to the call
cause Variable The specific UNI Release Causevalue supplied by the ATM network toindicate why the call could not be setup.
class type SMG4 Variable MG4000
Used when the node class is datafilledas SMG4 in table MNNODE.
IW Variable Interworking SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asBRIDGE_ONLY in table MNNODE.
DPT Variable Dynamic Packet Trunk (DPT) SPM
Used when the node class is datafilledas IW and DPT_INFO is datafilled asDPT_ONLY in table MNNODE.
fabric ATM Variable Table MNCKTPAK CPKTYPE = ATM
Active message exampleRTP9N04BF ATM606 JAN17 12:50:42 9200 INFO ATM SVC Failure
Location: SPM 2
Orig Agent: DPT GRP
Term Agent: ckt mgea36c7dr07 1
Called Number: 5014441111
Call ID: 17006593
Description: SPM has a registered ATM address.
Location: SPM 0 Type: DPT Fabric: ATM
CS0004BB ATM606 JAN17 12:50:42 9200 INFO ATM SVC Failure
Location: SPM 2
Orig Agent: DPT GRP
Term Agent: CKT MGEA36C7DR07 1
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Called Number: 5014441111
Call ID: 17006593
CAUSE = 3 NO_ROUTE_TO_DEST
Location: SPM 0 Type: DPT Fabric: ATM
Clear message examplen/a
Associated OM registers
ATME200The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME200. The system generates ATME200 when aninternational circuit passes the Consultative Committee on InternationalTelephony and Telegraphy (CCITT) ATME No. two tests. There are 25 testcodes. Each code represents a collection of signaling tests andtransmission measurements. The subsystem will not generate all of thefields in this report. This is because the system does not perform all of thetests. The fields that are optional appear in parentheses ( ).
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
FormatATME200 mmmdd hh:mm:ss ssdd PASS PASS
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/!
NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/!
=+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
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Selected field descriptionsField Value Fixed or
VariableDescription
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from theBase level. The frequency of thesignaling source must be 400hz. Referto preceding description forexplanation of +/- and ?/!.
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from theBase level The frequency of thesignaling source must be 2800 hz.Refer to preceding description forexplanation of +/- and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn (phosphometric weighting, referto CCITT recommendations). Thesystem stores Q limits against eachcircuit in Table CLLIMTCE. Refer toGateway Customer Data Schema ,297-2301-451, for additionalinformation.
RES: Constant Fixed Indicates that the fields that followcontain the results of Respondermeasurements. Tone originates in thenear office or measurement in the faroffice are examples of Respondermeasurements.
(Base=+/-nn.n?/!) Refer to precedingvalue.
Variable Refer to DIR.
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Refer to DIR.
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Refer to DIR.
(NOISE= nn.n?/!) Refer to precedingvalue.
Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.If the system performed a test, asgiven in field SIG: sigtxt, the resultsare output.
AN Variable Indicates the system received answer.
CB Variable Indicates the system received clear-back.
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Field Value Fixed orVariable
Description
RA Variable Indicates the system received re-answer.
BF Variable Indicates the system received busy-flash.
SIG: sigtxt Variable Gives the type of signaling test thesystem performed.
NONE Variable Indicates that the system did notperform a test.
FULL Variable Indicates that the system performed afull signaling test. The response isanswer, clear-ack, re-answer.
SHORT Variable Indicates that the system performed ashort signaling test. The response isanswer.
BSY Variable Indicates that the international circuitperformed the busy signal test. Theresponse is busy-flash.
FULL BSY Variable Indicates the system performed thefull and the busy signaling tests. Theresponse is answer clear-back, re-answer and busy-flash.
SHORT BSY Variable Indicates the system performed theshort and the busy signaling tests.The response is answer busy-flash.
MEAS: meastxt Variable Gives the type of transmissionmeasurement the system performed.
NONE Variable Indicates the system did not perform atransmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
LFD N Variable Indicates loss frequency deviation andnoise measurement.
PASS PASS Constant Fixed Indicates that the test passed.
CKT trkid Symbolic text Variable Gives the CLLI and CKT number forthe circuit. Table I.
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Field Value Fixed orVariable
Description
DIR Constant Fixed Indicates that the fields that followcontain the results of directormeasurements. Tone originates at faroffice or measurement at near officeare examples of directormeasurements.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz thatdeviates from the expected value. +indicates that the level is higher thanthe nominal.- indicates that the level islower than nominal. ? indicates thatthe level exceeds the maintenancelimits (Q1). ! indicates that the levelexceeds the immediate action limits(Q2). If a ? or an ! is not present, thelevel does not exceed the limits. ForAutomatic Trunk Testing (ATT), theoperating company enters Q limits inTable ATMEQ.
Active message exampleATME200 JUN19 02:48:01 7700 PASS PASS
CKT N5LOOP 50
DIR: BASE= -1.1 400= +0.0 2800= +0.0 NOISE= -62
RES: -1.0 +0.1 +0.1 -62
AN SIG: NONE MEAS: LFD N
Clear message examplen/a
Associated OM registers
ATME201The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME201. The subsystem generates ATME201 when theinternational circuit fails the Consultative Committee on InternationalTelephony and Telegraphy (CCITT) ATME No. 2 tests. These tests test aninternational circuit. There are 25 test codes. The test codes determine thetests performed. Each code represents a collection of signaling tests and
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transmission measurements. The system does not generate all of the fieldsbecause the codes does not perform all of the tests. The symbols ( )denote fields as optional.
Remedial actionManually test the circuit to determine the fault location.
AttributesAttribute Value
Severity Indeterminate
Format1.**ATME201 mmmdd hh:mm:ss ssdd FAIL SIG
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/!NOISE=nn?/!
RES:Base=+/-nn.n ?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
Field Value Variable Description
FAIL SIG Constant Fixed Indicates that the signaling test failed.
CKT Symbolic text Variable Gives the common language locationidentifier (CLLI) and CKT number forthe trunk circuit.
DIR Constant Fixed Indicates that the fields that followcontain the results of directormeasurements. Tone originates atdistant office, measurement at nearoffice are examples of these results.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level, indBm, at 800hz or 1000hz, thatdeviates from the expected value. +indicates the level is higher than thenominal.- indicates that the level is
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Field Value Fixed orVariable
Description
lower than the nominal. ? indicatesthat the level exceeds theMaintenance Limits (Q1). ! indicatesthat the level exceeds the ImmediateAction Limits (Q2). For test trunkposition (TTP), the Q limits are preset.If a ? or an ! are not present, the leveldoes not exceed the limits. Forautomatic trunk testing (ATT), theoperating company enters the Qlimits. Table ATMEQ describes thisprocedure. Refer to the data schemasection of the Translations Guide foradditional information.
(400=+/-nn.n?/!) Refer to above. Variable Indicates the measured power level,as the power level deviates from thebase level. At the base level, thefrequency of the signaling source is400hz. Refer to the precedingdescription for an explanation of +/-and ?/!.
(2800=+/-nn.n?/!) Refer to above. Variable Indicates the measured power level asthe power level deviates from thebase level. At the base level, thefrequency of the signaling source is2800 hz. Refer to the precedingdescription for an explanation of +/-and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn. For phosphometric weighting,refer to CCITT recommendations. Thesystem stores the Q limits againsteach circuit, in table CLLIMTCE. Referto the data schema section of theTranslations Guide for additionalinformation.
RES: Constant Fixed Indicates that the fields that followcontain the results of respondermeasurements. The tone originates inthe near office and measurements inthe distant office are examples ofthese measurements.
(Base=+/-nn.n?/!) Refer to DIR. Variable (400=+/-nn.n?/!)
Refer to DIR. (2800=+/-nn.n?/!) Variable Refer to DIR.
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Field Value Fixed orVariable
Description
(NOISE= nn.n?/!) Refer to DIR. Variable (tsttxt)
AN CB RA BF Gives the response ofa Signaling Test. Thesystem generatesresults if the systemperformed a signallingtest, as SIG:sigtxtspecifies.
Variable
AN Indicates that thesystem receivedanswer.
Variable
CB Indicates that thesystem receivedclear-back.
Variable
RA Indicates the systemreceived re-answer.
Variable
BF Indicates the systemreceived busy-flash.
Variable SIG
Gives the type ofsignaling test thesystem performed.
Variable NONE
Indicates the systemdid not perform a test.
Variable FULL
Indicates the systemperformed fullsignaling test. Theresponse is answer,clear-back, re-answer.
Variable SHORT
Indicates the systemperformed shortsignaling test. Theresponse is answer.
Variable BSY
Indicates the systemperformed busysignaling test. Theresponse is busy-flash.
Variable FULL BSY
Indicates the systemperformed the full andthe busy signalingtests. The response is
Variable SHORT BSY
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Field Value Fixed orVariable
Description
answer, clear-back,re-answer and busy-flash.
Indicates the systemperformed short andthe busy signalingtests. The response isanswer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement performed.
NONE Variable Indicates the system did not perform atransmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss at frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
LFD N Variable Indicates loss at frequency deviationand noise measurement.
(msgtxt) Symbolic text Variable Gives additional informationconcerning why the test failed. Referto table Q.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit.The system generates this field only ifthe test uses transmission test unit(TTU) equipment.
Active message example1.**ATME201 JUN19 03:18:41 5300 FAIL SIG
CKT N5LOOP 50
AN SIG:FULL MEAS: NONE
CLEAR_BACK_NOT_REC CKT TTU 0
Clear message examplen/a
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Associated OM registers
ATME202The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME202. The subsystem generates ATME202 when theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No. two tests fail the Busy Signaling test. The systemapplies the CCITT ATME No. two tests to an international circuit.
There are 25 test codes. Each code represents a group of signaling testsand transmission measurements. The system performed a many tests. Thetest code chooses the tests. The system will not generate all of the fieldsbecause the system does not run all of the tests. Optional fields appear asparentheses ( ).
Remedial actionManually test the circuit to determine the fault location.
AttributesAttribute Value
Severity Indeterminate
Format*ATME202 mmmdd hh:mm:ss ssdd FAIL BSY
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/!
NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/!
=+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz, thatdeviates from the expected value. +
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Field Value Fixed orVariable
Description
indicates the level is higher than thenominal,- indicates that the level islower than the nominal. ? indicatesthat the level exceeds theMaintenance Limits (Q1), ! indicatesthat the level exceeds the ImmediateAction Limits (Q2). If a ? or an ! arenot present, the level does not exceedthe limits. For TTP, the Q limits arepreset. For automatic trunk testing(ATT), the operating company TableATMEQ enters the Q limits. Refer tothe data schema section of theTranslations Guide .
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level,as the power level deviates from thebase level, At this time, the frequencyof the signaling source is 400hz. Referto the preceding description for anexplanation of +/- and ?/!.
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from thebase level. At this time, the frequencyof the signaling source is 2800 hz.Refer to the preceding description foran explanation of +/- and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn phosphometric weighting. Referto CCITT recommendations. Thesystem stores the Q limits againsteach circuit. Refer to TableCLLIMTCE. Refer also to the dataschema section of the TranslationsGuide .
RES Constant Fixed Indicates that the following fieldscontain the results of respondermeasurements. Tone originates in thenear office, measurements at the faroffice are examples of these results.
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
(NOISE= nn.n?/!) Variable Refer to DIR.
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Field Value Fixed orVariable
Description
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.If the system performs a signalingtest, as field SIG specifies, the resultsare output.
AN Variable Indicates system received answer.
CB Variable Indicates system received clear-back.
RA Variable Indicates system received re-answer.
BF Variable Indicates system received busy-flash.
SIG Variable Gives the type of signaling test thesystem performed.
NONE Variable Indicates the system did not perform atest.
FULL Variable Indicates the full signaling test. Theresponse is answer, clear-back, re-answer.
SHORT Variable Indicates the system performed theshort signaling test. The response isanswer.
BSY Variable Indicates the system performed busysignaling test. The response is busy-flash.
FULL BSY Variable Indicates the system performed thefull and the busy signaling tests. Theresponse is answer, clear-back, re-answer and busy-flash.
SHORT BSY Variable Indicates the system performed theshort and busy signaling tests. Theresponse is answer, busy-flash.
MEAS Variable Gives the type of transmissionmeasurement performed.
NONE Variable Indicates that the system did notperform transmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss at frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
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Field Value Fixed orVariable
Description
LFD N Variable Indicates loss frequency deviation andnoise measurement.
(msgtxt) Symbolic text Variable Gives additional information on thereason the test failed. Refer to TableQ.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). This field is output if the testused TTU.
FAIL BSY Constant Fixed Indicates that the busy test failed.
CKT Symbolic text Variable Gives the common language locationidentifier (CLLI) and CKT number forthe trunk circuit.
DIR Constant Fixed Indicates that the fields that followcontain the results of directormeasurements. Tone originates in thedistant office, measurements at nearoffice are examples of these results.
Active message exampleATME202 JUN19 03:24:22 9900 FAIL BSY
CKT N5LOOP 50
SIG: BSY MEAS: NONE
BSY_FLASH_NOT_REC
Clear message examplen/a
Associated OM registers
ATME203The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME203. The subsystem generates ATME203 when the Q1(maintenance) limit is exceeded. The limit is exceeded because of theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No. 2 tests. These tests are applied to an internationalcircuit. There are 25 test codes. Each code represents a combination ofsignaling tests and transmission measurements. The test code determinesthe variety of tests performed. The subsystem generates does notgenerate all of the fields because the system does not run all of the tests.Optional fields appear as ( ).
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Remedial actionPerform maintenance action if Q1 is exceeded. Test the circuit againmanually.
AttributesAttribute Value
Severity Indeterminate
Format1.**ATME203 mmmddhh:mm:ss ssdd FAIL Q1
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/!NOISE=nn?/!
RES:Base=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL Q1 Constant Fixed Measurement exceeds the Q1.
CKT Symbolic text Variable Gives the common language locationidentifier (CLLI) and CKT number forthe trunk circuit.
DIR Constant Fixed Indicates that the following fieldscontain the results of directormeasurements. Tone originates atdistant office or measurement at nearoffice are examples of these results.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz thatdeviates from the expected value. +indicates the level is higher than thenominal- indicates that the level islower than the nominal. ? indicatesthat the level exceeds the Q1 !indicates that the level exceeds theImmediate Action Limits (Q2). If a ? oran ! is not present, then the level does
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Field Value Fixed orVariable
Description
not exceed the limits. For trunk testposition (TTP), the Q limits are preset.For automatic trunk testing (ATT) theoperating company enters the Q limitsin table ATMEQ. Refer to the dataschema section of the TranslationsGuide for additional information.
(400=+/-nn.n?/!) See preceding value. Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequencyof the signaling source is 400hz. Referto description above for +/-and ?/!.
(2800=+/-nn.n?/!) See preceding value. Variable Indicates the measured power level asthe power level deviates from thebase level. At this time, the frequencyof the signaling source is 2800 hz.Refer to description above for +/-and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn (phosphometric weighting). SeeCCITT recommendations. The systemstores the Q limits against each circuitin Table CLLIMTCE. Refer to the dataschema section of the TranslationsGuide for additional information.
RES: Constant Fixed Indicates that the fields that followcontain the results of respondermeasurements. The tone originates inthe near office or measurements atthe distant office are examples ofresponder measurements.
(Base=+/-nn.n?/!) Variable Refer to DIR
(400=+/-nn.n?/!) Variable Refer to DIR
(2800=+/-nn.n?/!) Variable Refer to DIR
(NOISE= nn.n?/!) Variable Refer to DIR
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.The results are output only if thesystem performed a signaling test, asSIG: sigtxt specifies.
AN Variable Indicates the system received answer.
CB Variable Indicates the system received clear-back.
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Field Value Fixed orVariable
Description
RA Variable Indicates the system received re-answer.
BF Variable Indicates the system received busy-flash.
SIG Variable Gives the type of signaling test thesystem performed.
NONE Variable Indicates the system did not perform atest.
FULL Variable Indicates the system performs fullsignaling test. The response isanswer, clear-back or re-answer.
SHORT Variable Indicates the system performs shortsignaling test. The response isanswer.
BSY Variable Indicates the system performs busysignaling test. The response is busy-flash.
FULL BSY Variable Indicates the system performed thefull and busy signaling tests. Theresponse is answer, clear-back, re-answer or busy-flash.
SHORT BSY Variable Indicates the system performed theshort and the busy signaling tests.The response is answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement the system performed.
NONE Variable Indicates the system did not perform atransmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss at frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
LFD N Variable Indicates loss frequency deviation andnoise measurement.
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Field Value Fixed orVariable
Description
(msgtxt) Symbolic text Variable Gives additional informationconcerning why the test failureoccurred. Refer to table Q.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). The system generates this fieldonly if the test uses TTU equipment.
Active message example1.**ATME203 JUN19 03:48:39 0369 FAIL Q1
CKT N5LOOP 53
DIR: BASE= -1.1?
RES: -1.0?
AN SIG: NONE MEAS: L
Clear message examplen/a
Associated OM registers
ATME204The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME204. The subsystem generates ATME204 when theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No. 2 tests fail. These tests are applied to internationalcircuits. A test failure occurs when the Q2 (immediate action) limit isexceeded. Each of the 25 test codes represents a group of signaling testsand transmission measurements. The test code determines which tests thesystem runs. The subsystem does not generate all of the fields in this logreport because the system does not run all of the tests. The optional fieldsappear as ( ).
There is no additional information
Remedial actionIf the test result exceeds Q2, the circuit requires immediate maintenanceaction. You must manually test the circuit again.
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AttributesAttribute Value
Severity Indeterminate
Format1.**ATME203 mmmddhh:mm:ss ssdd FAIL Q2
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/!NOISE=nn?/!
RES:Base=+/-nn.n ?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level, indBm at 800hz or 1000hz, thatdeviates from the expected value. +indicates the level is higher than thenominal. - indicates that the level islower. ? indicates that the levelexceeds the Maintenance Limits(Q1). ! indicates that the level exceedsthe Q2. When a ? or an ! are notpresent, the level does not exceed thelimits. For trunk test position (TTP),the Q limits are preset. For automatictrunk testing (ATT), the operatingcompany enters the Q limits in TableATMEQ. Refer to the data schemasection of the Translations Guide foradditional information.
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequencyof the signaling source is 400hz. Referto the description above for anexplanation of +/- and ?/!.
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Field Value Fixed orVariable
Description
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from thebase level. At this time, the frequencyof the signaling source is 2800 hz.Refer to the description above for +/-and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn phosphometric weighting. Referto CCITT recommendations. TableCLLIMTCE contains the Q limitsstored against each circuit. Refer tothe data schema section of theTranslations Guide for additionalinformation.
RES Constant Fixed Indicates that the fields that followcontain the results of respondermeasurements. Tone originates in thenear office, measurements at thedistant office are examples of theseresults.
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
(NOISE= nn.n?/!) Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.The results are only output if thesystem did a signaling test, as fieldSIG specifies.
AN Variable Indicates the system received answer.
CB Variable Indicates the system received clear-back.
RA Variable Indicates the system received re-answer.
BF Variable Indicates the system received busy-flash.
SIG Variable Gives the type of signaling test thesystem performed.
NONE Variable Indicates the system did not perform atest.
FULL Variable Indicates the system performed a fullsignaling test. The response isanswer, clear-back, re-answer.
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Field Value Fixed orVariable
Description
SHORT Indicates the systemperformed a short signaling test. Theresponse is answer.
BSY Variable Indicates the system performed abusy signaling test. The response isbusy-flash.
FULL BSY Variable Indicates the system performed thefull and the busy signaling tests. Theresponse is answer, clear-back, re-answer or busy-flash.
SHORT BSY Variable The system performed the short andthe busy signaling tests. The responseis answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement performed.
NONE Variable Indicates the system did not performtransmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
LFD N Variable Indicates loss frequency deviation andnoise measurement.
(msgtxt) Symbolic text Variable Gives additional informationconcerning why the test failed. Referto Table Q.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU).This system generates this fieldif test uses TTU equipment.
FAIL Q2 Constant Fixed Measurement exceeds the Q2(immediate action limits).
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Field Value Fixed orVariable
Description
CKT Symbolic text Variable Gives the common language locationidentifier (CLLI) and the CKT numberfor the trunk circuit.
DIR Constant Fixed Indicates that the fields that followcontain the results of directormeasurements. Tone originates atdistant office, measurements at nearoffice are examples of these results.
Active message example1.**ATME204 JUN19 03:51:22 3602 FAIL Q2
CKT N5LOOP 53
DIR: BASE= -1.1!
RES: -1.1!
AN SIG: NONE MEAS: L
Clear message examplen/a
Associated OM registers
ATME205The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME205. The subsystem generates ATME205 when theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No. 2 tests fail. These tests are applied to internationalcircuits. A test failure indicates that the near end of the circuit is busy(NBSY). Each of the 25 test codes represents a group of signaling testsand transmission measurements. The system performs tests based on thetest code. The system does not generate some fields in the report becausethe system does not perform all of the tests. The system denotes thesefields as optional by ( ).
There is no additional information
Remedial actionYou can use the RTSFAIL command in ATME level at the MAP(maintenance and administration position) to test the circuit again.
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AttributesAttribute Value
Severity Indeterminate
Format1.*ATME205 mmmdd hh:mm:ss ssdd FAIL NBSY
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/! =+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from thebase level. At this time, the frequencyof the signaling source is 2800 hz.Refer to preceding description for +/-and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn (phosphometric weighting).Refer to CCITT recommendations.The system stores the Q limits againsteach circuit in Table CLLIMTCE.Refer to the data schema section ofthe Translations Guide for additionalinformation.
RES: Constant Fixed Indicates that the following fieldscontain the results of respondermeasurements. Tone originates in thenear office or measurements at thedistant office are examples of theseresults.
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
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Field Value Fixed orVariable
Description
(NOISE= nn?/!) Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a SignalingTest. The system generates resultsonly when the system preforms asignaling test, as field SIG specifies.
AN Variable Indicates the system received answer
CB Variable Indicates the system received clear-back
RA Variable Indicates the system received re-answer
BF Variable Indicates the system received busy-flash
SIG Variable Gives the type of signaling test thesystem performed
NONE Variable Indicates system did not perform test
FULL Variable Indicates the system performed thefull signaling test. The response isanswer, clear-back or re-answer.
SHORT Variable Indicates the system performed theshort signaling test. The response isanswer.
BSY Variable Indicates the system performed thebusy signaling test. The response isbusy-flash.
FULL BSY Variable Indicates the system performed thefull and the busy signaling tests. Theresponse is answer, clear-back, re-answer or busy-flash.
SHORT BSY Variable Indicates the system performed theshort and the busy signaling tests.The response is answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement the system performed
NONE Variable Indicates the system did not perform atransmission measurement
L Variable Indicates loss at base frequencymeasurement
LFD Variable Indicates loss frequency deviationmeasurement
N Variable Indicates noise measurement
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Field Value Fixed orVariable
Description
L N Variable Indicates loss at base frequency andnoise measurement
LFD N Variable Indicates loss frequency deviation andnoise measurement
(msgtxt) Symbolic text Variable Gives additional informationconcerning the reason the test failed.Refer to table Q.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). The system only generates thisfield if the system uses TTUequipment in tests.
FAIL NBSY Constant Fixed Line test on an international circuitfails because the near end is busy(NBSY).
CKT Integers Variable Gives the common language locationidentifier (CLLI) and CKT number forthe trunk circuit.
DIR Constant Fixed Indicates that the fields that followcontain the results of directormeasurements. Tone originates atdistant office, measurements at nearoffice are examples of these results.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz, thatdeviates from the expected value.
+ indicates the level ishigher than thenominal - indicatesthat the level islower. ? indicates thatthe level exceeds theMaintenance Limits(Q1). ! indicates thatthe level exceeds theImmediate ActionLimits (Q2)..
Variable If a ? or an ! does not appear, thelevel does not exceed the limits. Thesystem presets the Q limits for trunktest position (TTP). The operatingcompany enters the Q limits forautomatic trunk testing (ATT) in TableATMEQ. Refer to the data schemasection of the Translations Guide foradditional information.
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequencyof the signaling source is 400hz. Referto preceding description forexplanation of +/- and ?/!.
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Active message example1.ATME205 JUN19 03:52:12 0462 FAIL NBSY
CKT N5LOOP 55
DIR: BASE= -1.1
RES: SIG: NONE
Clear message examplen/a
Associated OM registers
ATME206The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME206. The subsystem generates ATME206 when theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No.2 tests fail. The ATME No. 2 tests are applied to aninternational circuit. A test failure can indicate that the far end is busy.Each of the 25 test codes represents a group of signaling tests andtransmission measurements. The test code determines the tests that thesystem performs. The system does not generate all of the fields in thereport. The system denotes these fields as optional by ( ).
Remedial actionYou can use the RTSTFAIL command in ATME level at the MAP terminalto test the circuit again.
AttributesAttribute Value
Severity Indeterminate
Format1.ATME206 mmmdd hh:mm:ss ssdd FAIL FBSY
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/! =+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
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msgtxt CKT TTU n
Selected field descriptionsField Value Fixed or
VariableDescription
FAIL FBSY Constant Fixed Indicates the system did not performline test on an international circuitbecause the far end is busy (FBSY).
CKT Symbolic text Variable Gives the common language locationidentifier (CLLI) and CKT number forthe trunk circuit.
DIR Constant Fixed Indicates that the fields following willcontain the results of directormeasurements. Tone originates atdistant office or measurement at nearoffice are examples of these results.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz, thatdeviates from the expected value.
+ indicates the level is higher than thenominal a indicates that the level islower.
? indicates that the level exceeds theMaintenance Limits (Q1)
indicates that the level exceeds theImmediate Action Limits (Q2)
If a ? or an ! is not present, the leveldoes not exceed the limits. The Qlimits are preset for trunk test position(TTP). The operating company entersthe Q limits for automatic trunk testing(ATT) in table ATMEQ. Refer to thedata schema section of theTranslations Guide for additionalinformation.
(400=+/-nn.n?/!) Refer to above. Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequencyof the signaling source is 400hz. Referto description above for explanation of+/- and ?/!.
(2800=+/-nn.n?/!) Refer to above. Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequency
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Field Value Fixed orVariable
Description
of the signaling source is 2800 hz.Refer to description above forexplanation of +/- and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn (phosphometric weighting).Refer to CCITT recommendations.The system stores Q limits againsteach circuit, in table CLLIMTCE. Referto the data schema section of theTranslations Guide for additionalinformation.
RES: Constant Fixed Indicates the following fields containthe results of respondermeasurements. The tone originates inthe near office or measurements atthe far office are examples of theresults..
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
(NOISE= nn?/!) Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.The system only outputs results if thesystem performed a signaling test, asSIG field specifies.
AN Variable Indicates the system received ananswer.
CB Variable Indicates the system received a clear-back.
RA Variable Indicates the system received a re-answer.
BF Variable Indicates the system received a busy-flash.
SIG Variable Gives the type of signaling test thesystem performed.
NONE Variable Indicates the system did not performthe test.
FULL Variable Indicates the system performed a fullsignaling test. The response isanswer, clear-back or re-answer.
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Field Value Fixed orVariable
Description
SHORT Variable Indicates the system performed ashort signaling test. The response isanswer.
BSY Variable Indicates the system performed abusy signaling test. The response isbusy-flash.
FULL BSY Variable Indicates the system performed a fulland the busy signaling tests. Theresponse is answer, clear-back, re-answer and busy-flash.
SHORT BSY Variable Indicates the system performed ashort and the busy signaling tests.The response is answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement the system performed.
NONE Variable Indicates the system did not perform atransmission measurement.
L Variable Indicates loss at base frequencymeasurement.
LFD Variable Indicates loss frequency deviationmeasurement.
N Variable Indicates noise measurement.
L N Variable Indicates loss at base frequency andnoise measurement.
LFD N Variable Indicates loss frequency deviation andnoise measurement.
(msgtxt) Symbolic text Variable Gives additional information thatconcerns that concerns the reason thetest failed. Refer to table Q.
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). The system only outputs thisfield if the system used TTUequipment in tests.
Active message example1.ATME206 JUN19 03:18:07 9000 FAIL FBSY
CKT N5LOOP 50
SIG:FULL MEAS: NONE
FAR_END_CONGESTION
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Clear message examplen/a
Associated OM registers
ATME207The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates ATME207. The subsystem generates ATME207 when theConsultative Committee on International Telephony and Telegraphy(CCITT) ATME No. Two tests fail. The ATME No. Two tests are applied tointernational circuits. Instability or interruptions (I/I) cause a test failure.Each of the 25 test codes represents a group of signaling tests andtransmission measurements. The system performs different tests based onthe test code. The system does not generate all of the fields in this report.The system denotes these fields as optional by ( ).
There is no additional information
Remedial actionManually test the circuit to determine the cause of instability orinterruptions.
AttributesAttribute Value
Severity Indeterminate
Format1.*ATME207 mmmdd hh:mm:ss ssdd FAIL I/I
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/! =+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
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Selected field descriptionsField Value Fixed or
VariableDescription
(400=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level,as the power level deviates from thebase level. At this time, the frequencyof the signaling source is 400hz. Referto preceding description for +/-and ?/!.
(2800=+/-nn.n?/!) Refer to precedingvalue.
Variable Indicates the measured power level asthe power level deviates from thebase level. At this time, the frequencyof the signaling source is 2800 hz.Refer to preceding description for +/-and ?/!.
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn (phosphometric weighting, referto CCITT recommendations). Thesystem stores the Q limits againsteach circuit in table CLLIMTCE. Referto the data schema section of theTranslations Guide for additionalinformation.
RES: Constant Fixed Indicates that the following fieldscontain the results of respondermeasurements. Tone originates in thenear office or measurements at thedistant office are examples of theseresults.
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
(NOISE= nn?/!) Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a SignalingTest. The system only generates theresults if the system performs asignaling test, as field SIG fieldspecifies.
AN Variable Indicates the system received answer
CB Variable Indicates the system received clear-back
RA Variable Indicates the system received re-answer
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Field Value Fixed orVariable
Description
BF Variable Indicates the system received busy-flash
SIG Variable Gives the type of signaling test thesystem performed
NONE Variable Indicates the system did not performthe test
FULL Variable The system performed the fullsignaling test. The response isanswer, clear-back or re-answer.
SHORT Variable The system performed the shortsignaling test. The response isanswer.
BSY Variable The system performed the busysignaling test. The response is busy-flash.
FULL BSY Variable The system performed the full and thebusy signaling tests. The response isanswer, clear-back, re-answer orbusy-flash.
SHORT BSY Variable The system performed the short andthe busy signaling tests. The responseis answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement performed
NONE Variable Indicates the system did not performtransmission measurement
L Variable Indicates loss at base frequencymeasurement
LFD Variable Indicates loss frequency deviationmeasurement
N Variable Indicates noise measurement
L N Variable Indicates loss at base frequency andnoise measurement
LFD N Variable Indicates loss frequency deviation andnoise measurement
(msgtxt) Symbolic text Variable Gives additional information on thereason the test failed. Refer to TableQ.
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Field Value Fixed orVariable
Description
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). The system only generates thisfield if the system uses TTUequipment in test.
DIR Constant Fixed Indicates that the following fieldscontain the results of directormeasurements. Tone originates atdistant office, and measurements atnear office are examples of theseresults.
(BASE=+/-nn.n?/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz, thatdeviates from the expected value. +indicates the level is higher than thenominal. - indicates that the level islower. ? indicates that the levelexceeds the Maintenance Limits(Q1). ! indicates that the level exceedsthe Immediate Action Limits (Q2). Ifa ? or an ! is not present, the leveldoes not exceed the limits. Thesystem presets the Q limits for trunktest position (TTP). The operatingcompany enters the Q limits forautomatic trunk testing (ATT) in TableATMEQ. Refer to the data schemasection of the Translations Guide foradditional information.
FAIL I/I Constant Fixed Indicates instability or interruptionsthat occur during a test
CKT Symbolic text Variable Gives the common-language locationidentifier (CLLI) and CKT number forthe circuit.
Active message example1.ATME207 JUN19 03:32:10 3703 FAIL I/I
CKT N5LOOP 53
DIR: BASE= .
RES: .
AN SIG:NONE MEAS: L
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TTU_TROUBLE CKT TTU 1
Clear message examplen/a
Associated OM registers
ATME208The Automatic Transmission Measuring Equipment (ATME) subsystemgenerates this report when the Consultative Committee on InternationalTelephony and Telography (CCITT) ATME No. 2 tests fail. The systemapplies ATME No. 2 tests to international circuits. Detection of amiscellaneous error can cause the tests to fail. Each of the 25 test codesrepresents a group of signaling tests and transmission measurements. Thesystem performs different tests based on the test codes. The system doesnot generate some of the fields in the report, and denotes these fields asoptional by ().
There is no additional information
Remedial actionTest the circuit manually to determine source of error.
AttributesAttribute Value
Severity Indeterminate
Format*ATME208 mmmdd hh:mm:ss ssdd FAIL MISC
CKT trkid
DIR:BASE=+/-nn.n?/! 400=+/-nn.n?/! 2800=+/-nn.n?/! NOISE=+/-nn?/!
RES: =/-nn.n?/! =+/-nn.n?/! =+/-nn.n?/! =+/-nn?/!
tsttxt SIG: sigtxt MEAS: meastxt
msgtxt CKT TTU n
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Selected field descriptionsField Value Fixed or
VariableDescription
CKT Symbolic text Variable Gives the common-language locationidentifier (CLLI) and CKT number forthe circuit
DIR Constant Fixed Indicates that the following fieldscontain the results of directormeasurements. In other words, thetone starts at a distant office, and anear office measures the tone.
(BASE=+/-nn.n/!) (+99.9dBm ?/!) to(-99.9dBm ?/!)
Variable Indicates the measured power level indBm, at 800hz or 1000hz, thatdeviates from the expected value.
A (+) indicates the level is higher thanthe nominal.
A (-) indicates that the level is lowerthan nominal.
A (?) indicates that the level exceedsthe Maintenance Limits (Q1).
A (!) indicates that the level exceedsthe Immediate Action Limits (Q2).
If neither (?) or (!) appears, the leveldoes not exceed the limits. Thesystem sets the Q limits for trunk testposition (TTP). The operatingcompany enters the Q limits forautomatic trunk testing (ATT), in TableATMEQ. Refer to the data schemasection of the Translations Guide foradditional information.
(400=+/-nn.n?/!) Refer to previousvalue.
Variable Indicates the measured power level,as it deviates from the base level,when the frequency of the signalingsource is 400 hz. Refer to descriptionabove for explanation of (+)(-) and (?)(!)
(2800=+/-nn.n?/) Refer to previousvalue.
Variable Indicates the measured power level asit deviates from the base level, whenthe frequency of the signaling sourceis 2800 hz. Refer to description abovefor explanation of (+)(-) and (?)(!).
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Field Value Fixed orVariable
Description
(NOISE= nn.n?/!) 0-90 Variable Indicates the measured noise level indBrn. For phosphometric weighting,refer to CCITT recommendations. Thesystem stores the Q limits againsteach circuit in table CLLIMTCE. Referto the data schema section of theTranslations Guide for additionalinformation.
RES: Constant Fixed Indicates that the following fieldscontain the results of respondermeasurements. In other words, thetone originates at the near office. Thefar office performs measurements.
(Base=+/-nn.n?/!) Variable Refer to DIR.
(400=+/-nn.n?/!) Variable Refer to DIR.
(2800=+/-nn.n?/!) Variable Refer to DIR.
(NOISE= nn?/!) Variable Refer to DIR.
(tsttxt) AN CB RA BF Variable Gives the response of a signaling test.The system only generates the resultsif the system did a signaling test. Thesignal test is specified in field SIG.
AN Variable Indicates that the system received there-answer.
CB Variable Indicates that the system receivedclear-back.
RA Variable Indicates that the system received re-answer.
BF Variable Indicates that the system receivedbusy-flash.
SIG Variable Gives the type of signaling testperformed
NONE Variable Indicates the system did not performthe test
FULL Variable Indicates the system performed thefull signaling test. The response isanswer, clear-back, or re-answer.
SHORT Variable Indicates the system performed theshort signaling test. The response isanswer.
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Field Value Fixed orVariable
Description
BSY Variable Indicates the system performed thebusy signaling test. The response isbusy-flash.
FULL BSY Variable Indicates the system performed thefull and the busy signaling tests. Theresponse is answer, clear-back, re-answer, and busy-flash.
SHORT BSY Variable Indicates the system performed theshort and the busy signaling tests.The response is answer or busy-flash.
MEAS Variable Gives the type of transmissionmeasurement performed
NONE Variable Indicates the system did not performtransmission measurement
L Variable Indicates loss at base frequencymeasurement
LFD Variable Indicates loss frequency deviationmeasurement
N Variable Indicates noise measurement
L N Variable Indicates loss at base frequency andnoise measurement
LFD N Variable Indicates loss frequency deviation andnoise measurement
(msgtxt) See Table Q. Variable Gives additional information for whythe test failed
(CKT TTU n) 0-9 Variable Identifies the transmission test unit(TTU). The system only generates thisfield if the TTU equipment is in use forthe test.
FAIL MISC Constant Fixed Indicates that a miscellaneous errorcaused test failure.
