C20 Converged Softswitch

Logs and Alarms Reference,Volume 13Release: CVM16 and upDocument Revision: 12.01

www.genband.com

NN10275-909v13

C20 Converged SoftswitchRelease: CVM16 and upPublication: NN10275-909v13Document status: StandardDocument release date: 06 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 73DMS_ECTStoLINE 73

Logs and alarms fundamentals 75

DMS_ECTStoLINE alarms and logs reference 77ECTS100 77

Remedial action 77Attributes 77Format 77Selected field descriptions 78Active message example 78Clear message example 78Associated OM registers 79

ECTS101 79Remedial action 79Attributes 79Format 79Selected field descriptions 80Active message example 80Clear message example 81Associated OM registers 81

ECTS103 81Remedial action 81Attributes 81Format 81Selected field descriptions 81Active message example 82Clear message example 82Associated OM registers 82

ECTS105 82Remedial action 82Attributes 82Format 82Selected field descriptions 84Active message example 85Clear message example 87Associated OM registers 87

ENCP100 87

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Remedial action 88Attributes 88Format 88Selected field descriptions 89Active message example 90Clear message example 91Associated OM registers 91

ENCP101 91Remedial action 91Attributes 91Format 91Selected field descriptions 92Active message example 92Clear message example 92Associated OM registers 92

ENCP102 92Remedial action 92Attributes 92Format 93Selected field descriptions 93Active message example 94Clear message example 95Associated OM registers 95

ENCP103 95Remedial action 96Attributes 96Format 96Selected field descriptions 97Active message example 98Clear message example 99Associated OM registers 100

ENCP104 100Remedial action 100Attributes 100Format 100Selected field descriptions 100Active message example 101Clear message example 101Associated OM registers 101

ENCP105 101Remedial action 101Attributes 101Format 102Selected field descriptions 102Active message example 102Clear message example 102Associated OM registers 102

ENCP131 102Remedial action 102Attributes 102

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Format 102Selected field descriptions 103Active message example 103Clear message example 103Associated OM registers 104

ENCP132 104Remedial action 104Attributes 104Format 104Active message example 104Clear message example 105Associated OM registers 105

ENCP133 105Remedial action 105Attributes 105Format 105Active message example 105Clear message example 105Associated OM registers 106

ENCP134 106Remedial action 106Attributes 106Format 106Active message example 106Clear message example 107Associated OM registers 107

ENCP135 107Remedial action 107Attributes 107Format 107Active message example 108Clear message example 108Associated OM registers 108

ENCP136 108Remedial action 109Attributes 109Format 109Active message example 109Clear message example 109Associated OM registers 110

ENCP143 110Remedial action 110Attributes 110Format 110Active message example 110Clear message example 110Associated OM registers 111

ENCP150 111Remedial action 111Attributes 111

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Format 111Active message example 111Clear message example 112Associated OM registers 112

ENDB101 112Remedial action 112Attributes 112Format 112Selected field descriptions 112Active message example 112Clear message example 112Associated OM registers 113

ENET102 113Remedial action 113Attributes 113Format 113Selected field descriptions 114Active message example 114Clear message example 114Associated OM registers 115

ENET103 115Remedial action 116Attributes 117Format 117Selected field descriptions 118Active message example 118Clear message example 119Associated OM registers 119

ENET104 119Remedial action 121Attributes 121Format 121Selected field descriptions 121Active message example 121Clear message example 122Associated OM registers 122

ENET105 122Remedial action 122Attributes 122Format 122Selected field descriptions 123Active message example 123Clear message example 123Associated OM registers 124

ENET106 124Remedial action 124Attributes 124Format 124Selected field descriptions 124Active message example 125

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Clear message example 125Associated OM registers 125

ENET107 125Remedial action 125Attributes 125Format 126Selected field descriptions 126Active message example 126Clear message example 127Associated OM registers 127

ENET108 127Remedial action 128Attributes 128Format 129Selected field descriptions 129Active message example 129Clear message example 130Associated OM registers 130

ENET111 130Remedial action 132Attributes 132Format 132Selected field descriptions 133Active message example 134Clear message example 135Associated OM registers 135

ENET112 135Remedial action 135Attributes 136Format 136Selected field descriptions 137Active message example 138Clear message example 138Associated OM registers 139

ENET114 139Remedial action 144Attributes 144Format 144Selected field descriptions 145Active message example 145Clear message example 145Associated OM registers 145

ENET120 145Remedial action 146Attributes 146Format 146Selected field descriptions 146Active message example 146Clear message example 146Associated OM registers 147

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ENET200 147Remedial action 147Attributes 147Format 147Selected field descriptions 147Active message example 148Clear message example 148Associated OM registers 148

ENET203 148Remedial action 148Attributes 148Format 149Selected field descriptions 149Active message example 149Clear message example 150Associated OM registers 150

ENET204 150Remedial action 150Attributes 150Format 150Selected field descriptions 150Active message example 151Clear message example 151Associated OM registers 151

ENET205 151Remedial action 151Attributes 151Format 152Selected field descriptions 152Active message example 152Clear message example 153Associated OM registers 153

ENET208 153Remedial action 153Attributes 154Format 154Selected field descriptions 154Active message example 154Clear message example 155Associated OM registers 155

ENET211 155Remedial action 155Attributes 164Format 164Selected field descriptions 165Active message example 170Clear message example 173Associated OM registers 173

ENET220 173Remedial action 173

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Attributes 173Format 173Selected field descriptions 174Active message example 175Clear message example 175Associated OM registers 175

ENET221 175Remedial action 176Attributes 176Format 176Selected field descriptions 178Active message example 179Clear message example 181Associated OM registers 181

ENET222 181Remedial action 181Attributes 181Format 181Selected field descriptions 183Active message example 184Clear message example 185Associated OM registers 185

ENET223 185Remedial action 185Attributes 185Format 185Selected field descriptions 185Active message example 186Clear message example 186Associated OM registers 186

ENET230 186Remedial action 186Attributes 186Format 186Selected field descriptions 187Active message example 187Clear message example 188Associated OM registers 188

ENET300 188Remedial action 188Attributes 188Format 188Selected field descriptions 189Active message example 189Clear message example 190Associated OM registers 190

ENET303 190Remedial action 190Attributes 190Format 190

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Selected field descriptions 191Active message example 192Clear message example 192Associated OM registers 192

ENET304 192Remedial action 193Attributes 193Format 193Selected field descriptions 193Active message example 194Clear message example 194Associated OM registers 195

ENET305 195Remedial action 195Attributes 195Format 195Selected field descriptions 195Active message example 196Clear message example 196Associated OM registers 196

ENET308 196Remedial action 197Attributes 197Format 197Selected field descriptions 198Active message example 199Clear message example 200Associated OM registers 200

ENET309 200Remedial action 200Attributes 200Format 200Selected field descriptions 200Active message example 201Clear message example 201Associated OM registers 201

ENET311 201Remedial action 202Attributes 202Format 202Selected field descriptions 204Active message example 209Clear message example 212Associated OM registers 213

ENET312 213Remedial action 213Attributes 213Format 213Selected field descriptions 214Active message example 214

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Clear message example 215Associated OM registers 215

ENET313 215Remedial action 215Attributes 215Format 215Selected field descriptions 216Active message example 216Clear message example 217Associated OM registers 217

ENET314 217Remedial action 217Attributes 217Format 217Selected field descriptions 218Active message example 218Clear message example 219Associated OM registers 219

ENET315 219Remedial action 219Attributes 219Format 219Selected field descriptions 219Active message example 220Clear message example 220Associated OM registers 220

ENET400 220Remedial action 221Attributes 221Format 221Selected field descriptions 222Active message example 222Clear message example 222Associated OM registers 222

ENET401 222Remedial action 223Attributes 223Format 224Selected field descriptions 224Active message example 224Clear message example 224Associated OM registers 225

ENET402 225Remedial action 225Attributes 226Format 226Selected field descriptions 226Active message example 226Clear message example 227Associated OM registers 227

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ENET403 227Remedial action 227Attributes 227Format 227Selected field descriptions 227Active message example 227Clear message example 228Associated OM registers 228

ENET404 228Remedial action 228Attributes 228Format 228Selected field descriptions 228Active message example 229Clear message example 229Associated OM registers 229

ENET500 229Remedial action 229Attributes 230Format 230Selected field descriptions 230Active message example 230Clear message example 230Associated OM registers 230

ENET501 230Remedial action 230Attributes 230Format 231Selected field descriptions 231Active message example 231Clear message example 231Associated OM registers 231

ENET502 231Remedial action 231Attributes 231Format 232Selected field descriptions 232Active message example 232Clear message example 232Associated OM registers 233

ENET503 233Remedial action 233Attributes 233Format 233Selected field descriptions 233Active message example 233Clear message example 233Associated OM registers 233

ENET505 233Remedial action 234

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Attributes 234Format 234Selected field descriptions 234Active message example 234Clear message example 234Associated OM registers 234

ENET506 234Remedial action 235Attributes 235Format 235Selected field descriptions 235Active message example 235Clear message example 235Associated OM registers 235

ENET507 235Remedial action 235Attributes 236Format 236Selected field descriptions 236Active message example 236Clear message example 236Associated OM registers 236

ENET508 236Remedial action 236Attributes 237Format 237Selected field descriptions 237Active message example 237Clear message example 238Associated OM registers 238

ENET509 238Remedial action 238Attributes 238Format 238Selected field descriptions 239Active message example 239Clear message example 240Associated OM registers 240

ENET510 240Remedial action 240Attributes 240Format 240Selected field descriptions 241Active message example 242Clear message example 242Associated OM registers 242

ENET512 242Remedial action 242Attributes 242Format 242

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Selected field descriptions 243Active message example 243Clear message example 243Associated OM registers 243

ENET520 243Remedial action 243Attributes 244Format 244Selected field descriptions 244Active message example 245Clear message example 245Associated OM registers 245

ENET522 245Remedial action 245Attributes 245Format 245Selected field descriptions 245Active message example 246Clear message example 246Associated OM registers 246

ENET600 246Remedial action 246Attributes 246Format 246Selected field descriptions 247Active message example 247Clear message example 247Associated OM registers 247

ENET601 247Remedial action 247Attributes 247Format 247Selected field descriptions 248Active message example 248Clear message example 248Associated OM registers 248

ENET602 248Remedial action 248Attributes 248Format 249Selected field descriptions 249Active message example 249Clear message example 249Associated OM registers 249

ENET603 249Remedial action 250Attributes 250Format 250Selected field descriptions 250Active message example 250

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Clear message example 250Associated OM registers 251

EQAC100 251Remedial action 251Attributes 251Format 251Selected field descriptions 252Active message example 252Clear message example 252Associated OM registers 253

EQAC600 253Remedial action 253Attributes 253Format 253Selected field descriptions 253Active message example 254Clear message example 254Associated OM registers 254

ESA101 254Remedial action 254Attributes 255Format 255Selected field descriptions 255Active message example 255Clear message example 255Associated OM registers 256

ESA102 256Remedial action 256Attributes 256Format 256Selected field descriptions 256Active message example 257Clear message example 257Associated OM registers 257

ESA103 257Remedial action 257Attributes 257Format 257Selected field descriptions 258Active message example 258Clear message example 258Associated OM registers 258

ESA104 258Remedial action 258Attributes 259Format 259Selected field descriptions 259Active message example 259Clear message example 259Associated OM registers 260

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ESA105 260Remedial action 260Attributes 260Format 260Selected field descriptions 260Active message example 261Clear message example 261Associated OM registers 261

ESA106 261Remedial action 261Attributes 261Format 261Selected field descriptions 262Active message example 262Clear message example 262Associated OM registers 262

ESA107 262Remedial action 263Attributes 263Format 263Selected field descriptions 263Active message example 264Clear message example 264Associated OM registers 264

ESA108 264Remedial action 264Attributes 264Format 264Selected field descriptions 265Active message example 265Clear message example 265Associated OM registers 265

ESA109 265Remedial action 266Attributes 266Format 266Selected field descriptions 266Active message example 266Clear message example 266Associated OM registers 267

ESA110 267Remedial action 267Attributes 267Format 267Selected field descriptions 267Active message example 268Clear message example 268Associated OM registers 268

ESA112 268Remedial action 268

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Attributes 268Format 268Selected field descriptions 269Active message example 269Clear message example 269Associated OM registers 269

ESA113 269Remedial action 269Attributes 269Format 270Selected field descriptions 270Active message example 270Clear message example 270Associated OM registers 270

ESG100 270Remedial action 270Attributes 271Format 271Selected field descriptions 271Active message example 272Clear message example 272Associated OM registers 272

ESG101 272Remedial action 272Attributes 272Format 272Selected field descriptions 273Active message example 273Clear message example 274Associated OM registers 274

ESG103 274Remedial action 274Attributes 274Format 274Selected field descriptions 274Active message example 275Clear message example 275Associated OM registers 276

ESR100 276Remedial action 276Attributes 276Format 276Selected field descriptions 276Active message example 276Clear message example 277Associated OM registers 277

ESV100 277Remedial action 277Attributes 277Format 277

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Selected field descriptions 277Active message example 278Clear message example 278Associated OM registers 278

ESV110 278Remedial action 278Attributes 278Format 278Selected field descriptions 279Active message example 279Clear message example 279Associated OM registers 279

ESYN100 279Remedial action 279Attributes 280Format 280Selected field descriptions 280Active message example 280Clear message example 280Associated OM registers 280

ESYN101 280Remedial action 280Attributes 281Format 281Selected field descriptions 281Active message example 281Clear message example 281Associated OM registers 281

EXT100 281Remedial action 281Attributes 281Format 282Selected field descriptions 282Active message example 282Clear message example 282Associated OM registers 282

EXT101 282Remedial action 282Attributes 282Format 282Selected field descriptions 283Active message example 283Clear message example 283Associated OM registers 283

EXT103 283Remedial action 283Attributes 283Format 283Selected field descriptions 284Active message example 284

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Clear message example 284Associated OM registers 284

EXT104 284Remedial action 284Attributes 284Format 284Selected field descriptions 284Active message example 285Clear message example 285Associated OM registers 285

EXT105 285Remedial action 285Attributes 286Format 286Selected field descriptions 287Active message example 290Clear message example 291Associated OM registers 291

EXT106 291Remedial action 293Attributes 293Format 293Selected field descriptions 294Active message example 297Clear message example 298Associated OM registers 298

EXT107 298Remedial action 300Attributes 301Format 301Selected field descriptions 302Active message example 305Clear message example 307Associated OM registers 307

EXT109 307Remedial action 307Attributes 307Format 307Selected field descriptions 307Active message example 308Clear message example 308Associated OM registers 308

EXT110 308Remedial action 308Attributes 309Format 309Selected field descriptions 309Active message example 309Clear message example 309Associated OM registers 309

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EXT300 309Remedial action 310Attributes 310Format 310Selected field descriptions 311Active message example 311Clear message example 312Associated OM registers 312

EXT301 312Remedial action 312Attributes 312Format 312Selected field descriptions 313Active message example 313Clear message example 314Associated OM registers 314

EXT400 314Remedial action 314Attributes 315Format 315Selected field descriptions 315Active message example 316Clear message example 316Associated OM registers 316

EXT800 316Remedial action 317Attributes 317Format 317Selected field descriptions 318Active message example 318Clear message example 318Associated OM registers 318

FCO100 318Remedial action 318Attributes 319Format 319Active message example 319Clear message example 319Associated OM registers 319

FCO101 319Remedial action 319Attributes 320Format 320Selected field descriptions 320Active message example 320Clear message example 320Associated OM registers 320

FM100 320Remedial action 322Attributes 322

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Format 322Selected field descriptions 322Active message example 322Clear message example 322Associated OM registers 323

FM101 323Remedial action 323Attributes 324Format 324Selected field descriptions 324Active message example 324Clear message example 324Associated OM registers 324

FMT100 324Remedial action 325Attributes 325Format 325Selected field descriptions 325Active message example 325Clear message example 326Associated OM registers 326

FMT101 326Remedial action 326Attributes 326Format 326Selected field descriptions 326Active message example 327Clear message example 327Associated OM registers 327

FMT102 327Remedial action 327Attributes 327Format 327Selected field descriptions 328Active message example 328Clear message example 328Associated OM registers 328

FMT103 328Remedial action 328Attributes 329Format 329Selected field descriptions 329Active message example 329Clear message example 330Associated OM registers 330

FP501_NT 330Remedial action 330Attributes 331Format 331Selected field descriptions 331

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Active message example 331Clear message example 332Associated OM registers 332

FP502_NT 332Remedial action 332Attributes 332Format 332Selected field descriptions 332Active message example 333Clear message example 333Associated OM registers 334

FP505_NT_CK 334Remedial action 334Attributes 334Format 334Active message example 334Clear message example 336Associated OM registers 336

FP601 336Remedial action 336Attributes 336Format 336Selected field descriptions 338Active message example 338Clear message example 340Associated OM registers 340

FPRT102 340Remedial action 341Attributes 341Format 341Selected field descriptions 341Active message example 341Clear message example 342Associated OM registers 342

FPRT103 342Remedial action 342Attributes 342Format 342Selected field descriptions 342Active message example 342Clear message example 343Associated OM registers 343

FPRT104 343Remedial action 343Attributes 343Format 343Selected field descriptions 344Active message example 344Clear message example 344Associated OM registers 344

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FPRT105 344Remedial action 344Attributes 344Format 345Selected field descriptions 345Active message example 347Clear message example 348Associated OM registers 348

FPRT106 348Remedial action 348Attributes 348Format 348Selected field descriptions 348Active message example 349Clear message example 349Associated OM registers 349

FPRT200 349Remedial action 349Attributes 349Format 349Selected field descriptions 351Active message example 352Clear message example 353Associated OM registers 354

FREQ_NT 354Remedial action 354Attributes 354Format 354Selected field descriptions 354Active message example 354Clear message example 354Associated OM registers 355

FRS101 355Remedial action 355Attributes 355Format 355Selected field descriptions 355Active message example 355Clear message example 356Associated OM registers 356

FRS181 356Remedial action 356Attributes 356Format 356Selected field descriptions 356Active message example 356Clear message example 356Associated OM registers 357

FRS301 357Remedial action 357

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Attributes 360Format 360Selected field descriptions 360Active message example 360Clear message example 360Associated OM registers 361

FTU100 361Remedial action 361Attributes 361Format 361Selected field descriptions 361Active message example 361Clear message example 361Associated OM registers 362

FTU101 362Remedial action 362Attributes 362Format 362Selected field descriptions 363Active message example 363Clear message example 364Associated OM registers 364

FTU102 364Remedial action 364Attributes 364Format 364Selected field descriptions 364Active message example 365Clear message example 365Associated OM registers 365