Active message example1.ATME208 JUN19 03:32:10 3703 FAIL MISC
CKT N5LOOP 53
DIR: BASE= .
RES: .
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AN SIG:NONE MEAS: L
TTU_TROUBLE CKT TTU 1
Clear message examplen/a
Associated OM registers
ATT100The Automatic Trunk Testing (ATT) subsystem generates this report whena trunk circuit test completes. Log ATT100 reports miscellaneous trunkcircuit test results not in other ATT log reports.
There is no additional information
Remedial actionIf rslttxt = PASS, there is no required action.
If rslttxt = FAIL, contact the next level of maintenance.
AttributesAttribute Value
Severity Warning
Format1.ATT100 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm rslttxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates the following data providesmiscellaneous trunk circuit test results
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
tstnm DIAG Variable Indicates system performed anextended diagnostic test
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Field Value Fixed orVariable
Description
TCON Variable Indicates system performed CommonChannel Interoffice Signaling No. 6(CCIS6) continuity test
TCOT Variable Indicates system performed a newversion of CCIS6 continuity test on adigital trunk controller (DTC)
TE_M Variable Indicates system performed E and Mlead signaling test
TNSS Variable Indicates system performed non-synchronous test line test
tstnm TR2L Variable Indicates system performed "repeattwo" long delay test
TR2S Variable Indicates system performed "repeattwo" short delay test TSYN Indicatessystem performed synchronous testline test
T103 Variable Indicates system used 103-type testline to perform signaling test
rslttxt PASS Variable Indicates test passed
FAIL Variable Indicates test failed
Active message example1.ATT100 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
DIAG PASS
Clear message examplen/a
Associated OM registers
ATT101The Automatic Trunk Testing (ATT) subsystem generates this report whena group trunk test aborts.
Remedial actionIf the above table contains reastxt, use the following references to isolateand correct failures. ATT101 specifies these references.
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For failures related to entries, refer to the data schema section of theTranslations Guide. For trunk equipment failures, refer to CardReplacement Procedures. This is a step-by-step procedures guide toisolate and correct trunk and test equipment failures. For more informationabout trunk testing, refer to the Trunks Maintenance Guide.
If the generated reastxt is not in the above table, contact the next level ofmaintenance.
AttributesAttribute Value
Severity Warning
FormatATT101 mmmdd hh:mm:ss ssdd INFO
CKT trkid
ABORT GROUP TESTING TESTEQ: trkid tstnm ABORT
reastxt
Selected field descriptionsField Value Fixed or
VariableDescription
TL6N Variable Indicates system used 105-type testline to perform loss (404, 1004, and2804 Hz at -16 dBm) and noise(C_notched filter) test
TL6S Variable Indicates system used 105-type testline to perform loss (404, 1004, and2804 Hz at -16 dBm) and test with selfcheck
TL65 Variable Indicates system used 105-type loss(404, 1004, and 2804 Hz at -16 dBm)test
TL05 Variable Indicates system used 105-type testline to perform loss (1004 Hz at zerodBm) test
TNSS Variable Indicates system performed non-synchronous test line test
TR2L Variable Indicates system performed two longdelay repeat tests
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Field Value Fixed orVariable
Description
TR2S Variable Indicates system performed two shortdelay repeat tests
TSBS Variable Indicates the far-end equipmentperformed a self check of loss (404,1004, and 2804 Hz test tone at -16dB), noise (C_notched filter). Thesystem used a 105-type test line toperform a return loss test.
TSBT Variable Indicates the system performed returnloss measurement test
TSYN Variable Indicates the system performedsynchronous test line test
TS65 Variable Indicates the far-end equipment used105-type test line to perform selfcheck of loss (404, 1004, and 2804 Hztest tone at -16 dB) and noise(C_notched filter).
T100 Variable Indicates the system used 100-typetest line to perform milliwatt andbalance test. The versions are notknown.
T102 Variable Indicates the system used 102-typetest line to perform milliwatt test
T103 Variable Indicates the system used 103-typetest line to perform signaling test
T104 Variable Indicates the system used 104-typetest line to perform milliwatt test inboth directions
T105 Variable Indicates the system used 105-typetest line to perform loss (1004 Hz at 0dBm) and noise (C_message filter)tests with self check
T165 Variable Indicates system used 105-type testline to perform loss (404, 1004, and2804 Hz at - 16 dBm) and noise(C_notched filter) tests with self check
T5AS Variable Indicates the system used 105-typetest line to perform loss (1004 Hz at 0dBm), noise (C_message filter), andreturn loss tests with self check
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Field Value Fixed orVariable
Description
T5AT Variable Indicates the system used 105-typetest line to perform loss (C1004 Hz at0 dBm), noise (C_message filter), andreturn loss (C1004 Hz at 0 dBm) tests
T5LB Variable Indicates the system used 105-typetest line to perform loss (404, 1004,and 2804 Hz at -16 dBm) and returnloss test
T5SB Variable Indicates the system used 105-typetest line to perform return loss testwith self check
T50L Variable Indicates the system used 105-typetest line to perform loss (1004 Hz at 0dBm) and return loss (C1004 Hz at 0dBm) tests
T56N Variable Indicates the system used 105-typetest line to perform loss (404, 1004,and 2804 Hz at -16 dBm), noise(C_notched filter), and return losstests
ABORT Constant Fixed Indicates test did not complete
reastxt ACTIVE TABLE FULL Variable Indicates the system attempted to runmore trunk tests at one time than theset entry in table ATTSCHED allows.Table ATTSCHED is a customer datatable
ACTION: Change number of testsallowed at a time. Perform this changeat ATT MAP level
BUSY TONE Variable Indicates far-end office returned abusy tone
ACTION: Try test again.
CARD FAULT Variable Indicates circuit pack meets hardwarefault
ACTION: Replace circuit pack
CONNECTIONFAILURE
Variable Indicates connection failure betweentrunk and test equipment
ACTION: Diagnose trunk testequipment
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Field Value Fixed orVariable
Description
COULD NOT OPENATTOPTNS
Variable Indicates software bug did not allowuser to access customer data tableATTOPTNS
ACTION: Try test again.
COULD NOT READATTOPTNS
Variable Indicates required entry in customerdata. ATTOPTNS Table does nothave entries for specified test class.
ACTION: Check trunk and testparameters and options. Retry test
CSC MTCE INPROGRESS
Variable The system attempts to perform acellular trunk test during maintenanceof cell site controller (CSC)
ACTION: Try test again
DATA FAULT Variable Indicates system has problems withreceived test result data
ACTION: Retry test
DIAGNOSTIC NOTALLOWED
Variable Indicates test initiates on circuit notequipped for that test type
ACTION: Check trunk and testparameters and options.
DIAL TONE Variable Indicates far-end office returned dialtone
ACTION: Try test again
FACILITY FAULT Variable Indicates fault in transmission facilities
ACTION: Diagnose trunk and testequipment
FAILED TO RUNDIAGNOSTIC
Variable Indicates test equipment is notavailable or is inoperative
ACTION: Diagnose trunk and testequipment
FAILED TO RUNTESTLINE
Variable Indicates software bug during initialsetup prevents test. Normallyindicates processes are not available
ACTION: Try test again
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Field Value Fixed orVariable
Description
GROUPCURRENTLYUNDER TEST
Variable Indicates trunk group executed a trunktest and the system ignored thesecond test request
ACTION: No action is required
GROUP MANUALABORT
Variable Indicates user aborted the testmanually from the ATT MAP level. Tomanually abort a test, the user can:
• Explicitly stop a group test
• Reduce number of tests ATT canexecute at the same time
• Stop all ATT tests (HaltATT)
ACTION: No action is required
GROUP SYSTEMABORT:REFERENCE TRUNKFAILURE
Variable The system meets five consecutivefailures and retests the referencetrunk. The reference trunk fails thenext test and the group aborts.
ACTION: Diagnose trunk testingequipment and reference trunks.
MXAM Variable Indicates system performed mobiletelephone exchange (MTX) audio looptest with C-message filter
MXAN Variable Indicates system performed MTXaudio loop test with C-notch filter
MXRM Variable Indicates system performed MTXradio frequency loop test with C-message filter
MXRN Variable Indicates system performed MTXradio frequency loop test with C-notchfilter
MXWM Variable Indicates system performed MTX wireloop test with C-message filter
MXWN Variable Indicates system performed MTX wireloop test with C-notch filter
N100 Variable Indicates system used 100-type testline to perform new version of milliwattand balance test
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Field Value Fixed orVariable
Description
S100 Variable Indicates system used 100-type testline to perform old version of balancetest
TART Variable Indicates system performed turkeyarter test line test
TA01 Variable Indicates system used automatictransmission measuring equipment(ATME) tp perform transmission testof level measurements in bothdirections
TA02 Variable Indicates system used ATME toperform transmission test of lossfrequency deviation
TA03 Variable Indicates system used ATME toperform transmission test of noisemeasurements
TA04 Variable Indicates system used ATME toperform transmission test of levelmeasurements in both directions andnoise measurements
TA05 Variable Indicates system used ATME toperform transmission test of lossfrequency deviation and noisemeasurement
TA06 Variable Indicates system used ATME toperform full signaling test
TESTEQ Symbolic text Variable Identifies test equipment for group test
tstnm DIAG Variable Indicates system performed extendeddiagnostic test
TRUNK NOTTESTED SB
Variable Indicates the system did not test trunkcircuit because trunk circuit wassystem busy
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED
Variable Indicates the system did not test trunkcircuit SZD because the systemalready seized the trunk circuit
ACTION: When trunk state returns toIDLE, try test again.
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Field Value Fixed orVariable
Description
TRUNK TIMEOUT Variable Indicates waiting time expired forseparate trunks to become availablefor test. The time allowed for trunks tobecome available is in customer datatable ATTSCHED.
ACTION: Check WAIT_TIME incustomer data table ATTSCHED. Trytest.
TST EQUIPMENTNOT
Variable Indicates difference REQUIRED inrequested test. The requested testcalls for equipment that is notnecessary.
ACTION: Check trunk and testparameters and options.
TTU FAULT Variable Indicates the system found a fault inthe transmission test unit (TTU)
ACTION: Diagnose TTU.
UNEXPECTED TONE Variable Indicates far-end office returns tonesthat the system does not expect toknow.
ACTION: Diagnose trunk testequipment.
UNKNOWN ATTMESSAGE
Variable Indicates software bug. A softwareerror (SWER) report follows thismessage.
ACTION: Contact the next level ofmaintenance.
WRONG CARD INSHELF
Variable Indicates wrong circuit pack is in theshelf
ACTION: Check trunk circuitequipment installation.
120 IPM TONE Variable Indicates far-end office returned asignal at 120 impulses per minute
ACTION: Try test again.
516 30 IPM TONE Variable Indicates far-end office returned asignal at 30 impulses per minute
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Field Value Fixed orVariable
Description
ACTION: Try test again.
logtxt FAIL Variable Indicates trunk test failed. Displayedwith all reasons except TESTEQUIPMENT NOT AVAILABLE andTRUNK NOT TESTED.
SKIP Variable Indicates the system skipped a trunktest. This value appears with TRUNKNOT TESTED reason only.
TESTEQ Variable Indicates test equipment is notavailable. This value appears withTEST EQUIPMENT UNAVAILABLEreason only.
TA07 Variable Indicates system used ATME toperform full signaling test andtransmission test of levelmeasurements in both directions
TA08 Variable Indicates system used ATME toperform full signaling test andtransmission test of loss frequencydeviation
TA09 Variable Indicates system used ATME toperform full signaling test andtransmission test of noisemeasurements
TA10 Variable Indicates system used ATME toperform full signaling test andtransmission test of levelmeasurements in both directions andnoise measurements
TA11 Variable Indicates system used ATME toperform full signaling test andtransmission test of loss frequencydeviation and noise measurements
TA12 Variable Indicates system used ATME toperform short signaling test
TA13 Variable Indicates system used ATME toperform busy flash signaling test
TA14 Variable Indicates system used ATME toperform busy flash signaling test andtransmission test of levelmeasurements in both directions
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Field Value Fixed orVariable
Description
TA15 Variable Indicates system used ATME toperform busy flash signaling test andtransmission test of loss frequencydeviation
TA16 Variable Indicates system used ATME toperform busy flash signaling test andtransmission test of noisemeasurements
TA17 Variable Indicates system used ATME toperform busy flash signaling test andnoise measurements andtransmission test of levelmeasurements in both directions
TA18 Variable Indicates system used ATME toperform busy flash signaling test andtransmission test of loss frequencydeviation and noise measurements
TA19 Variable Indicates system used ATME toperform full signaling test and busyflash signaling test
TA20 Variable Indicates system used ATME toperform full signaling test, busy flashsignaling test, and transmission test oflevel measurements in both directions
TA21 Variable Indicates system used ATME toperform full signaling test, busy flashsignaling test, and transmission test ofloss frequency deviation
TA22 Variable Indicates system used ATME toperform full signaling test, busy flashsignaling test, and transmission test ofnoise measurements
TA23 Variable Indicates system used ATME toperform full signaling test, busy flashsignaling test, and transmission test oflevel measurements and noisemeasurements in both directions
TA24 Variable Indicates system used ATME toperform full signaling test busy flashsignaling test, and transmission test ofnoise measurements and lossfrequency deviation
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Field Value Fixed orVariable
Description
TA25 Variable Indicates system used ATME toperform short signaling test and busyflash signaling test
TCON Variable Indicates system performed CCIS6continuity test
TCOT Variable Indicates system performed CCIS6continuity test (new version on DTC)
TE_M Variable Indicates system performed E and Mlead signaling test
TLPA Variable Indicates system performed loop-around test line test. Reference trunkoccupies port one transmission testtrunk (TTT)
TLPB Variable Indicates system performed loop-around test line test. Reference trunkoccupies port two TTTs
TL0N Variable Indicates system used 105-type testline to perform loss (1004 Hz at zerodBm) and noise (C_message filter)test
TL0S Variable Indicates system used 105-type testline to perform loss (1004 Hz at zerodBm) test with self check
GROUP SYSTEMABORT:REFERENCE TRUNKNOT AVAILABLE
Variable The system encounters fiveconsecutive failures and retests thereference trunk. The reference trunkwas not seized. The group systemaborts.
ACTION: Diagnose trunk testingequipment and reference trunks.
GROUP SYSTEMABORT: 5CONSECUTIVEFAILURES
Variable The system meets five failures oneafter the other in a search for a groupreference trunk
ACTION: Diagnose trunk testequipment.
HARDWAREFAILURE
Variable Indicates the system detectedhardware fault in the trunk circuit
ACTION: Diagnose tested trunk. Thetrunk can have a hardware fault.
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Field Value Fixed orVariable
Description
HIGH - DRY Variable Indicates far-end office did not sendan off-hook signal after a burst ofaudible ringing tone
ACTION: Diagnose tested trunk. Ifdiagnostics pass, fault is in far-end ortransmission facility.
HIGH TONE Variable Indicates far-end office returned ahigh frequency tone
ACTION: Try test again.
HIT RECEIVED Variable Indicates the system detects transientcondition on the trunk
ACTION: Try test again.
INVALID REPLY Variable Indicates far-end office returns asignal that is not correct when theDMS attempts to transmit digits
ACTION: Diagnose trunk under test. Ifdiagnostics pass, fault is in far-end ortransmission facility.
LOOP SIG FAULT Variable Indicates signaling failure caused by afault in either the loop bridge orreceiving equipment
ACTION: Diagnose test equipment.
LOOP SIG FAULTNO SET
Variable Indicates signaling failure that a faultin the software or loop generatingequipment cause
ACTION: Check trunk and testparameters and options. Diagnosetest equipment.
LTA CANCELLED Variable Indicates local trunk alarm (LTA) wasnot cancelled correctly
ACTION: Diagnose test equipmentand try test again.
LTU FAULT Variable Indicates the system detects faults inline test unit (LTU)
ACTION: Diagnose LTU.
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Field Value Fixed orVariable
Description
MILLIWATT Variable Indicates far-end office returned amilliwatt tone
ACTION: Try test again.
NO/BAD CSCRESPONSE
Variable Indicates the system attempts toperform a cellular trunk test. Thesystem received either no responsesor a response that the system did notexpect from the CSC.
ACTION: Diagnose CSC.
NO/BAD TAURESPONSE
Variable Indicates the system attempts toperform a cellular trunk test. Thesystem receives no response or aresponse that the system does notexpect. The response is from thecellular remote carrier unit (RCU).
ACTION: Diagnose RCU.
NO/BAD TAU perform Variable Indicates the system attempts to aRESPONSE cellular trunk test. Thesystem receives no response or aresponse that the system does notexpect. The system receives theresponse from the cellular test andalarm unit (TAU).
ACTION: Diagnose TAU.
NO CARD IN SHELF Variable Indicates circuit pack was not present
ACTION: Check trunk circuitequipment installation.
NO FAR END TESTEQUIPMENT
Variable Indicates far-end test equipment wasnot available or not present
ACTION: Diagnose tested trunk. Ifdiagnostics pass, fault is in far-end ortransmission facility.
NO LOGICAL MB Variable Indicates software bug does notprevent the system from allocating alogical message buffer (MB)
ACTION: Try test again.
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Field Value Fixed orVariable
Description
NO START DIALSIGNAL
Variable Indicates far-end office did notrespond after system seized trunk
ACTION: Try test again.
NO TESTEQUIPMENT
Variable Indicates test equipment was notavailable
ACTION: Check trunk and testparameters and options.
NO TESTLINENUMBER
Variable Indicates software bug did not allowsystem to find trunk circuit
ACTION: Check trunk and testparameters and options. Try testagain.
NO TONE Variable Indicates far-end office did not returnthe correct tone
ACTION: Try test again.
NO TRUNKS INGROUP
Variable Indicates software bug does not allowsystem to find group trunks
ACTION: Check trunk and testparameters and options. Try testagain.
NOT OG OR 2WTRUNK GROUP
Variable Indicates test attempts transmission orloss tests on an out-going or two-wiretrunk
ACTION: Check trunk and testparameters and options.
OUTPULSINGTROUBLE
Variable Indicates the system has trouble whensystem transmits digits
ACTION: Diagnose tested trunk. Ifdiagnostics pass, fault is in far-end ortransmission facility.
OVERFLOW TONE Variable Indicates far-end office returned anoverflow tone
ACTION: Try test again.
PARAMETER FAULT Variable Indicates parameters were not corrector not correct for test type
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Field Value Fixed orVariable
Description
ACTION: Check trunk and testparameters and options.
PERIODIC SIGNAL Variable Indicates far-end office returned asignal at intervals
ACTION: Try test again.
PM FAULT Variable The system meets a fault in theperipheral module (PM)
ACTION: Diagnose PM.
RECORDEDANNOUNCEMENT
Variable Indicates far-end office returned arecorded announcement
ACTION: Try test again.
REORDER TONE Variable Indicates far-end office returned areorder tone
ACTION: Try test again.
RINGING Variable Indicates far-end office did notrespond to ringing
ACTION: Diagnose tested trunk. Ifdiagnostics pass, fault is in far-end ortransmission facility.
STOP DIAL SIGNALRECEIVED
Variable Indicates far-end office returned acongestion signal when officetransmitted digits
ACTION: Try test again.
TAU NOTAVAILABLE
Variable Indicates the system attempts toperform a cellular trunk test. The testand alarm unit was not in use or wasnot available
ACTION: Try test again.
TEST EQUIPMENTFAIL
Variable Indicates the system detects fault intest equipment
ACTION: Diagnose trunk testequipment.
TEST EQUIPMENTFAULT
Variable The system detects fault in testequipment
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Field Value Fixed orVariable
Description
ACTION: Diagnose trunk testequipment.
TEST EQUIPMENTUNAVAILABLE
Variable Indicates test equipment was notavailable for test. The systemgenerates this report every tenminutes if test equipment is notavailable.
ACTION: Action is not required.
TEST NOTALLOWED
Variable Indicates test is not allowed on circuit
ACTION: Check trunk and testparameters and options.
TEST PROCESSTROUBLE
Variable The system encounters trouble withtest TROUBLE process
ACTION: Try test again.
TEST PROTOCOLTROUBLE
Variable Indicates the system detects asoftware bug or TROUBLE the systemreceived a response that the systemdid not expect from far-end office
ACTION: Try test again.
TESTLINE NOTAVAILABLE
Variable Indicates test is not available incurrent load
ACTION: Check trunk and testparameters and options.
TONE DETECTIONFAILED
Variable Indicates failure to detect correct tone
ACTION: Diagnose trunk testequipment.
TPT TONE Variable Indicates far-end office returned a testprogress tone (TPT) that the systemdid not expect
ACTION: Try test again.
TRUNK GROUPTIMEOUT
Variable Indicates time expired for separatetrunks in a trunk group to becomeavailable for testing. The time allowedfor available trunks is to becomeavailable in customer data TableATTSCHED.
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Field Value Fixed orVariable
Description
ACTION: Check WAIT_TIME incustomer data Table ATTSCHED.Retry test.
TRUNK NOTTESTED CFL
Variable Indicates system did not test trunkcircuit because trunk circuit wascarrier failed
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED CPD
Variable Indicates system did not test trunkcircuit because trunk circuit was callprocessing deloaded
ACTION: When trunk state returns toIDLE, try test again.
TRUNK NOTTESTED CPB
Variable Indicates system did not test trunkcircuit because trunk circuit was callprocessing busy
ACTION: When trunk state returns toIDLE, try test again.
TRUNK NOTTESTED DEL
Variable Indicates system did not test trunkcircuit because trunk circuit wasdeloaded
ACTION: Return trunk to service, trytest again.
TRUNK NOTTESTED IMB
Variable Indicates the system did not test trunkcircuit because trunk circuit was offline
ACTION: Return trunk to service, trytest again.
TRUNK NOTTESTED INI
Variable Indicates the system did not test trunkcircuit because trunk circuit wasinitialized
ACTION: Return trunk to service, trytest again.
TRUNK NOTTESTED LO
Variable Indicates the system did not test trunkcircuit because trunk circuit waslocked out
ACTION: Contact the next level ofmaintenance.
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Field Value Fixed orVariable
Description
TRUNK NOTTESTED MB
Variable Indicates the system did not test trunkcircuit because trunk circuit wasmanually busy
ACTION: Return trunk to service, trytest again.
TRUNK NOTTESTED NEQ
Variable Indicates the system did not test trunkcircuit because trunk circuit was notequipped
ACTION: Return trunk to service, trytest again.
TRUNK NOTTESTED NMB
Variable Indicates the system did not test trunkcircuit because trunk circuit wasnetwork management busy
ACTION: When trunk state returns toIDLE, try test again.
TRUNK NOTTESTED PMB
Variable Indicates the system did not test trunkcircuit because trunk circuit wasperipheral module busy
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED RES
Variable Indicates the system did not test trunkcircuit because trunk circuit was inrestricted idle
ACTION: When trunk state returns toIDLE, try test again.
TRUNK NOTTESTED RMB
Variable Indicates the system did not test trunkcircuit because trunk circuit wasremote busy
ACTION: Contact the next level ofmaintenance.
INFO Constant Fixed Indicates the following data provides areport when a group trunk test aborts
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
ABORT GROUPTESTING
Constant Fixed Indicates test is not complete
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Active message exampleATT101 APR01 12:00:00 2112 INFO
CKT trkid
ABORT GROUP TESTING TESTEQ: TTT 0 DIAG ABORT
COULDN''T READ ATTOPTNS
Clear message examplen/a
Associated OM registers
ATT102The Automatic Trunk Testing (ATT) subsystem report ATT102. Thesubsystem generates ATT102 when a trunk test fails or does not complete.
Remedial actionIf you find reastxt in the preceding table, use the following references toisolate and correct failures that ATT101 indicates.
For failures related to data entry, refer to the data schema section of theTranslations Guide. For failures related to trunk equipment, refer to CardReplacement Procedures. This document gives step-by-step procedures toisolate and correct trunk and test equipment failures. For more informationconcerning trunk testing, refer to the Advanced Maintenance Guide.
If you do not find reastxt generated in the table above, contact the nextlevel of support.
AttributesAttribute Value
Severity Warning
FormatATT102 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm reastxt rslttxt
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Selected field descriptionsField Value Fixed or
VariableDescription
T102 Variable Indicates that the system used a 102-type test line to perform the milliwatttest.
T103 Variable Indicates that the system used a 103-type test line to perform a signalingtest.
T104 Variable Indicates that the system used a 104-type test line to perform a milliwatt testin both directions.
TRUNK NOTTESTED RMB
Variable Indicates that the system did not testthe trunk circuit because the circuitwas remote busy.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED SB
Variable Indicates that the trunk circuit was nottested because it was system busy.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED SZD
Variable Indicates that the system did not testthe trunk circuit because the circuitwas already seized.
ACTION: When the trunk returns tothe IDLE state, try test again.
ACTION: When trunk returns to theIDLE state, try test again.
TRUNK TIMEOUT Variable Indicates the amount of time eachtrunk waits for a test. The allowedwaiting time is in the customer dataTable ATTSCHED.
ACTION: Check WAIT_TIME in thecustomer data Table ATTSCHED. Trytest again.
TST EQUIPMENTNOT REQUIRED
Variable Indicates a difference in the requestedtest. The requested test called forequipment that was not necessary.
ACTION: Check the trunk and test theparameters and options.
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Field Value Fixed orVariable
Description
TTU FAULT Variable Indicates a defect found in thetransmission test unit (TTU).
ACTION: Diagnose TTU.
UNEXPECTED TONE Variable Indicates that the far-end officereturned a tone that is not planned ornot known.
ACTION: Diagnose trunk testequipment.
UNKNOWN ATTMESSAGE
Variable Indicates a software bug is present. ASoftware Error Report (SWER) alwaysprecedes this message.
ACTION: Contact the next level ofmaintenance.
WRONG CARD INSHELF
Variable Indicates a wrong circuit pack installedin the shelf.
ACTION: Check the trunk circuitequipment installation.
120-IPM TONE Variable Indicates that a far-end office returneda signal at 120 impulses every minute.
ACTION: Try test again.
30-IPM TONE Variable Indicates that a far-end office returneda signal at 30 impulses every minute.
ACTION: Try test again.
logtxt FAIL Variable Indicates that a trunk test failed.These results are displayed with allreasons except TEST EQUIPMENTUNAVAILABLE and TRUNK NOTTESTED.
T105 Variable Indicates that the system performed aloss (1004 Hz at 0 dBm) and noise(C_message filter) test automatically.Indicates the system used a 105-typetest line.
T165 Variable Indicates that the system performed aloss (404, 1004, and 2804 Hz at -16dBm) and noise (C_notched filter) testautomatically. Indicates the systemused a 105-type test line.
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Field Value Fixed orVariable
Description
T5AS Variable Indicates that the system performed aloss (1004 Hz at 0 dBm), a noise(C_message filter), and a return losstest automatically. Indicates thesystem used 105-type test line.
T5AT Variable Indicates the system performed twotests. A loss (C1004 Hz at 0 dBm),noise (C_message filter), and returnloss (C1004 Hz at 0 dBm) test.Indicates the system used 105-typetest line.
T5BS Variable Indicates that the system performed areturn loss measurement and self-check test. Indicates the system useda 105-type test line.
T5LB Variable Indicates that the system performed aloss (404, 1004, and 2804 Hz at -16dBm) and return loss test. Indicatesthe system used a 105-type test line.
T5SB Variable Indicates that the system used a 105-type test line to perform a return losstest with self-check.
T50L Variable Indicates that the system performed aloss (1004 Hz at 0 dBm) and returnloss (C1004 Hz at 0 dBm) test.Indicates the system used a 105-typetest line.
T56N Variable Indicates that the system performed aloss (404, 1004, and 2804 Hz at -16dBm), noise (C_notched filter), andreturn loss test. Indicates the systemused a 105-type test line.
ACTIVE TABLE FULL Variable Indicates that the system called moretrunk tests to execute than the presentsetting in customer data TableATTSCHED permits.
ACTION: Change number ofsimultaneous tests from ATT MAPlevel.
BUSY TONE Variable Indicates that far-end office returns abusy tone.
ACTION: Try test again.
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Field Value Fixed orVariable
Description
CARD FAULT Variable Indicates there is a hardware fault incircuit pack.
ACTION: Replace circuit pack.
CONNECTIONFAILURE
Variable Indicates there is a connection failurebetween the trunk and the testequipment.
ACTION: Diagnose trunk testequipment.
COULDN'T OPENATTOPTNS
Variable Indicates that a software bugprevented the opening of or access tocustomer data Table ATTOPTNS.
ACTION: Try test again.
COULDN'T READATTOPTNS
Variable Indicates that the required entry in thecustomer data Table ATTOPTNS isnot present for a specified test class.
ACTION: Check trunk and testparameters and options. Try testagain.
CSC MTCE INPROGRESS
Variable Indicates that the system attempted toperform a cellular trunk test while themaintenance of a cell site controller(CSC) was in progress.
ACTION: Try test again.
DATA FAULT Variable Indicates that trouble occurred withthe received test result data.
ACTION: Try test again.
DIAGNOSTIC NOTALLOWED
Variable Indicates that a test initiated on acircuit not equipped for that test type.
ACTION: Check trunk and testparameters and options.
DIAL TONE Variable Indicates that the far-end officereturned the dial tone.
ACTION: Try test again.
FACILITY FAULT Variable Indicates a defect in transmissionfacilities.
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Field Value Fixed orVariable
Description
ACTION: Diagnose trunk and testequipment.
FAILED TO RUNDIAGNOSTIC
Variable Indicates that test equipment is notavailable or not operational.
ACTION: Diagnose trunk and testequipment.
FAILED TO RUNTESTLINE
Variable Indicates that a software bugprevented the performance of the test.The software performs the first setup.This field value normally indicates thatno processes are available.
ACTION: Try test again.
GROUPCURRENTLYUNDER TEST
Variable Indicates that the trunk groupexecuted a trunk test and ignored thesecond test request.
ACTION: No required action.
GROUP MANUALABORT
Variable Indicates that the test abortedmanually from the ATT MAP level.The operating company personnel:
• stopped group test.
• reduced number of simultaneoustests the ATT can execute.
• Stopped all ATT tests (HaltATT).
ACTION: No required action.
SKIP Variable Indicates that a trunk test wasskipped. Displayed with TRUNK NOTTESTED reason only.
TESTEQ Variable Indicates that the test equipment isnot available. Displayed with TESTEQUIPMENT UNAVAILABLE reasononly.
GROUP SYSTEMABORT:REFERENCE TRUNKFAILURE
Variable Indicates that the system encountersfive consecutive failures and tests thereference trunk again. The referencetrunk failed the test that followed andthe system aborted the group.
ACTION: Diagnose trunk testingequipment and reference trunks.
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Field Value Fixed orVariable
Description
INFO Constant Fixed Indicates the data that follows reportswhen a trunk test fails or does notcomplete.
CKT Symbolic text Variable Provides equipment identificationsuspect trunk equipment.
tstnm DIAG Variable Indicates that the system performedan extended diagnostic test.
MXAM Variable Indicates that a mobile telephoneexchange (MTX) audio loop test withC-message filter was performed.
MXAN Variable Indicates that the system performedan MTX audio loop test with C-notchfilter.
MXRM Variable Indicates that the system performedan MTX radio frequency loop test withC-message filter.
MXRN Variable Indicates that the system performedan MTX radio frequency loop test withC-notch filter.
MXWM Variable Indicates that the system performedan MTX wire loop test with C-message filter.
MXWN Variable Indicates that the system performedMTX wire loop test with C-notch filter.
N100 Variable Indicates that the system performed anew version of milliwatt and balancetest. Indicates the system used a 100-type test line.
S100 Variable Indicates that the system used 100-type test line to perform only an oldversion of a balance test.
TART Variable Indicates that the system performed aTurkey arter test line test.
TA01 Variable Indicates that the system performed atransmission test of levelmeasurements in both directions.Indicates the system used anautomatic transmission measuringequipment (ATME).
TA02 Variable Indicates that the system used ATMEto perform a transmission test of lossfrequency deviation.
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Field Value Fixed orVariable
Description
TA03 Variable Indicates that the system used ATMEto perform a transmission test of noisemeasurements.
TA04 Variable Indicates that the system used ATMEto perform a transmission test of levelmeasurements in both directions andnoise measurements.
TA05 Variable Indicates that the system used ATMEto perform a transmission test of lossfrequency deviation and noisemeasurements.
TA06 Variable Indicates that the system used ATMEto perform a full signaling test.
TA07 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of levelmeasurements in both directions.
TA08 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of loss frequencydeviation.
TA09 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of noisemeasurements.
TA10 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform atransmission test of levelmeasurements in both directions, andnoise measurements.
TA11 Variable Indicates the system used ATME toperform a full signaling test andtransmission test of loss frequencydeviation and noise measurements.
TA12 Variable Indicates the system used ATME toperform a short signaling test.
TA13 Variable Indicates the system used ATME toperform a busy flash-signaling test.
TA14 Variable Indicates the system used ATME toperform a busy flash-signaling testand transmission test of levelmeasurements in both directions.
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Field Value Fixed orVariable
Description
TA15 Variable Indicates that the system used ATMEto perform a busy flash- signaling testand a transmission test of lossfrequency deviation.
TA16 Variable Indicates that the system used ATMEto perform a busy flash-signaling testand transmission test of noisemeasurements.
TA17 Variable Indicates that the system used ATMEto perform a busy flash-signaling test.The system used ATME to perform atransmission test of levelmeasurements in both directions, andnoise measurements.
TA18 Variable Indicates that the system used ATMEto perform a busy flash-signaling test.The system used ATME to perform atransmission test of loss frequencydeviation and noise measurements.
TA19 Variable Indicates that the system used ATMEto perform a full signaling test andbusy flash-signaling test.
TA20 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform a busyflash-signaling test, and atransmission test of levelmeasurements in both directions.
TA21 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform a busyflash-signaling test, and atransmission test of loss frequencydeviation.
TA22 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform a busyflash-signaling test, and atransmission test of noisemeasurements.
TA23 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform a busy
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Field Value Fixed orVariable
Description
flash-signaling test, a transmissiontest of level measurements in bothdirections, and noise measurements.
TA24 Variable Indicates that the system used ATMEto perform a full signaling test. Thesystem used ATME to perform a busyflash-signaling test, a transmissiontest of noise measurements, and aloss frequency deviation.
TA25 Variable Indicates that the system used ATMEto perform a short signaling test and abusy flash-signaling test.
TCON Variable Indicates that the system performed aCommon Channel Inter-officeSignaling No. 6 (CCIS #6) continuitytest.
TCOT Variable Indicates that the system performed aCCIS #6 continuity test new versionon DTC.
TE_M Variable Indicates that the system performedan E and M lead signaling test.
TLPA Variable Indicates that the system performed aloop around test line-test. Indicatesthat the reference trunk occupies port1 of the transmission test trunk (TTT).
GROUP SYSTEMABORT: FIVECONSECUTIVEFAILURES
Variable Indicates that the system found fiveconsecutive failures during the searchfor a group reference trunk.
ACTION: Diagnose trunk testequipment.
HARDWAREFAILURE
Variable Indicates that the system encountereda hardware defect in the trunk circuit.
ACTION: Diagnose trunk under test.The trunk could have a hardwaredefect.
HIGH - DRY Variable Indicates that a far-end office did notsend an off-hook signal after a burst ofaudible ringing tone.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, defect is in the far-end or transmission facility.
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Field Value Fixed orVariable
Description
HIGH TONE Variable Indicates that the far-end officereturned a high frequency tone.
ACTION: Try test again.
HIT RECEIVED Variable Indicates that the system detected atransient condition in the trunk.
ACTION: Try test again.
INVALID REPLY Variable Indicates that the far-end officereturned an invalid signal when theDMS switch tried to outpulse digits.
ACTION: Diagnose trunk under test. Ifthe tests pass, the defect is in the far-end or in the transmission facility.
LOOP SIG FAULT Variable Indicates a defect in the loop bridge,or the receiving equipment caused asignaling failure.
ACTION: Diagnose test equipment.
LOOP SIG FAULTNOSET
Variable Indicates a defective software or loopgenerating equipment caused asignaling failure.
ACTION: Check trunk and testparameters and options. Diagnosetest equipment.
LTA CANCELLED Variable Indicates that the local trunk alarm(LTA) was improperly canceled
ACTION: Diagnose test equipment,and try test again.
LTU FAULT Variable Indicates that the system detected adefect in line test unit (LTU).
ACTION: Diagnose LTU.
MILLIWATT Variable Indicates that the far-end officereturned a milliwatt tone.
ACTION: Try test again.
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Field Value Fixed orVariable
Description
NO/BAD CSCRESPONSE
Variable Indicates that the system attempted toperform a cellular trunk test. Indicatesthe system did not receive a responseor received a response that was notexpected.
ACTION: Diagnose CSC.
NO/BAD RCURESPONSE
Variable Indicates that the system attempted acellular trunk test. The cellular remotecarrier urban (RCU) received aresponse that was not planned or noresponse.
ACTION: Diagnose RCU.
NO/BAD TAURESPONSE
Variable Indicates an attempt made to performa cellular trunk test. The cellular testand alarm unit (TAU) received aresponse that was not planned or noresponse.
ACTION: Diagnose TAU.
NO CARD IN SHELF Variable Indicates that the circuit pack ismissing.
ACTION: Check the installation of thetrunk circuit equipment.
NO FAR END TESTEQUIPMENT
Variable Indicates that the far-end testequipment does not exist or is notavailable.
ACTION: Diagnose trunk under test. Iftests pass, the defect is in the far-endoffice or in the transmission facility.
NO LOGICAL MB Variable Indicates that the software bug did notprevent the allocation of the logicalmessage buffer (MB).
ACTION: Try test again.
NO START DIALSIGNAL
Variable Indicates that the far-end office did notrespond after the system seized thetrunk.
ACTION: Try test again.
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Field Value Fixed orVariable
Description
NO TESTEQUIPMENT
Variable Indicates that the test equipment wasnot available.
ACTION: Check the trunk and testparameters and options.
NO TESTLINENUMBER
Variable Indicates that the software bugprevented the trunk circuit from beingfound.
ACTION: Check the trunk and testparameters and options. Retry test.
NO TONE Variable Indicates that the far-end office failedto return the correct tone.
ACTION: Try test again.
NO TRUNKS INGROUP
Variable Indicates that a software bug does notallow the system to find the trunks inthe group.
ACTION: Check trunk and testparameters and options. Try testagain.
NOT OG OR 2WTRUNK GROUP
Variable Indicates that a test attemptedtransmission or attempted loss testson a trunk that was not an outgoing ortwo-wire trunk.
ACTION: Check trunk and testparameters and options.
OUTPULSINGTROUBLE
Variable Indicates trouble encountered whenthe system transmitted digits.
ACTION: Diagnose trunk under test. Iftests pass, defect is in the far-endoffice or transmission facility.
OVERFLOW TONE Variable Indicates that the far-end officereturned an overflow tone.
ACTION: Try test again.
PARAMETER FAULT Variable Indicates that the parameters arewrong or not compatible for test type.
ACTION: Check trunk and testparameters and options.
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Field Value Fixed orVariable
Description
PERIODIC SIGNAL Variable Indicates that the far-end officereturned a signal that was periodic ornot continuous.
ACTION: Try test again.
PM FAULT Variable Indicates a defect in the peripheralmodule (PM).
ACTION: Diagnose PM.
TLPB Variable Indicates that the system performed aloop around test line-test. Indicatesthat the reference trunk occupies porttwo of TTT.
TL0N Variable Indicates that the system performed aloss (1004 Hz at 0 dBm) and noise(C_message filter) test. Indicates thesystem used a 105-type test line.
TL0S Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at 0 dBm) test with a self-check.
TL05 Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at 0 dBm) test.
TEST EQUIPMENTFAULT
Variable Indicates that the system detected adefect in the test equipment.
ACTION: Diagnose trunk testequipment.
TEST EQUIPMENTUNAVAILABLE
Variable Indicates that the test equipment wasnot available for testing. The systemgenerates this report every 10 min ifthe test equipment does not becomeavailable.
ACTION: There is no required action.
TEST NOTALLOWED
Variable Indicates that the test is not allowedon circuit.
ACTION: Check trunk and testparameters and options.
TEST PROCESSTROUBLE
Variable Indicates that there were problemswith the test process.
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Field Value Fixed orVariable
Description
ACTION: Try test again.
TEST PROTOCOLTROUBLE
Variable Indicates a software bug or aresponse from the far-end office thatwas not planned.
ACTION: Try test again.
TESTLINE NOTAVAILABLE
Variable Indicates that the test is not availablein the current load.
ACTION: Check trunk and testparameters and options.
TONE DETECTIONFAILED
Variable Indicates a failure to detect the correcttone.
ACTION: Diagnose trunk testequipment.
TPT TONE Variable Indicates that the far-end officereturned a test progress tone (TPT).Indicates this result was not expected.
ACTION: Try test again.
TRUNK GROUPTIMEOUT
Variable Indicates the waiting time for eachtrunk in the trunk group to becomeavailable for testing. The allowedwaiting time is in the customer dataTable ATTSCHED.
ACTION: Check WAIT_TIME incustomer data Table ATTSCHED. Trytest again.
TRUNK NOTTESTED CFL
Variable Indicates trunk circuit was not testedbecause it was carrier failed.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED CPD
Variable Indicates that the trunk circuit was nottested because the circuit was callprocessing deloaded.
ACTION: When the trunk state returnsto IDLE, try test again.
TRUNK NOTTESTED CPB
Variable Indicates that the trunk circuit was nottested because the circuit was callprocessing busy.
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Field Value Fixed orVariable
Description
ACTION: When the trunk state returnsto IDLE, try test again.
TRUNK NOTTESTED DEL
Variable Indicates that the trunk circuit was nottested because the circuit is deloaded.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED IDL
Variable Indicates that the trunk circuit was nottested because the circuit was idle.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED IMB
Variable Indicates that the trunk circuit was nottested because the circuit was offline.
ACTION: Return the trunk to service.Try test again.
TRUNK NOTTESTED INI
Variable Indicates that the trunk circuit was nottested because the circuit initialized.
ACTION: Return the trunk to service.Try test again.
TRUNK NOTTESTED LO
Variable Indicates the trunk circuit was nottested because the circuit was lockedout.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED MB
Variable Indicates that the trunk circuit was nottested because the circuit wasmanually busy.
ACTION: Return the trunk to service.Try test again.
TRUNK NOTTESTED NEQ
Variable Indicates that the trunk circuit was nottested because the circuit was notequipped.
ACTION: Return the trunk to service.Try test again.
TRUNK NOTTESTED NMB
Variable Indicates that the system did not testthe trunk circuit because the circuitwas network management busy.
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Field Value Fixed orVariable
Description
ACTION: When the trunk returns tothe IDLE state, try test again.
TRUNK NOTTESTED PMB
Variable Indicates that the system did not testthe trunk circuit because the circuitwas PM busy
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED RES
Variable Indicates that the system did not testthe trunk circuit because the circuitwas in restricted idle.
ACTION: When trunk state returns tothe IDLE state, try test again.
TL6N Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm) andnoise (C_notched filter) test.
TL6S Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm) testwith self-check.
TL65 Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at-16 dBm) test.
TNSS Variable Indicates that the system performed anon-synchronous test line test.
TR2L Variable Indicates that the system performed arepeat 2 long-delay test.
TR2S Variable Indicates that the system performed arepeat 2 short-delay test.
TSBS Variable Indicates that the system performed afar-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dB), a noise (C_notched filter) areturn loss test. Indicates the systemused a 105-type test line.
TSBT Variable Indicates that the system performed areturn loss measurement test.
TSYN Variable Indicates that the system performed asynchronous test-line test.
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Field Value Fixed orVariable
Description
TS65 Variable Indicates that the system performed afar-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dB), and a noise (C_notchedfilter). Indicates the system used a105-type test line.
T100 Variable Indicates that the system used a 100-type test line to perform a milliwatt andbalance test. The version (old or new)is not known.
RECORDEDANNOUNCEMENT
Variable Indicates that the far-end officereturned a recorded announcement.
ACTION: Try test again.
REORDER TONE Variable Indicates that the far-end officereturned a reorder tone.
ACTION: Try test again.
RINGING Variable Indicates that the far-end office did notrespond to ringing.
ACTION: Diagnose trunk under test. Iftests pass, the defect is in the far-endor transmission facility.
STOP DIAL SIGNALRECEIVED
Variable Indicates that the far-end officereturned a congestion signal duringtransmission of digits.
ACTION: Try test again.
TAU NOTAVAILABLE
Variable Indicates that the system attempted acellular trunk test, but the TAU was inuse or not available.
ACTION: Try test again.
TEST EQUIPMENTFAIL
Variable Indicates the detection of a defect inthe test equipment.
ACTION: Diagnose trunk testequipment.
Active message exampleATT102 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
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FP503 SEP05 18:14:33 4827 INFO Device State Change
Location: FP 2 DEVICE 1 (DK) SCSI BUS 0
REASON: Change of state of associated entity
FROM: InSv ( Isolated )
DRIVE STATE: Unknown
TO: InSv
DRIVE STATE: On LineT102
CONNECTION FAILURE
FAIL
Clear message examplen/a
Associated OM registers
ATT103The Automatic Trunk Testing (ATT) subsystem generates ATT103 whenthe subsystem encounters trunk test protocol problems and aborts the test.
Remedial actionIf you find reastxt in the preceding table, use the following references.These references will help you to isolate and correct failures that ATT101indicated.
For entry failures, refer to the data schema section of the TranslationsGuide. For failures associated with trunk equipment, refer to CardReplacement Procedures. This reference provides step-by-stepprocedures to isolate and correct trunk and test equipment failures. Formore information concerning trunk testing, refer to the Trunks MaintenanceGuide.
If you cannot find reastxt in the preceding table, contact the next level ofmaintenance.
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AttributesAttribute Value
Severity Warning
Format1.ATT103 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm TESTLINE PROTOCOL FAILED reastxt
PROTOCOL
Selected field descriptionsField Value Fixed or
VariableDescription
TAU NOTAVAILABLE
Variable Indicates that the system attempted acellular trunk test and the test andalarm unit were in use or notavailable.
ACTION: Try test again.
TEST EQUIPMENTFAIL
Variable Indicates that the system detectedfaults in the test equipment.
ACTION: Find the defects in the trunktest equipment.
TEST EQUIPMENTFAULT
Variable Indicates that the system detectedfaults in the test equipment.
ACTION: Find the defects in the trunktest equipment.
TEST EQUIPMENTUNAVAILABLE
Variable Indicates that the test equipment wasnot available for the test. The systemgenerates this report every 10 min iftest equipment remains not available.
ACTION: There is no required action.
TEST NOTALLOWED
Variable Indicates that the test is not allowedon circuit.
ACTION: Check trunk and testparameters and options.
TEST PROCESSTROUBLE
Variable Indicates that problems with the testprocess.
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Field Value Fixed orVariable
Description
ACTION: Try the test again.
TEST PROTOCOLTROUBLE
Variable Indicates a software bug or aresponse that was not planned fromfar-end office.
ACTION: Try test again.
TESTLINE NOTAVAILABLE
Variable Indicates that the test is not availablein the current load.
ACTION: Check trunk and testparameters and options.
TONE DETECTIONFAILED
Variable Indicates a failure to detect correcttone.
ACTION: Find the defects in the trunktest equipment.
TPT TONE Variable Indicates that the far-end officereturned a test progress tone (TPT)that was not expected.
ACTION: Try test again.
TRUNK GROUPTIMEOUT
Variable Indicates the time expired waiting foreach trunk in the trunk group to beavailable for testing. The allowedwaiting time is set in customer dataTable ATTSCHED.
ACTION: Check WAIT_TIME incustomer data Table ATTSCHED. Trytest again.
TRUNK NOTTESTED CFL
Variable Indicates that the system did not testthe trunk circuit because it was carrierfailed.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED CPD
Variable Indicates that the system did not testthe trunk circuit because it was callprocessing deloaded.
ACTION: When the trunk state returnsto IDLE, try test again.
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Field Value Fixed orVariable
Description
TRUNK NOTTESTED CPB
Variable Indicates that the system did not testthe trunk circuit because it was callprocessing busy.
ACTION: When trunk state returned toIDLE, try test again.
TRUNK NOTTESTED DEL
Variable Indicates that the system did not testthe trunk circuit. It is deloaded.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED IMB
Variable Indicates that the system did not testthe trunk circuit. It was offline.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED INI
Variable Indicates that the system did not testthe trunk circuit. It was initialized.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED LO
Variable Indicates that the system did not testthe trunk circuit. The circuit waslocked out.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED MB
Variable Indicates that the system did not testthe trunk circuit. It was manually busy.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED NEQ
Variable Indicates that the system did not testthe trunk circuit. The circuit wasunequipped.
ACTION: Return trunk to service. Trytest again.
TRUNK NOTTESTED NMB
Variable Indicates that the system did not testthe trunk circuit was because it wasnetwork management busy.
ACTION: When trunk state returns toIDLE, try test again.
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Field Value Fixed orVariable
Description
TRUNK NOTTESTED PMB
Variable Indicates that the system did not testthe trunk circuit. It was PM busy.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED RES
Variable Indicates that the system did not testthe trunk circuit. It was in restrictedidle.
ACTION: When the trunk state returnsto IDLE, try test again.
TRUNK NOTTESTED RMB
Variable Indicates that the system did not testthe trunk circuit because it was remotebusy.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED SB
Variable Indicates that the system did not testthe trunk circuit because it wassystem busy.
ACTION: Contact the next level ofmaintenance.
TRUNK NOTTESTED SZD
Variable Indicates that the system did not testthe trunk circuit because it wasalready seized. ACTION: When trunkstate returns to IDLE, try test again.
TRUNK TIMEOUT Variable Indicates time expired while thesystem waited for each trunk to beavailable for testing. The allowedwaiting time is set in customer dataTable ATTSCHED.
ACTION: Check WAIT_TIME incustomer data Table ATTSCHED. Trytest again.
TST EQUIPMNT NOTREQUIRED
Variable Indicates difference in the requestedtest. The requested test called forequipment which was not necessary.
ACTION: Check trunk and testparameters and options.
TTU FAULT Variable Indicates defect found in thetransmission test unit (TTU).
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Field Value Fixed orVariable
Description
ACTION: Find the defects in the TTU.
UNEXPECTED TONE Variable Indicates that the far-end officereturned a tone that was not plannedor not known.
ACTION: Find the faults in the trunktest equipment.
UNKNOWN ATTMESSAGE
Variable Indicates a software bug. Thismessage always occurs before asoftware error (SWER) report.
ACTION: Contact the next level ofmaintenance.
WRONG CARD INSHELF
Variable Indicates a wrong circuit pack installedin the shelf.
ACTION: Check trunk circuitequipment installation.
120 IPM TONE Variable Indicates that the far-end officereturned a signal at 120 impulses foreach minute.
ACTION: Try test again.
30 IPM TONE Variable Indicates that the far-end officereturned a signal at 30 impulses foreach minute.
ACTION: Try test again.
PROTOCOL Constant Fixed Indicates that protocol failure occurredduring an ATT trunk test.
TA12 Variable Indicates that the system used ATMEto perform a short signaling test.
TA13 Variable Indicates that the system used ATMEto perform a busy flash-signaling test.
TA14 Variable Indicates that the system used ATMEto perform a busy flash-signaling testand a transmission test of levelmeasurements in both directions.
TA15 Variable Indicates that the system used ATMEto perform a busy-flash signaling testand a transmission test of lossfrequency deviation.
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Field Value Fixed orVariable
Description
TA16 Variable Indicates that the system used ATMEto perform a busy flash-signaling testand a transmission test of noisemeasurements.
TA17 Variable Indicates that the system used ATMEto perform a busy-flash signaling test,a transmission test of levelmeasurements in both directions, andnoise measurements.
TA18 Variable Indicates that the system used ATMEto perform a busy-flash signaling test,a transmission test of loss frequencydeviation, and noise measurements.
TA19 Variable Indicates that the system used ATMEto perform a full signaling test and abusy-flash signaling test.
TA20 Variable Indicates that the system used ATMEto perform a full signaling test, a busy-flash signaling test, and atransmission test of levelmeasurements in both directions.
TA21 Variable Indicates that the system used ATMEto perform a full signaling test, a busy-flash signaling test, and atransmission test of loss frequencydeviation.
TA22 Variable Indicates that the system used ATMEto perform a full signaling test, a busy-flash signaling test, and transmissiontest of noise measurements.
TA23 Variable Indicates that the system used ATMEto perform a full signaling test, a busy-flash signaling test, a transmissiontest of level measurements in bothdirections, and noise measurements.
TA24 Variable Indicates that the system used ATMEto perform a full signaling test, a busy-flash signaling test, and transmissiontest of noise measurements and lossfrequency deviation.
TA25 Variable Indicates that the system used ATMEto perform a short signaling test and abusy-flash signaling test.
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Field Value Fixed orVariable
Description
TCON Variable Indicates that the system performed aCommon-Channel InterofficeSignaling No. 6 (CCIS6) continuitytest.
TCOT Variable Indicates that the system performed aCCIS6 continuity test on digital trunkcontroller (DTC).
TE_M Variable Indicates that the system performedan E and M lead signaling test.
TLPA Variable Indicates that the system performed aloop-around test line test. Thereference trunk occupies port 1 of thetransmission test trunk (TTT).
TLPB Variable Indicates that the system performedthe loop-around test line test. Thereference trunk occupies port 2 of theTTT.
TL0N Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at zero dBm) and noise (C-message filter) test.
TL0S Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at zero dBm) test with a self-check.
TL05 Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at zero dBm) test.
TL6N Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm) andnoise (C-notched filter) test.
TL6S Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm) testwith self-check.
TL65 Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at-16 dBm) test.
TNSS Variable Indicates that the system performed anonsynchronous test line test.
TR2L Variable Indicates that the system performed arepeat 2 long delay test.
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Field Value Fixed orVariable
Description
TR2S Variable Indicates that the system performed arepeat 2 short delay test.
TSBS Variable Indicates that the system performed afar-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dB), noise (C-notched filter), andreturn loss test. Indicates the systemused a 105-type test line.
TSBT Variable Indicates that the system performed areturn loss measurement test.
TSYN Variable Indicates that the system performed asynchronous test line test.
TS65 Variable Indicates that the system performed afar-end equipment self-check of loss(404, 1004, and 2804 Hz test toneat-16 dB) and noise (C-notched filter).Indicates the system used a 105-typetest line.
T100 Variable Indicates that the system used a 100-type test line to perform a milliwatt andbalance test. Indicates the version (oldor new) is not known.
T102 Variable Indicates that the system used a 102-type test line a milliwatt test.
T103 Variable Indicates that the system used a 103-type test line a signaling test.
T104 Variable Indicates that the system used a 104-type test line a milliwatt test in bothdirections.
T105 Variable Indicates that the system performed aloss (1004 Hz at zero dBm) and noise(C-message filter) test with self-check.Indicates the system used a 105-typetest line.
T165 Variable Indicates that the system performed aloss (404, 1004, and 2804 Hz at -16dBm) and noise (C-notched filter) testwith self-check. Indicates the systemused a 105-type test line.
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Field Value Fixed orVariable
Description
T5AS Variable Indicates that the system performed aloss (1004 Hz at zero dBm), noise (C-message filter), and return loss testwith self-check. Indicates the systemused a 105-type test line.
T5AT Variable Indicates that the system performed aloss (C1004 Hz at zero dBm), noise(C-message filter), and return loss(C1004 Hz at zero dBm) test.Indicates the system used a 105-typetest line.
INFO Constant Fixed Indicates data that follows provides areport when trunk test protocol troubleoccurs and the system aborts the test.
CKT Symbolic text Variable Provides equipment identificationsuspect trunk equipment.
tstnm DIAG Variable Indicates that the system performedan extended diagnostic test.
MXAM Variable Indicates that the system performed amobile telephone exchange (MTX)audio loop test with a C-messagefilter.
MXAN Variable Indicates MTX audio loop test with aC-notch filter was performed.
MXRM Variable
MXRN Variable Indicates that the system performedan MTX radio frequency loop test witha C-notch filter.
MXWM Variable Indicates that the system performedan MTX wire loop test with a C-message filter.
MXWN Variable Indicates that the system performedan MTX wire loop test with a C-notchfilter.
N100 Variable Indicates that the system used a 100-type test line to perform a new versionof the milliwatt and balance test.
S100 Variable Indicates that the system used a 100-type test line to perform only an oldversion of balance test.
TART Variable Indicates that the system performed aTurkey arter test line test.
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Field Value Fixed orVariable
Description
TA01 Variable Indicates that the system performed atransmission test of levelmeasurements in both directions.Indicates the system used anautomatic transmission measuringequipment (ATME).
TA02 Variable Indicates that the system used ATMEto perform a transmission test of lossfrequency deviation.
TA03 Variable Indicates that the system used ATMEto perform a transmission test of noisemeasurements.
TA04 Variable Indicates that the system used ATMEto perform a transmission test of levelmeasurements in both directions andnoise measurements.
TA05 Variable Indicates that the system used ATMEto perform a transmission test of lossfrequency deviation and noisemeasurements.
TA06 Variable Indicates that the system used ATMEto perform a full signaling test.
TA07 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of levelmeasurements in both directions.
TA08 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of loss frequencydeviation.
TA09 Variable Indicates that the system used ATMEto perform a full signaling test andtransmission test of noisemeasurement.
TA10 Variable Indicates that the system used ATMEto perform a full signaling test, atransmission test of levelmeasurements in both directions, andnoise measurements.
TA11 Variable Indicates that the system used ATMEto perform a full signaling test, atransmission test of loss frequencydeviation, and noise measurements.
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Field Value Fixed orVariable
Description
T5BS Variable Indicates that the system performed areturn loss measurement and self-check test. Indicates the system useda 105-type test line.
T5LB Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm) andreturn loss test. Indicates the system.
T5SB Variable Indicates that the system used a 105-type test line to perform a return losstest with self-check was performed.
T50L Variable Indicates that the system used a 105-type test line to perform a loss (1004Hz at zero dBm) and return loss(C1004 Hz at zero dBm) test.
T56N Variable Indicates that the system used a 105-type test line to perform a loss (404,1004, and 2804 Hz at -16 dBm), noise(C-notched filter), and return loss test.
TESTLINEPROTOCOL FAILED
Constant Fixed Indicates that a protocol failureoccurred when the system executedan ATT trunk test.
reastxt ACTIVE TABLE FULL Variable Indicates that more trunk tests werecalled to execute than the presentsetting in customer data TableATTSCHED permits.
ACTION: Change the number ofsimultaneous tests from the ATT MAPlevel.
BUSY TONE Variable Indicates that the far-end officereturned a busy tone.
ACTION: Try test again.
CARD FAULT Variable Indicates that the system encountereda hardware defect in the circuit pack.
ACTION: Replace the circuit pack.
CONNECTIONFAILURE
Variable Indicates a connection failure betweenthe trunk and the test equipment.
ACTION: Find the defects in the trunktest equipment.
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Field Value Fixed orVariable
Description
COULDN'T OPENATTOPTNS
Variable Indicates that a software bugprevented the opening or access tocustomer data Table ATTOPTNS.
ACTION: Try test again.
COULDN'T READATTOPTNS
Variable Indicates that the required entry incustomer data Table ATTOPTNS isnot present for the specified test class.
ACTION: Check trunk and testparameters and options. Try testagain.
CSC MTCE INPROGRESS
Variable Indicates that an attempt to perform acellular trunk test occurred whilemaintenance of the cell site controller(CSC) was in progress.
ACTION: Try test again.
DATA FAULT Variable Indicates that there were problemswith the received test result data.
ACTION: Try test again.
DIAGNOSTIC NOTALLOWED
Variable Indicates that the test was initiated ona circuit not equipped for that testtype.
ACTION: Check the trunk and testparameters and options.
DIAL TONE Variable Indicates that a far-end office returneda dial tone.
ACTION: Try test again.
FACILITY FAULT Variable Indicates a defect in the transmissionfacilities.
ACTION: Find the defects in the trunkand test equipment.
FAILED TO RUNDIAGNOSTIC
Variable Indicates that the test equipment wasnot available or inoperative.
ACTION: Find the defects in the trunkand test equipment.
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Field Value Fixed orVariable
Description
FAILED TO RUNTESTLINE
Variable Indicates that a software bug duringinitial setup prevented the test.Normally indicates that processes arenot available.
ACTION: Try test again.
GROUPCURRENTLYUNDER TEST
Variable Indicates that the trunk groupexecuted a trunk testand the systemignored the second test request.
ACTION: There is no required action.
GROUP MANUALABORT
Variable Indicates that the test was manuallyaborted from the ATT MAP levelbecause the user:
• stopped the group test.
• reduced the number ofsimultaneous tests ATT canexecute.
• stopped all ATT tests (HaltATT).
ACTION: There is no required action.
GROUP SYSTEMABORT:REFERENCE TRUNKFAILURE
Variable Indicates that the five consecutivefailures occurred and the systemtested the reference trunk again. Thereference trunk failed the next test andthe system aborted the group.
ACTION: Find the defects in the trunktesting equipment and referencetrunks.
GROUP SYSTEMABORT:REFERENCE TRUNKUNAVAILABLE
Variable Indicates that five consecutive failuresoccurred and the system tested thereference trunk again. The system didnot seize the reference trunk and thesystem aborted the group test.
ACTION: Find the defects in the trunktesting equipment and referencetrunks.
GROUP SYSTEMABORT: 5CONSECUTIVEFAILURES
Variable Indicates that five consecutive failuresoccurred during a search for a groupreference trunk.
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Field Value Fixed orVariable
Description
ACTION: Find the defects in the trunktest equipment.
HARDWAREFAILURE
Variable Indicates that the system detectedhardware defects in the trunk circuit.
ACTION: Find the defects in the trunkunder test. The trunk can havehardware defects.
HIGH - DRY Variable Indicates that after a burst of audibleringing tone, the far-end office did notsend an off-hook signal.
ACTION: Find the faults in the trunkunder test. If diagnostics pass,damage is in the far-end ortransmission facility.
HIGH TONE Variable Indicates that the far-end officereturned a high frequency tone.
ACTION: Try test again.
HIT RECEIVED Variable Indicates that the system detected atemporary condition in the trunk.
ACTION: Try test again.
INVALID REPLY Variable Indicates that the far-end officereturned a signal that is not correctwhen the DMS switch tried to transmitdigits.
ACTION: Find the defects in the trunkunder test. If tests pass, the defect isin the far-end or transmission facility.
LOOP SIG FAULT Variable Indicates that a defect in the loopbridge or the receiving equipmentcaused a signaling failure.
ACTION: Find the defects in the testequipment.
LOOP SIG FAULTNOSET
Variable Indicates that defect in the software orloop generating equipment caused asignaling failure.
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Field Value Fixed orVariable
Description
ACTION: Check trunk and testparameters and options. Find thedefects in the test equipment.
LTA CANCELLED Variable Indicates that the local trunk alarm(LTA) was not cancelled correctly.
ACTION: Find the defects in the testequipment, and try the test again.
LTD FAULT Variable Indicates that the system detected afault in the line test unit (LTU).
ACTION: Find the defects in the LTU.
MILLIWATT Variable Indicates that the far-end officereturned a milliwatt tone.
ACTION: Try test again.
NO/BAD CSCRESPONSE
Variable Indicates that a cellular trunk testattempt caused no response or aresponse that was not planned fromthe CSC.
ACTION: Find the defects in the CSC.
NO/BAD RCURESPONSE
Variable Indicates that a cellular trunk testattempt caused a response that wasnot planned or no response from thecellular remote carrier urban (RCU).
ACTION: Find the defects in the RCU.
NO/BAD TAURESPONSE
Variable Indicates that a cellular trunk testattempt caused no response or aresponse that was not planned fromthe cellular test and alarm unit (TAU).
ACTION: Find the defects in the TAU.
NO CARD IN SHELF Variable Indicates that the circuit pack is notpresent.
ACTION: Check the trunk circuitequipment installation.
NO FAR END TESTEQUIPMENT
Variable Indicates that the far-end testequipment was not available or doesnot exist.
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Field Value Fixed orVariable
Description
ACTION: Find the faults in the trunkunder test. If the tests pass, the faultis in the far-end or transmissionfacility.
NO LOGICAL MB Variable Indicates that a software bugprevented the allocation of no logicalmessage buffer (MB).
ACTION: Try the test again.
NO START DIALSIGNAL
Variable Indicates that the far-end office did notrespond after the trunk was seized.
ACTION: Try the test again.
NO TESTEQUIPMENT
Variable Indicates that the test equipment isnot available.
ACTION: Check trunk and testparameters and options.
NO TESTLINENUMBER
Variable Indicates that the software bugprevented the detection of the trunkcircuit.
ACTION: Check trunk and testparameters and options. Try the testagain.
NO TONE Variable Indicates that the far-end office doesnot return the correct tone.
ACTION: Try test again.
NOT OG OR 2WTRUNK GROUP
Variable Indicates that the test attemptedtransmission or loss tests on a trunkthat was not an outgoing or 2-wiretrunk.
ACTION: Check trunk and testparameters and options.
OUTPULSINGTROUBLE
Variable Indicates that problems occurred whilethe system transmitted outpulsingdigits.
ACTION: Find the faults in the trunkunder test. If tests pass, damage is inthe far-end or transmission facility.
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Field Value Fixed orVariable
Description
OVERFLOW TONE Variable Indicates that the far-end officereturned an overflow tone.
ACTION: Try test again.
PARAMETER FAULT Variable Indicates that the parameters werewrong or not compatible for the testtype.
ACTION: Check the trunk and testparameters and options.
PERIODIC SIGNAL Variable Indicates that the far-end officereturned a periodic signal or a signalthat is not continuous.
ACTION: Try test again.
NO TRUNKS INGROUP
Variable Indicates that a software bugprevented the detection of trunks inthe group.
ACTION: Check trunk and testparameters and options. Try testagain.
PM FAULT Variable Indicates that ta defect occurred in theperipheral module (PM).
ACTION: Find the defects in the PM.
RECORDEDANNOUNCEMEN T
Variable Indicates that the far-end officereturned a recorded announcement.
ACTION: Try test again.
REORDER TONE Variable Indicates that the far-end officereturned a reorder tone.
ACTION: Try the test again.
RINGING Variable Indicates that the far-end officeignored the ringing.
ACTION: Find fault in the the trunkunder test. If tests pass, the defect isin the far-end or transmission facility.
STOP DIAL SIGNALRECEIVED
Variable Indicates that a far-end office returneda congestion signal when the systemtransmits digits.
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Field Value Fixed orVariable
Description
ACTION: Try test again.
Active message example1.ATT103 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
T102 TESTLINE PROTOCOL FAILED HIGH AND DRY PROTOCOL
Clear message examplen/a
Associated OM registers
ATT104The Automatic Trunk Testing (ATT) subsystem report ATT104. Thesubsystem generates this report when a N100/T100 trunk test is complete.The N100 is the new version of the 100-type test line and measures far-to-near end noise and loss. The T100 is the default test when the version isnot known.
To select the correct test, the DMS switch waits 2 s after the far-end officegoes off-hook. If a milliwatt tone appears during this time, the systemperforms the N100 test. If a milliwatt tone does not appear, the systemperforms the T100 test.
The DMS and the far-end office install and execute N100 as follows:
• The DMS connects a transmission test trunk (TTT) level meter to theoutgoing trunk.
• The DMS transmits a test code to the far-end office.
• The far-end office responds with an off-hook signal when a milliwattgenerator connects to the test trunk.
• The far-end office applies a milliwatt tone to the test trunk.
• The DMS measures the signal loss.
• The far-end office provides quiet termination to the trunk.
• The DMS measures the noise.
• The test terminates and the trunk becomes free.
There is no additional information
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Remedial actionIf rslttxt = PASS, there is no action required.
If rslttxt = FAIL, refer to Card Replacement Procedures for step-by-stepprocedures. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
Format1.ATT104 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm EML: nn.n FN_DEV: nn.n rslttxt
NML: nn NIAL: nn NOISE: nn.n qltxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates that the following datagenerate this report when N100/T100trunk test is complete
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment.
tstnm N100 Variable Indicates the system used 100-typetest line to perform new version ofmilliwatt and balance test
T100 Variable Indicates the system used 100-typetest line to perform milliwatt andbalance test. The system did not knowthe version (old or new) in advance
EML 0.0 to 36.0 Variable Provides expected measured loss(EML) in decibels. The EML valueappears in user data TableCLLIMTCE.DIAGDATA.
FN_DEV -99.9 to +99.9 dB Variable Provides far-to-near end lossdeviation in decibels. The fieldFN_DEV indicates the differencebetween measured loss on trunk andEML in decibels.
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Field Value Fixed orVariable
Description
*** Variable Indicates far-to-near end deviation ismore than 99.9 dB
rslttxt PASS Variable Indicates test passed. Noise and lossmeasurements are betweenacceptable limits.
FAIL Variable Indicates test failed. Noise and lossmeasurements were not betweenacceptable limits.
NML 1 to 63 Variable Provides noise maintenance limit(NML) in decibels above referencenoise. The NML is an entered value incustomer data TableCLLIMTCE.DIAGDATA. If the noisemeasurement exceeds NML, initiatemaintenance action.
NOISE -99.9 to +99.9 Variable Provides accurate far-to-near endnoise measured on trunk in decibelsabove reference noise
qltxt Blank Variable Indicates transmission measurementswere between acceptable limits.
Q1 Variable Indicates transmission measurementswere within maintenance limit. Initiatemaintenance action.
Q2 Variable Indicates transmission measurementsexceeded immediate action limit.Initiate immediate action.
Active message example1.ATT104 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
T100 EML: 6.0 FN_DEV: 2.2
PASS
NML: 10 NIAL: 20 NOISE: 12 Q1
Clear message examplen/a
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Associated OM registers
ATT105The Automatic Trunk Testing (ATT) subsystem generates this report whena S100/T100 trunk test is complete. An S100 is the new version of the 100-type test line, and the S100 measures far-to-near end noise. The T100 testis the default test for when the system does not know the version.
To select the correct test, the DMS waits two seconds after the far-endoffice goes off-hook. If a milliwatt tone appears during this time, the systemperforms the new S100 test. The system performs the default test T100when the system does not know the version.
The DMS and the far-end office install and execute S100 as follows:
• The DMS connects a transmission test trunk (TTT) level meter to theoutgoing trunk.
• The DMS sends a test code to the far-end office.
• The far-end office responds with an off-hook signal, and provides quiettermination to the trunk.
• The DMS measures the noise.
• The test terminates and the trunk becomes free.
There is no additional information
Remedial actionIf rslttxt = PASS, there is no required action.
If rslttxt = FAIL, refer to Card Replacement Procedures , for step-by-stepprocedures. If qltxt = Q2, the user must take immediate action.
AttributesAttribute Value
Severity Warning
Format1.ATT105 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm NML: nn NIAL: nn NOISE: nn.n qltxt rslttxt
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates that the following datagenerate this report when an S100/T100 trunk test is complete
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment.
tstnm S100 Variable Indicates that the system used the100-type test line to perform the oldversion of the balance test.
T100 Variable Indicates that the system used the100_type test line to perform themilliwatt and balance test. The systemdid not know the version in advance.
NML 1 to 63 Variable Provides noise maintenance limit(NML) in decibels above referencenoise. The NML value appears in userdata Table CLLIMTCE.DIAGDATA. Ifthe noise measurement exceedsNML, the user must beginmaintenance action.
NIAL 1 to 63 Variable Provides noise immediate action limit(NIAL) in decibels above referencenoise. The value NIAL appears in userdata Table CLLIMTCE.DIAGDATA. Ifthe noise measurement exceedsNIAL, the user must begin immediatemaintenance action.
NOISE -99.9 to +99.9 Variable Provides accurate far-to-near endnoise measurement on trunk indecibels above reference noise.
qltxt Blank Variable Indicates transmission measurementswere between acceptable limits.
Q1 Variable Indicates transmission measurementswere between maintenance limits. Theuser must begin maintenance action.
Q2 Variable Indicates transmission measurementsexceeded immediate action limit. Theuser must begin immediatemaintenance action.
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Field Value Fixed orVariable
Description
rslttxt PASS Variable Indicates test passed. Noisemeasurements were betweenacceptable limits.
FAIL Variable Indicates test failed. Noisemeasurements were not betweenacceptable limits.
Active message example1.ATT105 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
T100 NML: 10 NIAL: 20 NOISE: 12.0 Q1 PASS
Clear message examplen/a
Associated OM registers
ATT106The Automatic Trunk Testing (ATT) subsystem generates this report whena T102 trunk test is complete. The T102 test measures far-to-near end losson 102-type test lines.
The DMS and the far-end office install and execute T102 as follows:
• The DMS connects a transmission test trunk (TTT) level meter to theoutgoing trunk.
• The DMS transmits a test code to the far-end office.
• The far-end office responds with an off-hook signal when a milliwattgenerator connects to the test trunk.
• The far-end office applies a milliwatt tone to the test trunk.
• The DMS measures the signal strength and calculates the transmissionloss.
• The test terminates and the trunk becomes free.
There is no additional information
Remedial actionIf rslttxt = PASS, there is no required action.
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If rslttxt = FAIL, refer to Card Replacement Procedures, for step-by-stepprocedures. Perform immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
Format1.ATT106 mmmdd hh:mm:ss ssdd INFO
CKT trkid
T102 EML: nn.n FN_DEV: nn.n qltxt
rslttxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates that the following datagenerate this report when a T102trunk test is complete
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
T102 Constant Fixed Indicates system performed milliwattwith the 102-type test line
EML 0.0 to 36.0 Variable Provides expected measured loss(EML) in decibels. The EML valueappears in user data TableCLLIMTCE.DIAGDATA.
FN_DEV -99.9 to +99.9 dB Variable Provides far-to-near end lossdeviation in decibels. The fieldFN_DEV indicates the differencebetween measured loss on trunk andEML in decibels.
*** Variable Indicates that far-to-near enddeviation is greater than 99.9 dB
qltxt Blank Variable Indicates transmission measurementswere between acceptable limits
Q1 Variable Indicates transmission measurementswere between maintenance limits. Theuser must begin maintenance action.