FTU103 365Remedial action 365Attributes 365Format 366Selected field descriptions 366Active message example 366Clear message example 366Associated OM registers 366

FTU104 366Remedial action 366Attributes 366Format 366Selected field descriptions 367Active message example 367Clear message example 367Associated OM registers 368

FTU201 368Remedial action 368Attributes 368Format 368

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Selected field descriptions 369Active message example 369Clear message example 370Associated OM registers 370

FTU501 370Remedial action 370Attributes 370Format 370Selected field descriptions 370Active message example 371Clear message example 371Associated OM registers 371

FTU502 371Remedial action 371Attributes 371Format 371Selected field descriptions 371Active message example 372Clear message example 372Associated OM registers 372

FTU601 372Remedial action 372Attributes 372Format 372Selected field descriptions 373Active message example 374Clear message example 374Associated OM registers 374

FTU602 374Remedial action 375Attributes 375Format 375Selected field descriptions 375Active message example 375Clear message example 376Associated OM registers 376

GAME100 376Remedial action 376Attributes 376Format 376Selected field descriptions 377Active message example 377Clear message example 377Associated OM registers 377

GAME101 377Remedial action 378Attributes 378Format 378Selected field descriptions 378Active message example 378

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Clear message example 378Associated OM registers 379

GAME102 379Remedial action 379Attributes 380Format 380Selected field descriptions 380Active message example 380Clear message example 380Associated OM registers 380

HEAP100 380Remedial action 381Attributes 381Format 381Selected field descriptions 381Active message example 381Clear message example 381Associated OM registers 381

HEAP101 381Remedial action 381Attributes 382Format 382Selected field descriptions 382Active message example 382Clear message example 382Associated OM registers 382

HEAP102 382Remedial action 382Attributes 383Format 383Selected field descriptions 383Active message example 385Clear message example 385Associated OM registers 385

IBN100 385Remedial action 385Attributes 385Format 385Selected field descriptions 386Active message example 389Clear message example 389Associated OM registers 389

IBN101 389Remedial action 389Attributes 389Format 390Selected field descriptions 390Active message example 391Clear message example 391Associated OM registers 391

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IBN102 391Remedial action 391Attributes 391Format 391Selected field descriptions 392Active message example 392Clear message example 393Associated OM registers 393

IBN103 393Remedial action 393Attributes 393Format 393Selected field descriptions 393Active message example 394Clear message example 394Associated OM registers 394

IBN104 394Remedial action 394Attributes 394Format 394Selected field descriptions 395Active message example 396Clear message example 396Associated OM registers 396

IBN105 396Remedial action 396Attributes 396Format 396Selected field descriptions 397Active message example 397Clear message example 398Associated OM registers 398

IBN106 398Remedial action 398Attributes 398Format 398Selected field descriptions 398Active message example 399Clear message example 399Associated OM registers 399

IBN107 399Remedial action 400Attributes 400Format 400Selected field descriptions 401Active message example 401Clear message example 402Associated OM registers 403

IBN108 403Remedial action 403

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Attributes 406Format 406Selected field descriptions 406Active message example 407Clear message example 407Associated OM registers 407

IBN109 407Remedial action 407Attributes 407Format 407Selected field descriptions 408Active message example 408Clear message example 409Associated OM registers 409

IBN110 409Remedial action 409Attributes 409Format 409Selected field descriptions 409Active message example 411Clear message example 411Associated OM registers 411

IBN111 411Remedial action 411Attributes 412Format 412Selected field descriptions 412Active message example 413Clear message example 413Associated OM registers 413

IBN112 413Remedial action 413Attributes 413Format 413Selected field descriptions 414Active message example 414Clear message example 414Associated OM registers 414

IBN113 414Remedial action 415Attributes 415Format 415Selected field descriptions 415Active message example 416Clear message example 416Associated OM registers 416

IBN114 416Remedial action 416Attributes 416Format 416

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Selected field descriptions 416Active message example 416Clear message example 417Associated OM registers 417

IBN115 417Remedial action 417Attributes 417Format 417Selected field descriptions 417Active message example 417Clear message example 418Associated OM registers 418

IBN116 418Remedial action 418Attributes 418Format 418Selected field descriptions 419Active message example 419Clear message example 419Associated OM registers 420

IBN117 420Remedial action 420Attributes 420Format 420Selected field descriptions 421Active message example 421Clear message example 421Associated OM registers 422

IBN118 422Remedial action 422Attributes 422Format 422Selected field descriptions 422Active message example 423Clear message example 423Associated OM registers 423

IBN119 423Remedial action 423Attributes 423Format 423Selected field descriptions 424Active message example 424Clear message example 424Associated OM registers 424

IBN120 424Remedial action 425Attributes 425Format 425Selected field descriptions 425Active message example 426

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Clear message example 426Associated OM registers 426

IBN121 426Remedial action 426Attributes 426Format 426Selected field descriptions 427Active message example 427Clear message example 427Associated OM registers 427

IBN122 427Remedial action 427Attributes 427Format 428Selected field descriptions 428Active message example 428Clear message example 428Associated OM registers 428

IBN123 428Remedial action 428Attributes 429Format 429Selected field descriptions 429Active message example 429Clear message example 429Associated OM registers 429

IBN124 429Remedial action 429Attributes 430Format 430Selected field descriptions 430Active message example 430Clear message example 430Associated OM registers 431

IBN125 431Remedial action 431Attributes 431Format 431Selected field descriptions 431Active message example 432Clear message example 432Associated OM registers 432

IBN126 432Remedial action 432Attributes 432Format 432Selected field descriptions 433Active message example 433Clear message example 433Associated OM registers 433

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IBN127 433Remedial action 433Attributes 433Format 433Selected field descriptions 434Active message example 434Clear message example 435Associated OM registers 435

IBN128 435Remedial action 435Attributes 435Format 435Selected field descriptions 436Active message example 436Clear message example 437Associated OM registers 437

IBN129 437Remedial action 439Attributes 439Format 439Selected field descriptions 440Active message example 440Clear message example 441Associated OM registers 441

IBN130 441Remedial action 441Attributes 441Format 441Selected field descriptions 442Active message example 442Clear message example 442Associated OM registers 443

IBN131 443Remedial action 443Attributes 443Format 443Selected field descriptions 443Active message example 444Clear message example 445Associated OM registers 445

IBN132 445Remedial action 445Attributes 445Format 445Selected field descriptions 445Active message example 446Clear message example 447Associated OM registers 447

IBN137 447Remedial action 447

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Attributes 447Format 447Selected field descriptions 447Active message example 448Clear message example 448Associated OM registers 448

ICTS100 448Remedial action 448Attributes 448Format 448Selected field descriptions 449Active message example 449Clear message example 450Associated OM registers 450

ICTS101 450Remedial action 450Attributes 450Format 450Selected field descriptions 451Active message example 451Clear message example 452Associated OM registers 452

ICTS102 452Remedial action 452Attributes 452Format 452Selected field descriptions 452Active message example 452Clear message example 452Associated OM registers 453

ICTS103 453Remedial action 453Attributes 453Format 453Selected field descriptions 453Active message example 453Clear message example 454Associated OM registers 454

ICTS105 454Remedial action 454Attributes 454Format 454Selected field descriptions 456Active message example 458Clear message example 459Associated OM registers 459

ICTS106 459Remedial action 460Attributes 460Format 460

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Selected field descriptions 461Active message example 462Clear message example 463Associated OM registers 463

ICTS107 463Remedial action 464Attributes 464Format 464Selected field descriptions 464Active message example 464Clear message example 465Associated OM registers 465

IDPL800 465Remedial action 465Attributes 465Format 465Selected field descriptions 466Active message example 466Clear message example 467Associated OM registers 467

IDPL801 467Remedial action 467Attributes 467Format 467Selected field descriptions 468Active message example 468Clear message example 469Associated OM registers 469

IDPL810 469Remedial action 469Attributes 469Format 469Selected field descriptions 469Active message example 469Clear message example 469Associated OM registers 470

IDPL811 470Remedial action 470Attributes 470Format 470Selected field descriptions 470Active message example 470Clear message example 470Associated OM registers 471

IDPL900 471Remedial action 471Attributes 471Format 471Selected field descriptions 471Active message example 472

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Clear message example 472Associated OM registers 472

IMGR100 472Remedial action 472Attributes 472Format 472Selected field descriptions 472Active message example 473Clear message example 473Associated OM registers 473

INIT 473Remedial action 473Attributes 474Format 474Selected field descriptions 474Active message example 477Clear message example 478Associated OM registers 478

INTL104 478Remedial action 478Attributes 479Format 479Selected field descriptions 479Active message example 479Clear message example 479Associated OM registers 479

IOAU101 479Remedial action 479Attributes 479Format 479Selected field descriptions 480Active message example 480Clear message example 480Associated OM registers 481

IOAU102 481Remedial action 481Attributes 481Format 481Selected field descriptions 481Active message example 481Clear message example 481Associated OM registers 482

IOAU103 482Remedial action 482Attributes 482Format 482Selected field descriptions 482Active message example 482Clear message example 482Associated OM registers 483

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IOAU104 483Remedial action 483Attributes 483Format 483Selected field descriptions 483Active message example 485Clear message example 485Associated OM registers 485

IOAU105 485Remedial action 485Attributes 485Format 485Selected field descriptions 486Active message example 487Clear message example 487Associated OM registers 487

IOAU106 487Remedial action 488Attributes 488Format 488Selected field descriptions 488Active message example 490Clear message example 490Associated OM registers 490

IOAU107 490Remedial action 491Attributes 491Format 491Selected field descriptions 491Active message example 492Clear message example 493Associated OM registers 493

IOAU108 493Remedial action 493Attributes 493Format 493Selected field descriptions 494Active message example 494Clear message example 494Associated OM registers 495

IOAU109 495Remedial action 495Attributes 495Format 495Selected field descriptions 495Active message example 495Clear message example 495Associated OM registers 496

IOAU110 496Remedial action 496

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Attributes 496Format 496Selected field descriptions 496Active message example 497Clear message example 498Associated OM registers 498

IOAU111 498Remedial action 498Attributes 498Format 498Selected field descriptions 498Active message example 499Clear message example 499Associated OM registers 499

IOAU113 499Remedial action 499Attributes 499Format 499Selected field descriptions 500Active message example 501Clear message example 501Associated OM registers 501

IOD101 501Remedial action 501Attributes 501Format 502Selected field descriptions 502Active message example 502Clear message example 502Associated OM registers 502

IOD102 502Remedial action 502Attributes 502Format 502Selected field descriptions 502Active message example 503Clear message example 503Associated OM registers 503

IOD103 503Remedial action 503Attributes 503Format 503Selected field descriptions 503Active message example 503Clear message example 503Associated OM registers 503

IOD104 503Remedial action 504Attributes 504Format 504

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Selected field descriptions 504Active message example 504Clear message example 504Associated OM registers 505

IOD105 505Remedial action 505Attributes 505Format 505Selected field descriptions 505Active message example 505Clear message example 505Associated OM registers 506

IOD106 506Remedial action 506Attributes 506Format 506Selected field descriptions 506Active message example 506Clear message example 506Associated OM registers 506

IOD107 506Remedial action 507Attributes 507Format 507Selected field descriptions 507Active message example 507Clear message example 508Associated OM registers 508

IOD108 508Remedial action 508Attributes 508Format 508Selected field descriptions 508Active message example 508Clear message example 509Associated OM registers 509

IOD109 509Remedial action 509Attributes 509Format 509Selected field descriptions 509Active message example 509Clear message example 510Associated OM registers 510

IOD110 510Remedial action 510Attributes 510Format 510Selected field descriptions 510Active message example 511

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Clear message example 511Associated OM registers 511

IOD111 511Remedial action 511Attributes 511Format 511Selected field descriptions 511Active message example 512Clear message example 512Associated OM registers 512

IOD112 512Remedial action 512Attributes 512Format 512Selected field descriptions 513Active message example 513Clear message example 513Associated OM registers 513

IOD113 513Remedial action 513Attributes 513Format 513Selected field descriptions 514Active message example 514Clear message example 514Associated OM registers 514

IOD114 514Remedial action 514Attributes 514Format 515Selected field descriptions 515Active message example 515Clear message example 515Associated OM registers 515

IOD115 515Remedial action 516Attributes 516Format 516Selected field descriptions 516Active message example 517Clear message example 517Associated OM registers 517

IOD116 517Remedial action 517Attributes 517Format 517Selected field descriptions 517Active message example 518Clear message example 518Associated OM registers 518

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IOD117 518Remedial action 518Attributes 518Format 518Selected field descriptions 519Active message example 519Clear message example 519Associated OM registers 519

IOD118 519Remedial action 520Attributes 520Format 520Selected field descriptions 520Active message example 521Clear message example 521Associated OM registers 521

IOD119 521Remedial action 521Attributes 521Format 522Selected field descriptions 522Active message example 522Clear message example 523Associated OM registers 523

IOD120 523Remedial action 523Attributes 523Format 523Selected field descriptions 523Active message example 524Clear message example 524Associated OM registers 524

IOD121 524Remedial action 524Attributes 524Format 524Selected field descriptions 524Active message example 524Clear message example 525Associated OM registers 525

IOD122 525Remedial action 525Attributes 525Format 525Selected field descriptions 525Active message example 525Clear message example 525Associated OM registers 525

IOD123 525Remedial action 526

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Attributes 526Format 526Selected field descriptions 526Active message example 526Clear message example 526Associated OM registers 526

IOD124 526Remedial action 526Attributes 527Format 527Selected field descriptions 527Active message example 527Clear message example 527Associated OM registers 527

IOD125 527Remedial action 527Attributes 528Format 528Selected field descriptions 528Active message example 528Clear message example 528Associated OM registers 528

IOD126 528Remedial action 528Attributes 529Format 529Selected field descriptions 529Active message example 529Clear message example 529Associated OM registers 529

IOD127 529Remedial action 529Attributes 529Format 530Selected field descriptions 530Active message example 530Clear message example 530Associated OM registers 530

IOD128 530Remedial action 530Attributes 531Format 531Selected field descriptions 531Active message example 531Clear message example 531Associated OM registers 531

IOD129 531Remedial action 531Attributes 531Format 531

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Selected field descriptions 532Active message example 532Clear message example 532Associated OM registers 532

IOD130 532Remedial action 532Attributes 532Format 532Selected field descriptions 533Active message example 533Clear message example 534Associated OM registers 534

IOD201 534Remedial action 534Attributes 534Format 534Selected field descriptions 534Active message example 534Clear message example 534Associated OM registers 534

IOD202 534Remedial action 534Attributes 535Format 535Selected field descriptions 535Active message example 535Clear message example 535Associated OM registers 535

IOD203 535Remedial action 535Attributes 535Format 535Selected field descriptions 536Active message example 536Clear message example 536Associated OM registers 536

IOD204 536Remedial action 536Attributes 536Format 536Selected field descriptions 536Active message example 537Clear message example 537Associated OM registers 537

IOD205 537Remedial action 537Attributes 537Format 537Selected field descriptions 537Active message example 538

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Clear message example 538Associated OM registers 538

IOD206 538Remedial action 538Attributes 538Format 538Selected field descriptions 539Active message example 540Clear message example 540Associated OM registers 540

IOD207 540Remedial action 540Attributes 540Format 540Selected field descriptions 540Active message example 541Clear message example 541Associated OM registers 541

IOD208 541Remedial action 541Attributes 541Format 541Selected field descriptions 541Active message example 542Clear message example 542Associated OM registers 542

IOD209 542Remedial action 545Attributes 545Format 545Selected field descriptions 545Active message example 546Clear message example 546Associated OM registers 546

IOD210 546Remedial action 546Attributes 546Format 546Selected field descriptions 546Active message example 547Clear message example 547Associated OM registers 547

IOD211 547Remedial action 547Attributes 547Format 547Selected field descriptions 547Active message example 547Clear message example 548Associated OM registers 548

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IOD212 548Remedial action 548Attributes 548Format 548Selected field descriptions 548Active message example 548Clear message example 548Associated OM registers 549

IOD213 549Remedial action 549Attributes 549Format 549Selected field descriptions 549Active message example 549Clear message example 549Associated OM registers 549

IOD214 549Remedial action 550Attributes 550Format 550Selected field descriptions 550Active message example 550Clear message example 550Associated OM registers 550

IOD215 550Remedial action 551Attributes 551Format 551Selected field descriptions 551Active message example 551Clear message example 551Associated OM registers 551

IOD301 551Remedial action 551Attributes 552Format 552Selected field descriptions 552Active message example 552Clear message example 552Associated OM registers 552

IOD303 552Remedial action 552Attributes 553Format 553Selected field descriptions 553Active message example 553Clear message example 553Associated OM registers 553

IOD304 553Remedial action 553

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Attributes 554Format 554Selected field descriptions 554Active message example 554Clear message example 554Associated OM registers 555

IOD305 555Remedial action 555Attributes 555Format 555Selected field descriptions 555Active message example 556Clear message example 556Associated OM registers 556

IOD306 556Remedial action 556Attributes 556Format 556Selected field descriptions 557Active message example 558Clear message example 558Associated OM registers 558

IOD307 558Remedial action 558Attributes 558Format 558Selected field descriptions 558Active message example 559Clear message example 559Associated OM registers 559

IOD308 559Remedial action 559Attributes 559Format 559Selected field descriptions 560Active message example 560Clear message example 560Associated OM registers 560

IOD309 560Remedial action 560Attributes 560Format 560Selected field descriptions 561Active message example 561Clear message example 561Associated OM registers 561

IOD310 561Remedial action 561Attributes 561Format 561

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Selected field descriptions 562Active message example 562Clear message example 562Associated OM registers 562

IOD311 562Remedial action 562Attributes 562Format 563Selected field descriptions 563Active message example 563Clear message example 563Associated OM registers 563

IOD312 563Remedial action 563Attributes 563Format 564Selected field descriptions 564Active message example 564Clear message example 564Associated OM registers 564

IOD313 564Remedial action 564Attributes 564Format 564Selected field descriptions 564Active message example 565Clear message example 565Associated OM registers 565

IOD315 565Remedial action 565Attributes 565Format 565Selected field descriptions 565Active message example 565Clear message example 566Associated OM registers 566

IOD600 566Remedial action 566Attributes 566Format 566Selected field descriptions 567Active message example 568Clear message example 568Associated OM registers 568

IOD610 568Remedial action 569Attributes 569Format 569Selected field descriptions 569Active message example 571

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Clear message example 571Associated OM registers 571

IOGA101 571Remedial action 571Attributes 571Format 572Selected field descriptions 572Active message example 573Clear message example 573Associated OM registers 573

IOGA102 573Remedial action 574Attributes 574Format 574Selected field descriptions 574Active message example 575Clear message example 575Associated OM registers 575

IOGA103 575Remedial action 575Attributes 575Format 575Selected field descriptions 576Active message example 576Clear message example 576Associated OM registers 576

IOGA104 576Remedial action 577Attributes 577Format 577Selected field descriptions 577Active message example 577Clear message example 577Associated OM registers 578

IOGA105 578Remedial action 578Attributes 578Format 578Selected field descriptions 578Active message example 579Clear message example 579Associated OM registers 579

IOGA106 579Remedial action 579Attributes 579Format 579Selected field descriptions 580Active message example 580Clear message example 580Associated OM registers 580

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IOGA107 580Remedial action 580Attributes 581Format 581Selected field descriptions 581Active message example 581Clear message example 581Associated OM registers 582

IOGA108 582Remedial action 582Attributes 582Format 582Selected field descriptions 582Active message example 583Clear message example 583Associated OM registers 583

IOGA109 583Remedial action 584Attributes 584Format 584Selected field descriptions 584Active message example 585Clear message example 585Associated OM registers 585

IOGA110 585Remedial action 585Attributes 585Format 585Selected field descriptions 586Active message example 586Clear message example 586Associated OM registers 586

IOGA111 586Remedial action 586Attributes 587Format 587Selected field descriptions 587Active message example 587Clear message example 587Associated OM registers 588

IOGA112 588Remedial action 588Attributes 588Format 588Selected field descriptions 588Active message example 589Clear message example 589Associated OM registers 589

IOGA113 589Remedial action 589

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Attributes 589Format 589Selected field descriptions 589Active message example 590Clear message example 590Associated OM registers 590

IOGA114 590Remedial action 590Attributes 590Format 590Selected field descriptions 591Active message example 591Clear message example 591Associated OM registers 591

IOGA115 591Remedial action 592Attributes 592Format 592Selected field descriptions 592Active message example 592Clear message example 592Associated OM registers 593

IOGA116 593Remedial action 593Attributes 593Format 593Selected field descriptions 593Active message example 593Clear message example 594Associated OM registers 594

IPGW300 594Remedial action 594Attributes 594Format 594Selected field descriptions 594Active message example 595Clear message example 595Associated OM registers 595

IPGW500 595Remedial action 596Attributes 596Format 596Selected field descriptions 596Active message example 596Clear message example 597Associated OM registers 597

IPGW600 597Remedial action 597Attributes 597Format 597

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Selected field descriptions 597Active message example 598Clear message example 598Associated OM registers 598

IPGW601 598Remedial action 598Attributes 598Format 598Selected field descriptions 599Active message example 599Clear message example 599Associated OM registers 599

IPGW602 599Remedial action 599Attributes 600Format 600Selected field descriptions 600Active message example 600Clear message example 600Associated OM registers 601

IPGW603 601Remedial action 601Attributes 601Format 601Selected field descriptions 601Active message example 601Clear message example 602Associated OM registers 602

IPGW604 602Remedial action 602Attributes 602Format 603Selected field descriptions 603Active message example 603Clear message example 603Associated OM registers 603

ISA100 603Remedial action 603Attributes 604Format 604Selected field descriptions 604Active message example 605Clear message example 605Associated OM registers 605

ISDN100 605Remedial action 606Attributes 606Format 606Selected field descriptions 606Active message example 607

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Clear message example 608Associated OM registers 608

ISDN101 608Remedial action 608Attributes 608Format 608Selected field descriptions 609Active message example 609Clear message example 610Associated OM registers 610

ISDN102 610Remedial action 610Attributes 610Format 610Selected field descriptions 611Active message example 611Clear message example 612Associated OM registers 612

ISDN103 612Remedial action 612Attributes 612Format 612Selected field descriptions 613Active message example 613Clear message example 613Associated OM registers 614

ISDN104 614Remedial action 614Attributes 614Format 614Selected field descriptions 614Active message example 615Clear message example 615Associated OM registers 615

ISDN105 615Remedial action 615Attributes 615Format 616Selected field descriptions 616Active message example 616Clear message example 616Associated OM registers 616

ISDN106 616Remedial action 617Attributes 617Format 617Selected field descriptions 617Active message example 618Clear message example 618Associated OM registers 618

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ISDN107 618Remedial action 618Attributes 619Format 619Selected field descriptions 619Active message example 620Clear message example 620Associated OM registers 620

ISDN108 620Remedial action 620Attributes 620Format 621Selected field descriptions 621Active message example 621Clear message example 622Associated OM registers 622

ISDN109 622Remedial action 622Attributes 622Format 622Selected field descriptions 623Active message example 623Clear message example 624Associated OM registers 624

ISDN110 624Remedial action 624Attributes 624Format 624Selected field descriptions 625Active message example 625Clear message example 625Associated OM registers 626

ISDN111 626Remedial action 626Attributes 626Format 626Selected field descriptions 626Active message example 627Clear message example 627Associated OM registers 627

ISDN112 627Remedial action 628Attributes 628Format 628Selected field descriptions 628Active message example 629Clear message example 629Associated OM registers 629

ISDN113 629Remedial action 629

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Attributes 630Format 630Selected field descriptions 630Active message example 631Clear message example 631Associated OM registers 631

ISDN115 631Remedial action 631Attributes 631Format 632Selected field descriptions 632Active message example 633Clear message example 633Associated OM registers 634

ISDN116 634Remedial action 634Attributes 634Format 634Selected field descriptions 635Active message example 635Clear message example 636Associated OM registers 636

ISDN118 636Remedial action 636Attributes 636Format 636Selected field descriptions 637Active message example 637Clear message example 637Associated OM registers 637

ISDN120 637Remedial action 637Attributes 638Format 638Selected field descriptions 638Active message example 638Clear message example 639Associated OM registers 639

ISDN121 639Remedial action 639Attributes 639Format 639Selected field descriptions 639Active message example 640Clear message example 640Associated OM registers 640

ISDN122 640Remedial action 640Attributes 640Format 641

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Selected field descriptions 641Active message example 641Clear message example 642Associated OM registers 642

ISDN200 642Remedial action 642Attributes 642Format 642Selected field descriptions 643Active message example 643Clear message example 644Associated OM registers 644

ISDN201 644Remedial action 644Attributes 644Format 645Selected field descriptions 645Active message example 645Clear message example 646Associated OM registers 646

ISDN202 646Remedial action 646Attributes 646Format 646Selected field descriptions 646Active message example 647Clear message example 647Associated OM registers 647

ISDN203 647Remedial action 647Attributes 647Format 647Selected field descriptions 648Active message example 648Clear message example 649Associated OM registers 649

ISDN204 649Remedial action 649Attributes 649Format 649Selected field descriptions 650Active message example 650Clear message example 650Associated OM registers 650

ISDN205 650Remedial action 651Attributes 651Format 651Selected field descriptions 651Active message example 651

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Clear message example 651Associated OM registers 652

ISDN301 652Remedial action 655Attributes 655Format 655Selected field descriptions 656Active message example 656Clear message example 657Associated OM registers 657

ISDN302 657Remedial action 658Attributes 658Format 658Selected field descriptions 659Active message example 660Clear message example 661Associated OM registers 661

ISDN303 661Remedial action 661Attributes 661Format 661Selected field descriptions 661Active message example 662Clear message example 662Associated OM registers 662

ISDN304 662Remedial action 663Attributes 663Format 663Selected field descriptions 663Active message example 664Clear message example 664Associated OM registers 664

ISDN305 664Remedial action 664Attributes 664Format 664Selected field descriptions 665Active message example 665Clear message example 665Associated OM registers 665

ISDN306 665Remedial action 666Attributes 666Format 666Selected field descriptions 666Active message example 666Clear message example 667Associated OM registers 667

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ISDN307 667Remedial action 667Attributes 667Format 667Selected field descriptions 668Active message example 668Clear message example 668Associated OM registers 668

ISDN308 668Remedial action 669Attributes 669Format 669Selected field descriptions 669Active message example 669Clear message example 669Associated OM registers 670

ISDN309 670Remedial action 670Attributes 670Format 670Selected field descriptions 670Active message example 670Clear message example 671Associated OM registers 671

ISDN311 671Remedial action 671Attributes 671Format 671Selected field descriptions 671Active message example 672Clear message example 672Associated OM registers 672

ISDN312 672Remedial action 672Attributes 672Format 672Selected field descriptions 673Active message example 673Clear message example 673Associated OM registers 674

ISDN313 674Remedial action 674Attributes 674Format 674Selected field descriptions 674Active message example 675Clear message example 675Associated OM registers 675

ISDN401 675Remedial action 676

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Attributes 676Format 676Selected field descriptions 677Active message example 678Clear message example 678Associated OM registers 678

ISDN402 678Remedial action 679Attributes 679Format 680Selected field descriptions 680Active message example 680Clear message example 681Associated OM registers 681

ISDN404 681Remedial action 681Attributes 681Format 681Selected field descriptions 682Active message example 682Clear message example 683Associated OM registers 683

ISP101 683Remedial action 683Attributes 683Format 683Selected field descriptions 683Active message example 683Clear message example 684Associated OM registers 684

ISP102 684Remedial action 684Attributes 684Format 684Selected field descriptions 684Active message example 685Clear message example 685Associated OM registers 685

ISP103 685Remedial action 685Attributes 685Format 685Selected field descriptions 685Active message example 686Clear message example 686Associated OM registers 686

ISP104 686Remedial action 686Attributes 686Format 686

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Selected field descriptions 686Active message example 686Clear message example 687Associated OM registers 687

ISP105 687Remedial action 687Attributes 687Format 687Selected field descriptions 687Active message example 687Clear message example 687Associated OM registers 688

ISP106 688Remedial action 688Attributes 688Format 688Selected field descriptions 688Active message example 688Clear message example 688Associated OM registers 689

ISP107 689Remedial action 689Attributes 689Format 689Selected field descriptions 689Active message example 689Clear message example 690Associated OM registers 690

ISP108 690Remedial action 690Attributes 690Format 690Selected field descriptions 690Active message example 691Clear message example 691Associated OM registers 691

ISP109 691Remedial action 691Attributes 691Format 691Selected field descriptions 691Active message example 692Clear message example 692Associated OM registers 692

ISP110 692Remedial action 692Attributes 692Format 692Selected field descriptions 692Active message example 692

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Clear message example 693Associated OM registers 693

ISP113 693Remedial action 693Attributes 693Format 693Selected field descriptions 693Active message example 694Clear message example 694Associated OM registers 694

ISP114 694Remedial action 694Attributes 694Format 694Selected field descriptions 695Active message example 695Clear message example 695Associated OM registers 695

ITN201 695Remedial action 695Attributes 695Format 695Selected field descriptions 696Active message example 696Clear message example 696Associated OM registers 696

ITN203 696Remedial action 697Attributes 697Format 697Selected field descriptions 697Active message example 697Clear message example 698Associated OM registers 698

ITN204 698Remedial action 698Attributes 698Format 698Selected field descriptions 699Active message example 699Clear message example 699Associated OM registers 699

ITN205 699Remedial action 699Attributes 700Format 700Selected field descriptions 700Active message example 700Clear message example 701Associated OM registers 701

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ITN206 701Remedial action 701Attributes 701Format 701Selected field descriptions 702Active message example 702Clear message example 702Associated OM registers 702

ITN207 702Remedial action 703Attributes 703Format 703Selected field descriptions 703Active message example 703Clear message example 704Associated OM registers 704

ITN208 704Remedial action 704Attributes 704Format 704Selected field descriptions 705Active message example 705Clear message example 705Associated OM registers 705

ITN299 705Remedial action 705Attributes 705Format 706Selected field descriptions 706Active message example 706Clear message example 706Associated OM registers 707

ITN300 707Remedial action 707Attributes 707Format 707Selected field descriptions 707Active message example 708Clear message example 708Associated OM registers 708

ITN301 708Remedial action 708Attributes 708Format 708Selected field descriptions 709Active message example 709Clear message example 709Associated OM registers 709

ITN302 709Remedial action 710

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Attributes 710Format 710Selected field descriptions 710Active message example 710Clear message example 711Associated OM registers 711

ITN303 711Remedial action 711Attributes 711Format 712Active message example 712Clear message example 712Associated OM registers 712

ITN304 712Remedial action 712Attributes 713Format 713Selected field descriptions 713Active message example 713Clear message example 714Associated OM registers 714

ITN305 714Remedial action 714Attributes 714Format 714Selected field descriptions 714Active message example 715Clear message example 715Associated OM registers 715

ITN306 715Remedial action 715Attributes 715Format 715Selected field descriptions 716Active message example 716Clear message example 717Associated OM registers 717

ITN310 717Remedial action 717Attributes 717Format 717Selected field descriptions 717Active message example 718Clear message example 718Associated OM registers 718

ITN311 718Remedial action 719Attributes 719Format 719Active message example 719

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Clear message example 719Associated OM registers 719

ITN312 719Remedial action 720Attributes 720Format 720Selected field descriptions 720Active message example 721Clear message example 721Associated OM registers 721

ITN313 721Remedial action 722Attributes 722Format 722Selected field descriptions 722Active message example 723Clear message example 723Associated OM registers 723

ITN314 723Remedial action 723Attributes 723Format 724Selected field descriptions 724Active message example 724Clear message example 724Associated OM registers 725

ITN315 725Remedial action 725Attributes 725Format 725Selected field descriptions 725Active message example 726Clear message example 726Associated OM registers 726

ITN399 726Remedial action 726Attributes 726Format 726Selected field descriptions 727Active message example 727Clear message example 727Associated OM registers 727

ITN501 727Remedial action 727Attributes 728Format 728Selected field descriptions 728Active message example 728Clear message example 728Associated OM registers 729

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ITN600 729Remedial action 729Attributes 729Format 729Selected field descriptions 729Active message example 729Clear message example 729Associated OM registers 730

ITN601 730Remedial action 730Attributes 730Format 730Selected field descriptions 730Active message example 731Clear message example 731Associated OM registers 731

ITN602 731Remedial action 731Attributes 731Format 731Selected field descriptions 732Active message example 732Clear message example 732Associated OM registers 732

ITN603 732Remedial action 733Attributes 733Format 733Selected field descriptions 733Active message example 733Clear message example 733Associated OM registers 733

ITN604 733Remedial action 734Attributes 734Format 734Selected field descriptions 734Active message example 734Clear message example 735Associated OM registers 735

ITN699 735Remedial action 735Attributes 735Format 735Selected field descriptions 735Active message example 735Clear message example 736Associated OM registers 736

ITOC100 736Remedial action 736

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Attributes 736Format 736Selected field descriptions 736Active message example 736Clear message example 737Associated OM registers 737

ITOC101 737Remedial action 737Attributes 737Format 737Selected field descriptions 737Active message example 738Clear message example 738Associated OM registers 738

ITOC102 738Remedial action 738Attributes 738Format 738Active message example 738Clear message example 738Associated OM registers 738

IWBM900 738Remedial action 739Attributes 739Format 739Selected field descriptions 739Active message example 740Clear message example 741Associated OM registers 741

KTRK100 741Remedial action 743Attributes 743Format 743Selected field descriptions 744Active message example 746Clear message example 747Associated OM registers 747

LAQ330 747Remedial action 748Attributes 748Format 748Selected field descriptions 749Active message example 749Clear message example 749Associated OM registers 749

LAQ331 749Remedial action 750Attributes 751Format 751Selected field descriptions 751

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Active message example 751Clear message example 751Associated OM registers 752

LAQ602 752Remedial action 753Attributes 753Format 753Selected field descriptions 753Active message example 753Clear message example 754Associated OM registers 754

LCD100 754Remedial action 754Attributes 754Format 754Selected field descriptions 755Active message example 756Clear message example 757Associated OM registers 757

LCD200 757Remedial action 757Attributes 757Format 757Selected field descriptions 758Active message example 759Clear message example 760Associated OM registers 760

LINE100 760Remedial action 760Attributes 760Format 760Selected field descriptions 761Active message example 761Clear message example 762Associated OM registers 762

LINE101 762Remedial action 762Attributes 790Format 790Selected field descriptions 790Active message example 791Clear message example 792Associated OM registers 792

LINE102 792Remedial action 792Attributes 792Format 792Selected field descriptions 792Active message example 793Clear message example 793

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Associated OM registers 793LINE103 793

Remedial action 793Attributes 793Format 793Selected field descriptions 793Active message example 794Clear message example 794Associated OM registers 794

LINE104 794Remedial action 794Attributes 794Format 794Selected field descriptions 795Active message example 795Clear message example 795Associated OM registers 796

LINE106 796Remedial action 796Attributes 796Format 796Selected field descriptions 797Active message example 797Clear message example 798Associated OM registers 798

LINE107 798Remedial action 798Attributes 798Format 798Selected field descriptions 798Active message example 798Clear message example 799Associated OM registers 799

LINE108 799Remedial action 800Attributes 800Format 800Selected field descriptions 801Active message example 801Clear message example 801Associated OM registers 802

LINE109 802Remedial action 802Attributes 802Format 802Selected field descriptions 803Active message example 803Clear message example 804Associated OM registers 804

LINE110 804

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Remedial action 804Attributes 804Format 805Selected field descriptions 805Active message example 805Clear message example 805Associated OM registers 805

LINE111 805Remedial action 805Attributes 805Format 805Selected field descriptions 806Active message example 806Clear message example 806Associated OM registers 806

LINE112 806Remedial action 806Attributes 806Format 806Selected field descriptions 807Active message example 807Clear message example 807Associated OM registers 807

LINE113 807Remedial action 807Attributes 808Format 809Selected field descriptions 809Active message example 810Clear message example 811Associated OM registers 811

LINE114 811Remedial action 811Attributes 811Format 811Selected field descriptions 811Active message example 812Clear message example 812Associated OM registers 812

LINE115 812Remedial action 812Attributes 812Format 812Selected field descriptions 812Active message example 813Clear message example 813Associated OM registers 813

LINE117 813Remedial action 813Attributes 813

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Format 813Selected field descriptions 814Active message example 814Clear message example 815Associated OM registers 815

LINE118 815Remedial action 815Attributes 815Format 815Selected field descriptions 816Active message example 816Clear message example 817Associated OM registers 817

LINE119 817Remedial action 817Attributes 817Format 817Selected field descriptions 817Active message example 818Clear message example 818Associated OM registers 818

LINE125 818Remedial action 819Attributes 819Format 819Selected field descriptions 819Active message example 820Clear message example 820Associated OM registers 820

LINE126 820Remedial action 820Attributes 820Format 820Selected field descriptions 821Active message example 821Clear message example 822Associated OM registers 822

LINE127 822Remedial action 822Attributes 822Format 822Selected field descriptions 822Active message example 823Clear message example 823Associated OM registers 823

LINE128 823Remedial action 823Attributes 823Format 824Selected field descriptions 824