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Field Value Fixed orVariable
Description
Q2 Variable Indicates transmission measurementsexceeded immediate action limit. Theuser must begin immediatemaintenance action.
rslttxt PASS Variable Indicates test passed. Noise and lossmeasurements were betweenacceptable limits.
FAIL Variable Indicates test failed. Noise and lossmeasurements were not betweenacceptable limits.
Active message example1.ATT106 APR01 12:00:00 2112 INFO
CKT CAMA2W 1
T102 EML: 6.0 FN_DEV: 2.2 Q1
PASS
Clear message examplen/a
Associated OM registers
ATT107The Automatic Trunk Testing (ATT) subsystem generates this report whena T104 trunk test is complete. The T104 measures far-to-near end andnear-to-far end noise and loss.
The DMS and the far-end office install and execute N100 as follows:
• The DMS connects a transmission test trunk (TTT) level meter to theoutgoing trunk.
• The DMS transmits a test code to the far-end office.
• The far-end office responds with an off-hook signal when a milliwattgenerator connects to the test trunk.
• The DMS applies a milliwatt tone to the test trunk.
• The far-end measures the signal strength and calculates the loss.
• The far-end office applies a milliwatt tone to the test trunk.
• The DMS measures the signal strength and calculates the loss.
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• The far-end applies an attenuated milliwatt signal based on the near-to-far end loss.
• The DMS measures the attenuated signal loss and calculates the near-to-far end loss.
• The far-end office provides quiet termination to the trunk.
• The DMS measures the noise.
• The DMS provides quiet termination to the trunk.
• The far-end measures the noise.
• The test terminates and the trunk becomes free.
Remedial actionIf rslttxt = PASS, there is no action required.
If rslttxt = FAIL, refer to Card Replacement Procedures, for step-by-stepprocedures. Immediate action is required if qltxt = Q2.
AttributesAttribute Value
Severity Warning
Format1.ATT107 mmmdd hh:mm:ss ssdd INFO
CKT trkid
T104 EML: nn.n FN_DEV: nn.n NF_DEV: nn.n rslttxt
NML: nn NIAL: nn NOISE: nn.n NF_NSE: nftxt qltxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates that the following datagenerate this report when a T104trunk test is complete
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
T104 Constant Fixed Indicates the system performed themilliwatt test in both directions andused the 104-type test line
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Field Value Fixed orVariable
Description
EML 0.0 to 36.0 Variable Provides expected measured loss(EML) in decibels. The EML valueappears in user data TableCLLIMTCE.DIAGDATA.
FN_DEV -99.9 to +99.9 dB Variable Provides far-to-near end lossdeviation in decibels. FN_DEVindicates difference betweenmeasured loss on trunk and EML indecibels.
*** Variable Indicates far-to-near end deviation isgreater than 99.9 dB.
NF_DEV -99.9 to +99.9 dB Variable Provides near-to-far end lossdeviation in decibels. NF_DEVindicates difference betweenmeasured loss on trunk and EML indecibels.
*** Variable Indicates near-to-far end deviation isgreater than 99.9 dB
rslttxt PASS Variable Indicates test passed. Noise and lossmeasurements were within acceptabletolerances.
FAIL Variable Indicates test failed. Noise and lossmeasurements were not withinacceptable tolerances.
NML 1 to 63 Variable Provides noise maintenance limit(NML) in decibels above referencenoise. The NML value appears in userdata Table CLLIMTCE.DIAGDATA. Ifthe noise measurement exceedsNML, the user should initiatemaintenance action.
NIAL 1 to 63 Variable Provides noise immediate action limit(NIAL) in decibels above referencenoise. The NIAL value appears in userdata Table CLLIMTCE.DIAGDATA. Ifthe noise measurement exceedsNIAL, the user must initiate immediateaction.
NOISE -99.9 to +99.9 Variable Provides accurate far-to-near endnoise measured on trunk in decibelsabove reference noise
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Field Value Fixed orVariable
Description
NF_NSE PASS Variable Indicates that the accurate near-to-farend noise measured on trunk indecibels is less than 41 dBRN
FAIL Variable Indicates that the accurate near-to-farend noise measured on trunk indecibels is greater than 41 dBRN
qltxt Blank Variable Indicates transmission measurementswere within acceptable tolerances
Q1 Variable Indicates transmission measurementswere within maintenance limit. Theuser should initiate maintenanceaction.
Q2 Variable Indicates transmission measurementswere in excess of immediate actionlimit. The user must initiate immediatemaintenance action.
Active message example1.ATT107 JAN01 16:02:00 6298 INFO
CKT ODCMBX1 10
T104 EML: 6.0 FN_DEV: 1.6 NF_DEV: 0.1 PASS
NML: 10 NIAL: 20 NOISE: 11.0 NF_NSE: PASS Q1
Clear message examplen/a
Associated OM registers
ATT108The Automatic Trunk Testing (ATT) subsystem generates ATT 108 when aTLPA/TLPB trunk test is complete. These looparound trunk tests measurefar-to-near end and near-to-far end loss for a group of trunks.
The TLPA and TLPB selects two trunks as reference trunks from the groupof trunks the system tests. The far-to-near end loss is less than themaintenance limit on one reference trunk. The near-to-far end loss is lessthan the maintenance limit in the other reference trunk. The two trunksprovide a known transmission loss for the looparound test.
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The DMS and the far-end office install and execute TLPA and TLPB asfollows:
• The DMS selects two reference trunks as follows:
• The DMS seizes a trunk and applies the T102 test. Refer to ATT106 formore information on T102-type trunk tests.
• When the trunk passes the T102 test, the trunk becomes the referencetrunk with a known far-to-near end loss. If the trunk fails the T102 test,the DMS seizes and tests another trunk.
• When the DMS selects the first reference trunk, the DMS seizes andtests a second trunk with a looparound test.
• When the trunk passes the looparound test, the trunk becomes thereference trunk with a known near-to-far end loss. If the trunk fails thelooparound test, the DMS seizes and tests another trunk.
• The DMS selects the reference trunks and connects a transmission testtrunk (TTT) level meter to the outgoing trunk.
• The DMS transmits a test code to the far-end office.
• The DMS applies a milliwatt tone to the test trunk. The signal loops onthe reference trunk with a known far-to-near end transmission loss.
• The DMS measures the signal strength and calculates the near-to-farend loss.
• The DMS applies a milliwatt tone to the reference trunk with a knownnear-to-far end transmission loss. The system loops the signal on thetest trunk.
• The DMS measures the signal strength and calculates the far-to-nearend loss.
Remedial actionIf rslttxt = PASS, there is no action required.
If rslttxt = FAIL, refer to Card Replacement Procedures, for step-by-stepprocedures. Immediate action is required if qltxt = Q2.
AttributesAttribute Value
Severity Warning
Format1.ATT108 mmmdd hh:mm:ss ssdd INFO
CKT trkid
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tstnm EML: nn.n FN_DEV: nn.n NF_DEV: nn.n qltxt rslttxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates that the following datagenerates this report when a TLPA/TLPB trunk test is complete
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
tstnm TLPA Variable Indicates that the system hasperformed the looparound test linetest. The reference trunk occupiesport 1 of TTT.
TLPB Variable Indicates that the system hasperformed the looparound test linetest. The reference trunk occupiesport 2 of TTT.
EML 0.0 to 36.0 Variable Provides expected measured loss(EML) in decibels. The EML valueappears in User Data TableCLLIMTCE.DIAGDATA.
FN_DEV -99.9 to +99.9 dB Variable Provides far-to-near end lossdeviation in decibels. FN_DEVindicates the difference betweenmeasured loss on trunk and EML indecibels.
*** Variable Indicates far-to-near end deviation isgreater than 99.9 dB
NF_DEV -99.9 to +99.9 dB Variable Provides near-to-far end lossdeviation in decibels. Field NF_DEVindicates the difference betweenmeasured loss on trunk and EML indecibels.
*** Variable Indicates near-to-far end deviation isgreater than 99.9 dB
qltxt Blank Variable Indicates transmission measurementsare in acceptable tolerances
Q1 Variable Indicates transmission measurementsare in the maintenance limit. The usermust initiate maintenance action.
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Field Value Fixed orVariable
Description
Q2 Variable Indicates transmission measurementsare in excess of immediate actionlimit. The user must initiate immediateaction.
rslttxt PASS Variable Indicates test passes. Noise and lossmeasurements are in acceptabletolerances.
FAIL Variable Indicates test fails. Noise and lossmeasurements are not in acceptabletolerances.
Active message example1.ATT108 APR23 16:16:16 2346 INFO
CKT ODCMBX1 3
TLPA EML: 6.0 FN_DEV: -.3 NF_DEV: 2.3 Q1 FAIL
Clear message examplen/a
Associated OM registers
ATT109The Automatic Trunk Testing (ATT) subsystem report ATT109. Thesubsystem generates ATT109 when it initiates a trunk group test.
The definition for variables used to represent time in ATT109 are asfollows:
• day - Day of month (0-31)
• hour - Hour of day (0-23)
• min - Minute of hour (0-59)
• qmonth - Month of quarter (0-2)
• smonth - Month of semi-year (0-6)
• wk - Week of month (1 to 5)
• wkday - Day of week (0 = Monday, 1 = Tuesday, 2 = Wednesday, 3 =Thursday, 4 = Friday, 5 = Saturday, and 6 = Sunday)
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
FormatATT109 mmmdd hh:mm:ss ssdd INFO GRP cllinm
ATT GRP START TEST SUMMARY START
seqtxt TEST: tstnm sigtxt meastxt
START: sttxt MAXTEST: nnnnn DELAY: dlytxt
WAITTIME: n REMOVE: b RMV25PC: b LOG: logtxt
RETEST: rtsttxt
BERQ: berq SLIPSQ :n
ERSQ: n% DURATION : nMINS
RANGE: rngtxt RECYCLE: nn LOGSKIP: skiptxt
Selected field descriptionsField Value Fixed or
VariableDescription
T5SB Variable Indicates the system performed areturn loss test with self-check. Thesystem used a 105-type test line.
T50L Variable Indicates the system performed a loss(1004 Hz at 0 dBm) and return loss(C1004 Hz at 0 dBm) test. The systemused a 105-type test line.
T56N Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm),noise (C_notched filter), and returnloss test. The system used a 105-typetest line.
sigtxt BSY Variable Indicates the system performed abusy-flash test for the ATME2 set oftests.
FUL BSY Variable Indicates the system performed a fullbusy-flash test for the ATME2 set oftests.
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Field Value Fixed orVariable
Description
FULL Variable Indicates the system performed a fullsignaling test for the ATME2 set oftests.
NONE Variable Indicates the system performed a nosignaling test for the ATME2 set oftests.
SHORT Variable Indicates the system performed ashort signaling test for the ATME2 setof tests.
SHORT BSY Variable Indicates the system performed ashort busy-flash test for the ATME2set of tests.
meastxt L Variable Indicates the system performed a lossmeasurement test at 0 dB and 1004Hz for the ATME2 set of tests.
L N Variable Indicates the system performed a lossand noise measurement test for theATME2 set of tests.
LFD Variable Indicates the system performed a lossfrequency deviation measurementtest. Loss frequency deviationmeasurement test is at -16 dB and404, 1004, and 2804 Hz for theATME2 set of tests.
LFD N Variable Indicates the system performed a lossfrequency deviation and noisemeasurement test. The noisemeasurement test uses a C-notchedfilter for the ATME2 set of tests.
N Variable Indicates the system performed anoise measurement test with a C-message filter for the ATME2 set oftests.
NONE Variable Indicates the system did not performtransmission measurement tests. Thesystem only performed the ATME2signaling test.
START: sttxt DLY hour min Variable Indicates the test is scheduled on adaily base. Refer to Additionalinformation for a definition of timevalues.
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Field Value Fixed orVariable
Description
DYOM day hour min Variable Indicates the test is scheduled on oneday of each month. Refer to Additionalinformation for a definition of timevalues.
EDY hour min Variable Indicates the test is scheduled oneven days. Refer to Additionalinformation for a definition of time,values.
EVM wk wkday hourmin
Variable Indicates the test is scheduled oneven months. Refer to Additionalinformation for definition of timevalues.
EWK wkday hour min Variable Indicates the test is scheduled oneven weeks. Refer to Additionalinformation for a definition of timevalues.
HRY min Variable Indicates the test is scheduled forevery hour. Refer to Additionalinformation for a definition of timevalues.
IMMED Variable Indicates the test is to beginimmediately. IMMED only displayswhen the user initiates the testmanually from automatic trunk testing(ATT) at the MAP level.
IQT qmonth wk wkdayhour min
Variable Indicates the test is scheduled everythree months. Refer to Additionalinformation for a definition of timevalues.
MTH wk wkday hourmin
Variable Indicates the test is scheduled everymonth. Refer to Additional informationfor definition of time values.
ODM wk wkday hourmin
Variable Indicates the test is scheduled everyodd month. Refer to Additionalinformation for definition of timevalues.
ODY hour min Variable Indicates the test is scheduled everyodd day. Refer to Additionalinformation for definition of timevalues.
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Field Value Fixed orVariable
Description
OWK wkday hour min Variable Indicates the test is scheduled everyodd week. Refer to Additionalinformation for definition of timevalues.
QTR qmonth day hourmin
Variable Indicates the test is scheduled everythree months. Refer to Additionalinformation for definition of timevalues.
SYR smonth wkwkday hour min
Variable Indicates the test is scheduled everysix months. Refer to Additionalinformation for definition of timevalues.
WKY wkday hour min Variable Indicates the test is scheduled onevery week. Refer to Additionalinformation for definition of timevalues.
MAXTEST: nnnnn 0-32767 Variable Provides the maximum time inminutes that the test for a trunk groupcan run for.
DELAY: dlytxt EXLONGDLY Variable Indicates that the time delay betweeneach trunk test is 15 seconds.
LONGDLY Variable Indicates that the time delay betweeneach trunk test is nine seconds.
MEDDLY Variable Indicates that the time delay betweeneach trunk test is six seconds.
SHORTDLY Variable Indicates that the time delay betweeneach trunk test is one second.
WAITTIME: n 0-7 Variable Indicates the minutes that the systemwaits for trunk circuits that are notavailable at the time of the test.
REMOVE: b Y Variable Indicates that the DMS removes atrunk circuit from service if the testfails.
N Variable Indicates that the DMS does notremove a trunk circuit from service ifthe test fails.
RMV25PC: b Y Variable Indicates that the DMS can removemore than 25% of trunk circuits fromservice if the circuits fail the test.
N Variable Indicates the DMS can not removemore than 25% of trunk circuits fromservice if the circuits fail the test.
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Field Value Fixed orVariable
Description
LOG: logtype ALL Variable Indicates the system reports all testresults as logs.
FL Variable Indicates the system only reports testfailures as logs.
Q1 Variable Indicates the system only reports testfailures or tests that exceedmaintenance limit as logs.
Q2 Variable Indicates the system only reports testfailures or tests that exceed theimmediate action limit as logs.
RETEST: rtsttxt ALL Variable Indicates the system retests trunkcircuits that fail any of the ATME2tests.
BSY FLASH FAIL Variable Indicates the system retests trunkcircuits that fail the ATME2 busy-flashtest.
BUSY FAR END Variable Indicates the system retests trunkcircuits in which the far-end office isbusy for the ATME2 tests.
BUSY NEAR END Variable Indicates the system retests trunkcircuits in which the near-end is busyfor the ATME2 tests.
INSTAB INTERM Variable Indicates the system retests all trunkcircuits that show instability ordifficulties for any ATME2 type test.
MEAS Q1 FAIL Variable Indicates the system retests trunkcircuits that exceed the maintenancelimit of the ATME2 tests.
MEAS Q2 FAIL Variable Indicates the system retests trunkcircuits that exceed the immediateaction limit of the ATME2 tests.
MISC FAILURE Variable Indicates the system retests trunkcircuits that show miscellaneoustroubles for the ATME2 tests.
N Variable Indicates the ATT subsystem does notretest a failed trunk circuit.
SIG FAILURE Variable Indicates the system retests trunkcircuits that fail the ATME2 signalingtests.
Y Variable Indicates the system retested a trunkcircuit.
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Field Value Fixed orVariable
Description
BERQ : berq A number expressedin scientific notation.
Variable Provides the Q limit for the bit errorrate test line (BERTL). The number1.1 *10E-3 means .0011.
SLIPSQ : n Integer Variable Indicates the number of slips Q limit.
ERSQ : n % 0-100 Variable Provides the error seconds Q limit.
DURATION : n Integer Variable Provides the duration of the BERTL inminutes.
RANGE: rngtxt ALL Variable Indicates that system tests all circuitsin trunk group. Displayed only fortrunk tests initiated from ATT MAPlevel.
n1-n2 Variable Provides circuit numbers for trunksthat are tested. Displayed only fortrunk tests initiated from ATT MAPlevel.
The value n1, n2 = circuitnumber(0-10000).
RECYCLE: nn 0-99 Variable Indicates the number of times testequipment recycles through circuits intrunk group. Displays only for trunktests initiated from ATT MAP level.
LOGSKIP: b Y Variable Indicates the system has notgenerated a report of results. Displaysonly for trunk tests initiated from ATTMAP level.
N Variable Indicates the system generates areport of results. Displayed only fortrunk tests initiated from ATT MAPlevel.
GRP cllinm Table CLLI Variable Provides Common Language LocationIdentifier (CLLI) for trunk group. ListCLLI from CI MAP level for list ofoffice CLLI.
ATT GRP STARTTEST SUMMARY
Constant Fixed Indicates report summarizes startingparameters for a trunk group test.
seqtxt ATME, ATME1 Variable Indicates the system tested a trunkgroup, and used automatictransmission measuring equipment(ATME).
MANUAL,MANUALLY
Variable Indicates the system tested a trunkgroup as a result of a command thatthe user entered at ATT MAP level.
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Field Value Fixed orVariable
Description
PERIODIC,PERIODIC1
Variable Indicates the system tested a trunkgroup based on a periodic schedule.
QUARTERLY Variable Indicates the system tested a trunkgroup at three-month intervals.
SEMIANNUAL Variable Indicates the system tested a trunkgroup at semi-annual intervals.
tstnm DIAG Variable Indicates the system performed anextended diagnostic test.
MXAM Variable Indicates the system performed themobile telephone exchange (MTX)audio loop test with C-message filter.
MXAN Variable Indicates the system performed theMTX audio loop test with C-notchfilter.
MXRM Variable Indicates the system performed theMTX radio frequency loop test with C-message filter.
MXRN Variable Indicates the system performed theMTX radio frequency loop test with C-notch filter.
MXWM Variable Indicates the system performed theMTX wire loop test with C-messagefilter.
MXWN Variable Indicates the system performed theMTX wire loop test with C-notch filter.
N100 Variable Indicates the system performed thenew version of milliwatt and balancetest. The system used a 100-type testline.
S100 Variable Indicates the system only performedthe old version of the balance test.The system used the 100-type testline.
TART Variable Indicates the system performed theTurkey arter test line test.
TA01 Variable Indicates the system performed atransmission test of levelmeasurements in both directions. Thesystem used ATME.
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Field Value Fixed orVariable
Description
TA02 Variable Indicates the system performed atransmission test of loss frequencydeviation. The system used ATME.
TA03 Variable Indicates the system performed atransmission test of noisemeasurements. The system usedATME.
TA04 Variable Indicates the system performed atransmission test of levelmeasurements in both directions andnoise measurements. The systemused ATME.
TA05 Variable Indicates the system performed atransmission test of loss frequencydeviation and noise measurements.The system used ATME.
TA06 Variable Indicates the system performed a fullsignaling test. The system usedATME.
TA07 Variable Indicates the system performed a fullsignaling test and a transmission testof level measurements in bothdirections. The system used ATME.
TA08 Variable Indicates the system performed a fullsignaling test and a transmission testof loss frequency deviation. Thesystem used ATME.
TA09 Variable Indicates the system performed a fullsignaling test and a transmission testof noise measurements. The systemused ATME.
TA10 Variable Indicates the system performed a fullsignaling test, a transmission test oflevel measurements in both directions,and noise measurements. The systemused ATME.
TA11 Variable Indicates the system performed a fullsignaling test, a transmission test ofloss frequency deviation, and noisemeasurements. The system usedATME.
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Field Value Fixed orVariable
Description
TA12 Variable Indicates the system performed ashort signaling test. The system usedATME.
TA13 Variable Indicates the system performed abusy-flash signaling test. The systemused ATME.
TA14 Variable Indicates system performed a busy-flash signaling test and a transmissiontest of level measurements in bothdirections. The system used ATME.
TA15 Variable Indicates the system performed abusy-flash signaling test and atransmission test of loss frequencydeviation. The system used ATME.
TA16 Variable Indicates the system performed abusy-flash signaling test and atransmission test of noisemeasurements. The system usedATME.
TA17 Variable Indicates the system performed abusy-flash signaling test, atransmission test of levelmeasurements in both directions, andnoise measurements. The systemused ATME.
TA18 Variable Indicates the system performed abusy-flash signaling test, atransmission test of loss frequencydeviation, and noise measurements.The system used ATME.
TA19 Variable Indicates the system performed a fullsignaling test and a busy-flashsignaling test. The system usedATME.
TA20 Variable Indicates the system performed a fullsignaling test. The system performeda busy-flash signaling test, and atransmission test of levelmeasurements in both directions. Thesystem used ATME.
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Field Value Fixed orVariable
Description
TA21 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, and a transmission test of lossfrequency deviation. The system usedATME.
TA22 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, and a transmission test of noisemeasurements. The system usedATME.
TA23 Variable Indicates the system performed thefull signaling test. The systemperformed a busy-flash signaling test,a transmission test of levelmeasurements in both directions, andnoise measurements. The systemused ATME.
TA24 Variable Indicates the system performed a fullsignaling test. The system performeda busy-flash signaling test, and atransmission test of noisemeasurements and loss frequencydeviation. The system used ATME.
TA25 Variable Indicates the system performed ashort signaling test and a busy-flashsignaling test. The system usedATME.
TB08 Variable Indicates the system performed a biterror rate test line test (BERTL) at 56Kbits every second. The system used a2047 bit pattern.
TB18 Variable Indicates the system performed aBERTL at 64K bits every second. Thesystem used a 2047 bit pattern.
TCON Variable Indicates the system performed aCommon Channel Inter-officeSignaling No. 6 (CCIS #6) continuitytest.
TCOT Variable Indicates the system performed aCCIS #6 continuity test (new versionon digital trunk controller (DTC).
TE_M Variable Indicates the system performed an Eand M lead signaling test.
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Field Value Fixed orVariable
Description
TLPA Variable Indicates the system performed a looparound test line test. The referencetrunk occupies port 1 of transmissiontest trunk (TTT).
TLPB Variable Indicates the system performed a looparound test line test. The referencetrunk occupies port 2 of transmissiontest trunk (TTT).
TLON Variable Indicates the system performed a loss(1004 Hz at 0 dBm) and noise(C_message filter) test. The systemused a 105-type test line.
TLOS Variable Indicates the system performed a loss(1004 Hz at 0 dBm) test with anautomatic check. The system used a105-type test line.
TL05 Variable Indicates the system performed a loss(1004 Hz at 0 dBm) test, the systemused a 105-type test line.
TL6N Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm)and noise (C_notched filter) test. Thesystem used a 105-type test line.
TL6S Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm)test with an automatic check. Thesystem used a 105-type test line.
TL65 Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm)test. The system used a 105-type testline.
TNSS Variable Indicates the system performed a non-synchronous test line test.
TR2L Variable Indicates the system performed arepeat two long delay test.
TR2S Variable Indicates the system performed arepeat two short delay test.
TSBS Variable Indicates the system performed a far-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dB). Indicates the systemperformed a far-end equipment self-check of noise (C_notched filter), and
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Field Value Fixed orVariable
Description
a return loss test. The system used a105-type test line. TSBT Indicates thesystem performed a return lossmeasurement test.
TSYN Variable Indicates the system performed asynchronous test line test.
TS65 Variable Indicates the system performed a far-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dB). Indicates the systemperformed a far-end equipment self-check of noise (C-notched filter). Thesystem used 105-type test line.
T100 Variable Indicates the system performed amilliwatt and balance test. The systemused a 100-type test line, but theversion (old or new) is not known.
T102 Variable Indicates the system performed amilliwatt test. The system used a 102-type test line.
T103 Variable Indicates the system performed asignaling test. The system used a103-type test line.
T104 Variable Indicates the system performed amilliwatt test in both directions. Thesystem used a 104-type test line.
T105 Variable Indicates the system performed a loss(1004 Hz at 0 dBm) and noise (C-message filter) test with automaticcheck. The system used a 105-typetest line.
T165 Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm)test with automatic check. The systemperformed a noise (C-notched filter)test with automatic check. The systemused a 105-type test line.
T5AS Variable Indicates the system performed a loss(1004 Hz at 0 dBm), and noise (C-message filter) test. The systemperformed a return loss test withautomatic check. The system used a105-type test line.
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Field Value Fixed orVariable
Description
T5AT Variable Indicates the system performed a loss(C1004 Hz at 0 dBm), and noise (C-message filter) test. The systemperformed and return loss (C1004 Hzat 0 dBm) test. The system used a105-type test line.
T5BS Variable Indicates the system performed areturn loss measurement and a selfcheck test. The system used a 105-type test line.
T5LB Variable Indicates the system performed a loss(404, 1004, and 2804 Hz at -16 dBm)and return loss test. The system useda 105-type test line.
Active message exampleATT109 DEC13 05:08:41 2146 INFO GRP OTMF1
ATT GRP START TEST SUMMARY
START
MANUAL TEST: TL6N FULL L
START: IMMED MAXTEST: 0 DELAY: SHORTDLY
WAITTIME: 0 REMOVE: N RMV25PC: N LOG: ALL
RETEST: N
BERQ : 1.1 * 10E-3 SLIPSQ : 3
ERSQ : 8 % DURATION : 900 MINS
RANGE: ALL RECYCLE: 1 LOGSKIP: N
Clear message examplen/a
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Associated OM registers
ATT110The Automatic Trunk Testing (ATT) subsystem report ATT110. Thesubsystem generates ATT110 when a group trunk test terminatesnormally. The ATT110 report identifies the test and summarizes theresults.
The summary report spans a series of different types of trunk tests. Thereport display is different for each type of test.
A group trunk test can include a transmission noise and loss test. Thesetest results appear in a loss table (losstable) or in a noise table(noisetable). Each table contains bins. The bins in a loss table are basedon the loss deviation from the expected measured loss (EML). The bins ina noise table are based on the noise deviation from the noise maintenancelimit (NML). When the subsystem makes loss measurements for more thanone frequency, the report summarizes loss deviation for each frequency.
The group-trunk test can be part of the automatic transmission measuringequipment (ATME2) test. In this occurrence, the system tabulates theresults according to type of failure.
-4.8 AND LOWER n1 n2 n3
-4.7 THROUGH-4.3 n1 n2 n3
-4.2 THROUGH-3.8 n1 n2 n3
-3.7 THROUGH-3.3 n1 n2 n3
-3.2 THROUGH-2.8 n1 n2 n3
-2.7 THROUGH-2.3 n1 n2 n3
-2.2 THROUGH-1.8 n1 n2 n3
-1.7 THROUGH-1.3 n1 n2 n3
-1.2 THROUGH-0.8 n1 n2 n3
-0.7 THROUGH-0.3 n1 n2 n3
-0.2 THROUGH 0.2 n1 n2 n3
0.3 THROUGH 0.7 n1 n2 n3
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0.8 THROUGH 1.2 n1 n2 n3
1.3 THROUGH 1.7 n1 n2 n3
1.8 THROUGH 2.2 n1 n2 n3
2.3 THROUGH 2.7 n1 n2 n3
2.8 THROUGH 3.2 n1 n2 n3
3.3 THROUGH 3.7 n1 n2 n3
3.8 THROUGH 4.2 n1 n2 n3
4.3 THROUGH 4.7 n1 n2 n3
4.8 AND HIGHER n1 n2 n3
Table Loss Measurement identifies the number of trunks that have a givenloss deviation compared to the expected measured loss. The categories orbins, for example, 0.8 THROUGH 1.2, are constant. The frequencycolumns (n1, n2, and n3) and (0 to 32767) indicate the number of trunkcircuits in each bin for different frequencies. The table Loss Measurementhas one or three frequency columns. The number of frequenciesassociated with a test determine the number of columns.
• For transmission loss tests performed at 0/-10 dB, the table displaysone frequency (1004 Hz) measurement.
• For transmission loss tests performed at -10/-16 dB, the table displaysthree frequency (404, 1004, and 2804 Hz) measurements.
8 AND LOWER nnnnn
7 THROUGH -5 nnnnn
4 THROUGH -2 nnnnn
1 THROUGH 1 nnnnn
2 THROUGH 4 nnnnn
5 THROUGH 7 nnnnn
8 THROUGH 10 nnnnn
11 THROUGH 13 nnnnn
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14 AND HIGHER nnnnn
Table Noise identifies the number of trunks that have a given noisedeviation compared to the noise maintenance limit. The categories or binsare constant. For example, 8 THROUGH 10. The frequency column nnnnn(for 0 to 32767) indicates the number of trunk circuits in each bin for thefrequency. The filter used determines the frequency.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format1.ATT110 mmmdd hh:mm:ss ssdd INFO GRP clli
ATT GRP TEST SUMMARY. TEST: testnm SUMMARY
TESTEQ:trkid TIG:nnnnn TESTED:nnn% FLTEST:nnn% SKIPPED:nnn%
PASSED = nnnnn SIG_FAIL = nnnnn BSY_FAIL = nnnnn
Q1_FAIL = nnnnn Q2_FAIL = nnnnn NE_BSY = nnnnn
FE_BSY = nnnnn INST_INT = nnnnn MISC_FAIL = nnnnn
LOSS DEVIATION IN DB (MEAS AT n1/n2 DB freq1 freq2 freq3 HZ)
losstable
NOISE DEVIATION IN DBRN (MEAS fltrtxt)
noisetable
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Selected field descriptionsField Value Fixed or
VariableDescription
T50L Variable Indicates the system performed theloss (1004 Hz at 0 dBm) and returnloss (C1004 Hz at 0 dBm) test.Indicates the system used a 105-typetest line.
T56N Variable Indicates the system performed theloss (404, 1004, and 2804 Hz at -16dBm), noise (C_notched filter), andreturn loss test. Indicates the systemused a 105-type test line.
SUMMARY Constant Fixed Indicates that the report is a group testsummary for trunk groups that theATT subsystem tested.
TESTEQ: trkid Symbolic text Variable Provides equipment identification fortest equipment used for group trunktesting. Refer to Table I.
TIG: nnnnn -32768- +32767 Variable Indicates the number of trunks in thetest group.
TESTED: nnn% 0-100 % Variable Indicates the percentage of test trunksin the group.
FAILED: nnn% 0-100 % Variable Indicates the percentage of trunks inthe group that failed the test.
SKIPPED: nnn% 0-100 % Variable Indicates the percentage of skippedtrunks in the group.
PASSES = nnnnn 0-32767 Variable Indicates the number of trunks thatpass the ATME2 trunk test. This fieldappears only for ATME2-type trunktests.
SIG_FAIL = nnnnn 0-32767 Variable Indicates the number of trunks that failthe ATME2 trunk test because of asignaling test failure. This fieldappears only for the ATME2-typetrunk test.
BSY_FAIL = nnnnn 0-32767 Variable Indicates the number of trunks that failthe ATME2 trunk test because of abusy-flash test failure. This fieldappears only for the ATME2-typetrunk test.
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Field Value Fixed orVariable
Description
Q1_FAIL = nnnnn 0-32767 Variable Indicates the number of trunks thatexceed the maintenance limit fortransmission measurements of theATME2 trunk test. This field appearsonly for the ATME2-type trunk test.
Q2_FAIL = nnnnn 0-32767 Variable Indicates the number of trunks thatexceed the immediate action limit forthe transmission measurements of theATME2 trunk test. This field appearsonly for the ATME2-type trunk test.
NE_BSY = nnnnn 0-32767 Variable Indicates the number of trunks that thesystem cannot test because the trunksare near-end busy. This field appearsonly for the ATME2-type trunk test.
FE_BSY = nnnnn 0-32767 Variable Indicates the number of trunks that thesystem cannot test because the trunksare far-end busy. This field appearsonly for the ATME2-type trunk test.
INST_INT = nnnnn 0-32767 Variable Indicates the number of trunks thatfailed the ATME2 trunk test becauseof an instability or problem. This fieldappears only for ATME2-type trunktests.
MISC_FAIL = nnnnn 0-32767 Variable Indicates the number of trunks thatfailed the ATME2 trunk test becauseof miscellaneous problems. This fieldappears only for ATME2-type trunktests.
LOSS DEVIATION INDB (MEAS ATmeastxt)
0/-10 DB 1004Hz Variable Provides the heading for a lossdeviation table. This table displaysloss measurements that use a testtone at 1004 Hz and 0/-10 dB. TableLoss measurement appears only for apart of T105-type trunk tests. The lossmeasurement table can appear inconjunction with NOISE DEVIATIONIN DBRN (MEAS C-MESSAGE) noisetable.
LOSS DEVIATION INDB (MEAS ATmeastxt)
-10/-16 DB AND AT404 1004 2804 HZ
Variable Provides the heading for a lossdeviation table. The table displaysloss measurements that use a set oftest tones at 404, 1004, and 2804 Hzand -10/-16 dB. The report only printsTable Loss Measurement for some
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Field Value Fixed orVariable
Description
T105-type trunk tests. The system canoutput the loss measurement table inconjunction with the NOISEDEVIATION IN DBRN (MEAS C-NOTCHED) noise table.
losstable Symbolic text Variable Refer to the Additional Informationsection.
NOISE DEVIATIONIN DBRN (MEASfltrtxt)
C_MESSAGE Variable Provides the heading for the noisedeviation table when the test uses aC-message filter and a bandpass filterover the voice frequency range.
C_NOTCHED Variable Provides the heading for the noisedeviation table when the test uses aC-notched filter that attenuates onlytest tone frequency. This filter makessure noise measurements areaccurate.
noisetable Symbolic text Variable Refer to the Additional Informationsection.
TL6N Variable Indicates the system performed theloss (404, 1004, and 2804 Hz at -16dBm) and noise (C_notched filter)test. Indicates the system used a 105-type test line.
TL6S Variable Indicates the system performed theloss (404, 1004, and 2804 Hz at -16dBm) test with automatic check.Indicates the system used a 105-typetest line.
TL65 Variable Indicates the system used a 105-typetest line to perform the loss (404,1004, and 2804 Hz at -16 dBm) test.
TNSS Variable Indicates the system performed thenon-synchronous test line test.
TR2L Variable Indicates the system performed therepeat two long delay test.
TR2S Variable Indicates the system performed therepeat two short delay test.
TSBS Variable Indicates the system performed thefar-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at
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Field Value Fixed orVariable
Description
-16 dBm), noise (C_notched filter),and return loss test. Indicates thesystem used a 105-type test line.
TSBT Variable Indicates the system performed thereturn loss measurement test.
TSYN Variable Indicates the system performed thesynchronous test line test.
TS65 Variable Indicates the system performed thefar-end equipment self-check of loss(404, 1004, and 2804 Hz test tone at-16 dBm) and noise (C_notched filter).Indicates the system used a 105-typetest line.
T100 Variable Indicates the system performed themilliwatt and balance test. Indicatesthe system used a 100-type test lineand the version (old or new) is notknown.
T102 Variable Indicates the system performed themilliwatt test. The system used a 102-type test line.
T103 Variable Indicates the system used a 103-typetest line to perform the signaling test.
T104 Variable Indicates the system used a 104-typetest line to perform the milliwatt test inboth directions.
T105 Variable Indicates the system performed theloss (1004 Hz at 0 dBm) and noise(C_message filter) test with automaticcheck. Indicates the system used a105-type test line.
T165 Variable Indicates the system performed theloss (404, 1004, and 2804 Hz at -16dBm) and noise (C_notched filter) testwith automatic check. Indicates thesystem used a 105-type test line.
T5AS Variable Indicates the system performed theloss (1004 Hz at 0 dBm), noise(C_message filter), and return losstest with automatic check. Indicatesthe system used a 105-type test line.
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Field Value Fixed orVariable
Description
T5AT Variable Indicates the system performed theloss (C1004 Hz at 0 dBm), noise(C_message filter), and return loss(C1004 Hz at 0 dBm) test. Indicatesthe system used a 105-type test line.
T5BS Variable Indicates the system used a 105-typetest line to perform a return lossmeasurement and self check test.
T5LB Variable Indicates the system performed theloss (404, 1004, and 2804 Hz at -16dBm) and return loss test. Indicatesthe system used a 105-type test line.
T5SB Variable Indicates the system used a 105-typetest line to perform the return loss testwith self-check.
GRP clli Table CLLI Variable Provides the common languagelocation identifier (CLLI) for the trunkgroup. The field lists CLLI from ClMAP level for the list of off ice CLLI.
ATT GRP TESTSUMMARY
Constant Fixed Indicates report is a group testsummary for trunk groups that anautomatic trunk test (ATT) systemtests.
tstnm DIAG Variable Indicates the system performed theextended diagnostic test.