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Active message example 824Clear message example 824Associated OM registers 825

LINE130 825Remedial action 825Attributes 825Format 825Selected field descriptions 825Active message example 826Clear message example 826Associated OM registers 826

LINE131 826Remedial action 826Attributes 826Format 826Selected field descriptions 826Active message example 827Clear message example 827Associated OM registers 827

LINE132 827Remedial action 827Attributes 827Format 827Selected field descriptions 828Active message example 828Clear message example 829Associated OM registers 829

LINE133 829Remedial action 829Attributes 829Format 829Selected field descriptions 829Active message example 830Clear message example 830Associated OM registers 830

LINE134 830Remedial action 830Attributes 830Format 831Selected field descriptions 831Active message example 831Clear message example 832Associated OM registers 832

LINE135 832Remedial action 832Attributes 832Format 832Selected field descriptions 833Active message example 833Clear message example 833

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Associated OM registers 834LINE138 834

Remedial action 834Attributes 834Format 834Selected field descriptions 834Active message example 835Clear message example 835Associated OM registers 836

LINE139 836Remedial action 836Attributes 836Format 836Selected field descriptions 836Active message example 837Clear message example 837Associated OM registers 837

LINE145 837Remedial action 838Attributes 838Format 838Selected field descriptions 839Active message example 840Clear message example 840Associated OM registers 841

LINE146 841Remedial action 841Attributes 841Format 841Selected field descriptions 842Active message example 842Clear message example 842Associated OM registers 842

LINE147 842Remedial action 842Attributes 843Format 843Selected field descriptions 843Active message example 843Clear message example 843Associated OM registers 843

LINE148 843Remedial action 844Attributes 844Format 845Selected field descriptions 845Active message example 846Clear message example 847Associated OM registers 847

LINE149 847

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Remedial action 847Attributes 847Format 847Selected field descriptions 848Active message example 848Clear message example 848Associated OM registers 848

LINE150 848Remedial action 849Attributes 849Format 849Selected field descriptions 849Active message example 851Clear message example 851Associated OM registers 851

LINE151 851Remedial action 852Attributes 853Format 853Selected field descriptions 853Active message example 855Clear message example 855Associated OM registers 855

LINE160 855Remedial action 856Attributes 856Format 856Selected field descriptions 856Active message example 856Clear message example 856Associated OM registers 857

LINE161 857Remedial action 857Attributes 857Format 857Selected field descriptions 858Active message example 858Clear message example 859Associated OM registers 859

LINE204 859Remedial action 859Attributes 860Format 860Selected field descriptions 860Active message example 861Clear message example 861Associated OM registers 861

LINE205 861Remedial action 861Attributes 862

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Format 862Selected field descriptions 862Active message example 863Clear message example 863Associated OM registers 864

LINE209 864Remedial action 864Attributes 864Format 864Selected field descriptions 864Active message example 865Clear message example 865Associated OM registers 865

LINE300 865Remedial action 866Attributes 866Format 866Selected field descriptions 867Active message example 867Clear message example 867Associated OM registers 867

LINE301 867Remedial action 868Attributes 868Format 868Selected field descriptions 868Active message example 869Clear message example 869Associated OM registers 869

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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_ECTStoLINENo 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_ECTStoLINE alarms and logsreference

This section provides a reference for the DMS_ECTStoLINE alarms andlogs for the CORE13 release.

ECTS100The system generates Enhanced Network Integrity Check Traf c Simulator(ECTS) 100 logs. The system generates ECTS100 every time an EICTSconnection has too many integrity faults between audit cycles. Theconnection clears and the system generates the log. Note that the BSIDEendpoint of the path is the endpoint that exceeds the number of integrityfaults that the EICTS connection allows. The path is the ASIDE to BSIDEconnection.

Remedial actionEnter the ENET level of the map and test the hardware. The number ofacceptable integrities between audit cycles is variable through theIOPTION command. The default value is 15 integrity faults between cyclesfor each connection.

AttributesAttribute Value

Severity Indeterminate

FormatECTS100 mmmdd hh:mm:ss ssdd EXEC EICTS INTEG THRESHOLD

aside PM name/number bside PM name/number

ENETA n, CARD n, LINK n, CH n

ENETB n, CARD n, LINK n, CH n

EICTS connection cleared - too many integrity faults

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Selected field descriptionsField Value Fixed or

VariableDescription

EXEC EICTS INTEGTHRESHOLD

Constant Fixed Indicates that an EICTS connectionhas more than the acceptable numberof integrity faults between auditcycles.

ASIDE PM name/number

Alphanumeric Variable Indicates an ASIDE PM name andnumber.

BSIDE PM name/number

Alphanumeric Variable Indicates a BSIDE PM name andnumber.

ENETA Numeric Variable Indicates the aside ENET shelfnumber.

CARD Numeric Variable Indicates the aside ENET cardnumber.

LINK Numeric Variable Indicates the aside network linknumber.

CH Numeric Variable Indicates the aside channel number.

ENETB Numeric Variable Indicates the bside PM shelf number.

CARD Numeric Variable Indicates the bside ENET cardnumber.

LINK Numeric Variable Indicates the bside network linknumber.

CH Numeric Variable Indicates the bside channel number.

EICTS connectioncleared - too manyintegrity faults

Constant Fixed Message text displays that indicatesan EICTS connection is clear.because of the number of integrityfaults.

Active message example1.ECTS100 JAN02 07:00:00 8859 EXEC EICTS INTEG THRESHOLD

DCM 0 DTC 0

ENETA 1, CARD 9, LINK 3, CH 8

ENETB 2, CARD 12, LINK 20, CH 55

EICTS connection cleared - too many integrity faults

Clear message examplen/a

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Associated OM registers

ECTS101The system generates an Enhanced Network Integrity Check Traf cSimulator (ECTS 101) log every half hour. The ECTS101 log reportindicates the number of audit cycles the system executes in that period.The log contains information about the steps of the audit process. Theoperating company personnel can turn this log on or off with the IOPTIONAUDIT command. To determine the number of connections refreshedsince the last log, multiply the number of EICTS connections multiplied bythe number of audit cycles. Use the number of audit cycles to determineyour result, unless some of the connections are clear. The number ofconnections refreshed in the last cycle is the current number of EICTSconnections established.

Remedial actionLog ECTS is an information log. If the number of connections that clearbecause of traf c starts to increase, turn off EICTS. This action does notallow the EICTS to compete with call processing for network resources.

AttributesAttribute Value

Severity Warning

FormatECTS101 mmmdd hh:mm:ss ssdd INFO EICTS AUDIT STATUS REP NOOF AUDIT CYCLES SINCE LAST LOG REPORT : nnn

NO OF CONNECTIONS CLEARED FROM INTEG THRESHOLD : nnn

NO OF CONNECTIONS CLEARED FROM TRAFFIC : nnn

NO OF CONNECTIONS CLEARED FROM PATH MISMATCH : nnn

NO OF CONNECTIONS REFRESHED SINCE LAST LOG : nnn

NO OF CONNECTIONS REFRESHED IN LAST CYCLE : nnn

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Selected field descriptionsField Value Fixed or

VariableDescription

NO OFCONNECTIONSREFRESHED SINCELAST LOG

Integer Variable The total number of attempts thatrefresh after the last log report(current number of EICTSconnections).

NO OFCONNECTIONSREFRESHED INLAST CYCLE

Integer Variable The number of connections thatrefresh in the last audit cycle (currentnumber of EICTS connections).

EICTS AUDITSTATUS REP

Constant Fixed Indicates the number of cycles thesystem executes.

NO OF AUDITCYCLES SINCELAST LOG REPORT

Integer Variable Number of complete audit cycles afterthe last audit status log report.

NO OFCONNECTIONSCLEARED FROMINTEG THRESHOLD

Integer Variable Number of connections that exceedthe integer threshold in the auditcycle. Refer to ECTS100.

NO OFCONNECTIONSCLEARED FROMTRAFFIC

Integer Variable Number of connections that clearedduring the refresh because they didnot pass the traffic checks on the link.

NO OFCONNECTIONSCLEARED FROMPATH MISMATCH

Integer Variable Number of connections that havefaults during the refresh. For example,a failure to trace the path or a failureto send integrity to the PM. In alloccurrences, the connection clears.

Active message example1. ECTS101 JAN02 07:00:05 8769 INFO EICTS AUDIT STATUS REP

NO OF AUDIT CYCLES SINCE LAST LOG REPORT : 6

NO OF CONNECTIONS CLEARED FROM INTEG THRESHOLD : 1

NO OF CONNECTIONS CLEARED FROM TRAFFIC : 1

NO OF CONNECTIONS CLEARED FROM PATH MISMATCH : 0

NO OF CONNECTIONS REFRESHED SINCE LAST LOG : 598

NO OF CONNECTIONS REFRESHED IN LAST CYCLE : 98

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Clear message examplen/a

Associated OM registers

ECTS103The system produces the Enhanced Network Integrity Check Traf cSimulator (ECTS 103) log when the audit reaches the audit remake time.The audit remake option default is OFF. When the audit remake activates,the audit frees all connections. The audit attempts to make the samenumber of connections on the con gured links. The audit informs the userof the number of connections that clear and the number of connections thatthe audit remakes.

Remedial actionLog ECTS is an information log. This log to indicates that EICTS attemptsto establish the number of EICTS connections again. The remake attemptsto use different hardware when the audit established the connectionsagain.

AttributesAttribute Value

Severity Warning

FormatECTS103 mmmdd hh:mm:ss ssdd INFO EICTS REMAKE STATUS REP

EICTS CONNECTIONS CLEARED: nnn

EICTS CONNECTIONS REMADE : nnn

Selected field descriptionsField Value Fixed or

VariableDescription

EICTSCONNECTIONSCLEARED

Integer Variable Indicates the number of EICTSconnections the audit frees.

EICTSCONNECTIONSREMADE

Integer Variable Indicates the number of connectionsthat the audit establishes again.

INFO EICTSREMAKE STATUSREP

Integer Variable Indicates that the ECTS subsystemproduces the EICTS state report log.This log informs the user of the

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Field Value Fixed orVariable

Description

number of connections that clear andthe number of connections that theaudit makes.

Active message exampleECTS103 JAN02 07:00:02 9261 INFO EICTS REMAKE STATUS REP

EICTS CONNECTIONS CLEARED: 100

EICTS CONNECTIONS REMADE : 100

Clear message examplen/a

Associated OM registers

ECTS105The system produces the Enhanced Network Integrity Check Traf cSimulator (ECTS) 105 log report. This log report describes the results ofthe network fabric tests that occur the previous night.

Remedial actionLog ECTS is an information log. Use the ENET path test to diagnose theerror paths. An integrity fault buffer stores error paths. Error paths appearon the ENET INTEG level of the MAP display.

AttributesAttribute Value

Severity Warning

FormatECTS105 mmmdd hh:mm:ss ssdd INFO Network Fabric Report

Test Period Results:

----------------------------

Schedule Status: sched status suspend

Scheduled Test Period: test period

Interval Duration: dur

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Test Status: test status action

Test Started: start time

Test Stopped: stop time

Coverage

---------

Channels Tested: chnl test

Not Tested - Competition: chnl traffic

Not Tested - Not Supported: chnl notsup

Not Tested - Out of Service: chnl notinsv

Results

-------

Total Number of Connections Tested: path tested

Number of Connections with Errors: path error

Errored Paths

------------

Hits for Plane 0: hits Hits for Plane 1: hits

FROM: Plane pl Shelf sh Slot sl Link lk Chnl ch

TO : Plane pl Shelf sh Slot sl Link lk Chnl ch

.

(Up to 10 paths)

.

.

.

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO Network FabricReport

Constant Fixed Indicates the results of the networkfabric tests that the previous night.The system generates the log eachday at 8:00 a.m. (if the user has thisfeature.)

Schedule Status Text Variable Indicates if scheduled tests areenabled or disabled. Can list amaximum of 10 paths in plane 1.Indicates if scheduled tests are notpermanently suspended.

TEST RESULTSFIELDS

Variable

Scheduled TestPeriod

Numeric, time Variable Indicates the time period thatscheduled tests can occur.

Interval Duration Variable

Test Status Text Variable Indicates the current state of the testprocess: Not Running, ScheduledTest Running, Manual Test Running.

action: If the test runs, the testindicates the test action performed.

Initialize: Establishing Connections,Supervision - Plane 0, Supervision -Plane 1, Monitoring - Plane 0,Monitoring - Plane 1, StopSupervision, Free Connections,Update Results

Test Started yyyy/mm/ddhh:mm:ss

Variable The last time the test started orresumed.

Test Stopped yyyy/mm/ddhh:mm:ss

Variable The time that tests were suspended orstopped (if the test_status issuspended or stopped).

COVERAGE FIELDS Variable The fields grouped under coveragecontain data about the percentage ofchannels tested.

Channels Tested numeric, percentage Variable Indicates the percent of all thechannels in the office tested in thetime interval. The time interval is fromthe start time to the stop time or thepresent time if the test runs.

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Field Value Fixed orVariable

Description

Not Tested -Competition

numeric, percentage Variable The percent of the channels on whichtests are to occur but do not becauseof competition with call processing forthe resources.

RESULTS FIELDS Variable

Total Number ofConnections Tested

numeric Variable Indicates the number of connectiontests.

Not Tested -Out ofService

numeric, percentage Variable The percent of the channels on whichtests are to occur but do not becausethe required equipment is not inservice.

Not Tested -NotSupported

numeric, percentage Variable The percent of the channels on whichtests are to occur but do not. Theperipherals that connect to thenetwork do not support the test.

Number ofConnections withErrors

numeric Variable Indicates the number of connectionstested with errors.

ERRORED PATHSFIELDS

Variable Lists the tested network paths onwhich errors are detected. Each listingincludes: - plane on which test is run -ENET shelf number - ENET slotnumber - ENET link number - ENETchannel number.

Hits for Plane 0 Hitsfor Plane 1

Alphanumeric Variable Lists a maximum of 10 paths.

Active message exampleECTS105 APR19 08:00:00 3221 INFO Network Fabric Report

Test Period Results

-------------------

Schedule Status: Enabled

Scheduled Test Period: 2:00 - 6:00

Interval Duration: 10 mins

Test Status: Not Running

Test Started: 1988/04/19 02:04:34

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Test Stopped: 1988/04/19 06:09:17

Coverage

--------

Channels Tested: 6 %

Not Tested - Competition: 6 %

Not Tested - Out of Service: 22 %

Not Tested - Not Supported: 0 %

Results

-------

Total Number of Connections Tested: 762

Number of Connections with Errors: 13

Errored Paths

-------------

Hits for Plane 0: 0 Hits for Plane 1: 1

FROM: Plane 0 Shelf 0 Slot 10 Link 07 Chnl 013

TO : Plane 0 Shelf 0 Slot 31 Link 00 Chnl 123

Hits for Plane 0: 0 Hits for Plane 1: 10

FROM: Plane 0 Shelf 1 Slot 12 Link 03 Chnl 007

TO : Plane 0 Shelf 0 Slot sl Link 00 Chnl 055

Hits for Plane 0: 0 Hits for Plane 1: 1

FROM: Plane 0 Shelf 0 Slot 31 Link 01 Chnl 345

TO : Plane 0 Shelf 0 Slot 31 Link 02 Chnl 310

Hits for Plane 0: 0 Hits for Plane 1: 1

FROM: Plane 1 Shelf 0 Slot 29 Link 06 Chnl 028

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TO : Plane 1 Shelf 2 Slot 11 Link 15 Chnl 003

Hits for Plane 0: 0 Hits for Plane 1: 1

FROM: Plane 1 Shelf 1 Slot 10 Link 03 Chnl 011

TO : Plane 1 Shelf 3 Slot 10 Link 11 Chnl 023

Hits for Plane 0: 1 Hits for Plane 1: 0

FROM: Plane 0 Shelf 3 Slot 32 Link 02 Chnl 003

TO : Plane 0 Shelf 3 Slot 32 Link 02 Chnl 003

Hits for Plane 0: 0 Hits for Plane 1: 1

FROM: Plane 1 Shelf 0 Slot 31 Link 02 Chnl 212

TO : Plane 1 Shelf 3 Slot 32 Link 10 Chnl 016

Hits for Plane 0: 0 Hits for Plane 1: 2

FROM: Plane 0 Shelf 2 Slot 26 Link 08 Chnl 025

TO : Plane 0 Shelf 0 Slot 28 Link 00 Chnl 013

Clear message examplen/a

Associated OM registers

ENCP100The Enhanced Network Call Processing (ENCP) subsystem log reportENCP100. The subsystem generates ENCP100 when an integrity faultoccurs and the connection does not go out-of-service. Both pathends ofthe connection are known, and the system checks the ENET hardware tomake sure a connection is established. There are two formats for theENCP100 log. One format is for a log that originates from the enhancedintegrity check traf c simulator (EICTS). The second is for a non-EICTSpath. The following eld descriptions apply to both formats.

Note: The system generates this log by request only. It defaults to OFFand is not placed in the system logs.

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Remedial actionLog ENCP is an information log. There is no action required. The OMregister ENSPCHER increases.

AttributesAttribute Value

Severity Indeterminate

FormatFormat 1. Non-EICTS paths

ENCP100 mmmdd hh:mm:ss ssdd ENET INTEGRITY FAULT

Call State: statxt Fault: rsntxt

EICTS Connection: bbb

Conn Verified: ffff Remade: rrrr

Fault Found: yyyy Slot at Fault: nnnn

Mtce Enabled: bbb Slot at fault: nnnn

Diagnostics submitted: bbb

FROM Plane: pl Shelf: sh Slot: slot Link: lk Channel: chnl

TO Plane: pl Shelf: sh Slot: slot Link: lk Channel: chnl

FROM PM: pm_name Active Unit: x Number of Units: x Terminal:

trmnl_id

TO PM: pm_name Active Unit: x Number of Units: x Terminal:

trmnl_id

Format 2. EICTS paths

ENCP100 mmmdd hh:mm:ss ssdd ENET INTEGRITY FAULT

Call State: statxt Fault: rsntxt

EICTS Connection: bbb

Diagnostics submitted: bbb

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FROM Plane: pl Shelf: sh Slot: slot Link: lk Channel: chnl

TO Plane: pl Shelf: sh Slot: slot Link: lk Channel: chnl

FROM PM: pm_name Active Unit: x Number of Units: x Terminal:

trmnl_id

TO PM: pm_name Active Unit: x Number of Units: x Terminal:

trmnl_idFROM PM: DTC 11 Active Unit: 0 Number of Units: 1

Terminal:

HALIFAXTO PM: LGC 9 Active Unit: 1 Number of Units: 2

Terminal: OTTAWA

Selected field descriptionsField Value Fixed or

VariableDescription

Refer to Table I. Constant Fixed Indicates an integrity failure causesthe system to generate log report.

statxt CALLSETUPCALLNOTUP

Variable Indicates state of the call duringintegrity fault detection.

rsntxt PARITY INTEGRITY Variable Indicates type of fault the PeripheralModule (PM) reports.

EICTS Connection YES NO NO Variable indicates that EITCS action does notgenerate the report, and that the logappears in Format 1. YES indicatesthat EITCS action generates the logand appears in Format 2.

Conn Verified: ffff(Format 1 only)

PASS FAIL Variable Indicates if system verified theconnection.

Remade: rrrr (Format1 only)

PASS FAIL NOATTEMPT

Variable Indicates if an attempt to remake aconnection is complete.

Fault Found: yyyy(Format 1 only)

YES NONE Variable Indicates if a fault is present.

Slot at Fault: nnnn(Format 1 only)

NONE sh/sl Variable Identifies the shelf (sh) and slot (sl) ofthe suspected ENET and card. If afault does not occur, the value isNONE.

Mtce Enabled: bbb(Format 1 only)

YES NO Variable Indicates if maintenance is disabled.

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Field Value Fixed orVariable

Description

DiagnosticsSubmitted: bbb

YES NO Variable Indicates if diagnostics are submitted.

pl 0-1 Variable Identifies ENET plane with faults.

sh 0-3 Variable Identifies ENET shelf with faults.

sl 9-32 Variable Identifies card with accuracy faults.

lk 0-15 Variable Identifies link with faults.

chnl 0-511 Variable Identifies channel with faults.

trmnl_id 17 characters Variable Defines the terminal that connects tothe given ENET endpoint.

x 1 digit Variable Identifies the unit of the PM that isactive (0 or 1), and the number ofunits on the PM (1 or 2).

pm_name Refer to Table I. Variable Identifies the PM that connects to thegiven ENET endpoint.

Active message exampleExample 1. Non-EICTS paths

ENCP100 MAY03 10:12:31 6000 ENET INTEGRITY FAULTCall State:

CALLSETUP Fault: INTEGRITY

EICTS Connection: NO

Conn Verified: PASS Remade: No Attempt

Fault Found: NONE Slot at Fault: NONE

Mtce Enabled: NO Slot at fault: NONE

Diagnostics Submitted: YES

FROM Plane: 0 Shelf: 00 Slot: 16 Link: 04 Channel:014

TO Plane: 0 Shelf: 01 Slot: 25 Link: 12 Channel:014

FROM PM: DTC 11 Active Unit: 0 Number of Units: 1

Terminal: HALIFAX

TO PM: LGC 9 Active Unit: 1 Number of Units: 2

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Terminal: OTTAWA

Example 2. EICTS paths

ENCP100 MAY03 10:12:31 6000 ENET INTEGRITY FAULTCall State:

CALLSETUP Fault: INTEGRITYEICTS Connection:

YESDiagnostics Submitted: YESFROM Plane: 0 Shelf: 00 Slot:

16 Link: 04

Channel:014TO Plane: 0 Shelf: 01 Slot: 25 Link: 12

Channel:014

Clear message examplen/a

Associated OM registers

ENCP101The Enhanced Network Call Processing (ENCP) subsystem log reportENCP101. The subsystem generates ENCP101 when a peripheral module(PM) reports an integrity mismatch. This mismatch is on a connection thatterminates when the Integrity Fault Handler performs an analysis of thereport. NOTE: The subsystem only generates this log on request.

Remedial actionLOG ENCP is an information log. There is no required action.

AttributesAttribute Value

Severity Indeterminate

FormatENCP101 mmmdd hh:mm:ss ssdd ENET SINGLE ENDED

INTEGRITY

FROM: PL: pl ENET: en CARD: cc LINK: linkid CHNL: chnl PM:

pmid

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Selected field descriptionsField Value Fixed or

VariableDescription

ENET SINGLEENDED INTEGRITY

Constant Fixed Indicates integrity fault handler cannotdetermine the second pathend of datapath.

pl 0 - 1 Variable Identifies ENET plane with the fault.

en 0 - 3 Variable Identifies ENET shelf with the fault.

cc 9 - 32 Variable Identifies crosspoint card with theintegrity fault.

linkid 0 - 15 Variable Identifies link with the fault.

chnl 0 - 511 Variable Identifies channel with the fault.

pmid Refer to Table I. Variable Identifies PM that connects directly togiven endpoint.

Active message exampleENCP101 MAY03 10:12:31 6000 ENET SINGLE ENDED INTEGRITY

FROM: PL: 1 ENET: 2 CARD:14 LINK:12 CHNL:22 PM: LCM 9

Clear message examplen/a

Associated OM registers

ENCP102The Enhanced Network Call Processing (ENCP) subsystem log reportENCP102. The subsystem generates ENCP102 when a peripheral module(PM) reports an integrity fault. The system generates this report when thesubsystem does not take the connection out of service. Both path ends ofthe connection are known, and the Enhanced Network (ENET) hardware ischecked for a connection. Diagnostics are run on the path.

Remedial actionReplace the cards in the defective card list. Run the ENET path test againto check for a correct replacement.

AttributesAttribute Value

Severity Indeterminate

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FormatENCP102 mmmdd hh:mm:ss ssdd ENET Integrity Diagnostics

Call State: statxt Fault: intg-par

ICTS Connection: yes/no

From Plane: nn Shelf: nn Slot: nn Link: nn Channel: nnn

To Plane: nn Shelf: nn Slot: nn Link: nn Channel: nnn

From PM: pmid Active Unit: n Number of Units:

n Terminal: id

To PM: pmid Active Unit: n Number of Units: n Terminal: id

Diagnostic Results: path test result

PM loop around text

Number of Suspect Cards: nn

Suspect Cards:

card list

Selected field descriptionsField Value Fixed or

VariableDescription

Call State CALLNOTUP Variable Indicates that the system did not findintegrity while the PM was in "look-for-integrity" mode

CALLSETUP Variable Indicates the system establishesintegrity and switches the PM from"look-for-integrity" to "checking-integrity" mode before failure occurs

Fault INTEGRITY PARITY Variable Indicates the type of fault the PMreports

ICTS Connection YES, NO Variable Indicates if connection is an IntegrityCheck Traffic Simulator (ICTS)connection

From/To Constant Fixed Indicates if the information applies tothe originating or terminating plane orPM

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Field Value Fixed orVariable

Description

Plane 0, 1 Variable Indicates the plane where the systemdetects the fault

Shelf 0 to 7 Variable Identifies the ENET shelf where theend point resides

Slot Integers Variable Identifies ENET slot where theoriginating and terminating path endsreside. ENET slots: 9-32. ENET 128Kslots: 12-19. ENET 16K slots: 22-29.

Link 0 to 18 Variable Indicates the defective Link

Channel 0 to 511 Variable Indicates the defective channel

PM Alphanumeric, refer toTable I.

Variable Identifies the PM that directlyconnects to the given ENET endpoint

Active Unit 0, 1 Variable Indicates the active unit of the PM

Number of Units 1, 2 Variable Indicates the number of units on thePM

Terminal Character string Variable Identifies the terminal that connects tothe given ENET endpoint

path-test-result Path Test Passed,Path Test Failed, PathTest Aborted

Variable Indicates the results of the path test.Includes an abort reason if the systemstops the path test.

PM loop around text PM loop around runby PM, PM looparound rejected byPM, PM loop aroundnot supported by PM

Variable Indicates the status of the PM looparound

Number of SuspectCards

Integers Variable Indicates the number of suspect cards

Suspect Cards Alphanumeric Variable Lists the suspect cards that indicatethe Site, Flr, Rpos, Bay_id, Shf,Description, Slot and EqPec

ENET IntegrityDiagnostics

Constant Fixed Indicates that a PM reports anintegrity fault and both pathends areknown

card list 0 to 7 Variable Identifies the suspect cards that causethe test failure. The standard listformat presents this list.

Active message example1.ENCP102 MAY03 12:00:00 6000 ENET Integrity Diagnostics

Call State: CALLSETUP Fault: INTEGRITY

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ICTS Connection: NO

From Plane: 0 Shelf: 01 Slot: 16 Link: 04 Channel: 014

To Plane: 0 Shelf: 00 Slot: 25 Link: 12 Channel: 014

From PM: DTC 11 Active Unit: 0 Number of Units: 1

Terminal: HALIFAX

To PM: LGC 9 Active Unit: 1 Number of Units: 2 Terminal:

OTTAWA

Diagnostic Results: Path Test Failed

PM loop around run by PM

Number of Suspect Cards: 2

Suspect Cards:

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 ENC0 0 00 ENET:0:03 10 NT9X35CA Frnt

HOST 23 D31 ENC0 0 00 ENET:0:03 10 NT9X40BA Back

Clear message examplen/a

Associated OM registers

ENCP103The Enhanced Network Call Processing (ENCP) subsystem log reportENCP103. The subsystem generates ENCP103 every hour when anintegrity fault audit runs. The report contains a summary the number ofintegrity faults that the audit reports for:

• the DMS switch

• each enhanced network (ENET) plane

• each ENET network

The report also gives a list of all cards set to in service trouble (ISTB)because of excess integrity faults.

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Remedial actionRemove the ISTB cards from service (OOS) and run diagnostics.

AttributesAttribute Value

Severity Indeterminate

Format1.ENCP103 mmmdd hh:mm:ss ssdd ENET Integrity Audit ENETIntegrity Hourly Audit

Number of Integrity Faults from time to time: nnnnn

Plane 0: nnnnn Plane 1: nnnnn

Shelf 00: nnnn Shelf 00: nnnn

Shelf 01: nnnn Shelf 01: nnnn

Shelf 02: nnnn Shelf 02: nnnn

Shelf 03: nnnn Shelf 03: nnnn

ISTB Slots

Shelf: sh Slot: slot Shelf: sh Slot: slot

Shelf: sh Slot slot Shelf: sh Slot: slot

Shelf: sh Slot slot Shelf: sh Slot: slot

Shelf: sh Slot slot Shelf: sh Slot: slot

Number of Integrity Lost Reports: nnnn

Slot threshold 1 fault in ccc calls

Default: 1 fault in ccc calls

Link threshold 1 fault in ccc calls

Default: 1 fault in ccc calls

1.ENCP103 MAY03 12:00:00 6000 ENET Integrity Audit ENETIntegrity Hourly Audit

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Number of Integrity Faults from 11:00 TO 12:00 : 154

Plane 0: 102 Plane 1: 52

Shelf 00: 30 Shelf 00: 0

Shelf 01: 22 Shelf 01: 0

Shelf 02: 10 Shelf 02: 4

Shelf 03: 40 Shelf 03: 48

ISTB Slots

Shelf: 00 Slot: 16 Shelf: 03 Slot: 12

Shelf: 03 Slot: 15 Shelf: 03 Slot: 13

Shelf: 03 Slot: 12

Number of Integrity Lost Reports: 21

Slot threshold: 1 fault in 150 calls

Default: 1 fault in 100 calls

Link threshold: 1 fault in 200 calls

Default: 1 fault in 100 calls

Selected field descriptionsField Value Fixed or

VariableDescription

ENET Integrity Audit Constant Fixed Indicates the system ran an integrityaudit

typtxt HourlyDaily Variable Identifies the type of report

Plane Integers Variable Identifies ENET plane and number offaults for each plane

Number of IntegrityFaults

Integers Variable Indicates the number of faults on theDMS switch, ENET planes, and ENETshelves

from time Integers Variable Indicates start of time span for hourlyaudits

To time Integers Variable Indicates end of time span for hourlyaudits

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Field Value Fixed orVariable

Description

for Integers Variable Indicates the day of a daily audit

Shelf Integers Variable Identifies the ENET shelf

ISTB Slots Character string Variable Provides a list of cards set to inservice trouble (ISTB) because ofexcess integrity faults

Slot Integers Variable Identifies ENET slot

Number of IntegrityLost Reports

Integers Variable Indicates the number of integrity lostreports

ccc Integers Variable Indicates the number of calls that willcause the XPT or link to go ISTB

Active message example1.ENCP103 mmmdd hh:mm:ss ssdd ENET Integrity Audit

ENET Integrity Daily Audit

Number of Integrity Faults for mm/dd: nnnnn

Plane 0: nnnnn Plane 1: nnnnn

Shelf 00: nnnn Shelf 00: nnnn

Shelf 01: nnnn Shelf 01: nnnn

Shelf 02: nnnn Shelf 02: nnnn

Shelf 03: nnnn Shelf 03: nnnn

ISTB Slots

Shelf: sh Slot: slot Shelf: sh Slot: slot

Shelf: sh Slot: slot Shelf: sh Slot: slot

Shelf: sh Slot: slot Shelf: sh Slot: slot

Shelf: sh Slot: slot Shelf: sh Slot: slot

Number of Integrity Lost Reports: nnnn

Slot threshold: 1 fault in ccc calls

Default: 1 fault in ccc calls

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Link threshold: 1 fault in ccc calls

Default: 1 fault in ccc calls

1.ENCP103 MAY03 12:00:00 6000 ENET Integrity Audit

ENET Integrity Daily Audit

Number of Integrity Faults for 05/16: 154

Plane 0: 102 Plane 1: 52

Shelf 00: 30 Shelf 00: 0

Shelf 01: 22 Shelf 01: 0

Shelf 02: 10 Shelf 02: 4

Shelf 03: 40 Shelf 03: 48

ISTB Slots

Shelf: 00 Slot: 16 Shelf: 03 Slot: 12

Shelf: 03 Slot: 15 Shelf: 03 Slot: 13

Shelf: 03 Slot: 12

Number of Integrity Lost Reports: 21

Slot threshold: 1 fault in 150 calls

Default: 1 fault in 100 calls

Link threshold: 1 fault in 200 calls

Default: 1 fault in 100 calls

Clear message examplen/a

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Associated OM registers

ENCP104The Enhanced Network Call Processing (ENCP) subsystem log reportENCP104. The subsystem generates ENCP104 when a request is made toclear the Integrity counters. The log prints the value of the counters for theDMS switch, each ENET plane and each ENET pair.

Remedial actionLog ENCP104 is an information log. There is no required action.

AttributesAttribute Value

Severity Indeterminate

FormatENCP104 mmmdd hh:mm:ss ssdd ENET INTEGRITY COUNTS

CLEARED

Number of Integrity Faults Since Last Cleared: nnnn

PL 0: nnnnn PL 1: nnnnn

ENET 0: nnnn ENET 0: nnnn

ENET 1: nnnn ENET 1: nnnn

ENET 2: nnnn ENET 2: nnnn

ENET 3: nnnn ENET 3: nnnn

Selected field descriptionsField Value Fixed or

VariableDescription

INTEGRITY COUNTSCLEARED

Constant Fixed Indicates that the log generates thisreport when the Integrity countersclear.

Number of IntegrityFaults Since LastCleared

nnnnn Variable Indicates number of faults on the DMSswitch since the counters last cleared.

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Field Value Fixed orVariable

Description

PL 0 - 1 Variable Identifies ENET plane and number offaults for each plane.

ENET 0 - 3 Variable Identifies ENET pair and number offaults per pair.

Active message exampleENCP104 MAY03 08:00:00 6000 ENET INTEGRITY COUNTS

CLEARED

Number of Integrity Faults Since Last Cleared: 303

PL 0: 51 PL 1: 252

ENET 0: 0 ENET 0: 109

ENET 1: 12 ENET 1: 56

ENET 2: 19 ENET 2: 45

ENET 3: 20 ENET 3: 42

Clear message examplen/a

Associated OM registers

ENCP105The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP105 when values are changed for the following:

• Integrity thresholds

• PM thresholds

• ENET Integrity logs

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Warning

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Format.ENCP105 mmmdd hh:mm:ss ssdd ENET INTEGRITY INFO

rsntxt

Selected field descriptionsField Value Fixed or

VariableDescription

INTEGRITY INFO Constant Fixed Indicates a change in the thresholdvalues, and that the logs or the auditsare either turned on or off.

rsntxt Variable Identifies the condition that changed,with the old and new values.

Active message exampleENCP105 MAY03 08:00:00 6000 ENET INTEGRITY INFO

ENET Integrity Audits DISABLED

Clear message examplen/a

Associated OM registers

ENCP131The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP131 when a new ENET connection overwrites an existingconnection. Report ENCP131 can indicate that connections are not freedcorrectly after use.

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatENCP131 mmmdd hh:mm:ss ssdd EXC Connection Overwritten

Is from Shelf: sh Slot: sl Link: lnk Channel: chnl

PM:pm_name, Terminal: trmnl_id

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To Shelf: sh Slot: sl Link: Ink Channel: chnl

PM:pm_name, Terminal: trmnl_id

Was from Shelf: sh Slot: sl Link: lnk Channel: chnl

PM:pm_name, Terminal: trmnl_id

Selected field descriptionsField Value Fixed or

VariableDescription

EXC ConnectionOverwritten

Constant Fixed Indicates that the ENET connectionhas been overwritten

lnk 2 digits0-15 Variable Identifies the link number on the givencard

chnl 3digits0-511 Variable Identifies the ENET crosspointchannel used for path ends

trmnl_id up to 12 charactersfor terminal name, upto 4 digits define thenumber of theterminal

Variable Identifies the character string thatdefines the terminal for the givenENET endpoint

pm_name up to 4 characters forperipheral name, upto 2 digits define thenumber of theperipheral

Variable Identifies the character string thatdefines the peripheral connected tothe given ENET endpoint

Active message exampleENCP131 mmmdd hh:mm:ss ssdd EXC Connection Overwritten

Is from Shelf:sh Slot:sl Link:lnk Channel:chnl

PM:pm_name, Terminal:trmnl_id

To Shelf:sh Slot:sl Link:lnk Channel:chnl

PM:pm_name, Terminal:trmnl_id

Was from Shelf:sh Slot:sl Link:lnk Channel:chnl

PM:pm_name, Terminal:trmnl_id

Clear message examplen/a

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Associated OM registers

ENCP132The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP132 when a new ENET connection tries to overwrite anexisting connection. Report ENCP132 can indicate that connections arenot freed correctly after use.

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatENCP132 date time seqnbr EXC Attempt To Overwrite Connection

Is from Shelf: sh Slot: slot Link: Lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

To Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

Tried from Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

Active message exampleENCP132 FEB15 00:00:00 6000 EXC Attempt To Overwrite Connect

Is from Shelf: 02 Slot: 16 Link: 00 Channel: 039

PM: DTC 11, Terminal: HALIFAXXX 201

To Shelf: 02 Slot: 15 Link: 01 Channel: 038

PM: LCM 9, Terminal: OTTAWAXXX

Tried from Shelf: 02 Slot: 15 Link: 00 Channel: 037

PM: DTC 11: Terminal: HALIFAXXX 202

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Clear message examplen/a

Associated OM registers

ENCP133The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP133 when an ENET connection log audit runs. ReportENCP133 shows the number of logs that are unprinted for each connectionlog with a non-zero unprinted log count. When the subsystem generatesENCP133, all the counters are cleared.