MXAM Variable Indicates the system performed themobile telephone exchange (MTX)audio loop test with C-message filter.
MXAN Variable Indicates the system performed theMTX audio loop test with C-notchfilter.
MXRM Variable Indicates the system performed theMTX radio frequency loop test with C-message filter.
MXRN Variable Indicates the system performed theMTX radio frequency loop test with C-notch filter.
MXWM Variable Indicates the system performed theMTX wire loop test with C-messagefilter.
MXWN Variable Indicates the system performed theMTX wire loop test with C-notch filter.
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Field Value Fixed orVariable
Description
N100 Variable Indicates the system used the 100-type test line to perform the newversion of the milliwatt and balancetest.
S100 Variable Indicates the system used the 100-type test line to perform only the oldversion of balance test.
TART Variable Indicates the system performed aTurkey arter test line test.
TA01 Variable Indicates the system performed atransmission test of levelmeasurements in both directions.Indicates the system used automatictransmission measuring equipment(ATME).
TA02 Variable Indicates the system used ATME toperform a transmission test of lossfrequency deviation.
TA03 Variable Indicates the system used ATME toperform a transmission test of noisemeasurements.
TA04 Variable Indicates the system used ATME toperform a transmission test of levelmeasurements in both directions andnoise measurements.
TA05 Variable Indicates the system used ATME toperform a transmission test of lossfrequency deviation and noisemeasurements.
TA06 Variable Indicates the system used ATME toperform a full signaling test.
TA07 Variable Indicates the system used ATME toperform a full signaling test andtransmission test of levelmeasurements in both directions.
TA08 Variable Indicates the system used ATME toperform a full signaling test andtransmission test of loss frequencydeviation.
TA09 Variable Indicates the system used ATME toperform a full signaling test andtransmission test of noisemeasurements.
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Field Value Fixed orVariable
Description
TA10 Variable Indicates the system performed a fullsignaling test, transmission test oflevel measurements in both directions,and noise measurements. The systemused ATME.
TA11 Variable Indicates the system performed a fullsignaling test, a transmission test ofloss frequency deviation, and noisemeasurements. The system usedATME.
TA12 Variable Indicates the system used ATME toperform a short signaling test.
TA13 Variable Indicates the system used ATME toperform a busy-flash signaling test.
TA14 Variable Indicates the system performed abusy-flash signaling test and atransmission test of levelmeasurements in both directions. Thesystem used ATME.
TA15 Variable Indicates the system used ATME toperform a busy-flash signaling testand a transmission test of lossfrequency deviation.
TA16 Variable Indicates the system used ATME toperform a busy-flash signaling testand a transmission test of noisemeasurements.
TA17 Variable Indicates the system performed abusy-flash signaling test, atransmission test of levelmeasurements in both directions, andnoise measurements. Indicates thesystem used ATME.
TA18 Variable Indicates the system performed abusy-flash signaling test, atransmission test of loss frequencydeviation, and noise measurements.The system used ATME.
TA19 Variable Indicates the system used ATME toperform a full signaling test and abusy-flash signaling test.
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Field Value Fixed orVariable
Description
TA20 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, and a transmission test of levelmeasurements in both directions.Indicates the system used ATME.
TA21 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, and a transmission test of lossfrequency deviation. Indicates thesystem used ATME.
TA22 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, and a transmission test of noisemeasurements. Indicates the systemused ATME.
TA23 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, a transmission test of levelmeasurements in both directions, andnoise measurements. Indicates thesystem used ATME.
TA24 Variable Indicates the system performed a fullsignaling test, a busy-flash signalingtest, a transmission test of noisemeasurements and loss frequencydeviation. Indicates the system usedATME.
TA25 Variable Indicates the system used ATME toperform a short signaling test and abusy-flash signaling test.
TCON Variable Indicates the system performed theCCIS #6 continuity test.
TCOT Variable Indicates the system performed theCCIS #6 continuity test for the newversion on digital trunk controller(DTC).
TE_M Variable Indicates the system performed the Eand M lead signaling test.
TLPA,TLPB Variable Indicates the system performed theloop around test-line test.
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Field Value Fixed orVariable
Description
TL0N Variable Indicates the system performed theloss (1004 Hz at 0 dBm) and noise(C_message filter) test. Indicates thesystem used a 105-type test line.
TL0S Variable Indicates the system performed theloss (1004 Hz at 0 dBm) test withautomatic check. Indicates the systemused a 105-type test line.
TL05 Variable Indicates the system used a 105-typetest line to perform the loss (1004 Hzat 0 dBm) test.
Active message example1.ATT100 DEC1305:13:37 8702 INFO GRP OTMF1
ATT GRP TEST SUMMARY. TEST: T5AT SUMMARY
TESTEQ:TTU 1 TIG:-8680 TESTED: 0% FLTEST: 0% SKIPPED: 0%
LOSS DEVIATION IN DB (MEAS AT 0/-10 DB 1004 HZ)
Left Margin = 0.60 inches, First Indent =
0 inches>-4.8 AND LOWER 0
-4.7 THROUGH -4.3 0
-4.2 THROUGH -3.8 0
-3.7 THROUGH -3.3 0
-3.2 THROUGH -2.8 0
-2.7 THROUGH -2.3 0
-2.2 THROUGH -1.8 0
-1.7 THROUGH -1.3 0
-1.2 THROUGH -0.8 0
-0.7 THROUGH -0.3 1
-0.2 THROUGH 0.2 1
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0.3 THROUGH 0.7 0
0.8 THROUGH 1.2 0
1.3 THROUGH 1.7 0
1.8 THROUGH 2.2 0
2.3 THROUGH 2.7 0
2.8 THROUGH 3.2 0
3.3 THROUGH 3.7 0
3.8 THROUGH 4.2 0
4.3 THROUGH 4.7 0
4.8 AND HIGHER 0
NOISE DEVIATION IN DBRN (MEAS C-MESSAGE)
Left Margin = 0.60 inches, First Indent =
0 inches>-8 AND LOWER 2
-7 THROUGH -5 0
-4 THROUGH -2 0
-1 THROUGH 1 0
2 THROUGH 4 0
5 THROUGH 7 0
8 THROUGH 10 0
11 THROUGH 13 0
14 AND HIGHER 0
Clear message examplen/a
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Associated OM registers
ATT111The Automatic Trunk Testing (ATT) subsystem generates ATT111 whenthe number of groups the ATT subsystem can test at the same time ischanged.
The ATT subsystem normally tests multiple groups of trunks at the sametime. The number of groups of trunks tested at the same time can change.Enter a command at the ATT MAP level to change the number.
There is no additional information
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatATT111 mmmdd hh:mm:ss ssdd INFO ATT SIMULTANEOUS TESTS
RESET FROM n1 TO n2 SIZE
Selected field descriptionsField Value Fixed or
VariableDescription
INFO ATTSIMULTANEOUSTESTS RESETFROM n1 TO n2 SIZE
0 to 14 Variable Indicates change in the number oftrunk groups that can test at the sametime.
Active message exampleATT111 JAN01 16:02:01 6234 INFO ATT SIMULTANEOUS TESTS
RESET FROM 5 TO 10 SIZE
Clear message examplen/a
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Associated OM registers
ATT112The Automatic Trunk Testing (ATT) subsystem report ATT112. Thesubsystem generates ATT112 when the system selects test equipment orreference trunks.
The trunk test starts after the system selects test equipment. The ATTsubsystem generates the ATT112 report after the system seizes and teststhe test equipment.
Some trunk tests require one or more reference trunks. The subsystemstarts the trunk test after the system selects the reference trunk. The ATTsubsystem generates the ATT112 report after the system seizes and teststhis reference trunk.
There is no additional information
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format1.ATT112 mmmdd hh:mm:ss ssdd INFO GRP cllinm
equtxt SELECTED: trkid typetxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO GRP cllinm customer data TableCLLI
Variable Provides common language locationidentifier (CLLI) of trunk group. ListCLLI from Cl MAP level for correctCLLI.
equtxt REFERENCE TRUNK Variable Indicates that the system selected thereference trunk.
TEST EQUIPMENT Variable Indicates that the system selected thetest equipment facilities.
TLPA REFERENCETRUNK
Variable Indicates the system selectedreference trunks for loop around trunktest.
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Field Value Fixed orVariable
Description
SELECTED: trkid Symbolic text Variable Provides equipment identification forreference trunk, loop aroundreference-trunk, or test equipment.Refer to Table I.
typetxt TESTEQ Variable Indicates the system selected testequipment. Displayed if equtxt= TESTEQUIPMENT.
REFERENCE Variable Indicates the system selected thereference trunk. Appears if equtxt=REFERENCE TRUNK or TLPAREFERENCE TRUNK.
Active message example1.ATT112 DEC13 05:07:55 1126 INFO GRP OTMF1
TEST EQUIPMENT SELECTED: TTU 1 TESTEQ
Clear message examplen/a
Associated OM registers
ATT113The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
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The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO
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CKT trkid
tstnm MEAS AT-16 DB EML: nn.n DB qltxt rslttxt
LOSS MEAS AT:404 1004 2804 HZ
FE_S.C: sctxt sctxt sctxt
FN_DEV: n1 n2 n3 DB
NF_DEV: n1 n2 n3 DB
NOISE C_NOTCHED NML: nn NIAL: nn DBRN
FE_S.C: sctxt FN_NSE: nn.n NF_NSE: nn.n DBRN
RETURN LOSS ERL SRL SHI
F_N: n1 n2 n3 DB
N_F: n1 n2 n3
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
Active message exampleATT113 JAN01 00:00:01 9098 INFO
CKT MTRLP2XX 34
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T56N MEAS AT -16 DB EML: 4.0 DB Q1 PASS
LOSS MEAS AT: 404 1004 2804 HZ
FN_DEV: 0.5 0.9 1.0 DB
NF_DEV: -0.5 0.5 -1.1 DB
NOISE C_NOTCHED NML: 30 NIAL: 50 DBRN
FN_NSE: 20 NF_NSE: 30 DBRN
RETURN LOSS ERL SRL SHI
F_N: 22.5 15.6 20.2 DB
N_F: 20.0 15.0 30.0 DB
Clear message examplen/a
Associated OM registers
ATT113 Format 2The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
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The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO
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CKT trkid
tstnm LOSS MEAS AT 0 dB AND AT 1004 HZ EML: nn.n dB qltxt
FE_S.C: sctxt FN_DEV: nn.n NF_DEV: nn.n DB
NOISE C_MESSAGE NML: nn NIAL: nn DBRN
FE_S.C: sctxt FN_NSE: nn.n NF_NSE: nn.n DBRN
RETURN LOSS ERL SRL SHI
F_N: n1 n2 n3 DB
N_F: n1 n2 n3
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
Active message exampleATT113 JAN01 00:00:02 9098 INFO
T5AS LOSS MEAS AT 0 dB AND AT 1004 HZ EML: 4.0 dB PASS
FE_S.C: OK FN_DEV: 0.1 NF_DEV: -0.2 DB
NOICE C_MESSAGE NML: 30 NIAL: 41 DBRN
FE_S.C: OK FN_NSE: 20 NF_NSE: 29 DBRN
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RETURN LOSS ERL SRL SHI
F_N: 22.5 15.6 20.2 DB
N_F: 20.0 15.0 30.0 DB
Clear message examplen/a
Associated OM registers
ATT113 Format 3The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
ATT113 Format 3 495
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• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm SELFCHECK AT-16 DB AND AT: 404 1004 2804 Hz
LOSS FE_S.C: sctxt sctxt sctxt
NOISE C_NOTCHED FE_S.C: sctxt
RETURN LOSS ERL SRL SHI
FE_S.C: sctxt sctxt sctxt
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Selected field descriptionsField Value Fixed or
VariableDescription
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
Active message exampleATT113 JAN01 00:01:01 1001 INFO
CKT MTXTRB2XX 36
TS65 SELFCHECK AT -16 DB AND AT: 404 1004 2804 Hz
LOSS FE_S.C: OK OK OK
NOISE C_NOTCHED FE_S.C: OK
Clear message examplen/a
Associated OM registers
ATT113 Format 4The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
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• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
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AttributesAttribute Value
Severity Warning
Format.ATT113 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm LOSS AT 0 DB 1004 HZ FE_S.C: sctxt
NOISE C_MESSAGE FE_S.C: sctxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
Active message exampleATT113 JAN01 00:01:01 1001 INFO
CKT MTXTRB2XX 36
TS05 LOSS AT 0 DB 1004 HZ FE_S.C: OK
NOISE C_MESSAGE FE_S.C: OK
Clear message examplen/a
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Associated OM registers
ATT113 Format 5The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
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• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm RETURN LOSS ERL SRL SHI qltxt rslttxt
FE_S.C: sctxt sctxt sctxt
F_N: n1 n2 n3 DB
N_F: n1 n2 n3 DB
Selected field descriptionsField Value Fixed or
VariableDescription
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
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Field Value Fixed orVariable
Description
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
Active message exampleATT113 JAN01 00:01:011234 INFO
CKT MTXTDN2FF 45
T5BS RETURN LOSS ERL SRL SHI PASS
FE_S.C: OK OK OK
F_N: 20.5 15.4 20.4 DB
N_F: 20.4 16.0 21.0 DB
Clear message examplen/a
Associated OM registers
ATT113 Format 6The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
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The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO qltxt rslttxt
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CKT trkid
TERL RETURN LOSS ERL
F_N: nn.n DB
N_F: nn.n DB
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
Active message exampleATT113 JAN01 00:01:011234 INFO
CKT MTXTDN2FF 45
TERL RETURN LOSS ERL PASS
F_N: 20.5 DB
N_F: 20.4 DB
Clear message examplen/a
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Associated OM registers
ATT113 Format 7The Automatic Trunk Testing (ATT) subsystem report ATT113. Thesubsystem generates ATT113 when a 105-type trunk test completes.There are seven different formats for ATT113. Each format has a differentExplanation Table for the fields that appear. The following are the tests foreach of the seven formats:
• FORMAT 1 TL6N, TL6S, T165, T5LB, and T56N
• FORMAT 2 TL05, TL0S, TL05, T105, T5AS, T5AT, and T50L
• FORMAT 3 TSBS and TS65
• FORMAT 4 TS05
• FORMAT 5 TSBT, T5BS, and T5SB
• FORMAT 6 TERL
• FORMAT 7 T5LH.
The trunk tests that ATT113 reports perform a part of the following tests:
• Two-way transmission loss measurement test that uses one of twotypes of test tones:
• A set of test tones at 404, 1004, and 2804 Hz, with a signal strength of-16 dBm
• A single test tone at 1004 Hz with a signal strength of 0 dBm.
• Far-end self-check of transmission test equipment, that uses the sametype of test tones as the transmission loss measurement test.
• Two-way noise measurement test, that uses a C-notched filter. Thistest runs while the system makes a 1004 Hz test tone is on the trunk.The C-notched filter attenuates only the test tone frequency to makesure of accurate noise measurements. The noise measurement testcan run with the transmission loss test. The transmission loss test usestest tones at 404, 1004, and 2804 Hz, and -16 dBm.
• Two-way noise measurement test that uses a C-message filter. The C-message filter is a bandpass filter over the voice frequency range. Thisnoise measurement test can occur along with the transmission losstest. The transmission loss test uses a test tone at 1004 Hz and 0 dBm.
• Far-end self-check of the noise test equipment, that uses the samefilter type that the two-way noise measurement tests use.
• Two-way return loss measurement and far-end self check for thefollowing tests:
ATT113 Format 7 505
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• Echo Return Loss (ERL) test
• Low frequency Singing Return Loss (SRL) test
• High frequency Singing Return Loss (SHI) test.
Remedial actionIf rslttxt= PASS or there is no result, there is no action required.
If rslttxt = FAIL, see Card Replacement Procedures, for step-by-stepinstructions. Take immediate action if qltxt = Q2.
AttributesAttribute Value
Severity Warning
FormatATT113 mmmdd hh:mm:ss ssdd INFO qltxt rslttxt
CKT trkid
TERL RETURN LOSS SRL SHI
F_N: n1 n2 DB
N_F: n1 n2 DB
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Representative text Variable Exercises equipment identification forsuspect trunk equipment.
T5LH Constant Fixed Demonstrates 105-type test lineperformed singing return loss (low andhigh frequencies) measurement.
RETURN LOSS SRLSHI
Constant Fixed Cites table header for following returnloss transmission measurement tests:
• Low frequency singing return loss
• High frequency singing return loss
F_N: n1 n2 DB -99.9 to 99.9 dB Variable States the results of far-to-near endreturn loss test for SRL and SHI
N_F: n1 n2 n3 -99.9 to 99.9 dB Variable States results of far-to-near end returnloss test for SRL and SHI
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Active message exampleATT113 JAN01 00:01:011234 INFO
CKT MTXTDN2FF 45
T5LH RETURN LOSS SRL SHI PASS
F_N: 15.4 20.4 DB
N_F: 16.0 21.0 DB
Clear message examplen/a
Associated OM registers
ATT114The Automatic Trunk Testing (ATT) subsystem generates ATT114 if thesystem detects a fault. The system detects a fault when the system runs atrunk test on a 105-type test line. Log report ATT114 identifies the test andfault. A C-message filter is a bandpass filter over the voice frequencyrange. Noise measurements use a C-notched filter when a test tone is onthe trunk. The C-notched filter attenuates the test tone frequency to makesure noise measurements are accurate. A command at the ATT MAP levelor a scheduled test can initiate these tests.
Remedial actionIf action in description field fails to correct the problem, contact next level ofmaintenance.
AttributesAttribute Value
Severity Warning
FormatATT114 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm FAULT: flttxt
ATT114 507
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Selected field descriptionsField Value Fixed or
VariableDescription
FAR ENDDISCONNECTED
Variable Indicates far-end office disconnectedwithout a warning after logon.
ACTION: Try test again.
HI-DRY TONEDETECTED
Variable Indicates far-end office did not sendan off-hook signal after a burst ofaudible ringing tone.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, trouble is in far-endoffice or transmission equipment.Diagnose transmission equipment.
HIGH TONEDETECTED
Variable Indicates far-end office detected ahigh tone.
ACTION: Try test again.
INVALID TNE DETFAR END
Variable Indicates far-end office detected aninvalid tone.
ACTION: Check test and trunkparameters and options again. Trytest again.
INVALID TNE DETNEAR END
Variable Indicates DMS switch detected aninvalid tone from far-end office.
ACTION: Try test again.
INVALID TST REQFAR END
Variable Indicates far-end office returned aninvalid test request signal.
ACTION: Recheck test and trunkparameters and options. Try testagain.
MAILBOX FAULT Variable Indicates the system encounterssoftware trouble that affects mailbox.
ACTION: Try test again.
MILLIWATT TONEDETECTED
Variable Indicates far-end office returned amilliwatt tone.
ACTION: Try test again.
NO ANSWER FROMFAR END
Variable Indicates far-end office failed torespond after system seized trunk.
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Field Value Fixed orVariable
Description
ACTION: Try test again.
NO FAR END TESTEQUIP
Variable Indicates far-end office does not havethe necessary test equipment.
ACTION: Check trunk and testparameters and options.
NO Q LIMITSRECEIVED
Variable Indicates system did not receivemaintenance action and immediateaction limits for transmissionmeasurements.
ACTION: Diagnose transmission testequipment. Try test again.
NO REPLY FROMFAR END
Variable Indicates that far-end office did notreply to test request signal.
ACTION: Try test again.
NO TESTEQUIPMENT
Variable Indicates test line test failed becausetest equipment is not available.
ACTION: Check trunk and diagnostictest parameters and options.
NO TL/NO FAR ENDTEST EQPMT
Variable Indicates test line or far-end office testequipment is not available, generallybecause of a data error.
ACTION: Check trunk and testparameters and options. If data erroris not found, the fault is at far-endoffice.
NO TNE DET FAREND
Variable Indicates far-end office failed to detecta test tone.
ACTION: Diagnose trunk andtransmission test equipment. Try testagain.
NO TNE DET NEAREND
Variable Indicates DMS switch failed to detecta test tone from far-end office.
ACTION: Try test again.
OUTPULSING -INVALID REPLY
Variable Indicates the system encounterstransmission problems because of aninvalid reply from far-end office.
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Field Value Fixed orVariable
Description
ACTION: Diagnose trunk under test. Ifdiagnostics pass, problem is in far-endoffice or transmission equipment.Diagnose transmission equipment.
OUTPULSING -CONGESTION
Variable Indicates the system encounterstransmission trouble because of near-end congestion.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, the trouble is in far-end office or transmission equipment.Diagnose transmission equipment.
OUTPULSING -HARDWARE TBL
Variable Indicates system encounterstransmission trouble because of ahardware fault.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, problem is in the far-end office or transmission equipment.Diagnose transmission equipment.
OUTPULSING - NOREPLY
Variable Notes the system encounterstransmission trouble because the far-end office did not reply.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, trouble is in far-endoffice or transmission equipment.Diagnose transmission equipment.
OUTPULSING -TROUBLE
Variable Indicates the system encounterstransmission trouble.
ACTION: Diagnose trunk under test. Ifdiagnostics pass, problem is in far-endoffice or transmission equipment.Diagnose transmission equipment.
OVERFLOW TONEDETECTED
Variable Indicates far-end office returned anoverflow tone.
ACTION: Try test again.
PERIODIC SIGNALTONE DETECTED
Variable Indicates far-end office returns aperiodic tone.
ACTION: Try test again.
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Field Value Fixed orVariable
Description
QUIETTERMINATION
Variable Indicates far-end office applies quiettermination to trunk.
ACTION: Try test again.
REORDER TONEDETECTED
Variable Indicates far-end office returns areorder tone.
ACTION: Try test again.
RINGING TONEDETECTED
Variable Indicates far-end office returns ringingtone.
ACTION: Try test again.
SELF -CHECKFAILURE
Variable Indicates trunk or test equipment failself-check.
ACTION: Diagnose trunk and testequipment.
TERM TESTEQUIPMENT FL
Variable Indicates test did not terminatenormally because of a test equipmentfailure.
ACTION: Diagnose test equipment.Try test again.
TEST EQPMT NOTREQUIRED
Variable Indicates test failed because of aproblem in requested test. Therequested test called for equipmentthat was not necessary.
ACTION: Check test and trunkparameters and options. Try testagain.
TEST EQUIPMENTFAULT
Variable Indicates failure of TTT activity toopen or reset.
ACTION: Diagnose TTT facility. Trytest again.
TEST REQUESTFAILURE
Variable Indicates the ATT subsystem does notstart requested test.
ACTION: Try test again.
TONE DETECTORFAULT
Variable Indicates failure of tone detectionsystem.
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Field Value Fixed orVariable
Description
ACTION: Diagnose tone detectioncircuit. Try test again.
TPT IS NOTRECEIVED
Variable Indicates far-end office did not receivetest progress tone (TPT) whenexpected.
ACTION: Try test again.
TPT TONEDETECTED
Variable Indicates far-end office received TPT,but did not expect to receive TPT.
ACTION: Try test again.
FAULT UNKNOWN TONEDETECTED
Variable Indicates far-end office returned anunknown tone.
ACTION: Try test again.
120 IPM TONEDETECTED
Variable Indicates far-end office returned toneat 120 impulses for each minute.
ACTION: Try test again.
30 IPM TONEDETECTED
Variable Indicates far-end office returned toneat 30 impulses for each minute.
ACTION: Try test again.
INFO CKT ConstantRepresentative text
Variable Indicates the system generates theinformation log. Provides equipmentidentification for suspect trunkequipment.
tstnm TERL Variable Indicates the system uses 105-typetest line to perform echo return lossmeasurement.
TL0N Variable Indicates the system uses 105-typetest line to perform loss (1004 Hz at 0dBm) and noise (C-message filter)tests.
TL0S Variable Indicates the system uses a 105-typetest line to perform loss (1004 Hz at 0dBm) test with self-check.
TL05 Variable Notes the system uses a 105-type testline to perform loss (1004 Hz at 0dBm) test.
TL6N Variable Indicates the system uses a 105-typetest line to perform tests. The systemperforms loss (404, 1004 and 2804 Hz
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Field Value Fixed orVariable
Description
at -16 dBm). The system uses a 105-type test line to perform noise (C-notched filter) test.
TL6S Variable Indicates the system uses a 105-typetest line to perform loss (404, 1004and 2804 Hz at -16 dBm) test withself-check.
TL65 Variable Indicates the system uses a 105-typetest line to perform loss (404, 1004and 2804 Hz at -16 dBm) test.
TSBS Variable Indicates the system uses a 105-typetest line to perform far-end equipmentself-check of:
• loss (404, 1004, and 2804 Hz testtone at -16 dBm) test
• noise (C-notched filter) test
• return loss test
TS05 Variable Indicates the system uses a 105-typetest line to perform far-end equipmentself-check. The system checks loss(1004 Hz 0 dBm) and noise (C-message filter).
TS65 Variable Indicates the system uses a 105-typetest line to perform far-end equipmentself-check. The system checks loss(404, 1004 and 2804 Hz test tone at-16 dBm) and noise (C-notched filter).
T105 Variable Indicates the system uses a 105-typetest line to perform tests. The systemperforms loss (1004 Hz at 0 dBm) andnoise (C-message filter) test with self-check.
T165 Variable Indicates the system used 105-typetest line to perform tests. The systemperforms loss (404, 1004 and 2804 Hzat -16 dBm) and noise (C-notchedfilter) test with self-check.
T5AS Variable Indicates the system used 105-typetest line to perform tests with self-check. The system performs loss(1004 Hz at 0 dBm), noise (C-message filter) and return loss test.
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Field Value Fixed orVariable
Description
T5AT Variable Indicates the system used 105-typetest line to perform tests. The systemperforms loss (C1004 Hz at 0 dBm),noise (C-message filter) and returnloss (C1004 Hz at 0 dB) test.
T5BS Variable Indicates the system uses 105-typetest line to perform return lossmeasurement and self-check test.
T5BT Variable Indicates the system uses 105-typetest line to perform return lossmeasurement.
T5LB Variable Indicates the system uses 105-typetest line to perform loss (404, 1004and 2804 Hz at -16 dBm) and returnloss test.
T5LH Variable Indicates the system uses 105-typetest line to perform singing return loss(low and high frequencies)measurement.
T5SB Variable Indicates the system uses 105-typetest line to perform return loss testwith self-check.
T50L Variable Indicates the system uses 105-typetest line to perform tests. The systemperforms loss (1004 Hz at 0 dBm) andreturn loss (C1004 Hz at 0 dB) tests.
T56N Variable Indicates the system used 105-typetest line to perform tests. The systempreforms loss (404, 1004 and 2804 Hzat -16 dBm), noise (C-notched filter)and return loss tests.
FAULT ANNOUNCEMENTTONE DETECTED
Variable Indicates far-end office returnsrecorded announcement.
ACTION: Try test again.
BUSY TONEDETECTED
Variable Indicates far-end office returns busysignal
ACTION: Try test again.
CONNECTION FL -CONFUSION
Variable Indicates system encounters aconnection integrity fault.Transmission trunk testing (TTT)
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Field Value Fixed orVariable
Description
facility failed to make a connection totrunk through network because ofsoftware trouble.
ACTION: Try test again.
CONNECTION FL -INTEGRITY
Variable Indicates system encounters aconnection integrity fault. The TTTfacility failed to make a connection totrunk through network because of achannel integrity loss.
ACTION: Diagnose transmission trunktesting equipment.
DIAL TONEDETECTED
Variable Indicates far-end office returned a dialtone.
ACTION: Try test again.
FAILED TO GETMAILBOX
Variable Indicates encounter of softwareproblem and loss of mailbox messageat receiving end.
ACTION: Try test again.
FAILED TO OPENTTU
Variable Indicates transmission test unit (TTU)failed to open when requested.
ACTION: Diagnose TTU.
FAILED TO SENDMESSAGE
Variable Indicates system encounters asoftware problem and loss of mailboxmessage at sending end.
ACTION: Try test again.
FAILED TO SET TTU Variable Indicates TTU failed to set or reset atrequest.
ACTION: Diagnose TTU.
FAILED TO STARTTTU
Variable Indicates TTU failed to start onrequest.
ACTION: Diagnose TTU.
FAR ENDCONGESTION
Variable Indicates system received congestionmessage from far-end office duringtest.
ATT114 515
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Field Value Fixed orVariable
Description
ACTION: Far-end office does notalways have terminating test line.Check trunk parameters or options.
Active message exampleATT114 APR29 12:12:12 7394 INFO
MTRLPQXXX34 34
T105 FAULT: NO ANSWER FROM FAR END
Clear message examplen/a
Associated OM registers
ATT115The Automatic Trunk Testing (ATT) subsystem generates ATT115 when asuccessful ARTER transmission test runs. The ARTER test is theautomatic transmission test that the telephone network in Turkey uses.This test works with a 6805 or an equal system. The test design is not foruse in the North American market.
The 6805 can be a two-wire or four-wire unit. If the 6805 is a four-wire unit,the system executes the following trunk runs:
• Far-to-near end loss and noise test
• Near-to-far end loss and noise test
• Loop-around loss and noise test
If the 6805 is a two-wire unit, the system executes the far-to-near end lossand noise tests.
The system uses an 804Hz test tone at 0 dBm to perform transmissionloss measurements. In order to perform noise measurements, the 6805unit provides quiet termination to the trunk. The DMS switch measures thenoise levels.
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
Format1.ATT115 mmmdd hh:mm:ss ssdd INFO
CKT trkid
EML = nn.n DB NML = nn DBRN NIAL = nn DBRN
FN_DEV = nn.n ?!txt FN_NOISE = nn.n rtxt qltxt
NF_DEV = nn.n ?!txt NF_NOISE = nn.n rtxt qltxt
ANS RCVD = anstxt
Selected field descriptionsField Value Fixed or
VariableDescription
NIAL 1 to 63 Variable Indicates noise immediate action limit(NIAL) in decibels above referencenoise field. Field NIAL is an enteredvalue in customer data TableCLLIMTCE.DIAGDATA. If the noisemeasurement exceeds NIAL, initiatemaintenance action
FN_DEV -99.9 to +99.9 dB Variable Indicates far-or-near end lossdeviation in decibels field. FieldFN_DEV indicates difference betweenmeasured loss on trunk and EML indecibels.
NF_DEV -99.9 to +99.9 dB Variable Indicates near-to-far end lossdeviation in decibels field. FieldNF_DEV indicates difference betweenmeasured loss on trunk and EML indecibels. The system displays thisfield only for 6805 4-wire units.
?!txt Blank Variable Indicates loss deviation is less thanmaintenance limit
? Variable Indicates loss deviation is greater thanmaintenance limit and less thanimmediate action limit
! Variable Indicates loss deviation is greater thanimmediate action limit
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Field Value Fixed orVariable
Description
FN_NSE -99.9 to 99.9 Variable Indicates measured far-to-near endnoise in decibels above referencenoise
NF_NSE -99.9 to 99.9 Variable Indicates measured near-to-far endnoise in decibels above referencenoise. The system displays this fieldonly for 6805 4-wire units.
rtxt PASS Variable Indicates test passed. Loss and noisemeasurements in acceptable limits.
FAIL Variable Indicates test failed. Loss and noisemeasurements not in acceptablelimits.
qltxt Variable Blank Indicates transmissionmeasurements in acceptable limits
Q1 Variable Indicates transmission measurementsin maintenance limit. Initiatemaintenance action.
Q2 Variable Indicates transmission measurementsexceeded immediate action limit.Initiate immediate action.
ANS RECD Y Variable Indicates 6805 unit responded to trunktest request for digits
N Variable Indicates 6805 unit did not respond totrunk test request for digits
INFO CKT Representative text Variable Provides equipment identification forsuspect trunk equipment
TART Constant Fixed Indicates performance of ARTERtransmission test for system in Turkey
EML 0.0 to 36.0 Variable Indicates expected measured loss(EML) in decibels field. Field EML isan entered value in customer dataTable CLLIMTCE.DIAGDATA.
NML 1 to 63 Variable Provides noise maintenance limit(NML) in decibels above referencenoise field. Filed NML is an enteredvalue in customer data TableCLLIMTCE.DIAGDATA. If the noisemeasurement exceeds NML, initiatemaintenance action.
Active message example1.ATT115 FEB17 00:02:40 8831 INFO
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CKT OTMF1 0
EML = 6.0 DB NML = 30 DBRN NIAL = 30 DBRN
FN_DEV = 1.1 FN_NOISE = 16 PASS
NF_DEV = 3.9 ? NF_NOISE = 16 PASS Q1
ANS RCVD = Y
Clear message examplen/a
Associated OM registers
ATT116The Automatic Trunk Testing (ATT) subsystem generates ATT116 when acellular trunk test terminates normally. Log report ATT116 reports threetypes of tests:
• The wire loop test measures loss and noise on wire trunk facilitiesbetween the DMS and cellular remote carrier unit (RCU).
• The audio loop test measures loss and noise on wire trunk facilities andRCU audio circuitry.
• The radio frequency loop test measures loss and noise on wire trunkfacilities, RCU audio, and radio frequency (RF) circuitry. The RCU RFcircuitry is the cellular transmitter. This test requires a test and alarmunit (TAU) that is remote from the RCU. A TAU is a remote cellulartelephone with circuitry to test, measure, and report on thetransmission characteristics of the RCU.
All loss measurements use a test tone of 1004 Hz at 0 dBM or -16 dBm. Allnoise measurements use a C-message filter or a C-notched filter.
A C-message filter is a bandpass filter over the voice frequency range.Noise measurements use a C-notched filter to take measurements while atest tone occurs. This filter attenuates the frequency of the test tone tomake accurate noise measurements.
Remedial actionIf rsltxt= PASS, there is no action required.
If rsltxt = FAIL, refer to Card Replacement Procedures for step-by-stepprocedures. If q1txt = Q2, take immediate action.
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AttributesAttribute Value
Severity Warning
Format1.ATT116 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm EML: nn.n FN_DEV: nn.n NF_DEV: nn.n qltxtt rslttxt
NML: nn NIAL: nn NOISE: nn.n
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
tstnm MXAM Variable Indicates performance of mobiletelephone exchange (MTX) audio looptest with C-message filter
MXAN Variable Indicates performance of MTX audioloop test with C-notch filter
MXRM Variable Indicates performance of MTX radiofrequency loop test with C-messagefilter
MXRN Variable Indicates performance of MTX radiofrequency loop test with C-notch filter
MXWM Variable Indicates performance of MTX wireloop test with C-message filter
MXWN Variable Indicates performance of MTX wireloop test with C-notch filter
EML 0.0 to 36.0 Variable Provides expected measured loss(EML) in decibels. Field EML is anentered value in customer data TableCLLIMTCE.DIAGDATA.
FN_DEV -99.9 to +99.9 Variable Provides far-to-near end deviation indecibels. Field FN_DEV indicatesdifference between measured loss ontrunk and EML in decibels.
FN_DEV *** Variable Indicates far-to-near end deviationexceeds 99.9 dB
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Field Value Fixed orVariable
Description
NF_DEV -99.9 to +99.9 Variable Provides near-to-far end deviation.Field NF_DEV indicates differencebetween measured loss on trunk andEML in decibels.
*** Variable Indicates near-to-far end deviationexceeds 99.9 dB
rsltxt PASS Variable Indicates test passed. Noise and lossmeasurements in acceptable limits.
FAIL Variable Indicates failure of test. Noise andloss measurements not in acceptablelimits. Refer to Action section of thislog.
NML 1 to 63 Variable Indicates noise maintenance limit(NML) in decibels. Field NML is anentered value in customer data TableCLLIMTCE.DIAGDATA. If the NOISEmeasurement exceeds NML, initiatemaintenance action.
NIAL 1 to 63 Variable Indicates noise immediate action limit(NIAL) in decibels. NIAL is an enteredvalue in customer data TableCLLIMTCE.DIAGDATA. If noisemeasurement exceeds NIAL, initiateimmediate maintenance action.
NOISE -99.9 to +99.9 Variable Indicates far-to-near end noisemeasured on trunk in decibels abovereference noise (dBRN)
qltxt Blank Variable Indicates transmission measurementsin acceptable limits
Q1 Variable Indicates transmission measurementsin maintenance limit. Initiatemaintenance action.
Q2 Variable Indicates transmission measurementsexceed immediate action limit. Trunkrequires immediate action.
Active message example1.ATT116 NOV15 10:01:09 8200 INFO
CKT MONTANAACE 1
MXWM EML: 10.1 FN_DEV: -0.3 NF_DEV: 0.3 PASS
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NML: 30 NIAL: 50 NOISE: 21
Clear message examplen/a
Associated OM registers
ATT117The Automatic Trunk Testing (ATT) subsystem generates ATT117 when acellular mobile test call attempt occurs. The test call can be:
• from a test and alarm unit (TAU) to the mobile telephone exchangeremote carrier unit (MTX RCU).
• from the MTX RCU to the TAU.
If the test call completes, the test passes. If the test fails, the systemgenerates other log reports to explain the failure.
A command entered at the ATT MAP level or a scheduled test initiates thistest.
Remedial actionIf rsltxtx=PASS, there is no action required.
If rslttxt=FAIL, see other CELL or TRK log reports that the systemgenerated at the same time for problem isolation and solving.