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatENCP133 date time seqnbr EXC ENET Connection Log Audit

Number of unprinted connection logs from

hh:mm to hh:mm : tu

ENCPXXX Full_log_name : uuuuu unprinted : status

Active message exampleENCP133 FEB15 00:00:00 6000 EXC ENET Connection Log Audit

Number of unprinted connection logs from 15:30 to 16:30: tu

ENCP131 Connection Overwritten : 4 unprinted : disabled

ENCP 136 No In-Service Plane Between Pathends : 64

unprinted: enabled

Clear message examplen/a

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Associated OM registers

ENCP134The Enhanced Network Call Processing (ENCP) subsystem generates logreport ENCP134 when an attempt is made to reserve a previously createdENET path that is not physically connected.

Revision history

In accordance with CSR UD10002, the ENCP134 log is added to thisdocument.

Remedial actionEnable ENCP134 only during a JNET to ENET conversion. Turn ENCP134off once the conversion is complete.

AttributesAttribute Value

Severity Indeterminate

FormatENCP134mmdd hh&gml.mm&gml.ss ssdd Attempt to Reserve

Unconnected Path

IS FROM ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

TRMNL: trmnlnm , PM: pmid

TO ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

TRMNL: trmnlnm

WAS FROM ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

TRMNL: trmnlnm

Active message exampleENCP134 FEB15 00:00:00 6000 Attempt to Reserve UnconnectedPath

IS FROM ENET: 2, CARD: 16, LINK: 0, CHNL: 39

TRMNL: HALIFAXXX 201 , PM: DTC 11

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TO ENET: 2, CARD: 17, LINK: 1, CHNL: 38

TRMNL: OTTAWAXXX 101 , PM: LCM 9

WAS FROM ENET: 2, CARD: 17, LINK: 0, CHNL: 37

TRMNL: HALIFAXXX 202 , PM: DTC 11

Clear message examplen/a

Associated OM registers

ENCP135The Enhanced Network Call Processing (ENCP) subsystem generates theENCP135 report when an attempt is made to reverse an ENET path andthe path cannot be reversed.

Revision history

In accordance with CSR UD10002, the ENCP135 log is added to thisdocument.

Remedial actionEnable ENCP135 only during a JNET to ENET conversion. Turn ENCP135off once the conversion is complete.

AttributesAttribute Value

Severity Indeterminate

FormatENCP135mmdd hh&gml.mm&gml.ss ssdd Illegal Attempt to ReverseA Path

IS FROM ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

TRMNL: trmnlnm , PM: pmid

TO ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

TRMNL: trmnlnm

WAS FROM ENET: pr, CARD: crd, LINK: lnk, CHNL: chnl

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TRMNL: trmnlnm

Active message exampleENCP135 FEB15 00:00:00 6000 Illegal Attempt to Reverse APath IS FROM ENET: 2, CARD: 16, LINK: 0, CHNL: 39

TRMNL: HALIFAXXX 201 , PM: DTC 11

TO ENET: 2, CARD: 17, LINK: 1, CHNL: 38

TRMNL: OTTAWAXXX 101 , PM: LCM 9

WAS FROM ENET: 2, CARD: 17, LINK: 0, CHNL: 37

TRMNL: HALIFAXXX 202 , PM: DTC 11

Clear message examplen/a

Associated OM registers

ENCP136The Enhanced Network Call Processing (ENCP) subsystem generates theENCP136 report when an attempt is made to create an ENET connectionand the hardware needed for that connection is out of service in bothplanes.

Out of service hardware components are in one of the following states:

• manual busy (ManB)

• system busy (SysB)

• central-side busy (CBsy)

• of ine (Of )

Revision history

In accordance with CSR Q00426875, the following sections are modi ed:

• explanation

• format

• example

• action

• associated OM registers

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In accordance with CSR UD10002, the ENCP136 log is added to thisdocument.

Remedial actionFollow standard procedures for ENET alarm clearing. Analyze logs todetermine the source of the blockage and take appropriate action.

AttributesAttribute Value

Severity Indeterminate

FormatENCP136 date time seqnbr EXC No In-Service Plane Between

Pathends

From Shelf:sh Slot: slot, Link: lnk, Channel: chnl

PM: pm_name Terminal: trmnl_id

To Shelf:sh Slot: slot, Link: lnk, Channel: chnl

PM: pm_name Terminal: trmnl_id

Active message exampleENCP136 APR26 15:39:32 0500 EXC No In-Service Plane Between

Pathends

From Shelf:00 Slot:10 Link:00 Channel:277

PM:LTC 0 Terminal:No terminal

To Shelf:00 Slot:32 Link:02 Channel:017

PM:MTM 1 Terminal:DMODEM 3

Clear message examplen/a

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Associated OM registers

ENCP143The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP143. The subsystem generates ENCP143 when the systemnds a discrepancy between the NUC map and the connection map. Adiscrepancy between the NUC map and the connection map indicates aproblem with NUC software. The problem can exist with the connectioncontrol or user software.

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatENCP143 date time seqnbr EXC NUC Table Discrepancy

From Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

To Shelf: sh Slot: slot Link: Ink Channel: chnl

PM: pm_name, Terminal: trmnl_id

Active message exampleENCP143 FEB15 00:00:00 6000 EXC NUC Table Discrepancy

From Shelf: 02 Slot: 15 Link: 00 Channel: 037

PM: DTC 11, Terminal: HALIFAXXX 201

To Shelf: 02 Slot: 15 Link: 01 Channel: 038

PM: LCM 9, Terminal: OTTAWAXXX 101

Clear message examplen/a

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Associated OM registers

ENCP150The Enhanced Network Call Processing (ENCP) subsystem generatesreport ENCP150 when a connection is freed. The given from end and thefrom end that connection has stored are not equal. This log can be turnedon or off when a connection is freed.

Remedial actionThere is no action required This report is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatENCP150 date time sdqnbr EXC Free Path With Wrong From End

Is from Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

To Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

Error from Shelf: sh Slot: slot Link: lnk Channel: chnl

PM: pm_name, Terminal: trmnl_id

Active message exampleENCP150 FEB15 00:00:00 6000 EXC Free Path With Wrong FromEnd

Is from Shelf: 02 Slot: 15 Link: 00 Channel: 037

PM: DTC 11, Terminal: HALIFAXXX 201

To Shelf: 02 Slot: 15 Link: 01 Channel: 038

PM: LCM 9, Terminal: OTTAWAXXX 101

Error from Shelf: 02 Slot: 16 Link: 00Channel: 039

PM: DTC 11: Terminal: HALIFAXXX 202

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Clear message examplen/a

Associated OM registers

ENDB101The Enhanced Network (ENET) SONET Digital Multiplex Switch (SDMS)Database Audit subsystem (ENDB) generates report ENDB101 Themismatch occurs between the master copy and the node and the copy thatis being audited. The ENDB101 report indicates details like the node nameand the data being audited.

Remedial actionIf the system generates too many logs for the same node, perform a returnto service (RTS) on the affected node. There is no other action required.The database audit will correct the error.

AttributesAttribute Value

Severity Indeterminate

Format1.ENDB101 mmmdd hh:mm:ss ssdd FAIL ENDB UPDT LOG

DATA: data_table

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENDB UPDTLOG

Constant Fixed Indicates a failure to update thecentral copy of the ENET SDMSdatabase, in the master DMS core orthe OAM node.

DATA Symbolic text Variable Indicates the name of the data tablethat did not get updated.

Active message example1.ENDB101 FEB05 21:13:08 0320 FAIL ENDB UPDT LOG

DATA: ISN_NODE_DATA_TABLE

Clear message examplen/a

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Associated OM registers

ENET102The Enhanced Network (ENET) subsystem generates report ENET102when an ENET node goes from:

• central-side busy (CBSY) to a manual busy (ManB) state

• system busy (SysB) to a ManB state

• of ine (OFFL) to a ManB state

Remedial action

• There is no action required. The operational measurement (OM)registers incremented are as follows:

• ENMBU. ManB use.

• ENMPARP. Pegged if a partitioning potential is present.

• ENMISOP. Pegged if at least one PM is isolated because of ManBstate.

AttributesAttribute Value

Severity Indeterminate

FormatFormat 1

ENET102 mmmdd hh:mm:ss ssdd MANB ENET Plane: pi Shelf: sh

ENET STATE CHANGE SET FROM OK; text_reason

Translated CSLink: MSCard: mscd Port: mspt

Format 2

ENET102 mmmdd hh:mm:ss ssdd MANB ENET Plane: pi Shelf: sh

ENET STATE CHANGE SET FROM OK; text_reason

Translated CSLink: MSCard: mscd MSLink: mslk Port: mspt

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Selected field descriptionsField Value Fixed or

VariableDescription

ManB ENET Constant Fixed Specifies the current state of theENET node as ManB.

Plane: pl 0-1 Variable Identifies the ENET plane.

Shelf: sh 0-3 Variable Identifies the ENET shelf.

ENET STATECHANGE SET FROMOK

Constant Fixed Indicates the ENET node change froma CBSY, SysB, or OFFL to a ManBstate.

mscd 6-32 Variable Identifies the message switch (MS)card.

mspt 0-128 Variable Identifies the message switch (MS)port

mslk 0-3 Variable Indicates the link number.

text_reason manual action Variable Indicates the ENET node wasremoved from service by manualaction.

state CBSY, SysB, OFFL Variable Indicates the previous state of theENET node

Active message exampleExample 1

ENET102 SEP24 00:00:00 6000 MANB ENET Plane: 0 Shelf: 03

ENET STATE CHANGE SET FROM CBSY; By manual action

Translated CSLink: MSCard: 15 Port: 2

Example 2

ENET102 SEP24 00:00:00 6000 MANB ENET Plane: 1 Shelf: 03

ENET STATE CHANGE SET FROM OK; By manual action

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

Clear message examplen/a

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Associated OM registers

ENET103The Enhanced Network (ENET) subsystem generates report ENET103when an ENET node changes state from:

• an in service to a system busy (SysB) state.

• an in service state to a manual busy (ManB) state.

The ENET subsystem generates ENET103 for the following reasons:

• ENET H/W mismatches eld ENCLASS in table ENINV

ENET NODE REX Test

• Cannot communicate with local

• Computing Module (CM) reload restart

• CM cold restart

• CM warm Swact

• CM warm restart

• State mismatch

• Local test not started

• Local test not nished

• Local cold restart occurred

• Local cold restart nished

• Local reload restart occurred

• Local reload restart nished

• Local Initial Program Load (IPL) occurred

• Local IPL nished

• To trap above threshold

• Access to memory that does not exist above threshold

• Single bit program Store (PS) protected Store (PROT) errors abovethreshold

• Single bit PS TEMP errors above threshold

• Single bit data store (DS) PROT errors above threshold

• Single bit DS permanent store (PERM) errors above threshold

• Single bit DS random access memory (RAM) errors above threshold

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• Single bit DS SAVE errors above threshold

• Single bit DS TEMP errors above threshold

• Double bit PS PROT errors above threshold

• Double bit PS TEMP errors above threshold

• Double bit DS PROT errors above threshold

• Double bit DS PERM errors above threshold

• Double bit DS RAM errors above threshold

• Double bit DS SAVE errors above threshold

• Double bit DS TEMP errors above threshold

• Mem PROT access errors above threshold

• Mem parity errors above threshold

• 9X13 Memory Access Unit (MAU) device faults above threshold

• 9X13 memory control device faults above threshold

• 9X13 Maintenance (MTC) device faults above threshold

• 9X36 BAC device faults above threshold

• 9X36 CMCX device faults above threshold

• 9X36 CPU device faults above threshold

• 9X36 LH device faults above threshold

• 9X26 device faults above threshold

• 9X13 FIR test failed

• 9X13 interrupt handler test failed

• 9X13 interrupt mask test failed

• 9X13 MAU test failed

• CSIDE BUSY dropped

• CSLink verify failed to reach local

• CSLink verify again, failed to reach local

• Data manager lost data sync with local

• SysB caused by system RTS

• SysB caused by INS TST failed

Remedial actionFollow standard of ce procedures for maintenance of a SysB ENET.

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Determine if the subsystem generated ENET111 because the ENEThardware does not match the entry in eld ENCLASS in table ENINV. If theENET hardware does not match the entry eld ENCLASS in table ENINV,correct the problem.

To correct the problem, determine the type of ENET provisioned (16k, 64kor 128k). Enter the ENET class in eld ENCLASS. Delete the pro visionabledata in table ENCDINV and the subtending node information. Delete alltuples in table ENINV Use the correct value in eld ENCLASS to enter thetuples again in table ENINV. Enter the provisionable data in tableENCDINV again. For additional information, refer to the descriptions oftables ENINV and ENCDINV.

The recommended actions are as follows:

• Initial of ce - If Nortel entered the load, request that Nortel supply a newload that contains the correct data. If Nortel did not enter the load,follow the above instructions.

• Retro t - To correct eld ENCLASS, go back in the retro t process. Backup the retro t process to eld ENCLASS in table ENINV. For moreinformation on retro t, refer to feature description AL1618 in FeatureDescription Manual Reference Manual .

• ONP - The subsystem does not always generate ENET111 during theone-night process (ONP). The subsystem will generate ENET111during the ONP if a user:

• logs into the inactive side of the switch

• does not enter elds ENCLASS in table ENINV correctly

When a user causes the subsystem to generate ENET111, the subsystemgenerates ENET111 during the activity switch section of the ONP. Tocorrect the problem, abort the activity switch and repeat the ONP. Formore information, refer to One Night Process and Hybrid Software DeliveryProcedures , 297-1001-303.

AttributesAttribute Value

Severity Indeterminate

Format1.ENET103 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf: sh

ENET state change Set from OK; reason_text

Translated CSLink: MSCard: nn Link: nn Port: nn

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1.**ENET103 mmmdd hh:mm:ss ssdd MANB ENET Plane: pl Shelf:sh

ENET state change Set from OK; reason_text

Translated CSLink: MSCard: nn Link: nn Port: nn

Selected field descriptionsField Value Fixed or

VariableDescription

ManB ENET Constant Fixed Indicates the node changed state fromOK to ManB

SysB ENET Constant Fixed Indicates the node state change fromOK to SysB

Plane 0 or 1 Variable Identifies the ENET plane number

Shelf 0 to 3 Variable Identifies the ENET shelf number

ENET state change.Set from OK

Constant Fixed Indicates the previous state of thenode to be OK

reason_text Text Variable Indicates the reason for thegeneration of the report. Refer to theAdditional information section at theend of this report for a list of reasons.

MSCard 6-23 Variable Identifies the associated messageswitch (MS) card

MS Link 0-3 Variable Identifies the associated MS linknumber

Port 0-128 Variable Identifies the associated MS portnumber

Active message example1.**ENET103 SEP24 00:00:00 6000 SYSB ENET Plane: 1 Shelf: 03

ENET state change. Set from OK; ENET H/W mismatches field

ENCLASS in table ENINV

Translated CSLink: MSCard: 15 MSLink: 01 Port: 02

1.**ENET103 SEP24 11:23:54 2112 MANB ENET Plane: 1 Shelf: 03

ENET state change. Set from OK; Local test not started

Translated CSLink: MS Card: 15 Link: 01 Port: 02

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Clear message examplen/a

Associated OM registers

ENET104The Enhanced Network (ENET) subsystem generates report ENET104when an ENET node changes state from central-side busy (CBSY) tosystem busy (SysB).

The ENET subsytem generates ENET104 for the following reasons:

• Cannot communicate with local

• Computing module (CM) reload restart

• CM cold restart

• CM warm SWACT

• CM warm restart

• State mismatch

• Local test not started

• Local test not nished

• Local cold restart occurred

• Local cold restart nished

• Local reload restart occurred

• Local reload restart nished

• Local initial program load (IPL) occurred

• Local IPL nished

• Trap above threshold

• Access to memory that does not exist above threshold

• Single bit program store (PS) protected store (PROT) errors abovethreshold

• Single bit PS temporary store (TEMP) errors above threshold

• Single bit data store (DS) PROT errors above threshold

• Single bit DS permanent (PERM) errors above threshold

• Single bit DS random access memory (RAM) errors above threshold

• Single bit DS SAVE errors above threshold

• Single bit DS TEMP errors above threshold

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• Double bit PS PROT errors above threshold

• Double bit PS TEMP errors above threshold

• Double bit DS PROT errors above threshold

• Double bit DS PERM errors above threshold

• Double bit DS RAM errors above threshold

• Double bit DS SAVE errors above threshold

• Double bit DS TEMP errors above threshold

• Mem PROT access errors above threshold

• Mem parity errors above threshold

• 9X13 MAU device faults above threshold

• 9X13 memory control device faults above threshold

• 9X13 mtc device faults above threshold

• 9X36 BAC device faults above threshold

• 9X36 CMCX device faults above threshold

• 9X36 central processing unit (CPU) device faults above threshold

• 9X36 LH device faults above threshold

• 9X26 device faults above threshold

• 9X13 FIR test failed

• 9X13 interrupt handler test failed

• 9X13 interrupt mask test failed

• 9X13 MAU test failed

• C-side BUSY dropped

• CSLink verify failed to reach local

• CSLink verify again, failed to reach local

• Data manager lost data sync with local

• SysB caused by system RTS

• SysB caused by INS TST failed

• Failed restart RTS with boot

• ENET NODE REX Test

• Failed ENET NODE REX test

• 9X36 spurious receive interrupts above threshold

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Remedial actionFollow the standard procedures for maintenance of a SysB ENET.

AttributesAttribute Value

Severity Indeterminate

Format**ENET104 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf:sh

ENET state change. Set from CBSY; rsntxt

Translated CSLink: MS Card: mscd Port: mspt

**ENET104 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf:sh

ENET STATE CHANGE SET FROM CBSY; text_reason

Translated CSLink: MSCard: mscd MSLink: mslk Port: mspt

Selected field descriptionsField Value Fixed or

VariableDescription

SysB ENET Constant Fixed Indicates the ENET node changedstate to SysB

Plane Integer Variable Identifies the ENET plane number

Shelf Integer Variable Identifies the ENET shelf

ENET state change Constant Fixed Indicates the ENET node changedstate

Set from CBSY Constant Fixed Indicates the previous state of thenode to be CBSY

rsntxt Character string Variable Indicates the reason for thegeneration of this log. Refer toAdditional information at the end ofthis report for a list of reasons.

mscd 6-23 Variable Identifies the message switch (MS)card

mspt 0-128 Variable Identifies the MS port

mslk 0-3 Variable Identifies the MS link

Active message example1.**ENET104 SEP24 13:23:54 2112 SYSB ENET Plane: 1 Shelf: 03

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ENET state change. Set from CBSY; CSIDE BUSY dropped

Translated CSLink: MS Card: 15 Port: 002

1.**ENET104 SEP24 00:00:00 6000 SYSB ENET Plane: 1 Shelf:

03

ENET STATE CHANGE SET FROM CBSY; CSIDE BUSY dropped

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

Clear message examplen/a

Associated OM registers

ENET105The Enhanced Network (ENET) subsystem generates report ENET105when the ENET node changes from:

• an OK state to a central-side busy (CBSY) state

• a manual busy (ManB) state to a CBSY state

• a system busy (SysB) state to a CBSY state

Remedial actionIf the ENET recovery fails, follow the ENET return to service procedures.

AttributesAttribute Value

Severity Indeterminate

Format**ENET105 mmmdd hh:mm:ss ssdd CBSY ENET Plane: pl Shelf: sh

ENET state change. Set from statxt; rsntxt

Translated CSLink: MS Card: mscd Port: mspt

**ENET105 mmmdd hh:mm:ss ssdd CBSY ENET Plane: pl Shelf: sh

ENET STATE CHANGE SET FROM; text_reason

Translated CSLink: MSCard: mscd MSLink: mslk Port: mspt

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Selected field descriptionsField Value Fixed or

VariableDescription

CBSY ENET Constant Fixed Indicates the state of the ENET nodechanged to CBSY

Plane Integers Variable Identifies the ENET plane

Shelf Integers Variable Identifies the ENET shelf

ENET state change. Constant Fixed Indicates a change in the ENET state

Set from OK,ManB, SysB Variable Indicates the previous state of theENET node

text_reason Text Variable Indicates the reason for thegeneration of this log. Refer toAdditional information at the end ofthis log report.

Translated CSlink Constant Fixed Indicates the changed CSlink

MSCard 6-23 Variable Identifies the message switch (MS)card

MSLink 0-3 Variable Identifies the MS link

Port 0-128 Variable Identifies the MS port

Active message example1.**ENET105 SEP24 00:00:00 6000 CBSY ENET Plane: 1 Shelf: 03

ENET STATE CHANGE. SET FROM OK; C-side busy by system RTS

Translated CSLink: MS Card: 15 Port: 002

1.**ENET105 SEP24 00:00:00 6000 CBSY ENET Plane: 1 Shelf:

03

ENET STATE CHANGE SET FROM OK; C-side busy by system RTS

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

Clear message examplen/a

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Associated OM registers

ENET106The Enhanced Network (ENET) subsystem generates report ENET106when an ENET node changes from:

• a manual busy (ManB) state to an of ine (OFFL) state

• an unequipped (UNEQ) state to an OFFL state

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

FormatFormat 1

ENET106 mmmdd hh:mm:ss ssdd OFFL

ENET STATE CHANGE SET FROM statxt ENET: pl-pr;

MSCARD: mscd MSPORT: mspt; rsntxt

Format 2

ENET106 mmmdd hh:mm:ss ssdd OFFL ENET Plane: pi Shelf: sh

ENET STATE CHANGE SET FROM; text_reason

Translated CSLink: MSCard: mscd MSLink: mslk Port: mspt

Selected field descriptionsField Value Fixed or

VariableDescription

OFFL ENET STATECHANGE SET FROM

Constant Fixed Indicates the ENET node changedstate to offline.

statxt ManB, UNEQ Variable Indicates the previous state of theENET node.

pl 0-1 Variable Identifies the ENET plane.

pr 0-63 Variable Identifies the ENET pair.

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Field Value Fixed orVariable

Description

mscd 6-23 Variable Identifies the message switch (MS)card.

mspt 0-128 Variable Identifies the MS port.

mslk 0-3 Variable Indicates the MS link number.

rsntxt By manual action Variable Indicates manual action removed theENET node from service.

Active message exampleExample 1

ENET106 SEP24 03:22:13 2112 OFFL ENET

STATE CHANGE SET FROM MANB ENET: 1-4;

MSCARD: 5,MSPORT: 2; By manual action

Example 2

ENET106 SEP24 00:00:00 6000 OFFL ENET Plane: 1 Shelf: 03

ENET STATE CHANGE SET FROM MANB; By manual action

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

Clear message examplen/a

Associated OM registers

ENET107The Enhanced Network (ENET) subsystem generates report EBET107when an ENET node goes from an of ine (OFFL) state to an unequipped(UNEQ) state.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

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FormatFormat 1

ENET107 mmmdd hh:mm:ss ssdd UNEQ

ENET STATE CHANGE SET FROM OFFL ENET: pl-pr;

MSCARD: mscd MSPORT: mspt; rsntxt

Format 2

ENET107 mmmdd hh:mm:ss ssdd UNEQ ENET Plane: pi Shelf: sh

ENET STATE CHANGE SET FROM; text_reason

Translated CSLink: MSCard: mscd MSLink: mslk Port: mspt

Selected field descriptionsField Value Fixed or

VariableDescription

UNEQ ENET STATECHANGE SET FROMOFFL

Constant Fixed Indicates the previous state of theENET node was offline.

pl 0-1 Variable Indentifies the ENET plane.

Pr 0-63 Variable Identifies the ENET pair.

mscd 0-31 Variable Identifies the message switch (MS)card.

mspt 0-128ENET107SEP24 08:22:43 2112UNEQENET STATECHANGE SET FROMOFFL ENET: 1-4;MSCARD:5,MSPORT: 2;Deleted from TableENINV by manualaction

Variable Identifies the MS port.

mslk 0-3 Variable Indicates the MS link number.

rsntxt Deleted from TableENINV by manualaction

Variable Indicates that manual action deletedthe ENET node from customer dataTable ENINV.

Active message exampleExample 1

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ENET107 SEP24 08:22:43 2112 UNEQ

ENET STATE CHANGE SET FROM OFFL ENET: 1-4;

MSCARD: 5,MSPORT: 2; Deleted from table ENINV by manual

action

Example 2

ENET107 SEP24 00:00:00 6000 UNEQ ENET Plane: 1 Shelf: 03

ENET STATE CHANGE SET FROM OFFL;Deleted from table ENINV

by manual action

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

Clear message examplen/a

Associated OM registers

ENET108The Enhanced Network (ENET) subsystem generates ENET108 when anENET node sets or clears an in-service trouble (ISTb).

The ENET subsystem generates ENET108 for the following reasons:

• Access to memory that does not exist

• Single bit temporary program store

• Single bit protected data store

• Single bit permanent data store

• Single bit RAM data store

• Single bit save data store

• Single bit temporary data store

• Double bit protected program store

• Double bit temporary program store

• Double bit protected data store

• Double bit permanent data store

• Double bit RAM data store

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• Double bit save data store

• Double bit temporary data store

• Memory protection access error

• Memory parity error

• 9X13 memory access unit device fault

• 9X13 memory controller device fault

• 9X13 maintenance timing control chip device fault

• 9X36 bus access control device fault

• 9X36 connection memory chip device fault

• 9X36 central processing unit (CPU) device fault

• 9X36 Link handler device fault

• 9X26 device fault. System card ID PROM test failure

• 9X13 mem prot ace test failure

• 9X13 read only memory (ROM) checksum test failure

• 9X13 data cache test failure

• 9X13 address hold register (AHR) test failure

• 9X13 low memory test failure

• 9X13 memory control test failure

• 9X36 sanity test failure

• 9X36 clock test failure

• 9X36 sync test failure

• 9X26 read status test failure

• 9X26 card in status test failure

• 9X26 self test failure

• jambit test failure

Remedial actionFollow standard of ce procedures for handling an ISTb.

AttributesAttribute Value

Severity Warning

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FormatENET108 mmmdd hh:mm:ss ssdd INFO ENET Node ISTB Plane: n

Shelf: nn

Translated CSLink: MSCard: nn Port: nn; Action text

ENET108 mmmdd hh:mm:ss ssdd INFO ENET Plane: n Shelf:nn

STB Reason: reason text

Translated CSLink: MSCard: nn MSLink: nn Port:nn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET NodeISTB

Constant Fixed Indicates the ENET node has set orcleared ISTb

MSCard 6-23 Variable Identifies the message switch (MS)card

Port 0-128 Variable Identifies the MS port

MSlink 0-3 Variable Indicates the MS link number

Reason Text Variable Indicates the reason for thegeneration of the report. Refer toAdditional information at the end ofthis report.

Action set,cleared Variable Indicates if the ISTb reason was set orcleared

Plane 0-1 Variable Identifies the ENET plane ShelfIntegers Identifies the ENET shelf

Active message example1.ENET108 SEP24 08:43:33 2112 INFO ENET Node ISTB Plane: 1

Shelf: 03

Translated CSLink: MSCard: 15, Port: 002; 9X13 AHR test

failure set

1.ENET108 SEP24 00:00:00 6000 INFO ENET Plane: 1 Shelf: 03

ISTB Reason: Single bit protected data store error

Translated CSLink: MSCard: 15 MSLink: 0 Port: 2

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Clear message examplen/a

Associated OM registers

ENET111The Enhanced Network (ENET) subsystem generates the ENET111 logreport when ENET node tests fail. An audit or failure of a manually initiatedENET node test generates this log report.

The following shows the subtest names and explanations:

H/W vs Datafill test -- Incorrect ENCLASS in table ENINV

Read ID PROM test -- There is no additional information.

Mem Protn Access -- There is no additional information.

ROM Checksum -- There is no additional information.

MAU Test -- There is no additional information.

Data Cache -- There is no additional information.

FIR Test -- The system cannot reset FIR. Fault did not generate interrupt.FIR did not latch fault. MAU did not latch fault. MAU not reset. FIR notreset after MAU cleared.

AHR Test -- Bus timeout or protection problem. AHR not cleared. MCHs(G62) AHR not latched. MTCs (H04) AHR not latched.

Interrupt Mask Test -- Peripheral interrupt mask not cleared. Peripheralinterrupt mask not set. Mise interrupt mask not cleared. Mise interruptmask not set. MCR interrupt mask not cleared. MCR interrupt mask notset. Mismatch interrupt mask not cleared. Mismatch interrupt mask not set.

Interrupt Handler -- Clock interrupt defective. FIR interrupt defective. NMIinterrupt defective. Sanity interrupt defective.

Low Memory -- DS = hhhhh, PS =hhhhh <DS Low> -- <PS Low> Providesthe number of kilowords of free data strore and free protected store.Indicates if data store or protected store is low.

Memory Controller -- There is no additional information.

9X36 Sanity -- There is no additional information

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9X36 Clk Track Test -- Link 0 failedLink 1 failed

9X36 Clk Sync Test -- There is no additional information.

RTIF Status -- A 9X26 communication faultcentral processing unit (CPU)clock fault detectedSubsystem clock fault detectedreset terminal interface(RTIF) not ENET TypeRTIF match bus not negativeRTIF RAM failureRTIFhardware failureRTIF PROM checksum failedRTIF 24 s reset failure

RTIF Card In Status -- There is no additional information.

RTIF Self Test -- There is no additional information.

RTIF Jambit Test -- There is no additional information.

Node State Mismatch -- There is no additional information.

C-Side Link failure -- C-side Link # not maintenance opened Link actionabortedCannot post FLTFailed FLTCannot send resetFailed reset - (alarmcode received) OK (alarm code received) Cannot post port MSG testFailedport MSG test

Restart Not Started -- There is no additional information.

Restart Not Finished -- There is no additional information.

F/W CPU Test Failed -- Maze testROM checksumUSART loopbacktestFIR testMAU testData cache testBus access testAccess protectiontestStatic RAM test

F/W Mem Test Failed -- There is no additional information.

Status Msg Failed -- There is no additional information.

Local Test Timeout -- There is no additional information.

Local Communication -- There is no additional information.

Read ID PROM -- There is no additional information.

Mem Protectn Access -- There is no additional information.

There is no CPU test reply -- There is no additional information.

No MEM test reply -- There is no additional information.

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Remedial actionReplace the cards listed and test the replacement cards, if the systemgenerates a card list.

If the system generates the ENET111 because the H/W vs Data 11 test fails, correct data 11 problems from table ENINV. To correct the problem,determine the type of ENET and enter the correct ENET class in eldENCLASS. The type of ENET can be 16k, 64k, or 128k. Delete the data intable ENCDINV and the subtending node information. Delete all tuples intable ENINV and enter the tuples again. Use the correct value in eldENCLASS. Enter the provisioned data in table ENCDINV again. Foradditional information, refer to the descriptions of tables ENINV andENCDINV.

The following are the recommended actions:

• First of ce - If Northern T elecom personnel entered the load, requestthe Northern Telecom personnel to supply a new load with the correctdata. Under other conditions, follow the instructions from above.

• Retro t - T o correct eld ENCLASS, entries in eld ENCLASS of tableENINV must support the retro t process. For more information on retrot, refer to feature description AL1618 in Feature Description ManualReference Manual .

• ONP Process - Incorrect entries in table ENINV normally do not causethe system to generate a report during the one night process (ONP).The system only generates a report if a user logs into the inactive sideof the switch and the entry for eld ENCLASS in table ENINV is notcorrect. The system generates the report during the activity switchallocation of the ONP. To correct the problem, the system must abortthe activity switch and repeat the ONP. Refer to One Night Processand Hybrid Software Delivery Procedures , 297-1001-303 for moreinformation.

AttributesAttribute Value

Severity Indeterminate

FormatENET111 mmmdd hh:mm:ss ssdd FAIL ENET Node Test

Plane: pl Shelf: pr; test_name By: originator

test_results

ENET111 mmmdd hh:mm:ss ssdd FAIL ENET Node Test

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Plane: pl Shelf: sh Overall result: overall_result

Type: enet_test_name By: originator

test_results

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET NodeTest

Constant Fixed Indicates the test on the ENET nodefailed

Plane 0 or 1 Variable Identifies the ENET plane number

Shelf 0 to 3 Variable Identifies the ENET shelf number

result NonseverefailureNon-severeNode testfailureSeverefailureSevere Nodetest failure

Variable Indicates the result of the node test

test-name In-Service test Variable Indicates the in-service node test ran

OOSN Test Variable Indicates the out-of-service safe nodetest ran

OOSD Test Variable Indicates the out-of-servicedestructive node test ran

Fiber Link Test Variable Indicates the C-side fiber test ran

Reload Restart Variable Indicates the node reload restart testran

Reset Test Variable Indicates the node reset test ran

Loop Test Variable Indicates the node loop test ran

Cold Restart Variable Indicates the node cold restart test ran

Port MSG test Variable Indicates the port message test ran

By Inservice Audit Variable Indicates an in-service audit originatedthe tests

C-Side Link Mtc Variable Indicates central side (C-side) linkmaintenance originated tests.

Manual Test Variable Indicates manual TST commandoriginated tests.

Boot Load Variable Indicates boot load loaded the node.

Destructive Boot Load Variable Indicates the loaded node containsthe destructive option.

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Field Value Fixed orVariable

Description

Node REX Test Variable Indicates the system performed anode routine exercise test (REX).

test_results subtst and addinfo Variable Indicates the event that caused thereport to print.

subtst Text Variable Provides the name of the test thatfailed. This field consists of one entryfor each failed test. Each entry has aminimum of one line. The first line ofeach entry contains the failed testname and any additional information.

For more information, see"Explanation" .

addinfo Text Variable Provides additional information forsome test failures. This table listsadditional information that can appearfor a specified test. If no additionalinformation is available, the tablecontains none in this field.

For more information, see"Explanation"

Active message example1.*ENET111 SEP24 00:00:00 6000 FAIL ENET Node Test

Plane: 0 Shelf: 03; INSV TEST By: Manual test

Data Cache Test

FIR Test FIR Could not be reset

Fault did not generate interrupt

1.*ENET111 SEP24 00:00:00 6000 FAIL ENET Node Test

Plane: 0 Shelf: 03 Overall result: Severe failure

Type: In-Service By: Manual Test

H/W vs Datafill Test Incorrect ENCLASS in table ENINV

There are no suspect cards.

2.*ENET111 SEP24 00:00:00 6000 FAIL ENET Node Test

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Plane: 0 Shelf: 03 Overall result: Severe failure

Type: In-Service By: Manual Test

Interrupt handler

H/W vs Datafill Test Incorrect ENCLASS in table ENINV

Site Flr RPos Bay_id Shf Description Slot EqPEC

HOST 01 A00 ENC00 00 ENET:0:00 07 9X13FA FRNT

Clear message examplen/a

Associated OM registers

ENET112The Enhanced Network (ENET) subsystem generates the ENET112 logreport when an ENET return to service (RTS) attempt fails.

The following shows the subtest names and explanations:

H/W vs Datafill test -- Incorrect ENCLASS in table ENINV

Interrupt Handler -- Clock interrupt defective. FIR interrupt defective. NMIinterrupt defective. Sanity interrupt defective.

Remedial actionIf the system generates ENET111 log report because the H/W vs Data 11test fails, correct the data 11 problem in table ENINV. To correct the data11 problem, determine the type of ENET provisioned (16k, 64k or 128k)and data 11 the correct ENET class in eld ENCLASS. T o do this, deletethe provisionable data in table ENCDINV and the subtending nodeinformation. Delete and enter all tuples in table ENINV with the correctvalue in eld ENCLASS used. Enter provisionable data in table ENCDINV.For additional information, refer to the descriptions of tables ENINV andENCDINV.

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The following are the recommended actions:

• First of ce - If the load is data lied at Nortel, then request that Nortelsupply a new data lied load that contains the correct data. If the load isnot data lied at Nortel, follo w the previous instructions.

• Retro t - the retro t process must be back ed up to the point of data llingeld ENCLASS in table ENINV. This step allows eld ENCLASS to becorrected. For more information on retro t, refer to feature descriptionAL1618 in Feature Description Manual Reference Manual .

• ONP Process - The report that incorrect data 11 in table ENINVgenerates does not occur during the one night process (ONP).Operating company personnel must log in to the inactive side of theswitch and data 11 eld ENCLASS in table ENINV incorrectly for thesystem to generate the report. The system generates the log reportduring the activity switch allocation of the ONP. To correct the problem,the activity switch is aborted and the ONP repeated. For moreinformation refer to One Night Process and Hybrid Software DeliveryProcedures , 297-1001-303.