AttributesAttribute Value
Severity Warning
Format1.ATT117 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm infotxt rslttxt
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO Constant Fixed Indicates data that follows provides areport when a cellular mobile test callattempt occurs
CKT Symbolic text Variable Indicates equipment identification forsuspect trunk equipment
testnm MXOR Variable Indicates that MTX originates test callto TAU
MXTM Variable Indicates TAU originates test call toMTX
infotxt CALL COMPLETED Variable Indicates call completed
CALL ABORTED-CHECK LOGS
Variable Indicates system aborted call. Otherlogs generated by the system at thesame time explain the failure.
rslttxt PASS Variable Indicates test passed. Test callcompleted.
FAIL Variable Indicates test failed. System abortedtest call.
Active message example1.ATT117 MAY24 23:42:12 1234 INFO
CKT OWNHA2 1 10
MXOR CALL COMPLETED PASS
Clear message examplen/a
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Associated OM registers
ATT118The Automatic Trunk Testing (ATT) subsystem generates ATT118 whenreceive signal strength (RSSI) test for mobile telephone exchange (MTX)completes. RSSI uses a test and alarm unit (TAU). Three types of RSSItests are present:
• The control channel RSSI test measures the received signal strengthtransmitted by the TAU to a control channel receiver (CCH). The TAUtransmits signals on a control channel at four signal strengths. TheCCH measures and reports the received signal strength in decibels.
• The voice channel power test measures the received signal strength ona voice channel. The mobile telephone exchange remote carrier unit(MTX RCU) transmits the voice channel to the TAU. The TAUmeasures and reports the received signal strength in decibels.
• Voice channel RSSI and locating receiver RSSI test measures receivedsignal strength transmitted by TAU to a voice channel receiver (VCH).The voice channel RSSI test can run with a locating receiver (LCR).The TAU transmits signals on a voice channel at four signal strengths.The voice channel receiver and the locating receiver measure andreport the received signal strength in decibels.
Remedial actionThis log is for information purposes only.
If rslttxt=PASS, there is no action required.
If rslttxt=FAIL, manually run the test again to collect additional data.
AttributesAttribute Value
Severity Warning
Format1.ATT118 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm tsttxt
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Selected field descriptionsField Value Fixed or
VariableDescription
FAIL Variable Indicates received signal strengthmeasurements are not in acceptablelimits
INFO Constant Fixed Indicates following data provides areport when the RSSI test for themobile telephone exchangecompletes.
CKT Symbolic text Variable Provides equipment identification forsuspect trunk equipment
tstnm MXPW Variable Indicates performance of MTX powermeasurement test.
MXRC Variable Indicates performance of RSSI test forcontrol channel.
MXRV Variable Indicates performance of RSSI test forvoice channel.
tsttxt Variable A minimum of one of the followingvalues appears, according to the typeof test
TX POWER (DB) nnn Variable Provides received signal strengthtransmitted power on a voice channelfrom MTX RCU to TAU in decibels.Displayed when tstnm= MXPW.nnn=signal strength (-130 to -29).
CCH Variable Indicates circuit number of controlchannel that MXRC test uses.Appears when tstnm=MXRC.nnnn=circuit number (0 to 9999).
LCR Symbolic text Variable Indicates circuit number of locatingreceiver that MXRV test uses.Appears when tstnm=MXRV.nnnn=circuit number (0 to 9999).
VCH Symbolic text Variable Indicates use of VCH for MXRC test.Appears when tstnm=MXRC.
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Field Value Fixed orVariable
Description
RSSI(DB) Symbolic text Variable Indicates measured received signalstrength transmitted by TAU to device(VCH, LCR or CCH) in decibels.Records results of each of fourtransmission levels. Appears whentstnm=MXRC or MXRV. n1, n2, n3, n4= transmission levels (-130 to -29).
rslttxt PASS Variable Indicates received signal strengthmeasurements in acceptable limits
Active message example1.ATT118 JUL16 10:01:10 8201 INFO
CKT 10THAVE 2
MXRV VCH RSSI dB -65 -75 -85 -95
PASS
LCR 0 RSSI dB -65 -75 -85 -95
Clear message examplen/a
Associated OM registers
ATT119The ATTPL2 subsystem generates ATT119 to indicate the fail status of atransmission loss test. This test involves a 904 test line for MOC licenses.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatATT119 mmmdd hh:mm:ss ssdd INFO AUTOMATIC TRUNK TESTING
(The system only generates ATT119 on an internationalswitch.)
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Selected field descriptionsField Value Fixed or
VariableDescription
Field Value Variable Description
INFO AUTOMATICTRUNK TESTING
Variable
(The subsystem onlygenerates ATT119 onan internationalswitch)
Constant Fixed
Active message exampleATT119 APR01 12:00:00 2112 INFO AUTOMATIC TRUNK TESTING
(This log only generates on an international switch.)
Clear message examplen/a
Associated OM registers
ATT120The ATTPL2 subsystem generates ATT120 to indicate a pass status on atransmission loss test. This test involves a T904 test line for MOClicensees.
Remedial actionA future release of this manual will include additional information on thislog report.
AttributesAttribute Value
Severity Warning
FormatATT120 mmmdd hh:mm:ss ssdd INFO AUTOMATIC TRUNK TESTING
(The subsystem only generates ATT120 on an internationalswitch.)
Active message exampleATT120 APR01 12:00:00 2112 INFO AUTOMATIC TRUNK TESTING
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(This log only generates on an international switch.)
Clear message examplen/a
Associated OM registers
ATT121The Automatic Trunk Test (ATT) subsystem generates ATT121 when ATTperforms a Bit Error Rate Test Line (BERTL) on a trunk. The log reportsthe results of the test. The test fails when the results exceed setmaintenance test limit (Q limit).
Remedial actionn/a
AttributesAttribute Value
Severity Warning
Format1.ATT121 mmmdd hh:mm:ss ssdd INFO CKT cktid
tst BER = rate DURATION = n SEC/MINS restxt
ERS = percent TIME INSYNC = n SEC/MINS
SLIPS = slipn
Selected field descriptionsField Value Fixed or
VariableDescription
Q2 Variable Indicates the BERRL test on theindicated circuit failed. The number ofbits in error exceed the set Q limit.(BERQ, ERSQ, or SLIPSQ).
ERS percent 0 to 100 Variable Provides the percentage of thenumber of seconds of test durationwith the number of bits in error.
TIME INSYNC = nSEC/MINS
Integer Variable Indicates the time in sync.
SLIPS = slipn Integer Variable Indicates the number of slips that thesystem detected.
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Field Value Fixed orVariable
Description
INFO CKT cktid Symbolic test Variable Identifies the circuit under test. Referto Table I.
tst TB08 Variable Indicates the BERTL test performed isat a speed of 56K bits/s with a knownpattern of 2047 bits.
TB18 Variable Indicates the BERTL test performed isat a speed of 64K bits/s with a knownpattern of 2047 bits.
BER = rate A number, expressedin scientific notation.(For example, 1.0 x10E-6 means0.000001).
Variable Provides the rate of bits in error to bitsnot in error. 1.0 x 10E-6 means 1 bit in1 million bits is in error.
DURATION = n SEC/MINS
Integer Variable Provides the duration of the test inseconds or minutes.
restxt PASS Variable Indicates the BERTL test on theindicated circuit passed. The numberof bits in error do not exceed the set Qlimit.
Active message example1.ATT121 MAR29 08:45:40 0789 INFO CKT OTMF1 10
TB08 BER = 1.0 x 10E-6 DURATION = 900 SEC/MINS PASS
ERS = 6 % TIME INSYNC = 890 SEC/MINS
SLIPS = 1
Clear message examplen/a
Associated OM registers
ATT122The Automatic Trunk Test (ATT) subsystem generates ATT122 when ATTperforms a bit error rate test line (BERTL) on a trunk. The ATT subsystemgenerates this report when the BERTL on a trunk meets connection failure.The test does not have any results.
Remedial actionn/a
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AttributesAttribute Value
Severity Warning
FormatATT122 mmmdd hh:mm:ss ssdd INFO CKT cktid
tst REASON: rsntxt FAIL
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT cktid Symbolic text Variable Identifies the circuit under test. Referto Table I.
tst TB08 Variable Indicates the BERTL test runs at aspeed of 56K bits/s with a 2047 bitpattern.
TB18 Variable Indicates the BERTL test runs at aspeed of 64K bits/s with a 2047 bitpattern.
FAIL Constant Fixed Indicates connection failure.
rsntxt Symbolic text Variable Provides the reason for connectionfailure. Refer to Table Reasons in thislog.
Active message exampleATT122 MAR29 08:60:10 0788 INFO CKT OTMF1 11
TB08 REASON : No test equipment FAIL
Clear message examplen/a
Associated OM registers
ATT123The Automatic Trunk Testing (ATT) subsystem generates ATT123 when asuccessful TL01 digital loop-around line test runs. This test agrees withInternational Telegraph and Telephone Consultative Committee (CCITT)Red Book Rec.O.11 specified loop-around line test at the terminatingoffice.
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The originating digital loop-around line test performs the followingtransmission and noise measurements. According to CCITT Red Bookrecommendation, the system uses a 1020 Hz tone at -10 dBm to performthe transmission test.
Remedial actionIf the value of field rtxt is PASS, there is no action required. If the value offield rtxt is FAIL, manually run the test again to collect additional data.
AttributesAttribute Value
Severity Warning
FormatATT123 mmmdd hh:mm:ss ssdd INFO
CKT trkid
tstnm EML = nn.n DB NML = nn.n DBRN NIAL = nn DBRN
FN_DEV nn.n ? !txt FN_Noise = nn.n rtxt qltxt
NF_DEV nn.n ? !txt NF_Noise = nn.n rtxt qltxt
ANS RCVD = anstxt )
(E16,0,0,,5,0.25,0,0.0533333,1,15,0,0,1,0,-0.3066667,0,1,0,0, 7,0,0,7,0,0,1,0 .12 5,0.125,1,1,0,0.0666667,6))>
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Symbolic text Variable Provides equipment identificationnumber for suspect trunk equipment.
tstnm TL01 Variable Provides test line code for CCITTdigital loop-around test line.
EML Range 0.0 to 36.0 Variable Provide expected measured loss(EML) in decibels. Field EML is anentered value in Table CLLIMTCE,subtable DIAGDATA.
NML 1 to 63 Variable Provides noise maintenance limit(NML) in decibels above referencenoise. Field NML is an entered valuein customer data Table CLLIMTCE
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Field Value Fixed orVariable
Description
subtable DIAGDATA. If the noisemeasurement exceeds NML, initiatemaintenance action.
NIAL 1 to 63 Variable Provides noise immediate action limit(NIAL) in decibels above referencenoise. Field NIAL is an entered valuein customer data Table CLLIMTCEsubtable DIAGDATA. If the noisemeasurement exceeds NIAL, initiateimmediate action.
FN_DEV -99.9 to + 99.9 dB Variable Provides far-to-near end lossdeviation in decibels. FN_DEVindicates difference betweenmeasured loss on trunk and EML indecibels.
NF_DEV -99.9 to + 99.9 dB Variable Provides near-to-far end lossdeviation in decibels. NF_DEVindicates difference betweenmeasured loss on trunk and EML indecibels.
FN_NOISE -99.9 to + 99.9 Variable Provides far-to-near end noise powerlevel in decibels above referencenoise power.
NF_NOISE -99.9 to + 99.9 Variable Provides near-to-far end noise powerlevel in decibels above referencenoise power.
?!txt Blank Variable Indicates loss deviation is in Q1 limit.
Variable Indicates noise level measurement isin maintenance level limit.
? Variable Indicates that loss deviation exceedsQ1 limit, but is in Q2 limit. For noisepower level measurement, indicatesnoise power level measurementexceeds maintenance level limit, but isin the immediate action level limit.
! Variable Indicates that loss deviation exceedsQ2 limit. Indicates that noise powerlevel measurement exceedsimmediate action level.
rtxt PASS Variable Indicates test passed. Loss and noisemeasurements are in acceptablelimits.
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Field Value Fixed orVariable
Description
FAIL Variable Indicates test failed. Loss and noisemeasurements are not in acceptablelimits.
q1txt Blank Variable Indicates that transmissionmeasurements are in immediateacceptable limits.
Q1 Variable Indicates transmission measurementsexceed maintenance level limit but arein immediate action level limit. Initiatemaintenance action.
Q2 Variable Indicates transmission measurementsexceed immediate action level limit.Initiate immediate action.
ANS RCVD Y Variable Indicates the system detects anANSWER message from far-end.
N Variable Indicates the system does not detectan ANSWER message from far-end.
Active message example1.ATT123 JUL17 00:03:45 8000 INFO
2. CKT JAP12WN7 0
3. TL01 EML = 0.0 DB NML = 50 DBRN NIAL = 50 DBRN
4. FN_DEV 0.1 FN_Noise = 24 PASS
5. NF_DEV 3.9 ! NF_Noise = 24 FAIL Q2
6. ANS RCVD = Y
Clear message examplen/a
Associated OM registers
ATT124The Automatic Trunk Testing (ATT) subsystem generates ATT124 whenthe system performs the R2 simplified test.
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Remedial actionIf the R2 simplified test fails, determine if the test runs on R2 digital trunks.When the test runs on R2 digital trunks, evaluate the log for additionalinformation.
When the R2 simplified test does not run on R2 digital trunks, remove thetest from the trunks that are not digital.
AttributesAttribute Value
Severity Warning
FormatATT124 mmmdd hh&gml .mm&gml .ss ssdd INFO CKT trkid tstnminfotxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CKT Constant Fixed Indicates circuit information follows.
trkid Alphanumeric Variable Indicates specified name of circuit.
tstnm Constant Fixed Indicates R2 simplified test name.
infotxt Alpha Variable Indicates results of R2 simplified test.
Active message exampleATT124 OCT22 02&gml.13&gml.44 9876 INFO CKT R2DOGAB
R2SM TEST PASSED
Clear message examplen/a
Associated OM registers
AUD101The Audit (AUD) subsystem report generates AUD101 when the supportoperating system (SOS) letter audit frees a letter. When the systemqueues the letter on a mailbox for more than three audit cycles, the systemfrees the letter. The audit cycles last for three minutes.
Remedial actionIf reports repeat, contact the next level of support.
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AttributesAttribute Value
Severity Indeterminate
FormatAUD101 mmmdd hh:mm:ss ssdd EXC LETTER FREED MB AT h1
OWNER hhhh hhhh typenm modnm , LAST WAITER hhhh hhhh prognm
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh . . .
Selected field descriptionsField Value Fixed or
VariableDescription
EXC Constant Fixed Indicates that an exception conditionis present
LETTER FREED Constant Fixed Indicates that the SOS letter auditfreed the letter
MB AT h1 0000 to FFFF Variable Provides mailbox address in datastore
OWNER 0000 to FFFF Variable Identifies mailbox owner
typenm MODULE Variable Indicates that mailbox owner is typeMODULE
PROGRAM Variable Indicates that mailbox owner is typePROGRAM.
modnm Software modulename
Variable Provides additional information for NTor operating company softwaretechnicians.
LAST WAITER 0000 to FFFF Variable Provides program or module name ofmailbox owner
prognm Character string Variable Provides program name of the lastwaiter.
hhhh... 0000 to FFFF Variable The following figure identifies theinformation in this field. Refer to Howto Interpret Hex Tables in AUD andAUDT Log Reports, in the introductionto this document.
Active message exampleAUD101 APR01 12:00:00 2112 EXC LETTER FREED MB AT 00057DDD
OWNER 4082 8018 PROGRAM IOAUDDP, LAST WAITER 808D C001 IOAAP
AUD101 535
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00E6 0000 4000 8080 8080 8080 8080 8080 8080 8080 8080...
Clear message examplen/a
Associated OM registers
AUD102The Audit (AUD) subsystem report AUD102 when the support operatingsystem (SOS) letter audit frees a letter. The SOS letter audit frees a letterthat has a mailbox address that is not correct.
Remedial actionIf reports repeat, contact the next level of support.
AttributesAttribute Value
Severity Indeterminate
FormatAUD102 mmmdd hh:mm:ss ssdd EXC LETTER SENT TO BAD MAILBOXFREED
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh ...
Selected field descriptionsField Value Fixed or
VariableDescription
EXC LETTER SENTTO BAD MAILBOXFREED
Constant Fixed Indicates that the SOS letter auditfrees a letter with a mailbox addressthat is not correct.
hhhh... 0000 to FFFF Variable Identifies the information in this field.Refer to How to Interpret Hex Tablesin AUD and AUDT Log Reports, in theintroduction to this document.
Active message exampleAUD102 APR01 12:00:00 2112 EXC LETTER SENT TO BAD MAILBOXFREED
00E6 0000 4000 8080 8080 8080 8080 8080 8080 8080 8080 . . .
Clear message examplen/a
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Associated OM registers
AUD103The Audit (AUD) subsystem report AUD103 when a system audit discoversthe following:
• a stopped process
• a process that appears to be ready but is not on any support operatingsystem (SOS) ready queue
This log does not normally appear in the field.
Remedial actionContact the next level of support.
AttributesAttribute Value
Severity Indeterminate
Format*AUD103 mmmdd hh:mm:ss ssdd EXC PROCESS audtxt hhhh hhhh
MOD mdnm
Q=hhhh hhhh hhhh hhhh, RDYW=hhhh, TSLICE=hh, NSUSP=hh,
IC=hhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
EXC PROCESS NOT ON Q Variable Indicates process found ready but noton any ready queue.
STOPPED Variable Indicates process found in stoppedstate.
audtxt 0000 to FFFF Variable Provides process identification.
MOD Variable Provides name of entry module ofprocess.
Q 0000 to FFFF Variable Provides first words of queue headersfrom process block.
RDYW 0000 to FFFF Variable Provides ready word from processblock.
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Field Value Fixed orVariable
Description
TSLICE 0 to FF Variable Provides time slice from processblock.
NSUSP 0 to FF Variable Provides nosusp ticks from processblock.
IC 0 to FFFFFFFF Variable Provides last executed program storeaddress of process.
Active message example*AUD103 JAN02 13:49:26 8600 EXC PROCESS STOPPED 2108 E01CMOD LGDV
Clear message examplen/a
Associated OM registers
AUD104The Audit (AUD) subsystem generates AUD104 when an audit log detectsa condition that is not normal in the deload list.
Remedial actionIf the subsystem generates the same AUD104 reports, examine relatedreports and perform manual diagnostic tests to isolate the problem. If thesystem continues to generate AUD104, contact the next level of support.
AttributesAttribute Value
Severity Warning
FormatAUD104 mmmdd hh:mm:ss ssdd INFO DELOAD_LIST reastxt
CIRCUIT= CKT trkid MB=hhhh hhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO DELOAD_LIST Constant Fixed Indicates detection of a condition thatis not normal in deload list.
reastxt DELOAD LIST FULL Variable Indicates more room is not availableon deload list.
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Field Value Fixed orVariable
Description
DUPLICATE ENTRY Variable Indicates attempt to add entry alreadyin deload list.
INCORRECTMAILBOX
Variable Indicates entry found on deload listwith mailbox that is not correct.
STATE NOT CPD Variable Indicates circuit found that is not instate call processing deload (CPD).Occurs when circuit posts from trunktest position (TTP) or line test position(LTP) MAP level.
CIRCUIT Symbolic text Variable Identifies affected trunk equipment.
MB 0000-FFFF Variable Identifies mailbox that the circuit uses.
Active message exampleAUD104 APR01 12:00:00 2112 INFO DELOAD_LIST DELOAD LIST FULL
CIRCUIT= CKT RTP2W 2 MB= E111 901A
Clear message examplen/a
Associated OM registers
AUD105The Audit (AUD) subsystem generates report AUD105 when the signalingconnection control part audit detects an error in the local subsystem data.The LSS field indicates the local subsystem at which the audit detects theerror.
The section describes the problems and actions in the log report:
• Local SCMG routing status is NOT AVAILABLE - Routing status set toAVAILABLE.
• Routing status for OFFL or MBSY subsystem not correct - Routingstatus set to prohibited.
• Local SCMG subsystem not RTS - SCMG is RTS.
A list of local subsystem names follows:
• SS UNKNOWN
• SCMG*TUP
• ISDNUP*OAM
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• E800
• E800TEST
• ACCS
• N00TEST*TCN
• TCNTEST
• ACCSTEST
Remedial actionThe audit process corrects any detected errors. To report repeatedoccurrences of problems, contact the next level of support.
AttributesAttribute Value
Severity Warning
FormatAUD105 mmmdd hh:mm:ss ssdd INFO SCCP LOCAL SUBSYSTEM
LSS: substxt
PROBLEM: probtxt
ACTION: acttxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SCCP LOCALSUBSYSTEM
Constant Fixed Indicates that the signaling -connection control part detects anerror in the local subsystem.
LLS Symbolic text Variable Indicates the local subsystem at whichthe audit detects the error. Refer toTable Local subsystems at the end ofthis log report.
PROBLEM Descriptive text Variable Indicates the problems that the auditencounters. Refer to Table Problemsat the end of this log report.
ACTION Descriptive text Variable Indicates action that occurred. Referto Table Problems at the end of thislog report.
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Active message exampleAUD105 JAN02 17:35:48 1300 INFO SCCP LOCAL SUBSYSTEM
LSS: SCMG
PROBLEM: Local SCMG routing status is NOT AVAILABLE
ACTION: Routing status set to AVAILABLE
Clear message examplen/a
Associated OM registers
AUD106The Audit (AUD) subsystem generates AUD106 when signaling connectioncontrol part (SCCP) audit detects an error in the remote subsystem data.The RPC field indicates the name of the remote point code as defined inTable C7NETSSN.
This field can remain blank if the system cannot associate the detectedproblem with a separate point code. The RSS field indicates the remotesubsystem where the audit detects the error.
This section describes problems and actions in the log report:
• Subsystem routing status for OFFL or MBSYSS is not correct - Systemsets subsystem routing status to PROHIBITED.
• SCMG routing status for PROHIBITED PC is not correct - System setsSCMG routing status to PROHIBITED.
• SST active for PROHIBITED Point Code - System deactivates SST.
• SST active for non-PROHIBITED Subsystem - System sets subsystemrouting status to PROHIBITED.
• SST inactive for PROHIBITED Subsystem - SST is active.
• Translation for replicated PROHIBITED Subsystem is not correct -System sets translation status that is not correct to BACKUP.
• Translation for replicated AVAILABLE Subsystem that is not correct -System sets subsystem translation status to NORMAL.
• Translation for non-replicated Subsystem is not correct - System setssubsystem translation to NORMAL.
• Missing PERM data record for Subsystem - System resets PERM dataand sets subsystem routing status to PROHIBITED.
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• PERM data present for unequipped subsystem - System deletes thePERM data record.
• SCMG routing status for non-PROHIBITED PC that is not correct -System sets SCMG routing status to AVAILABLE.
• SCMG routing status for PROHIBITED PC is not correct - System setsSCMG routing status that is not correct to PROHIBITED.
• SST active for SCMG subsystem - System deactivates SCMG SST.
• Translation status for SCMG subsystem is not correct - Systems setsSCMG translation status to NORMAL.
• Missing PERM data record for SCMG - System resets the SCMGPERM data.
• NO PROT data record for SCMG subsystem - System resets theSCMG PROT and PERM data.
Remedial actionThe audit process corrects any detected errors. Report repeated problemsto the next level of maintenance.
AttributesAttribute Value
Severity Warning
FormatAUD106 mmmdd hh:mm:ss ssdd INFO SCCP REMOTE SUBSYSTEM
RPC: clli RSS: substxt
PROBLEM: probtxt
ACTION: acttxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO SCCPREMOTESUBSYSTEM
Constant Fixed Indicates that the SCCP audit detectsan error in the remote subsystemdata.
RPC Symbolic text Variable Indicates the name of the remote pointcode as defined in Table C7NETSSN.
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Field Value Fixed orVariable
Description
RSS Character string Variable Indicates the remote subsystemwhere the audit detected the error.Refer to Table Local subsystem at theend of this log report.
PROBLEM Descriptive text Variable Indicates the error that occurred.Refer to Table Problems at the end ofthis log report.
ACTION Descriptive text Variable Indicates action taken. Refer to TableProblems at the end of this log report.
Active message exampleAUD106 JAN02 17:57:43 1000 INFO SCCP REMOTE SUBSYSTEM
RPC: TORONTO RSS: E800
PROBLEM: Invalid subsystem routing status for OFFL or MBSYS
ACTION: Subsystem routing status set to PROHIBITED
Clear message examplen/a
Associated OM registers
AUD107The Audit (AUD) subsystem generates AUD107 when signaling connectioncontrol part (SCCP) audit detects an error in remote point code data.
The RPC field indicates the name of the remote point code as defined inTable C7NETSSN. The field can remain blank if the system cannotassociate the detected error with a given point code.
This section describes problems and actions in the log report:
• PROT data not present - The system deallocates PERM block.
• PERM data block not present - The system deallocates PERM block.
• PROT data record not present - The system clears PERM data.
• PERM data record not present - The system resets PERM data.
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• Routing status for OFFL or MBSY PC is not correct - The system setsPC routing state to PROHIBITED.
• Congestion level for PROHIBITED PC is not correct - The system setsPC congestion level to 0.
Remedial actionThe audit process corrects detected errors. Report repeated problems tothe next level of support.
AttributesAttribute Value
Severity Warning
FormatAUD107 mmmdd hh:mm:ss ssdd INFO SCCP REMOTE POINT CODE
RPC: clli
PROBLEM: probtxt
ACTION: acttxt
Selected field descriptionsField Value Fixed or
VariableDescription
Field Value Variable Description
INFO SCCPREMOTE POINTCODE
Constant Fixed Indicates the SCCP audit detects anerror in the remote point code data
RPC Symbolic text Variable Indicates the name of the remote pointcode as defined in Table C7NETSSN.
PROBLEM Description Variable Indicates the system detects aproblem. Refer to Table Problems atthe end of this log report.
ACTION Description Variable Indicates the system takes action.Refer to Table Problems at the end ofthis report.
Active message exampleAUD107 JAN02 17:40:48 9100 INFO SCCP REMOTE POINT CODE
RPC: TORONTO
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PROBLEM: No PROT data block
ACTION: PERM block has been deallocated
Clear message examplen/a
Associated OM registers
AUD108The Audit (AUD) subsystem AUD108 when the subsystem detects aproblem with Table Internal MEM Selector. The reason code in the logindicates the reason for each occurrence in the log. The remaining parts ofAUD108 provide additional information that relates to a given reason code.
Remedial actionThere is no action required. This log indicates the errors that the auditprocess detects. The audit process corrects the detected error in theinternal Table TRUNK_MEMSEL_TAB. Forward any occurrences of thislog, with important information, to the next support level.
AttributesAttribute Value
Severity Warning
FormatAUD108 mmmdd hh:mm:ss ssdd INFO INTERNAL MEM SELECT TAB LOG
REASON text
CURR_ENTRIES aaaa
CURR_MAX_SIZ bbbb
TC_COUNT ccc
AUDIT_COUNT ddd
RTEREF_TABLE eeee
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO INTERNALMEM SELECT TABLOG
Constant Fixed Indicates the following data provides areport when the system detects aproblem with this table.
REASON AUDIT - TRKMEMOCCURS ASMEM_SELECT INEXCESS OF 255TIMES
Variable Indicates that the audit detects asingle trunk member entered as aMEM select route a minimum of 255times.
AUDIT -MEM_SELECTORMISSING FROMINTERNAL MEMSELECT TAB
Variable Indicates that the audit detects a trunkmember entered as a MEM selectroute. An entry for the trunk memberis not present in Table Internal MEMSelector.
AUDIT - INTERNALMEM SELECTCOUNT ERRORDETECTED/CORRECT ED
Variable Provides the count in Table InternalMEM Selector for number of times thetrunk member occurs as a MEM selectroute. The number of times the sametrunk member occurs as MEM selectroute in route tables can be different.The audit is the reason for thisdifference.
AUDIT - MEM SELENTRY IN INTERNALMEMSEL TAB, NOTIN RTEREF
Variable Indicates an entry is present in theinternal MEM selector table. The routetables do not contain an associatedMEM select route for the entry.
CURR_ENTRIES Integers Variable Indicates the current number ofdifferent trunk members entered in theroute tables as MEM select routes.
CURR_MAX_SIZ Integers Variable Indicates the maximum number ofentries that the system allocates forthe data store.
TC_COUNT Integers Variable Provides the number of times thesystem uses a single trunk member asa MEM select route. Table InternalMEM Select records this count.
AUDIT_COUNT Integers Variable Provides the number of times thesystem uses a single trunk member asa MEM select route. The audit recordsthis count.
RTEREF_TABLE Integers Variable Indicates active audits. TableRTEREF records the active audits.
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Active message exampleAUD108 JAN01 08:00:02 1367 INFO INTERNAL MEM SELECT TAB LOG
REASON AUDIT - TRKMEM OCCURS AS MEM_SELECT IN EXCESS
OF 255 TIMES
CURR_ENTRIES 0130
CURR_MAX_SIZ 0256
TC_COUNT 255
AUDIT_COUNT 255
RTEREF_TABLE N/A
Clear message examplen/a
Associated OM registers
AUD120The Audit (AUD) subsystem generates log AUD120 to report the results ofthe system audit (SYSAUD) process, each hour. SYSAUD is the SupportOperating System (SOS) letter audit.
Remedial actionn/a
AttributesAttribute Value
Severity Indeterminate
FormatAUD120 mmmdd hh:mm:ss ssdd SUMM HOURLY AUDIT REPORT
NUM AUDITS = nnnn, NUM ERRORS = nnnn, NUM TRAPS = nnnn
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Selected field descriptionsField Value Fixed or
VariableDescription
SUMM HOURLYAUDIT REPORT
Constant Fixed Indicates SYSAUD report each hour.
NUM AUDITS = nnnn 0-9999 Variable Provides number of audits the systemperformed in last hour.
NUM ERRORS =nnnn
0-9999 Variable Provides number of errors the systemfound in last hour.
NUM TRAPS = nnnn 0-9999 Variable Provides number of times auditprocess trapped in last hour.
Active message exampleAUD120 APR01 12:00:00 2112 SUMM HOURLY AUDIT REPORT
NUM AUDITS = 5, NUM ERRORS = 0, NUM TRAPS = 0
Clear message examplen/a
Associated OM registers
AUD394This report is generated under the following conditions:
• the RSDT audit process finds one or more RSDTLINE tuples with datainconsistencies.
• when the command RSDT ACT or RSDT DEACT is executed andthere are inconsistencies in table RSTLINE tuples.
• when command RSDT CHGDN or RSDT CHGLN is executed.
The audit system process totals all the errors reported by all auditprocedures executed each hour and generates a report in the AUD120 log.The maximum number of errors that can be reported by the RSDT auditprocess is 20 000.
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This section explains problems and actions in the log report:
• ERROR :LEN MUST BE PRESENT IN TABLE LNINVACTION:RSDTLINE HAS BEEN DELETED - No further action required. LEN has beenremoved from table RSDTLINE due to missing datafill in table LNINV.
• ERROR :LEN MUST BE PRESENT IN TABLE LNINVACTION:RSDTLINE SHOULD BE DELETED - Action required. LEN has no tableLNINV tuple and RSDT_ENABLED is set to N. Check datafill anddelete if necessary.
• ERROR :LEN MUST BE PRESENT IN TABLE LNINVACTION:RSDTLINE CANNOT BE DELETED - Possible action required. LEN has noLNINV tuple. Report problem to Nortel if log continues to be generated.
• ERROR :LEN MUST BE PRESENT IN TABLE LNINVACTION:FAILEDTO WRITE TO PROTECTED STORE - No further action required. LENcould not be removed from RSDTLINE due to an IMAGEDUMP inprogress. The next audit cycle should correct the problem.
• ERROR :LINE DATA IS NOT SUPPORTED BY RSDTACTION:RSDTLINE HAS BEEN DELETED - No further action required. LEN has beenremoved from table RSDTLINE due to an unsupported line data.
• ERROR :LINE DATA IS NOT SUPPORTED BY RSDTACTION:RSDTLINE SHOULD BE DELETED - Action required. Line data of LEN is notsupported by RSDT, but RSDT_ENABLED is set to N. Check datafilland delete if necessary.
• ERROR :LINE DATA IS NOT SUPPORTED BY RSDTACTION:RSDTLINE CANNOT BE DELETED - Possible action required. Line data ofLEN is not supported by RSDT. Investigate datafill and report problemto Nortel if problem continues to be generated.
• ERROR :LINE DATA IS NOT SUPPORTED BY RSDTACTION:FAILEDTO WRITE TO PROTECTED STORE - No further action required. LENcould not be removed from table RSDTLINE due to an IMAGEDUMP isin progress. The next audit cycle should correct this problem.
• ERROR :CARDCODE NOT SUPPORTEDACTION:RSDT LINE HASBEEN DELETED - No further action required. LEN has been removedfrom table RSDTLINE due to an unsupported CARDCODE in tableLNINV.
• ERROR :CARDCODE NOT SUPPORTEDACTION:RSDT LINESHOULD BE DELETED - Action required. LEN has an unsupportedCARDCODE in table LNINV and RSDT_ENABLED is set to N. Checkdatafill and delete if necessary.
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• ERROR :CARDCODE NOT SUPPORTEDACTION:RSDT LINECANNOT BE DELETED - Possible action required. LEN has anunsupported CARDCODE in table LNINV. Investigate datafill andreport problem to Nortel if log continues to be generated.
• ERROR :CARDCODE NOT SUPPORTEDACTION:FAILED TO WRITETO PROTECTED STORE - No further action required. LEN could notbe removed from RSDTLINE due to an IMAGEDUMP in progress. Thenext audit cycle should correct the problem.
• ERROR :INCOMPATIBLE LINE STATUS FOR RSDTACTION:RSDTLINE HAS BEEN DELETED - No further action required. LEN has beenremoved from table RSDTLINE due to an unsupported STATUS inLNINV.
• ERROR :INCOMPATIBLE LINE STATUS FOR RSDTACTION:RSDTLINE SHOULD BE DELETED - Action required. LEN has anunsupported STATUS in LNINV and RSDT_ENABLED is set to N.Check datafill and delete if necessary.
• ERROR :INCOMPATIBLE LINE STATUS FOR RSDTACTION:RSDTLINE CANNOT BE DELETED - Possible action required. LEN has anunsupported STATUS in LNINV. Report problem to Nortel if logcontinues to be generated.
• ERROR :INCOMPATIBLE LINE STATUS FOR RSDTACTION:FAILEDTO WRITE TO PROTECTED STORE - No further action required. LENcould not be removed from RSDTLINE due to an IMAGEDUMP inprogress. The next audit cycle should correct the problem.
• ERROR :INCOMPATIBLE LCC FOR RSDT LINEACTION:RSDT LINEHAS BEEN DELETED - No further action required. LEN has beenremoved from RSDTLINE due to an unsupported LCC.
• ERROR !INCOMPATIBLE LCC FOR RSDT LINEACTION:RSDT LINESHOULD BE DELETED - Action required. LEN has an unsupportedLCC and RSDT_ENABLED is set to N. Check datafill and delete ifnecessary.
• ERROR !INCOMPATIBLE LCC FOR RSDTLINEACTION:RSDT LINECANNOT BE DELETED - Possible action required. LEN has anunsupported LCC. Investigate datafill and report problem to Mortel iflog continues to be generated.
• ERROR :INCOMPATIBLE LCC FOR RSDT LINEACTION:FAILED TOWRITE TO PROTECTED STORE - No further action required. LENcould not be removed from RSDTLINE due to an IMAGEDUMP inprogress. The next audit cycle should correct the problem.
• ERROR :INCOMPATIBLE OPTION FOR RSDT LINEACTION:RSDTLINE HAS BEEN DELETED - No further action required. LEN has beenremoved from RSDTLINE due to an unsupported hunt group.
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• ERROR :INCOMPATIBLE OPTION FOR RSDT LINEACTION:RSDTLINE SHOULD BE DELETED - Action required. LEN has anunsupported hunt group and RSDT_ENABLED is set to N. Checkdatafill and delete if necessary.
• ERROR : INCOMPATIBLE OPTION FOR RSDT LINEACTION: RSDTLINE CANNOT BE DELETED - Possible action required. LEN has anunsupported hunt group. Investigate datafill and report problem toMortel if log continues to be generated.
• ERROR : INCOMPATIBLE OPTION FOR RSDT LINEACTION:FAILED TO WRITE TO PROTECTED STORE - No further actionrequired. LEN could not be removed from RSDTLINE due to anIMAGEDUMP in progress. The next audit cycle should correct theproblem.
• ERROR :INVALID RSDT STATEACTION:RSDT STATE HAS BEENSET TO UNDEFINED - No further action required. The STATE fieldhas been set to UNDEFINED
• ERROR : INVALID RSDT STATEACTION: RSDT STATE HAS BEENSET TO ELIGIBLE - No further action required. The state field hasbeen set to ELIGIBLE.
• ERROR :INVALID RSDT STATEACTION:RSDT STATE HAS BEENSET TO IN_EFFECT - No further action required. The STATE field hasbeen set to iN_EFFECT.
• ERROR :INVALID RSDT STATEACTION:RSDT STATE ISIN_EFFECT BUT RTS FAILED - Action required. Check the state ofthe line and attempt to RTS it if possible.
• ERROR :INVALID RSDT STATEACTION:RSDT STATE CANNOT BESET TO IN_EFFECT - Action required. An attempt to RTS the lines asIN_EFFECT has failed. Investigate datafill and attempt to correctmanually. Report problem to Nortel if log continues to be generated.
• ERROR :INVALID RSDT STATEACTION:FAILED TO DELETELENLINES ENTRY - Action required. Investigate datafill and attempt tocorrect manually. Report problem to Nortel if log continues to begenerated.
• ERROR :LINE IS CORRUPTEDACTION:FAILED TO WRITE TOPROTECTED STORE - No further action required. Line corruptioncould not be determined or corrected due to an IMAGEDUMP inprogress. The next audit cycle should correct this problem.
• ERROR :LINE IS CORRUPTEDACTION:CORRUPTION COULD NOTBE CORRECTED - Possible action required. The line has beencorrupted. Investigate datafill and report problem to Nortel if logcontinues to be generated.
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• ERROR :WRONG LINE ATTRIBUTEACTION:LINE ATTRIBUTE HASBEEN UPDATED - No further action required. The line attribute indexhas been corrected.
• ERROR :WRONG LINE ATTRIBUTEACTION:FAILED TO UPDATELENLINES ENTRY - Action required. Investigate datafill and attempt tocorrect manually. Report problem to Nortel if unsuccessful or logcontinues to be generated.
• ERROR :INCORRECT STATE AND LINE ATTRIBUTEACTION:STATEIN_EFFECT, LINE ATTRIBUTE UPDATED - No further action required.The STATE field has been set to IN_EFFECT and the Iine attributeindex has been corrected.
• ERROR :INCORRECT STATE AND LINEATTRIBUTEACTION:FAILED TO UPDATE LENLINES ENTRY - Actionrequired. Investigate datafil and attempt to correct manually. Reportproblem to Nortel if unsuccessful or log continues to be generated.
• ERROR :INCORRECT DN AND LINE ATTRIBUTEACTION:DN ANDLINE ATTRIBUTE HAVE BEEN UPDATED - No further action required.The DN and line attribute index has been corrected.
• ERROR :INCORRECT DN AND LINE ATTRIBUTEACTION: FAILEDTO UPDATE LENLINES ENTRY - Action required. Investigate datafilland attempt to correct manually. Report problem to Nortel ifunsuccessful or log continues to be generated.
• ERROR : NO RSDT DN IN TABLE DNROUTEACTION:RSDT_ENABLED SHOULD BE SET TO N - Perform the followingsteps "Enter command RSDT DEACT, Add an RSDT DN to tableDNROUTE, and then Enter command RSDT ACT".
• ERROR :IMPROPER LINE STATEACTION: RSDT STATE CANNOTBE SET TO UNDEFINED - Action required. The RSDT IN_EFFECTline cannot be set to UNDEFINED because the line is CP busy. It isrecommended that the command RSDT AUDIT be used when the linebecomes IDLE.
Remedial actionThe message text describes the process invoked to correct the error andwhether or not it was successful. All corrective action should be verified toensure that problem has been corrected in table RSDTLINE or anyassociated table. If the problem was not corrected, the next audit cyclemay correct the inconsistency, or it may be necessary to follow theinstructions specified in the ACTION field to correct the problem manually.
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AttributesAttribute Value
Severity Warning
Format*AUD394 mmmdd hh:mm:ss ssdd INFO RSDTLINE AUDIT REPORT
LEN: len OLDSTATE = preaudit state
ERROR: probtxt
ACTION: actxt
Selected field descriptionsField Value Fixed or
VariableDescription
INFO RSDTLINEAUDIT REPORT
Constant Fixed Indicates that the RSDTLINE auditsystem detects an error in theRSDTLINE table.
LEN Symbolic text Variable Indicates the line equipment numberof the line with the error condition.
OLD STATE Character string Variable Indicates the LEN state in tableRSDTLINE before the audit process(IN_EFFECT, ELIGIBLE, orUNDEFINED).
ERROR Descriptive text Variable Indicates the error that has occurred.See the Problem/Action table at theend of this report.
ACTION Descriptive text Variable Identifies what has been attempted bythe system to correct the error. If thesystem cannot correct the error, it maybe necessary for the user to takeaction. See the Problem/Actionsection at the end of this report.
Active message example*AUD394 mmmdd hh:mm:ss ssdd INFO RSDTLINE AUDIT REPORT
LEN: 1HSOT 00 1 00 08 OLDSTATE = IN_EFFECT
ERROR : IMPROPER LINE STATE
ACTION : RSDT STATE CANNOT BE SET TO UNDEFINED
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Clear message examplen/a
Associated OM registers
AUD395The Audit (AUD) subsystem generates an AUD log report when callprocess stops with no warning. A call process normally stops withoutwarning if an error is present in the system software. Call process also canstop if the system software does not compensate for a feature use errorthat the end user makes. The AUD log report indicates call processingresources cleaned up in a manner that is not normal. This does not alwaysaffect service to the end user.
The system generates some AUD sequences when the parties of aconference call hang up in a given order. After the parties finish theconference and go on-hook. The software can be not able to clearresources that the call used. Because the call is over, the AUD sequenceis transparent to the end user. Repeated AUD4XX or AUD5XX log reportsshow a translation or software problem. The two main AUD logs thatprovide information in these conditions are the AUD395 and AUD398reports. These audit logs work together.
The AUD395 report is a hexadecimal model of the call condense block(CCB). A separate CCB is present for each call in progress on DMSequipment. The system stores call characteristics DMS system software touse when the software processes the call. This information includes thefollowing:
• agent name for the originating and terminating agent in the call
• any required billing
• if all digits are present
• translation information
• called digits
• calling directory number or trunk billing number
• if features are in effect
• routing information
The information in the CCB can help to construct again the event thatcaused the AUD395 report.
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The AUD398 report is a hexadecimal model of the call data block (CDB).The CDB stores additional information for call processing software tocomplete the call. The CDB contains important problem solving elements.The message type and message body contain the last message the callprocess received before both the AUD395 and AUD398 output. Any of thefollowing can occur: DIGITS_MSG, CALL_ERROR_MSG,CLEAR_FORWARD_MSG, INTEGRITY_LOST_MSG.
Both the AUD395 and AUD398 log reports give information common to allcall processes when the system activates features against a call process.These log reports also store additional information for specific features.
These stored features are called extension (EXT) blocks. Each EXT blockhas a system wide setting for stored data. The AUD4XX and AUD5XX logreports are hexadecimal models for the EXT block data. These log reportsare the only AUD log reports. An AUD395 or AUD398 report can have anassociated EXT block (AUD4XX or AUD5XX) report.
There can be other logs for these AUD reports. These logs contain TRAPand/or software error (SWER) reports. These reports, along with the AUDreports can determine profiles on the calls in question. Use the CALLIDfield on the report to link these AUD logs together. The CALLID appears inthe TEXT field in some SWER reports. The AUD395 log report associateswith the SWER100 report with the same CALLID or with a CC103 TRAPreport. Save all log reports that occur at the same time as AUD395 orAUD398 reports. The log reports can construct again the event that causedthe system to generate the report.
The DISPCALL system solves problems in log reports. The DISPCALL is aresident tool that formats the following blocks into a data model:
• AUD395
• AUD398
• some AUD4XX
For more information about DISPCALL, refer to Display Call User Guide,TAM-1001-003.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
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Remedial actionMany AUD395 reports that repeat indicate a translation problem or asoftware problem. Perform the following four steps when on-site personneldecide to use problem solving to respond to repeated call failures.
• Look for TRAP (CC103) and SWER (SWER 100) log reports. ManyAUD395 reports that indicate system trouble associate with TRAPs orSWERs.
• Examine agent IDs in the PORT1PERM and PORT2PERM fields.These fields identify the calling and called agents. More than oneAUD395 log report with the same originator and terminator indicatesthat you localized the problem.
• Examine the call processing selectors for PORT1PERM andPORT2PERM. These fields can identify the types of lines involved inthe call. If several log reports specify a type of line, it can be animportant indication.
• Examine evidence to decide if the problem relates to corrupt datatables. Examples of the problem in the data tables can be in thetranslation, or the code. Contact software support personnel if yoususpect the code.
AttributesAttribute Value
Severity Warning
FormatAUD395 mmmdd hh:mm:ss ssdd INFO CCB DUMP
CALLID: callid
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh...
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CCB DUMP Constant Fixed Indicates this report is data dump ofCCB.
CALLID Symbolic text Variable Identifies the call process stopped.
hhhh... 0000 - FFFF Variable The following figures identify theinformation in this field. Refer to "Howto Interpret Hex Tables in AUD andAUDT Log Reports", in theintroduction to this document.
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Active message exampleAUD395 JAN13 12:00:00 2112 INFO CCB DUMP
CALLID: 655363 (WORDS
FFFF FFFF 0063 C201 FFFF FFFF FFFF FFFF FFFF FFFF 0-9
FFFF 0000 FFFF FFFF 00C2 00DE 0000 0000 0028 0410 10-19
FFFF FFFF 3C1C 1600 00FF FF50 023F 0A29 0015 0B1C 20-29
6BD9 9C00 6BD8 9C00 8536 9800 FE00 FFFF FFFF FFFF 30-39
08A5 0000 FFFF FFFF 0052 0C00 08A7 7F48 0407 040B 40-49
0022 2607 3259 9400 9100 9400 C688 9300 3261 9400 50-59
FE05 FFFF 08CF 0000 3873 0C07 0000 0000 0002 2E0B 60-69
1226 F432 FFFF FFFF 47FF FD01 8002 FFFF FFFF FFFF 70-79
0AAA 0000 0000 0000 0000 0000 0000 0000 0000 0000 80-89
0000 0002 0200 0041 0010 0000 0000 0000 0000 0000 90-99
0002 2E0B 4005 1000 0415 0415 0000 0000 0050 03E7 100-109
0000 0000 0000 0000 0000 0000 0EDE 0003 0000 0000 110-119
0000 000A 0504 8000 120-123
Clear message examplen/a
Associated OM registers
AUD396The Audit (AUD) subsystem generates log report AUD396 when the callprocessing base software detects the abnormal termination of a callprocess. The occurrence of a call death can affect service. The AUD396 isan information log and provides support personnel with additional data.Additional data can help support personnel isolate the cause of a calldeath.
Support personnel use this log to debug call deaths. The information is notimportant for operating company personnel. Other than collection of thedata, support personnel must not take action. When support personnel
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collect this data, support personnel must collect the AUD396 log. Supportpersonnel must collect all other logs with the same CALLID. Other logswith the same CALLID include AUD395 and AUD398. Support personnelmust attach the SWERS that relate to the death. The SWERS can have areason in the set, (101, 102, 103, 104, 105). The system can generateadditional SWERS. Support personnel must include these additionalSWERS.
Remedial actionn/a
AttributesAttribute Value
Severity Warning
FormatAUD396 mmmdd hh:mm:ss ssdd INFO CALL THREAD DUMP
CALLID: <callid>STARTER: <starter string>
THR1: <thread1>THR2: <thread2>CMI: <cross_matrix_index>
MESSAGE TYPE: <mt>CALL STATE: <cs>
Selected field descriptionsField Value Fixed or
VariableDescription
CALLID 0000-FFFF Variable Indicates different call sequenceidentification for each call.
STARTER Variable Variable Indicates the application Starter thatthe system invoked to process thecall. An example of an applicationstarter is a line or a trunk.
THR1 0 to 511 Variable Provides the index of the thread tablefor the originating agent.
THR2 0 to 511 Variable Provides the index of the thread tablefor the terminating agent.
CMI 0 to 1023 Variable Indicates the cross matrix index isobtained when both originating orterminating agents are known.
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Field Value Fixed orVariable
Description
MESSAGE TYPE 0000-FFFF Variable Indicates the nature of the event thatthe call process and applicationsoftware undertake. The STARTERand the call state determines theprocessor/function to invoke next.
CALL STATE IDLE Variable Indicates call status as Idle and new.
ORIGINATION Variable Indicates receiver requested.
RECEIVING Variable Indicates digit reception, notcondensed.
DIALLING Variable Indicates condensed, waiting fordigits.
OUTPULSING Variable Indicates outpulsing.
OVLPULSING Variable Indicates overlapped, outpulsing andreception.
TALKING Variable Indicates network connectionestablished, call condensed.
TWOWAYCON Variable Indicates two-way net connection, notcondensed.
ONEWAYCON Variable Indicates one-way network connection(ex announcement).
MULTIPORT Variable Indicates a multiparty call.
SERVICETONE Variable Indicates service tone (re-order).
TERMTONE Variable Indicates generated audible ring orbusy tone, or talking in fast call.
HELD Variable Indicates special state whencondensed in feature call.
TESTING Variable Indicates special state that audit doesnot time.
TRANSIENT Variable Indicates transient state with callprocess.
PREEMPTING Variable Indicates call preempted - Autovonuse only.
CUSTOM Variable Indicates custom calling feature.
WAITING Variable Indicates condensed when timingperformed.
ORIGTONE Variable Indicates originator rings or receivestone, not a 1 port call.
PFHELD Variable Indicates for P-Phone.
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Field Value Fixed orVariable
Description
SETUP Variable Drive all messages to setup procedurefrom starter.
XPROC Variable Drive all messages from starter tocross procedure.
PRESERVED Variable Indicates calls preserved over warmSwitch of Activity (SWACT), linemodule (LM)/remote line module(RLM) warm.
ONE_END_DISC Variable Waits for disconnect of last agent inthe call.
DORMANT Variable Indicates call condense block (CCB)links to the multi-condense(DORMANTTID).
COLLECTING Variable Use for MF to SS7 FGD call to collectdigits.
WAITALERT Variable Use for integrated services digitalnetwork (ISDN) calls to wait foralerting.
WAITRLS Variable Use for ISDN calls to wait for release.
Active message exampleAUD396 JUL12 08:15:17 0201 INFO CALL THREAD DUMP
CALLID:000A 0000 STARTER : LINES
THR1:0002 THR2:0000 CMI:0000
MESSAGE TYPE:0018 CALL STATE : IDLE
Clear message examplen/a
Associated OM registers
AUD398The Audit (AUD) subsystem generates log report AUD398 when a callprocess stops without warning. A call process stops without warningbecause an error in the system software removes the call process. A callprocess can stop without warning because an end user makes a featureuse error. The system software does not compensate for a feature use
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error that an end user makes. The AUD log reports indicate call processingresources cleaned up in an abnormal manner. This procedure can affectservice to the end user.
The system can generate AUD sequences when parties of a conferencecall hang up in a specified order. The parties finish the conference and goon-hook. The software can have problems clearing resources that the calluses. The AUD sequence is transparent to the end user because the call isfinished. Log reports AUD4XX or AUD5XX that repeat can indicate atranslation problem or a software problem. The AUD395 and AUD398reports provide information about these occurrences.
AUD395 is a hexadecimal design of the call condense block (CCB). Eachcall in progress on DMS equipment has a separate CCB. The DMSequipment for system software stores the following call characteristics touse in the call process:
• the name of the originating and terminating agent in the call
• billing required
• if all digits are present
• translation information
• called digits
• calling directory number (DN) or trunk billing number
• if a feature is in effect
• if the system routes information.
AUD398 is a hexadecimal representation of the call data block (CDB). TheCDB stores additional information for call processing software to completethe call.
The CDB contains one of the most important problem solving elements.The message type and body, contain the last message the call processreceives before the system generates AUD395/398. The last message thecall process receives can be a DIGITS_MSG, CALL_ERROR_MSG,CLEAR_FORWARD_MSG, INTEGRITY_LOST_MSG, etc.
Log reports AUD395 and AUD398 connect in tandem. The AUD395 andAUD398 reports detail information common to all call processes when thesystem activates features against a call process. The system must storeadditional information that is associated with a specified feature. Extension(EXT) blocks store this additional information. Each EXT block has aspecified template for stored data. The AUD4XX and AUD5XX log reports
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are hexadecimal designs for EXT block data. The remainder of the AUDlog reports consists of AUD4XX and AUD5XX. An AUD395 or AUD398report can have an associated EXT block AUD4XX or AUD5XX report.
Other logs can associate with these AUD reports. These logs are normally,but not only, TRAP and/or software reports (SWER) reports. These reportsare important in order to determine a profile on the call in question. Referto the CALLID field in the report to link the AUD logs together. SpecifiedSWER reports have the CALLID in the TEXT field. AUD398 associateswith the SWER100 report that has the same CALLID, or with a CC103TRAP report. Save all log reports that occur at the same approximate timeas an AUD395 or AUD398 report. These log reports can reconstruct theoccurrence that causes the system to generate the report.
The DISPCALL system can troubleshoot log reports. The DISPCALL is aresident tool that formats the AUD395, AUD398, and specified AUD4XXblocks to a data design. For more information about DISPCALL, refer toDisplay Call (DISPCALL) User Guide, TAM-1001-003.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionAUD398 can indicate a translation or software problem. When onsitepersonnel decide to troubleshoot call deaths that repeat, the following foursteps are recommended.
• Look for TRAP (CC103) and SWER (SWER 100) log reports. AUD398reports that indicate system trouble normally have associated TRAPsor SWERs.
• Examine the agent intermediate dials (IDs). The agent IDs are TID andTERMINAL_CPID. These fields identify the calling and called agents. Ifa minimum of one AUD398 shows the same originator and terminator,you have detected the problem.
• Examine the call processing selectors (CPS). These fields identify thetypes of lines linked to the call. If several log reports indicate that aspecified type of line is linked to the call, the line can be an indication.
• Examine the available data to decide if the problem relates to corruptdata tables. The problem can relate to a translation, or to the code.Contact software support personnel if you suspect the problem relatesto the code.
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AttributesAttribute Value
Severity Warning
FormatAUD398 mmmdd hh:mm:ss ssdd INFO CDB DUMP
CALLID: callid
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh...
Selected field descriptionsField Value Fixed or
VariableDescription
INFO CDB DUMP Constant Fixed Indicates report is data dump of CDB.
CALLID Symbolic text Variable Indicates call process that stopped.
hhhh... 0000 - FFFF Variable Provides temporary data used whenthe system sets up or takes down acall. The following figure identifiesthese data fields.
Active message exampleAUD398 APR01 12:00:00 2112 INFO CDB DUMP
CALLID: 407 (WORDS:
0ACB 1300 FFFF FFFF 0100 BD89 1500 FFFF FFFF 8088 0 - 9
0010 293A 0000 3AD1 8A97 8930 8080 8080 8080 8080 10 - 19
8080 807C 0020 0008 DFE1 0468 0000 8080 8080 8080 20 - 29
FFFF FFFF 3420 8080 AAAA 1205 2111 3200 80AA 8080 30 - 39
1806 0D48 0000 8080 8080 8000 00C2 0E00 5721 8080 40 - 49
3699 0C07 0D48 8080 85AA F321 BA30 A550 8080 8080 50 - 59
8080 0100 0ACB 63)
Clear message examplen/a
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Associated OM registers
AUD399The Audit (AUD) subsystem generates log report AUD399 if the Call DataBlock (CDB) or a CPLETTER dumps a call. The CDB or CDLETTERdumps points to a long message buffer.
Remedial actionYou must save this log report for analysis. The next level of maintenanceanalyses this log report.
AttributesAttribute Value
Severity Warning
FormatAUD399 mmmdd hh:mm:ss ssdd INFO LONG BUFFER DUMP
CALLID: callid REASON: rsntxt
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
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hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO LONG BUFFERDUMP
Constant Fixed Indicates that the subsystem dumpeda long buffer involved with a call orlong message.
CALLID Character string Variable Indicates the call process involved.Refer to Table I.
rsntxt BFP Buffer Notcomplete
Variable Indicates that if the system loses apacket of a long message that BFPpacketizes and transports, themessage cannot assemblecompletely. The long buffer auditdetects this condition.
CDB IOMSG LB Variable Indicates that the system dumped along buffer as part of a call dump. Thesystem must generate other logs forthe call condense block (CCB) and thecall data block (CDB). This reasonappears if CDB.MESSAGE contains apointer to a long message that doesnot equal CDB.CP_GUARDIAN.
CDB Guarded LB Variable Indicates that the system dumped along buffer as part of a call dump. Thesystem must generate other logs forthe CCB and CDB.
LONG MESSAGELOST
Variable Indicates that message transfersystem (MTS) lost a long message.The system dumps partial messagereceived.
hhhh... 0000-FFFF Variable Provides the contents of the longbuffer.
Active message exampleAUD399 APR01 01:01:00 1234 INFO LONG BUFFER DUMP
CALLID: 12345 REASON: BFP Incomplete Buffer
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001C FDFD FDFD FDFD FDFD FDFD FDFD FDFD FDFD FDFD
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
0000 0000 0000 0000 0000 0000 0000 0000 0000 0000
Clear message examplen/a
Associated OM registers
AUD400The Audit (AUD) subsystem generates report AUD400 when a callattempts to free a receiver that another call already owns.
Remedial actionContact the next level of maintenance.
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AttributesAttribute Value
Severity Indeterminate
FormatAUD400 mmmdd hh:mm:ss ssdd WARN INVALID FREE RECEIVER
RECEIVER trkid CALLID callid
OWNED CALLID callid
Selected field descriptionsField Value Fixed or
VariableDescription
WARN INVALIDFREE RECEIVER
Constant Fixed Indicates call attempted to freereceiver that another call owns
RECEIVER Symbolic text Variable Identifies receiver
CALLID Symbolic text Variable Identifies call that attempts to freereceiver
OWNED CALLID Symbolic text Variable Identifies call that receiver owns
Active message exampleAUD400 APR01 12:00:00 2112 WARN INVALID FREE RECEIVER
RECEIVER CKT RTP2W CALLID 872493
OWNED CALLID 563929
Clear message examplen/a
Associated OM registers
AUD401The Audit (AUDT) subsystem generates this report when the position idlercalls on the audit to dump auxiliary operator services system (AOSS)position data. The position idler requests the dump to help solve a softwareproblem. The callid also is associated with a software error (SWER) orTRAP.
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Remedial actionThese AUD log reports indicate the system cleaned call processingresources in a manner that is not normal. This procedure does not alwaysaffect service to the end user. Repeated AUD4XX or AUD5XX log reportscan indicate a translation or software problem. Most AUD4XX andAUD5XX reports have an associated AUD395 or AUD398 log report.
The AUD395 and AUD398 reports give detailed information common to allcall processes. When features are activated against a call process,additional information about a certain feature must be stored. These areasare called Extension (EXT) blocks. Each EXT block has a fixed templatefor stored data. The AUD4XX and AUD5XX log reports are hexadecimalrepresentations for EXT block data. These log reports are the remainder ofthe AUD log reports.
Save all log reports that occur in one period of time. These logs can helpreconstruct the event which generated the report. Save all logs generatedduring the 5 min before the AUD log report and for 5 min after this report.
• Use the CALLID field associated with this report to look for otherassociated AUD reports. More than one CALLID can be associatedwith an agent if a feature is in effect. An example of a feature is three-way calling (3WC).
• Look for associated TRAP and SWER logs or other logs that can beassociated with this report.
• Use the DISPCALL tool to capture additional failures and provide aformatted dump of the information for AUD395, AUD398, and AUD4XXlogs. The DISPCALL is a resident tool that formats the AUD395,AUD398, and AUD4XX blocks into a data representation. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• If you cannot localize and correct the problem, gather the mostinformation possible about the call in question. Contact the next level ofsupport.
AttributesAttribute Value
Severity Warning
FormatAUD401 mmmdd hh:mm:ss ssdd INFO AOSS RU DUMP
trkid CALLID callid (WORDS
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hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 0->9
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 10->19
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 20->29
hhhh hhhh hhhh hhhh hhhh 30->34
Selected field descriptionsField Value Fixed or
VariableDescription
INFO AOSS RUDUMP
Constant Fixed Indicates this report contains datadump for AOSS position.
trkid Symbolic text Variable Provides equipment identification forsuspect line equipment.
CALLID Symbolic text Variable Provides sequence number of callprocess.
hhhh... 0000 to FFFF Variable Provides 35 words of AOSS positiondata.
Active message exampleAUD401 APR01 12:00:00 2112 INFO AOSS RU DUMP
CKT AOSSPOS 212 CALLID 950298 (WORDS
FFFF FFFF 0012 0000 1001 2200 0000 00C1 0B0 0000 0->9
0000 0000 00C2 0103 0022 0000 0110 0000 00A2 0100 10->19
0011 001D 0000 0024 00A6 0120 0000 0202 0000 003B 20->29
FFFC 01F2 OB30 0000 0300 30->34
Clear message examplen/a
Associated OM registers
AUD402The Audit (AUD) subsystem generates report AUD402. The subsystemgenerates AUD402 when data dump occurs for a REGIONALSEMAPHORE (REGNSEMA) extension block. Extension blocks provideadditional data space for a call condense block (CCB). The CCB storesenough data to describe a call. This report is an associated report for an
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AUDT102 report if the AUD402 audit detects a problem. This report is anassociated report for an AUDT399, or AUD398 report when the callprocess stops without warning.
Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationor software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationDMS-100 Family NA 100 Log Report Reference Manual Volume 1 of 8LET0015 and up common to all call processes. When the user activatesfeatures against the call process, the additional information for a givenfeature must be stored. These areas are Extension (EXT) blocks. EachEXT block has a template for stored data.
The AUD4XX and AUD5XX log reports are hexadecimal representationsfor EXT block data. These log reports form the remainder of the AUD logreports. Save all log reports that occur at the same time. The log reportscan help to reconstruct the event that caused the system to generate thereport.
To reconstruct the type of call, use the tools and templates and theinformation, which the AUD395 or AUD398 sections provide. Use thesetools, templates, and information to determine the problem encountered.The following steps are recommended when onsite personnel deciderepeated call losses justify problem solving.
• Save all logs generated 5 minutes before and after the AUD report.
• Use the callid field for this report to look for associated AUD logs. If afeature is in effect, for example, three-way calling (3WC), more thanone callid can associate with an agent.
• Look for associated TRAP and SWER logs or other logs with thisreport.
• Use the DISPCALL tool to capture failures and provide a formatteddump of information for AUD395, AUD398, and some AUD4XX logs.The DISPCALL is a resident tool that formats the AUD395, AUD398,and some AUD4XX blocks into a data representation. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• When you cannot localize and correct the problem, gather all availableinformation about the call in question. For additional help, contact thenext level of technical support.
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AttributesAttribute Value
Severity Warning
FormatAUD402 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid(WORDhhhh
hhhh hhhh hhhh hhhh hhhh 0-5)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock,
callid Symbolic text Variable Identifies call process affected.
hhhh... 0000 - FFFF Variable Provides six words of data from theREGNSEMA extension block.
Active message exampleAUD402 APR01 12:00:00 2112 INFO EXT DUMP 419104 (WORDS
1001 FFFF FFFF FFFF FFFF 0-5)
Clear message examplen/a
AUD403The Audit (AUD) subsystem generates report AUD403 when a data dumpfor a PORTEXTPERM extension block exists. A call condense block (CCB)stores only sufficient data to describe a basic call. Extension blocksprovide additional data space for a CCB. This report is an associatedreport for an AUD395 report if the audit detects a problem. This report is anassociated report for an AUD399 report when the call process stopswithout warning.
There is no additional information.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
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Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationproblem or a software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the user activates features against acall process, the additional information for a given feature must be stored.
These areas are extension (EXT) blocks. Each EXT block has a templatefor stored data. The AUD4XX and AUD5XX log reports are hexadecimalrepresentations for EXT block data. These log reports form the remainderof the AUD log reports. Save all log reports that occur at the same time.The log reports can help to reconstruct the event that caused the system togenerate the report.
To reconstruct the type of call, use the tools and templates and theinformation, which the AUD395 or AUD398 sections provide. Use thesetools, templates, and information to determine the problem encountered.The following steps are recommended when onsite personnel deciderepeated call losses justify problem solving:
• Save all logs generated 5 minutes before and after the AUD log report.
• Use the callid field for this report to look for associated AUD logs. If afeature is in effect, for example, three-way calling (3WC), more thanone callid can associate with an agent.
• Look for associated TRAP and SWER logs or other logs associatedwith this report.
• Use the DISPCALL tool to capture failures and provide a formatteddump of information for AUD395, AUD398, and some AUD4XX logs.The DISPCALL is a resident tool that formats the AUD395, AUD398,and AUD4XX blocks into a data representation. For more informationabout DISPCALL, refer to Display Call (DISPCALL) User Guide,TAM-1001-003.
• When you cannot localize and correct the problem, gather all availableinformation about the call in question, for additional help, contact thenext level of technical support.
AttributesAttribute Value
Severity Warning
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FormatAUD403 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid(WORDhhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 0-8
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 9-17
hhhh hhhh hhhh hhhh hhhh hhhh hhhh 18-24)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock.
callid Symbolic text Variable Identifies call process affected.
hhhh 0000-FFFF Variable Provides 25 words of data from permextension block.
Active message exampleAUD403 APR01 12:00:00 2112 INFO EXT DUMP 419104 (WORDS
1801 0000 0000 0000 7F81 0000 8080 8080 8080 0-8
0000 FFFF FFFF 0000 0000 0500 0000 0000 0000 9-17
5000 8000 0000 0002 0300 0000 0000 18-24)
Clear message examplen/a
Associated OM registers
AUD404The Audit (AUD) subsystem generates report AUD404. The subsystemgenerates AUD404 when a data dump for a INWATS COMMONCHANNEL SIGNALING (INWCCS) recording unit extension block occurs.A call condense block (CCB) stores only sufficient data to describe a basiccall. Extension blocks provide additional data space for a CCB. TheAUD404 associates with the AUDT102 report if the audit detects aproblem. The AUD404 associates with the AUDT399 report if the callprocess stops without a warning. The AUD404 can associate with theAUD398 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
AUD404 573
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Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX reports can indicate a translationproblem or a software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the user activates features against acall process, the additional information for a given feature needs a storagearea. These areas are extension (EXT) blocks. Each EXT block has atemplate for stored data. The AUD4XX and AUD5XX log reports arehexadecimal representations for EXT block data. These reports form theremainder of the AUD log reports. Save all log reports that occur at thesame time. The log reports can help to reconstruct the event that causedthe system to generate the report.
To reconstruct the type of call, use the tools and templates and theinformation that the AUD395 or AUD398 sections provide. Use these tools,templates, and information to determine the problem encountered.
The following steps are recommended when onsite personnel deciderepeated call losses justify problem solving:
• Save all logs generated five min before and after the AUD report.
• Use the callid field for this report to look for associated AUD logs. If afeature is in effect, for example, three-way (3WC), more than one callidcan associate with an agent.
• Look for associated TRAP and SWER logs or other logs associatedwith this report.
• Use the DISPCALL tool to capture failures and provide a formatteddump of the information for AUD395, AUD398, and some AUD4XXlogs. The DISPCALL is a resident tool that formats the AUD395,AUD398, and AUD4XX blocks into a data model. For more informationabout DISPCALL, Display Call (DISPCALL) User Guide,TAM-1001-003.
• When you cannot localize and correct the problem, gather all availableinformation about the call in question. For additional help, contact thenext level of technical support.
AttributesAttribute Value
Severity Warning
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FormatAUD404 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh
0-8
9-17
18-26
27-31)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock.
callid Symbolic text Variable Identifies call process affected.
hhhh... 0000 - FFFF Variable Provides 32 words of data from theINWCCS extension block.
Active message exampleAUD404 APR01 12:00:00 2112 INFO EXT DUMP 125840 (WORDS
2001 8000 0000 0000 0000 0000 8080 8080 8080 0-8
8080 8080 8080 8080 8080 8080 8080 0000 0000 9-17
2001 8000 0000 0000 0000 0000 8080 8080 8080 18-26
A000 0000 0000 8000 2D6D 27-31)
Clear message examplen/a
AUD404 575
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Associated OM registers
AUD405The Audit (AUD) subsystem generates this report when a data dump for anautomatic number identification (ANI) spill block extension block occurs.The AUD405 uses extension blocks to provide additional data space for acall condense block (CCB). A CCB stores only sufficient data to describe abasic call. The AUD405 associates with the AUDT102 report if the auditdetects a problem. The AUD405 associates with the AUDT399 report if thecall process stops without a warning. The AUD405 can associate with theAUD398 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationproblem or a software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the user activates features against acall process, the additional information for a given feature must be stored.These areas are called extension (EXT) blocks. Each EXT block has atemplate for stored data. The AUD4XX and AUD5XX log reports arehexadecimal representations for EXT block data. These reports form theremainder of the AUD log reports. Save all log reports that occur at thesame time. The log reports can help to reconstruct the event that causedthe system to generate the report.
To reconstruct the type of call, use the tools and templates and theinformation, which the AUD395 or AUD398 sections provide. Use thesetools, templates, and information to determine the trouble.
The following steps are recommended when onsite personnel deciderepeated call losses justify problem solving:
• Save all logs generated 5 min before and after the AUD report.
• Use the callid field for this report to look for associated AUD logs. If afeature is in effect, for example, three-way calling (3WC), more thanone callid can associate with an agent.
• Look for associated TRAP and SWER logs or other logs associatedwith this report.
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• Use the DISPCALL tool to capture failures and provide a formatteddump of information for AUD395, AUD398, and AUD4XX logs. TheDISPCALL is a resident tool that formats the AUD395, AUD398, andAUD4XX blocks into a data representation. For more information aboutDISPCALL, Display Call (DISPCALL) User Guide, TAM-1001-003.
• When you cannot to localize and correct the problem, gather allavailable information about the call in question. For additional help,contact the next level of technical support.
AttributesAttribute Value
Severity Warning
FormatAUD405 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
0-8
9-17
18-26
27-34)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock.
callid Symbolic text Variable Identifies call process affected.
hhhh... 0000 - FFFF Variable Provides 34 words of data from theANI spill block extension block.
Active message exampleAUD405 APR01 12:00:00 2112 INFO EXT DUMP 100661 (WORDS
AUD405 577
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2801 8080 8080 8080 8080 A080 F9CD 0C00 8080 0-8
0010 8080 3259 9400 0000 2607 FFFF 0415 0002 9-17
1226 0041 0000 0000 00DE 8080 8080 8080 8080 18-26
03E7 0022 0AAA 0000 0000 0000 0000 0000 27-34)
Clear message examplen/a
Associated OM registers
AUD406The Audit (AUD) subsystem generates log report AUD406. The reportappears when a data dump occurs for a traffic operator position servicerecording unit (TOPSRU) extension block. These TOPSRU extensionblocks provide additional data space for a call condense block (CCB). ACCB stores only enough data to describe a basic call.
This report associates with an AUDT102 report if the audit detects aproblem. The report associates with an AUDT399 report if the call processstops without a warning. The report can also associate with an AUD398report.
The following is additional information for log report AUD406:
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationor software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the user activates features against thecall process, the additional for a given feature must be stored. These areasare extension (EXT) blocks. Each EXT block has a template for storeddata. The AUD4XX and AUD5XX log reports are hexadecimalrepresentations for EXT block data. These reports form the remainder ofthe AUD log reports. Save all log reports that occur at the same time. Thelog reports can help to reconstruct the event that caused the system togenerate the report.
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To reconstruct the type of call, use the tools and templates and theinformation that the AUD395 or AUD398 sections provide. Use these tools,templates, and information to determine the problem.
The following steps are recommended when onsite personnel decidesrepeated call losses justify problem solving:
• Save all logs generated five min before and after the AUD report.
• Use the CALLID field for this report to look for associated AUD logs. Ifa feature is in effect, for example, three-way calling (3 WC), more thanone CALLID can associate with an agent.
• Look for associated TRAP and SWER logs or any other logsassociated with this report.
• Use the DISPCALL tool to capture failures and provide a formatteddump of the information for AUD395, AUD398, and AUD4XX logs. TheDISPCALL is a resident tool that formats the AUD395, AUD398, andAUD4XX blocks into a data representation. For more information aboutDISPCALL, Display Call (DISPCALL) User Guide, TAM-1001-003.
• When you cannot localize and correct the problem, gather the availableinformation about the call in question. For additional help, contact thenext level of technical support.
AttributesAttribute Value
Severity Warning
FormatAUD406 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh...
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
CALLID Symbolic text Variable Identifies call process affected. SeeTable I.
hhhh... 0000 to FFFF Variable Indicates TOPSRU extension blockdata
Active message exampleAUD406 APR01 12:00:00 2112 INFO EXT DUMP 950289 (WORDS:
AUD406 579
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FFFF FFFF 3420 0000 0000 0000 0000 0C07 3200 0 - 8
8000 AAAA AAAA 85AA AAAA AAAA AAAA AAAA 1082 9 - 17
1806 0D48 0000 0000 00C2 8000 1205 0100 8080 18 - 26
0000 0E00 0000 03E7 AAAA AAAA AAAA AAAA 0AA 27 - 35
AAAA 40AA AAAA AAAA 0000 FFFF AAAA 0000 0000 36 - 44
8000 0000 0000 8080 8080 0000 5721 3699 2111 45 - 53
FFFF FFFF 3420 0000 0000 0000 0000 0C07 3200 54 - 62
8000 AAAA AAAA 85AA AAAA AAAA AAAA 0AAA 1082 63 - 71
1806 0D48 0000 0000 00C2 8000 1205 0100 8080 72 - 80
0000 0E00 0000 03E7 AAAA AAAA AAAA AAAA 80AA 81 - 89
AAAA 40AA AAAA AAAA 0000 FFFF AAAA 0000 0000 90 - 98
8000 0000 0000 8080 8080 0000 5721 3699 2111 99 - 107
AAAA 40AA AAAA AAAA 0000 FFFF AAAA 0000 0000 108 - 116
8000 0000 0000 8080 8080 0000 5721 3699 2111 117 - 125
0D48 0C07 03E7 1806 00C2 0000 0000 0000 0000 126 - 134
8000 0000 0000 8080 8080 0000 0000 0AAA 80AA 135 - 144
0D48 0000 AAAA 0000 00C2 145 - 149)
Clear message examplen/a
Associated OM registers
AUD407The Audit (AUD) subsystem generates the 20-word AUD407 log report.The AUD subsystem generates the AUD407 log when a data dump for athree-way calling (3WC) extension block occurs.
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Extension blocks provide additional data space for a call condense block(CCB). The CCB stores enough data to describe a basic call. The AUDsubsystem generates the AUD407 log when a call linked to a 3WCextension block terminates. The AUD generates the AUD407 log when thesubsystem finds a 3WC extension block that is not defined.
If the AUD subsystem detects a problem, the subsystem prints anAUDT102 report. If a call process stops without warning, the AUD prints anAUDT398 or AUD399 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD407 log reports indicate a clean up of call processing resourcesthat was abnormal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationerror or a software problem.
The AUD395 or AUD398 log reports normally print with AUD4XX andAUD5XX reports. The AUD395 and AUD398 log reports detail informationcommon to all call processes. When the features are activated against acall process, the additional information for a given feature requires storage.
Extension (EXT) blocks store additional information when the subsystemactivates features against a call. Each EXT block has a template for storeddata. The AUD4XX and AUD5XX log reports are hexadecimal models forEXT block data. The AUD4XX and AUD5XX log reports form theremainder of the AUD log reports.
It is important to save all log reports that occur at the same time. The logreports identify the event that caused the system to generate the report.
Identify the type of call and determine the source of the problem on thecall. Use the information in the AUD395 or AUD398 sections and thetemplates and tools available. Follow these steps when operating companypersonnel decide that repeated call deaths require problem solving:
• Save all logs that generated five minutes before and after the AUD logreport.
• Use the CALLID field of the AUD log report to search for other AUDreports. If another feature, like three-way calling (3WC), is in effect, themore than one CALLID can associate with the agent.
• Look for other TRAP and software error (SWER) logs or any logs thatrelate to this report.
AUD407 581
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• Use the DISPCALL tool to capture failures that follow. The DISPCALLtool provides a formatted dump of the information for AUD395,AUD398, and AUD4XX logs. The DISPCALL is a resident tool thatformats the AUD395, AUD398 and AUD4XX blocks to a data model.For more information about DISPCALL, refer to Display Call(DISPCALL) User Guide, TAM-1001-003.
• If you cannot localize and correct the problem, save all informationabout the call in question. For additional help, contact the next level oftechnical support.
AttributesAttribute Value
Severity Warning
FormatAUD407 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid(WORDS:
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh0 - 9
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh10 - 19)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock.
callid Symbolic text Variable Identifies call process affected.
hhhh... 0000 - FFFF Variable Provides 20 words of data from 3WCextension block.
Active message exampleAUD407 APR01 12:00:00 2112 INFO EXT DUMP 375920 (WORDS:
FFFF FFFF 1D16 4000 0271 FDF4 E003 E000 FDF0 0 - 9
E000 004A 1E00 9003 2030 1C13 FCFD FDFD FDFD 10 - 19)
Clear message examplen/a
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Associated OM registers
AUD408The Audit (AUD) subsystem generates log report AUD408 when a datadump for an ANNEXTFC extension block occurs. Extension blocks provideadditional data space for a call condense block (CCB). The CCB storesonly enough data to describe a basic call. If the AUD subsystem detects aproblem, the CCB prints an AUDT102 log report. The AUD prints anAUDT398 or AUD399 report if a call process stops without warning.
Remedial actionThe AUD log reports indicate that the clean up of the call processingresources was not normal. This clean up does not always affect service tothe end user. Repeated AUD4XX or AUD5XX log reports indicate atranslation error or a software problem.
The AUD395 and AUD398 reports normally print with AUD4XX or AUD5XXlog reports. The AUD395 and AUD398 reports detail information commonto all call processes. When the features are activated against a callprocess, information on the additional features requires storage.
Extension (EXT) blocks store additional information when the subsystemactivates features against a call. Each EXT block has a template for storeddata. The AUD4XX and AUD5XX log reports are hexadecimal models forEXT block data. The AUD4XX and AUD5XX log reports form theremainder of the AUD log reports.
It is important to save all log reports that occur at the same approximatetime. The log reports identify the event that caused the system to generatethe report.
Identify the type of call and determine the source of the problem on thecall. Use the information in the AUD395 or AUD398 sections and thetemplates and tools available. Follow these steps when operating companypersonnel decide that repeated call deaths require problem solving:
• Save all logs generated five minutes before the AUD log report and fiveminutes after the AUD log report.
• Use the CALLID field of the AUD log report to search for other AUDreports. If another feature, like three-way calling (3WC), is in effect,more than one CALLID associates with an agent.
• Look for other TRAP and software error (SWER) logs or any logs thatrelate to this report.
AUD408 583
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• Use the DISPCALL tool to capture failures that follow. The DISPCALLtool provides a formatted dump of the information for AUD395,AUD398, and AUD4XX logs. DISPCALL is a resident tool that formatsthe AUD395, AUD398, and AUD4XX blocks to a data model. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• If you cannot localize and correct the problem, save all informationabout the call in question. For additional help, contact the next level oftechnical support.
AttributesAttribute Value
Severity Warning
Format1.AUD408 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
hhhh... 0000 - FFFF Variable Provides 8 words of data fromANNEXTFC extension block
Active message example1.4001000000000000000004006D4D0A00
Clear message examplen/a
Associated OM registers
AUD409The Audit (AUD) subsystem log report AUD409. The subsystem generatesthis 20-word report when a data dump for a Call Forward (CFW) extensionblock occurs.
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Plain ordinary telephone services (POTS) and Meridian Digital Centrex(MDC) call forward features use this extension block. Extension blocksprovide additional data space for a call condense block (CCB). The CCBstores the least possible amount of data that describes a basic call.
If the audit detects a problem, like a call error or TRAP, the systemassociates AUDT102 with the AUD report. The system associates the AUDlog report with an AUDT398 or AUD399 report if the call process stopswithout a warning.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionReports AUD4XX and AUD5XX reports normally have an associatedAUD395 or AUD398 log report. The AUD395 and AUD398 reports containinformation common to all call processes. When features activate againstthe call process the system must store additional information for aspecified feature.
Storage areas for additional information are extension (EXT) blocks.Specified templates for stored data are present in all EXT blocks. TheAUD4XX and AUD5XX log reports are hexadecimal representations forEXT data blocks. The AUD4XX and AUD5XX log reports are the remainderof the AUD log reports.
It is important to save all log reports that occur around the same time. Youcan discover events that cause the system to generate the log reports fromlogs that occur around the same approximate time.
Use the information in the AUD395 or AUD398 sections and the templatesand tools to discover the type of call. The templates and tools can help todetermine the problem encountered.
Take the following five-steps when on-site personnel think that repeatedcall deaths require problem solving.
• Save all logs generated in the five minutes before the AUD log reportand for five minutes after the report.
• Look for other associated AUD reports. Use the CALLID fieldassociated with this report. An agent can link to more than one CALLIDif a feature is in progress.
• Look for associated TRAP and software error (SWER) logs or anyother logs associated with this report.
AUD409 585
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• Use the DISPCALL tool to capture failures that follow. The DISPCALLtool provides a formatted dump of information for AUD395, AUD398,and AUD4XX logs. The DISPCALL is a resident tool that formats theAUD395, AUD398 and AUD4XX blocks into a data image. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• If you cannot localize and correct the problem, gather information aboutthe call in question. Save this information and contact the next level ofsupport for assistance.
AttributesAttribute Value
Severity Warning
FormatAUD409 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS:
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 0-9
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 10-19)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates a data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
hhhh... 0000-FFFF Variable Provides 20 words of data from CFWextension block
Active message exampleAUD409 APR01 12:00:00 2112 INFO EXT DUMP 100661 (WORDS:
81FA 7E00 12C0 4001 3C30 10FF 0000 0000 0000 0 - 9
0000 0000 0000 0000 FDF8 FDF8 FDF8 FDF8 FDF8 10 - 19)
Clear message examplen/a
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Associated OM registers
AUD410The Audit (AUD) subsystem log report AUD410. The subsystem generatesAUD410 at a data dump. The subsystem generates AUD410 for a Circuit-Switched Digital Data Service PREM (CSDDSPREM) extension block.
Extension blocks provide additional data space for a Call Condense Block(CCB). The CCB stores the least possible data necessary to describe abasic call.
If the audit detects a problem, the AUD410 report associates with anAUD102 report. If the call process stops without a warning, AUD410associates with an AUDT399 report. The AUD410 report can associatewith an AUD398 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log report indicates that call processing resources were cleanedin a method that was not normal. This problem does not always affectservice to the end user. Repeated AUD4XX or AUD5XX log reports canindicate a translation problem or a software problem.
The AUD4XX and AUD5XX reports normally associate with the AUD395 orAUD398 log reports. The AUD395 and AUD398 reports detail informationcommon to all call processes.
When features activate against a call process, the system must storeadditional information associated with a feature.
Storage areas for additional information are extension (EXT) blocks. EachEXT block has an exact template for stored data. The AUD4XX andAUD5XX log reports are hexadecimal representations for EXT block data.The AUD4XX and AUD5XX log reports are the remainder of the AUD logreports.
It is important to save all log reports that occur around the same time. Youcan discover events that cause the system to generate the log reports fromlog reports that occur around the same time.
Use the information in the AUD395 or AUD398 sections and the templatesand tools provided to discover the type of call. Use the AUD395 orAUD398 sections and the templates and tools provided to determine theproblem.
AUD410 587
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Take the following five steps when on-site personnel think that repeatedcall deaths require problem solving.
• Save all logs generated during the five minutes before the AUD logreport and for five minutes after this report.
• Use the CALLID for this report field to look for other associated AUDreports. An agent can link with more than one CALLID if a feature is inprogress.
• Look for associated TRAP and software error (SWER) logs or anyother logs to which this report associates.
• Use the DISPCALL tool to capture failures that follow. The DIPSCALLtool provides a formatted dump of information for AUD395, AUD398,and AUD4XX logs. The DISPCALL is a resident tool that formats theAUD395, AUD398, and AUD4XX blocks into a data image. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• If you can not localize and correct the problem, gather informationabout the call in question. When you have the information, contact thenext level of support for assistance.
AttributesAttribute Value
Severity Warning
FormatAUD410 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected.
hhhh 0000-FFFF Variable Provides eight words of data fromCSDDS EXTENSION BLOCK
Active message exampleAUD410 APR01 12:00:00 2112 INFO EXT DUMP 100661 (WORDS
045A 0042 0800 03CB 0000 0000 0000 0000 0->8)
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Clear message examplen/a
Associated OM registers
AUD411The Audit (AUD) subsystem generates this report when a data dump for aROTL_PRIMING_EXTFC extension block occurs. Extension blocks areused to provide additional data space for a call condense block (CCB). TheCCB stores the least data to describe a basic call.
If the Audit detects a problem the system associates this report with anAUDT102 report. If the call process stops without warning the systemassociates this report with an AUD398 or AUDT399 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log report indicates that call processing resources were cleanedup in a not normal method. This problem is not always service affecting tothe end user. But, repeated AUD4XX or AUD5XX log reports can indicatea translation problem or a software problem.
Under most conditions, AUD4XX and AUD5XX reports will have anassociated AUD395 or AUD398 log report. The AUD395 and AUD398reports detail information common to all call processes. When features areactivated against a call process, additional information associated with afeature must be stored.
These areas are called extension (EXT) blocks. Each EXT block has anexact template for stored data. The AUD4XX and AUD5XX log reports arehexadecimal representations for EXT block data. The AUD4XX andAUD5XX log reports comprise the remainder of the AUD log reports.
It is important to save all log reports that occur at the same approximatetime. Logs that occur at the same time can aid in reconstructing the eventthat generated the report.
Use the information provided in the AUD395 or AUD398 sections and thetemplates and tools provided to discover the type of call. Use the AUD395or AUD398 sections and the templates and tools provided to determine thetrouble encountered.
AUD411 589
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The following five-steps are recommended when on-site personnel thinkthat repeated call deaths warrant troubleshooting.
• Save all logs generated during the five minutes previous to the AUD logreport and for five minutes following this report.
• Look for other associated AUD reports by using the CALLID fieldassociated with this report. An agent can link with more than oneCALLID if a feature, three-way calling for example, is in effect.
• Look for associated TRAP and software error (SWER) logs or anyother logs to which this report can associate.
• Use the DISPCALL tool to capture failures that follow and provide aformatted dump of information for AUD395, AUD398, and AUD4XXlogs. DISPCALL is a resident tool that formats the AUD395, AUD398,and AUD4XX blocks into a data image. For more information aboutDISPCALL, refer to Display Call (DISPCALL) User Guide,TAM-1001-003.
• If you can not localize and correct the problem, gather informationabout the call in question. When you have the information contact thenext level of technical support for help.
AttributesAttribute Value
Severity Warning
FormatAUD411 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 0->9
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh 10->19)
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed This field Indicates data dump forextension block
callid Symbolic text Variable This field Identifies call processaffected
hhhh 0000-FFFF Variable This field provides 20 words of datafrom ROTL_PRIMING_EXTFCextension block. The following figureidentifies information in these fields.
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Active message exampleAUD411 APR01 12:00:00 2112 INFO EXT DUMP 419104 (WORDS
1001 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF 0->9
FFFF FFFF 8000 0000 0000 FFFF FFFF FFFF FFFF 10->19)
Clear message examplen/a
Associated OM registers
AUD412The Audit (AUD) subsystem log report AUD412. The subsystem generatesAUD412 when a data dump for a CALL WAITING DATA extension blockoccurs. Extension blocks provide additional data space for a CallCondense Block (CCB). A CCB stores the least possible amount of dataneeded to describe a basic call. If the Audit detects a problem, this reportassociates with an AUDT102 report. This report associates with anAUDT399 report if a call process stops without a warning. This report canassociate with an AUD398 report.
The following diagram shows the field positions within words 0 and 1:
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log report shows all processing resources were cleaned in amethod that was not normal. This problem does not affect service to theend user. Repeated AUD4XX or AUD5XX log reports can show translationor software problems.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports containinformation common to all call processes. When a feature activates againstthe call process the system must store additional information for a feature.
Storage areas for additional information are extension (EXT) blocks. AllEXT blocks contain specified templates for stored data. The AUD4XX andAUD5XX log reports are hexadecimal representations for EXT data blocks.The AUD4XX and AUD5XX log reports are the remainder of the AUD logreports.
AUD412 591
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It is important to save all log reports that occur around the sameapproximate time. Logs that occur around the same time can provide thereason the system generated the log.
Use the information in the AUD395 or AUD398 sections and the templatesand tools provided to discover the type of call. The templates and toolshelp determine the problem. Take the following five steps when on-sitepersonnel think that repeated call deaths require problem solving.
• Save all logs generated during the five minutes before the AUD logreport and for five minutes after this report.
• Use the CALLID field associated with this report to look for otherassociated AUD reports. An agent can link to more than one CALLID ifa feature is in effect.
• Look for associated TRAP and software error (SWER) logs or anyother logs associated with this report.
• Use the DISPCALL tool to capture failures that follow. Provide aformatted dump of information for AUD395, AUD398, and AUD4XXlogs. The DISPCALL is a resident tool that formats the AUD395,AUD398 and AUD4XX blocks into a data image. For more informationabout DISPCALL, refer to Display Call (DISPCALL) User Guide,TAM-1001-003.
• If you can not localize and correct the problem, gather informationabout the call in question. Save this information and contact the nextlevel of support for assistance.
AttributesAttribute Value
Severity Warning
FormatAUD412 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS)
hhhhhhhh
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed This field indicates data dump forextension block
callid Symbolic text Variable This field identifies call processaffected
hhhh... 0000 - FFFF Variable This field identifies CALL WAITINGDATA extension block data
Active message exampleAUD412 APR01 12:00:00 2112 INFO EXT DUMP 386203 (WORDS
F32A FFFF 3420 0000 0000 B012 0000 0C07 3200 0 - 8
8000 AF57 AAAA 85AA F324 AAAA 0808 9 - 15)
Clear message examplen/a
Associated OM registers
AUD413The audit (AUD) subsystem generates AUD413 when a data dump occursfor a CMATOPS_RU extension block. The CAMATOPS_RU stands forcentralized automatic message accounting TOPS system recording unit.
Call condense blocks (CCB) store enough space to describe a basic call.Extension blocks provide additional space for a CCB. When the AUDsubsystem detects a problem, the subsystem associates the AUD413report with an AUD102 report. The audit associates the report with anAUDT399 or an AUD398 when the call process stops without warning.
The field positions in words 0, 1, 2 and 3 appear in the following diagram:
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionContact the next level of maintenance.
AUD413 593
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AttributesAttribute Value
Severity Warning
FormatAUD413 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS)
hhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected. Referto Table I.
hhhh... 0000 - FFFF Variable Identifies CAMATOPS_RU extensionblock data
Active message exampleAUD413 APR01 12:00:00 2112 INFO EXT DUMP 950289 (WORDS
FFFF FFFF 3420 0000 0000 0000 0C07 3200
0-8
8000 AAAA AAAA 85AA AAAA AAAA AAAA 1082
9-17
1806 0D48 0000 0000 00C2 1205 0100
8080 18-26
0000 0E00 0000 03E7 AAAA AAAA AAAA 80AA
27-35
AAAA 40AA AAAA 0000 FFFF AAAA 0000
0000 36-44
8000 0000 0000 8080 0000 5721 3699
2111 45-53
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FFFF FFFF 3420 0000 0000 0000 0C07
3200 54-62
8000 AAAA AAAA 85AA AAAA AAAA 0AAA
1082 63-71
1806 0D48 0000 00C2 8000 1205 0100
8080 72-80
0000 0E00 0000 03E7 AAAA AAAA AAAA
0000 81-88
0000 0D00 0000 04F8 0000 8080 80A4
0000 89-98
AAAA 0000 07D5 0000 99-103)
Clear message examplen/a
Associated OM registers
AUD414The Audit (AUD) subsystem generates this report when a data dump for anIBN_CALLQ_EXT extension block occurs. Extension blocks provideadditional data space for a call condense block (CCB). A CCB stores onlyenough data to describe a basic call. The AUD414 report associates withan AUDT102 report if the audit detects a problem. The AUD414 reportassociates with an AUD398 or AUDT399 report if the call process stopswithout a warning.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports indicate that the clean up of call processing resourceswas abnormal. This clean-up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationerror or a software problem.
AUD414 595
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AUD4XX and AUD5XX reports normally have an associated AUD395 orAUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the features are activated against acall process, additional information for that feature requires storage. Thesestorage areas are extension (EXT) blocks.
Each EXT block has a specified template for stored data. The AUD4XXand AUD5XX log reports are hexadecimal representations for EXT blockdata. The AUD4XX and AUD5XX log reports form the remainder of theAUD log reports. You must save all log reports that occur at the sameapproximate time. You can use these logs to construct the event again thatcaused the system to generate the report.
Use the information that the AUD395 or AUD398 sections provide, and thetemplates and tools available. Construct the type of call and determine theproblem encountered. Follow these steps when operating companypersonnel decide repeated call deaths require problem solving:
• Save all logs that the system generated during the five minutes beforeand after the AUD log report.
• Use the CALLID field that associates with this report to search forassociated AUD reports. More than one CALLID can associate with anagent if a feature is in effect.
• Look for associated TRAP and software error (SWER) logs or anyother logs that associate with this report.
• Use the DISPCALL tool to capture additional failures. This DISPCALLtool provides a formatted dump of the information for AUD395,AUD398, and AUD4XX logs. DISPCALL is a resident tool that formatsthe AUD395, AUD398, and AUD4XX blocks into a data representation.For more information about DISPCALL, refer to Display Call(DISPCALL) User Guide, TAM-1001-003.
• If you cannot localize and correct the problem, save all availableinformation about the call in question. For additional help, contact thenext level of technical support.
AttributesAttribute Value
Severity Warning
FormatAUD414 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS:
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
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Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
hhhh... 0000 to FFFF Variable Identifies IBN_CALLQ_EXT extensionblock data
Active message exampleAUD414 APR01 12:00:00 2112 INFO EXT DUMP 486035 (WORDS:
0801 0000 0000 0000 0000 8080 8080 8080 0-8
4080 8080 8080 8080 8080 0080 0000 0101 9-17
0000 0000 8080 533B 0000 18-25)
Clear message examplen/a
Associated OM registers
AUD416The Audit (AUD) subsystem generates AUD416 when a data dump for aStation Message Detail Recording Unit (SMDR_RECORD_UNIT)extension block occurs. Extension blocks provide additional data space forcall condense block (CCBs) and Call Data Block (CDBs). AUD416associates with an AUDT102 report if the audit detects a problem. TheAUD416 associates with an AUD398 or AUDT399 report if the call processstops without notice.
The field positions in words 0, 1, 2 and 3 appear in the following illustration:
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports show call processing resources were cleaned up in amanner that is not normal. This procedure does not always affect serviceto the end user. Repeated AUD4XX or AUD5XX log reports can show atranslation or software problem.
AUD416 597
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Most AUD4XX and AUD5XX reports have an associated AUD395 orAUD398 log report. The AUD395 and AUD398 reports have detailedinformation common to all call processes. When features are activatedagainst a call process, the system must store additional informationassociated with a certain feature. These areas are called extension (EXT)blocks. Each EXT block has a specified template for stored data. TheAUD4XX and AUD5XX log reports are hexadecimal representations forEXT block data. These log reports are the last of the AUD log reports.
It is important to save all log reports that occur in one period of time. Theselogs can help reconstruct the event that generated the report.
Use the information provided in the AUD395 or AUD398 sections and thetemplates and tools provided to construct the type of call again. Thisinformation determines the trouble encountered. The following nine stepsare recommended when on-site personnel decide that repeated call deathsjustify troubleshooting:
• Save all logs generated during the 5 min before to the AUD log reportand for 5 min after this report.
• Use the CALLID field associated with this report to locate otherassociated AUD reports. More than one CALLID can be associatedwith an agent if a feature is in effect. An example of this feature isthree-way calling.
• Look for associated TRAP and software error (SWER) logs or otherlogs that can be associated with this report.
• Look for AUDT102 reports if the audit detects a problem. Look forAUD398 or AUDT399 reports if the call process stops without notice.
• Examine the agent IDs (ORIG_AGENT and TERM_AGENT). Thesefields identify the calling and called agents, in this order. If more thanone AUD416 report shows the same originator and terminator, theproblem can be localized.
• Examine the call processing selector (CPSs). These fields identify thetypes of call lines. An important indicator is if several log reports show aspecified line type.
• Examine the available data to decide if the problem relates to corruptdata tables or to the code. An example of a corrupt data table istranslation. Contact maintenance personnel if the code is suspect.
• Use the DISPCALL tool to capture other failures and provide aformatted dump of the information for AUD395, AUD398, and AUD4XXlogs. The DISPCALL is a resident tool that formats the AUD395,
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AUD398, and AUD4XX blocks into a data representation. For moreinformation about DISPCALL, refer to Display Call (DISPCALL) UserGuide, TAM-1001-003.
• If you cannot localize and correct the problem, gather the mostinformation possible about the call in question. Contact the next level ofsupport.
AttributesAttribute Value
Severity Warning
FormatAUD416 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS:
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh...
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
hhhh... 0000 - FFFF Variable Provides the data in this extensionblock. Refer to the introduction sectionof this document to interpret thisfigure.
Active message exampleAUD416 APR01 12:00:00 2112 INFO EXT DUMP 486035
(WORDS:0801 0000 0000 0000 0000 8080 8080 8080 0-8
4080 8080 8080 8080 8080 0080 0000 0000 9-17
0000 0000 8080 533B 0F00 0801 0000 0000 18-26
0000 8080 8080 8080 8080 4080 8080 8080 27-35
8080 0080 0000 0000 0000 0000 0000 9E12 36-44
B074 F912 0480 A8E1 8080 C3F0 AE4F 72BA 45-53
0F00 0480 533A 8080 8080 0000 8080 54-61)
AUD416 599
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Clear message examplen/a
Associated OM registers
AUD417The Audit (AUD) subsystem report AUD417. The subsystem generatesAUD417 when a data dump for an ALTADDR_EXT_FC extension blockoccurs. Extension blocks provide additional data space for call condenseblock (CCB) and call data block (CDB). A CDB only stores enough data todescribe a basic call. If the audit detects a problem, this report associateswith an AUDT102 report. If the call process stops without a warning, thisreport associates with an AUD398 or AUD399 report.
The following diagram shows the field positions in words 0 and 1:
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports indicate a clean up of call processing resources thatwas not normal. This clean up does not always affect service to the enduser. Repeated AUD4XX or AUD5XX log reports can indicate a translationor software problem.
The AUD4XX and AUD5XX reports normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the user activates features against acall process, the additional information for a given feature must be stored.These areas are called extension (EXT) blocks. Each EXT block has atemplate for stored data. The AUD4XX and AUD5XX log reports arehexadecimal representations for EXT block data. These reports for theremainder of the AUD log reports. Save all log reports that occur at thesame time. The log reports can help to reconstruct the event that causedthe system to generate the report.
To reconstruct the type of call, use the tools and templates and theinformation, which the AUD395 or AUD398 sections provide. Use thesetools, templates and information to determine the problem encountered.
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The following steps are recommended when onsite personnel deciderepeated call losses justify problem solving.
• Save all logs generated 5 min before and after the AUD report.
• Use the callid field for this report to look for associated AUD logs. If afeature is in effect, for example, three-way calling (3WC), more thanone callid can associate with an agent.
• Look for associated TRAP and SWER logs or other logs associatedwith this report.
• Use the DISPCALL tool to capture failures and provide a formatteddump of information for AUD395, AUD398, and some AUD4XX logs.The DISPCALL is a resident tool that formats the AUD395, AUD398,and some AUD4XX blocks into a data representation. For moreinformation about DISPCALL, Display Call (DISPCALL) User Guide,refer to TAM-1001-003.
• When you cannot localize and correct the problem, gather all availableinformation about the call in question. For additional help, contact thenext level of technical support.
AttributesAttribute Value
Severity Warning
FormatAUD417 mmdd hh:mm:ss ssdd INFO EXT DUMP callid
hhhh hhhh hhhh hhhh
Selected field descriptionsField Value Fixed or
VariableDescription
EXT DUMP Constant Fixed Indicates data dump for extensionblock.
call identification Symbolic text Variable Identifies call process affected.
hhhh... 0000 - FFFF Variable Identifies ALTADDR_EXT_FCextension block data.
Active message exampleAUD417 APR01 12:00:00 2112 INFO EXT DUMP 375319
(WORDS: 0043 0D3A 0000 35E3
0 - 3
AUD417 601
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Clear message examplen/a
Associated OM registers
AUD418The Audit (AUD) subsystem generates the AUD418 log report when a datadump occurs. The data dump occurs for an automatic servicing observingrecording unit (ASO_RECORD_UNIT) extension block. Extension blocksprovide additional data space for a call condense block (CCB). A CCBstores the necessary data to describe a basic call. If the audit detects aproblem, the subsystem associates this report with an AUDT102 report. Ifthe call process stops without a warning, the subsystem associates thisreport with an AUD398 or AUDT399 report.
"For information about interpreting the hex dump in the log report, pleaserefer to NN10275-909V19."
Remedial actionThe AUD log reports indicate call processing resources were cleaned upby an abnormal method. This clean up does not always affect service tothe end user.
Repeated AUD4XX or AUD5XX log reports can indicate a translation erroror a software problem.
AUD4XX and AUD5XX reports normally have an associated AUD395 orAUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the features are activated against acall process, the subsystem must store additional information thatassociates with a particular feature. These storage areas are calledextension (EXT) blocks. Each EXT block has a specified template forstored data. The AUD4XX and AUD5XX log reports are hexadecimalrepresentations for EXT block data. The AUD4XX and AUD5XX log reportsmake up the rest of the AUD log reports.
You must save all log reports that occur at the same approximate time.You can use these log reports to reconstruct the event that caused thesystem to generate the report.
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Use the information that the AUD395 or AUD398 sections provide, and thetemplates and tools available. Construct the type of call again anddetermine the problems that occur. The following five steps arerecommended when on-site personnel decide repeated call deaths warrantproblem solving:
• Save all logs generated during the five minutes before the AUD logreport and for five minutes after this report.
• To search for other associated AUD reports use the CALLID fieldassociated with this report. The subsystem can associate more thanone CALLID with an agent if a feature is in effect. The subsystem canassociate more than one CALLID field if three-way calling is in effect.
• Look for associated TRAP and software error (SWER) logs or anyother logs that associate with this report.
• Use the DISPCALL tool to capture additional failures. The DISPCALLtool provides a formatted dump of the information for AUD395,AUD398, and AUD4XX logs. DISPCALL is a resident tool that formatsthe AUD395, AUD398, and AUD4XX blocks to a data representation.For more information about DISPCALL, refer to Display Call(DISPCALL) User Guide, TAM-1001-003.
• If you cannot localize and correct the problem, save information aboutthe call in question. Contact the next level of technical support for help.
AttributesAttribute Value
Severity Warning
FormatAUD418 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS:
hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh...
Selected field descriptionsField Value Fixed or
VariableDescription
hhhh... 0000 - FFFF Variable Identifies ASO_RECORD_UNITextension block data
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
Active message exampleAUD418 APR01 12:00:00 2112 INFO EXT DUMP 125840 (WORDS:
AUD418 603
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2001 8000 0000 0000 0000 0000 8080 8080 8080 0 - 8
8080 8080 8080 8080 8080 8080 8080 0000 0000 9 - 17
A000 0000 0000 8000 2D6D 18 - 22
Clear message examplen/a
Associated OM registers
AUD419The Audit (AUD) subsystem generates this report when a data dump for aCFD_EXT_FC extension block occurs. Extension blocks provide additionaldata space for a call condense block (CCB). A CCB stores the necessarydata to describe a basic call. If the audit detects a problem, the auditassociates this report with an AUDT102 report. If the call process stopswithout a warning, associate this report with an AUD398 or AUD399 report.
Remedial actionThe AUD log reports show call processing resources were cleaned up byan abnormal method. This clean up does not always affect service to theend user. Repeated AUD4XX or AUD5XX log reports can indicate atranslation error or a software problem.
AUD4XX and AUD5XX reports normally have an associated AUD395 orAUD398 log report. The AUD395 and AUD398 reports detail informationcommon to all call processes. When the features are activated against acall process, the system must store additional information associated withthat feature. These storage areas are called extension (EXT) blocks. EachEXT block has a specified template for stored data. The AUD4XX andAUD5XX log reports are hexadecimal representations for EXT block data.The remainder of the AUD log reports include the AUD4XX and AUD5XXlog reports.
You must save all log reports that occur at the same approximate time.You can use these log reports to construct the event again that caused thesystem to generate the report.
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Use the information that the AUD395 or AUD398 sections provide and thetemplates and tools provided. Construct the type of call again anddetermine the problem encountered. Follow these steps when operatingcompany personnel decide repeated call deaths require problem solving:
• Save all logs generated during the five minutes before the AUD logreport and for five minutes after this report.
• Use the CALLID field associated with this report to search forassociated AUD reports. More than one CALLID field can associatewith an agent if a feature is in effect.
• Look for associated TRAP and software error (SWER) logs or anyother logs that associate with this report.
• Use the DISPCALL tool to capture additional failures. The DISPCALLtool provides a formatted dump of the information for AUD395,AUD398, and AUD4XX logs. DISPCALL is a resident tool that formatsthe AUD395, AUD398, and AUD4XX blocks to a data representation.For more information about DISPCALL, refer to Display Call(DISPCALL) User Guide, TAM-1001-003.
• If you cannot localize and correct the problem, save all availableinformation about the call in question. Contact the next level of support.
AttributesAttribute Value
Severity Warning
Format.AUD419 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid
hhhhhhhhhhhhhhhhhhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies call process affected
hhhh... 0000 - FFFF Variable Provides 5 words of data fromCFD_EXT_FC extension block
Active message exampleAUD419 APR01 12:00:00 2112 INFO EXT DUMP 375914
0026A86D000050E4A360
AUD419 605
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Clear message examplen/a
Associated OM registers
AUD420The Audit (AUD) subsystem generates log report AUD420 when a datadump occurs for an AVDSA_RECORD_UNIT extension block. Extensionblocks provide additional data space for a call condense block (CCB). ACCB stores only enough data to describe a basic call. This reportassociates with log report AUDT102 if the audit detects a problem. Logreport AUD420 associates with AUD398 or AUDT399 if the call processstops without warning.
Remedial actionThe AUD log reports indicate that the system used an abnormal method toclean up call processing resources. This condition does not always affectservice to the end user. Repeated AUD4XX or AUD5XX log reports canindicate a translation problem or a software problem.
Log reports AUD4XX and AUD5XX normally have an associated AUD395or AUD398 log report. The AUD395 and AUD398 reports provideinformation common to all call processes. When the system activatesfeatures against a call process, the system must store additionalinformation associated with a specified feature. The storage areas areextension (EXT) blocks. Each EXT block has a specified template forstored data. The AUD4XX and AUD5XX log reports are hexadecimalmodels for EXT block data. These log reports compose the AUD logreports that remain.
Save all log reports that occur at the same approximate time. Thesereports can help reconstruct the event that caused the system to generatethe report.
Use the following to reconstruct the type of call and determine the troublethat occurred:
• information in the AUD395 or AUD398 sections
• provided templates
• provided tools
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Follow the following five steps when operating company personnel deciderepeated call deaths require troubleshooting:
• Save all logs that the subsystem generated 5 min before and after theAUD log report.
• Use the CALLID field for this report to search for other associated AUDreports. A minimum of two CALLID can associate with an agent if afeature is in effect. Three-way calling is an example of a feature.
• Look for associated TRAP and software error (SWER) logs or otherlogs that can associate with this report.
• Use the DISPCALL tool to capture the failures that follow. Use theDISPCALL tool to provide a formatted dump of the information forAUD395, AUD398, and AUD4XX logs. The DISPCALL is a residenttool that formats the AUD395, AUD398 and AUD4XX blocks into a datamodel. For additional information about DISPCALL, refer to DisplayCall (DISPCALL) User Guide, TAM-1001-003.
• If you cannot localize and correct the problem, collect the mostinformation as possible about the call. Contact the next level of support.
AttributesAttribute Value
Severity Warning
FormatAUD420 mmmdd hh:mm:ss ssdd INFO EXT DUMP callid (WORDS:
hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh
Selected field descriptionsField Value Fixed or
VariableDescription
INFO EXT DUMP Constant Fixed Indicates data dump for extensionblock
callid Symbolic text Variable Identifies the affected call process
hhhh... 0000 - FFFF Variable Provides data fromAVDSA_RECORD_UNIT extensionblock
Active message exampleAUD420 APR01 12:00:00 2112 INFO EXT DUMP 486035 (WORDS:
0801 0000 0000 0000 0000 8080 8080 8080 0-8
AUD420 607
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4080 8080 8080 8080 8080 0080 0000 0000 9-17
0000 0000 8080 533B 0F00 0801 0000 0000 18-26
0000 8080 8080 8080 8080 4080 8080 8080 27-35
8080 0080 0000 0000 0000 0000 2801 8080 36-44
0801 0000 0000 0000 0000 8080 8080 8080 45-53
4080 8080 8080 8080 8080 0080 0000 0000 54-62
0000 0000 8080 533B 0F00 0801 0000 0000 63-71
0000 8080 8080 8080 8080 4080 8080 8080 72-80
8080 0080 0000 0000 0000 0000 2801 8080 81-89
8080 0080 0000 0000 0000 0000 0000 8080 90-98
0801 0000 0000 0000 0000 8080 8080 8080 99-107
4080 8080 8080 8080 8080 0080 0000 0000 108-116
0000 0000 8080 533B 0F00 0801 0000 0000 117-125
0000 8080 8080 8080 8080 4080 8080 8080 126-130
8080 0080 0000 0000 0000 0000 2801 8080 131-133
8080 0080 0000 0000 0000 0000 0000 0000 134-146
8080 0080 0000 147-151)
Associated OM registers
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C20 Converged Softswitch
Logs and Alarms Reference, Volume 10Release: CVM16 and upPublication: NN10275-909v10Document Revision: 12.01Document release date: 03 October 2011
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