AttributesAttribute Value

Severity Warning

FormatENET112 mmmdd hh:mm:ss ssdd INFO

System Recovery Failure. Action: rts_type ENET: pl-pr

failure_reason

ENET112 mmmdd hh:mm:ss ssdd FAIL ENET System Recovery

Plane: pi Shelf: sh Action: rts_type

Actions taken: text_reason

Failure: rts_results

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO System RecoveryFailure

Variable Indicates an ENET system or manualRTS failure

Action Manual RTS orSystem RTS

Variable Indicates the type of action performed

ENET: pl-PR (0-1) to (0-3) Variable Identifies the ENET plane and pairaffected

FAIL ENET Systemrecovery

Constant Fixed Indicates an ENET system or manualRTS failure

Plane 0 to 1 Variable Identifies the ENET plane number

Shelf 0 to 3 Variable Identifies the ENET shelf number

Actions taken Loop Test Variable Indicates the node loop test ran

Reset Test Variable Indicates the node reset test ran

OOSN Test Variable Indicates the out-of-service safe nodetest ran

OOSD Test Variable Indicates the the out-of-servicedestructive node test ran

Fiber link Test Variable Indicates the C-side fiber test ran

Double FLT Test Variable Indicates the double C-side fiber testran

Cold Restart Variable Indicates the node cold restart test ran

Reload Restart Variable Indicates the node reload restart testran

Failure subtst and addinfo Variable Provides a description of what causedthe report to be printed. Certainreasons cause the add_info field toappear.

subtest text Variable Provides the name of the exact testthat failed. This field contains oneentry for each failed test. Each entrycontains one or more lines. The firstline of each entry contains the failedtest name and any additionalinformation.

For more information, see"Explanation" .

add_info text Variable Provides additional information forsure test failures. This table listsadditional information that can appear

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Field Value Fixed orVariable

Description

with a specified subtest. If additionalinformation is not available, the tablecontains "none" in this field.

For more information, refer to the Sub-test table at the end of this log reportdescription.

Active message example1.*ENET112 SEP24 00:00:00 6000 INFO

System Recovery Failure. Action: Manual RTS ENET: 0-3

1.*ENET112 SEP24 00:00:00 6000 FAIL ENET System Recovery

Plane: 1 Shelf: 03 Action: Manual RTS

Action taken: OOSN test

Failure: OOSN test fail. H/W vs Datafill Test

Incorrect ENCLASS in table ENINV

There are no suspect cards

2.*ENET112 SEP24 00:00:00 6000 FAIL ENET System Recovery

Plane: 0 Shelf: 03 Action: Manual RTS

Failure: OOSN test fail. Interrupt handler

H/W vs Datafill Test Incorrect ENCLASS in table ENINV

Site Flr RPos Bay_id Shf Description Slot EqPEC

HOST 01 A00 ENC00 00 ENET:0:00 07 9X13FA FRNT

Clear message examplen/a

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Associated OM registers

ENET114The Enhanced Network (ENET) subsystem generates log report ENET114when an ENET parallel system recovery action occurs. The subsystemgenerates a major alarm with the report if any ENET fails. An alarm doesnot occur with the log if recoveries occur correctly.

The following shows the subtest names and explanations:

Successful loading and recovery

Called NIL proc

Aborted by MTCBASE system

Requested action aborted

Post mtc open failed

NACK from mtc open request

Timeout waiting for mtc open - Timeout was: h hours and m minutes

Mtc open links failed

Instigate the OOSD test failed

NACK from the OOSD test

Timeout waiting for OOSD test - Timeout was: nn seconds

All OSD tests failed (all NACKs) Getting the FID failed The FID is notdifferent Initiate boot failed -- Boot return code: codetxt, -- Refer to tableBoot return codes for values in boot re field.

NACK from load request -- Boot load results: progress mark: x kwords. --The field x kwords indicates the number of kilo words reached before thefailure occurred. -- Total failure: failuretxt - Refer to the Failures list at theend of this log report. -- Result: boot result at boot rc - Boot result providesthe same information as field Total failure field. Refer to the Failures list atthe end of this log report. Refer to table Boot return codes for values inboot re field.

Timeout waiting for load -- Timeout was: nn seconds

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Timeout on restarts -- Timeout was: nn seconds

Restart messages out of sequence

No restart message received

Instigate loop test failed

NACK from loop test request Timeout waiting for loop test -- Timeout was:nn seconds

All looptests failed (all NACKs)

Instigate RTS failed NACK from RTS request

Timeout waiting for RTS -- Timeout was: nn seconds

All RTSs failed (all NACKs)

Post double close failed

NACK from double close

Timeout waiting for close -- Timeout was: nn hours and nn minutes

NIL reason

The following shows information on the boot return codes:

n represents an integer that varies according to error.

Boot return codes -- Additional information

no control blocks no subtable

all resources in use

process contention

number of addresses

address did not match

not booting address

bad send rc

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not booting that ref num

bad ref num

Loading aborted -- internal bootloader error

Loading aborted -- bad Brecord length = n

• Loading aborted - bad Brecord address = n

• Loading aborted - bad Brecord checksum = n

• Loading aborted - bad Brecord id = n

• Loading aborted - Brecord id out of sequence = n

• Loading aborted - First record not header record, id = n

• Loading aborted - bad PS/DS range in header Brecord

• Loading aborted - not enough memory for this load

• Loading aborted - wrong boot file type - expected ENET, found-dev-

One of the following devices appears:

• BUSH*CM*MS

• NT40

Loading aborted -- header Brecord lacks CM/MS identification

Loading aborted -- device error - errortxt - Refer to the list of Device errorsat the end of this log report.

Loading aborted -- header Brecord lacks CM/MS identification

Loading aborted -- device error - errortxt - Refer to the list of Device errorsat the end of this log report.

Loading aborted -- boot device faulty or unequipped

Loading aborted -- port failed init/test in slot

Loading aborted -- port failure - cannot receive msgs from slot

Loading aborted -- port failure - unable to send message via slot

Loading aborted -- link error - bad message received, Ds512 received,Ds512 length = n

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Loading aborted -- link error - bad message received, Ds30 length = n

Loading aborted -- Ds30 error byte = n

Loading aborted -- link error - bad reply data length = n

Loading aborted -- link error - bad reply from boot device = n

Loading aborted -- link error - bad reply message from MS n

Loading aborted -- link error - bad reply message from IOC

Loading aborted -- both links failed to MS n

Loading aborted -- could not load either MS

Loading aborted -- no reply from boot device

Loading aborted -- no reply from MS n

Loading aborted -- no reply from IOC

Loading aborted -- could not reset IOC through MS n

Loading aborted -- could not reset IOC via slot

Loading aborted -- memory readback error at n

Loading aborted -- disk boot file not found for ENET

Loading aborted -- could not set disk boot file pointer

The following shows examples of total failures:

failed

failed with result words

send failed (boot data)

send failed (boot yourself)

no reply from hardware

boot data timeout

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BMS re-get buff

BMS re-data add

BMS re-data reserve

FTS send re (BD)

FTS send re (BY)

FTS envelope re

get buff re

BMS re-get header

BMS re-read data

invalid image

le system re

could not open le

not planned signal

trapped

user aborted

early end of le met

not a boot le

le de vice unavailable

The following shows examples of device errors:

buffer fault in controller

drive not online

busy rewinding

passed end of tape

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drive will not accept command

unexpected/missing tape mark

undecodeable tape mark

25 feet of blank tape

buffer fault in controller

passed end of le

disk seek failed

disk read failed

wrong block sequence number

block address conversion

failed drive not ready

Remedial actionFollow the standard of ce procedures for ENET node reco very failures.

AttributesAttribute Value

Severity • Major

• Warning

FormatENET114 mmmdd hh:mm:ss ssdd INFO ENET Parallel Recovery

Summary

Overall result: rsultxt

addinfo

Plane: pl Shelf: pr; failtxt

ENET114 mmmdd hh:mm:ss ssdd INFO ENET Parallel Recovery

Summary

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Overall result: rsultxt

<additional overall information>

<Plane: pi Shelf: pr; failtxt>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET ParallelRecovery Summary

Constant Fixed Indicates an ENET parallel recoverysystem action occurred

rsultxt Text Variable Provides the results of the event thatoccurred. Some results cause theaddinfo line to appear. See"Explanation" .

addinfo Text Variable Provides additional information forsome results. See "Explanation" .

Plane Integers Variable Identifies the plane. This field isoptional.

Pair Integers Variable Identifies the pair of shelves. This fieldis optional.

failtxt Refer to the Resultstable at the end of thislog report.

Variable Provides the reason that derives fromthe rsultxt field. This field is optional.

Active message example1.ENET114 SEP24 00:00:00 6000 INFO ENET Parallel Recovery

Summary

Overall result: Successful recovery

Clear message examplen/a

Associated OM registers

ENET120The Enhanced Network (ENET) subsystem generates log report ENET120when an ENET Routine Exercise (REx) test on a shelf fails. An error withthe sanity or availability of the ENET boot le caused the f ailure of the RExtest.

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Remedial actionFollow the standard of ce procedures for the ENET boot le f ailure.

AttributesAttribute Value

Severity Indeterminate

FormatENET120 mmmdd hh:mm:ss ssdd FAIL ENET Boot File Test

Plane: pl; Shelf: sh; reasontxt

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET Boot FileTest

Constant Fixed Indicates the ENET boot file testfailed.

Plane Integers Variable Identifies the plane on which theENET REX test performed.

rsntxt Text Variable Provides the reason for the failure ofthe ENET REX test:

Variable Datafill error.

Variable ENET load file does not match BCS.

Variable Cannot allocate buffer.

Variable Not a boot file.

Variable Cannot open file.

Variable B$ record corrupted.

Variable Processor type that is not matched.

Variable Bad file system return code.

Variable File device not available.

Shelf Integers Variable Identifies the shelf on which the ENETREX test performed.

Active message example1.ENET120 SEP24 00:00:00 6000 FAIL ENET Boot File Test

Plane: 0; Shelf: 00; ENET load file does not match BCS.

Clear message examplen/a

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Associated OM registers

ENET200The Enhanced Network (ENET) subsystem generates log report ENET200when the ENET card changes state from manual busy or system busy tocorrect.

Remedial actionThis log report is for information only. There is no action required.

AttributesAttribute Value

Severity Indeterminate

FormatENET200 mmmdd hh:mm:ss ssdd RTS

ENET CARD STATE CHANGE SET FROM: statxt ENET: pl-pr

CARD: nn SIDE: txt; ACTION TAKEN: actxt

ENET200 mmmdd hh:mm:ss ssdd RTS ENET Plane: pl Shelf: shSlot:

slot

ENET card state change. Set from state: action taken

side

Selected field descriptionsField Value Fixed or

VariableDescription

RTS Constant Fixed Indicates the ENET card is returned-to-service (RTS).

ENET CARD STATECHANGE SETFROM: statxt

ManB Variable Indicates the previous state of theENET card as manual busy.

SysB Variable Indicates the previous state of theENET card as system busy.

ENET: pl-pr n-n Variable Identifies the ENET plane and ENETpair.

CARD 11-26 Variable Identifies the ENET card.

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Field Value Fixed orVariable

Description

SIDE FRNT Variable Identifies the front of the card.

BACK Variable Identifies the back of the card.

ACTION TAKEN actxt Variable Indicates the action taken.

Active message exampleExample 1

ENET200 APR04 22:52:18 8226 RTS

ENET CARD STATE CHANGE SET FROM: MBSY ENET: 0-0

CARD: 11 SIDE: FRNT; By Manual Action

Example 2

ENET200 APR04 22:52:18 8226 RTS ENET Plane:0 Shelf:03

Slot:10

ENET card state change. Set from MANB: RTS by manual

action

Front and Back

Clear message examplen/a

Associated OM registers

ENET203The Enhanced Network (ENET) subsystem generates report ENET203when the ENET card changes state from OK to system busy (SysB).

Remedial actionTo handle SysB ENET cards, follow standard of ce procedures.

AttributesAttribute Value

Severity Indeterminate

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Format**ENET203 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pi Shelf: shSlot:

slot

ENET card state change. Set from OK; actxt

sidetxt

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB ENET Constant Fixed Indicates the ENET card changesstate from OK to SysB.

Plane Integer Variable Identifies the ENET plane.

Shelf Integer Variable Identifies the ENET shelf .

Slot Integer Variable Identifies the ENET slot.

ENET state change Constant Fixed Indicates the ENET card changesstates.

Set from OK Constant Fixed Indicates the previous state of thecard.

actxt Text Variable Indicates the action taken.

sidetxt Front Variable Indicates that the front of the card isaffected.

Back Variable Indicates that the back of the card isaffected.

Front and Back Variable Indicates that the front and back of thecard are affected. Indicates if thecrosspoint, paddle board, or both wereaffected.

Active message example1.**ENET203 APR04 22:52:18 8226 SYSB ENET Plane: 0 Shelf:

03 Slot:

10

ENET card state change. Set from OK; System Busy due to

INS

TST failed.

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Front and Back

Clear message examplen/a

Associated OM registers

ENET204The Enhanced Network (ENET) subsystem generates report ENET204.The subsystem generates ENET204 when the ENET card changes statefrom control-side busy (CBSY) to system busy (SysB).

Remedial actionFollow standard of ce procedures for SysB ENET cards.

AttributesAttribute Value

Severity Indeterminate

Format**ENET204 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pi Shelf: sh

Slot: sl

ENET card state change. Set from CBSY; acttxt

sidetxt

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB ENET Constant Fixed Indicates the ENET card changesstate from CSBY to SysB.

Plane Integers Variable Indicates the ENET plane.

Shelf Integers Variable Identifies the ENET shelf.

Slot Integers Variable Identifies the ENET slot.

ENET card statechange

Constant Fixed Indicates the ENET card changesstate.

Set from CBSY Constant Fixed Indicates the previous state of thecard.

actxt System busy due tosystem RTS

Variable Indicates action taken.

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Field Value Fixed orVariable

Description

sidetxt Front Variable Indicates that the front of the card isaffected.

Back Variable Indicates that the back of the card isaffected.

Front and Back Variable Indicates that both the front and backof the card are affected. Indicates ifthe crosspoint, paddle board, or bothare affected.

Active message example1.**ENET204 APR04 22:52:18 8226 SYSB ENET Plane: 0 Shelf:

03

Slot: 10

ENET card state change. Set from CBSY; System Busy due to

System RTS

Front and Back

Clear message examplen/a

Associated OM registers

ENET205The Enhanced Network (ENET) subsystem generates report ENET205when the ENET card changes state from:

• OK to control-side busy (CBSY)

• manual busy (MANB) to CBSY

• system busy (SysB) to CBSY

Remedial actionFollow standard of ce procedures to handle CBSY ENET cards.

AttributesAttribute Value

Severity Indeterminate

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Format**ENET205 mmmdd hh:mm:ss ssdd CBSY ENET Plane: pi Shelf: sh

Slot: slot

ENET card state change. Set from statxt; acttxt

sidetxt

Selected field descriptionsField Value Fixed or

VariableDescription

CBSY ENET Constant Fixed Indicates the ENET card changesstate to CBSY.

Plane Integers Variable Identifies the ENET plane.

Shelf Integers Variable Identifies the ENET card shelf.

Slot Integers Variable Identifies the ENET slot.

ENET card statechange.

Constant Fixed Indicates the ENET card changesstate.

statxt OK Variable Indicates the previous state of theENET card was OK.

SysB Variable Indicates the previous state of theENET card was SysB.

ManB Variable Indicates the previous state of theENET card was MANB.

actxt C-side busy by nodemtc.

Variable Indicates the action taken.

sidetxt Front Variable Indicates that the front of the card isaffected.

Back Variable Indicates that only the back of thecard was affected.

Front and back Variable Indicates that the front and back of thecard are affected. Indicates if thecrosspoint, paddleboard, or both areaffected.

Active message example1.*ENET205 APR04 22:52:18 8226 CBSY ENET Plane: 0 Shelf:

03 Slot:

10

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ENET card state change. Set from OK; C-side busy by node

mtc

Front and Back

Clear message examplen/a

Associated OM registers

ENET208The Enhanced Network (ENET) subsystem generates report ENET208when the ENET card is set or cleared in in-service trouble (ISTB).

Remedial actionUse the logs to determine the reason for the problem. Test the node whenin-service and replace the cards that the cardlist produces. The ENCDERRand/or ENPBERR operational measurement (OM) registers increase.

The following actions cause an ENET card state change:

• Slot test failure

• CP ID PROM test failure

• CMC parity test failure

• CMC write read test failure

• Internal DP test failure

• Data memory test failure

• BIF clock monitor test failure

• PB ID PROM test failure

• DTRC interrupt test failure

• Q ic clock test f ailure

• Internal loop around test failure

• DTRC BIST test failure

• Q ic loop around test f ailure

• XPT excessive integrity faults.

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AttributesAttribute Value

Severity Warning

FormatENET208 mmmdd hh:mm:ss ssdd INFO ENET Card ISTB Plane: pl

Shelf: sh Slot:slot

State: xxxx, sidetxt, action

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET CardISTB

Constant Fixed Indicates the ENET card is set orcleared in in-service trouble

Plane Integers Variable Identifies the ENET plane

Shelf Integers Variable Identifies the ENET shelf

Slot Integers Variable Identifies the ENET card slot

State OK, ManB, or SysB Variable Indicates the state that the ENET cardwas in before ISTB. The states are:OK, manual busy (ManB), or systembusy (SysB)

sidetxt Front Variable Indicates that the front of the ENETcard is affected

Back Variable Indicates that the back of the ENETcard is affected

Front and Back Variable Indicates that the front and back of thecard are affected. Indicates if thecrosspoint, paddle board, or both areaffected.

Action Text Variable Indicates the action that caused thestate change. Refer to the Actionstable at the end of this log report.

Active message example1.ENET208 SEP24 00:00:00 600 INFO ENET Card ISTB Plane: 0

Shelf: 03 Slot: 10

State: OK; Front; CP ID PROM test failure Set

1.ENET208 SEP24 00:00:00 600 INFO ENET Card ISTB Plane: 0

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Shelf: 03 Slot: 10

State: OK; Front; CP ID PROM test failure Cleared

Clear message examplen/a

Associated OM registers

ENET211The Enhanced Network (ENET) subsystem generates ENET211 whentests run on the ENET card are not successful. The tests can be in-serviceor out-of-service and the card may be the crosspoint, paddleboard, or both(slot). If the card is in service when the test fails, it is taken out of serviceand put in a system busy state. The generation of the log depends on thesoftware that performs the test.

Remedial actionTest the failed card manually. If the failure occurs again, replace the card.The following provides information about the card tests:

Test information

Test names:

• Card Slot Test

• Cannot access card slot register

• Card slot does not match database

• Card slot contents: nn

• CP ID PROM Test

• Cannot read ID PROM

• Bad ID PROM product engineering code (PEC)

• ID PROM contents: nnnnnnnn nn

• CMC Parity Test

• Central message controller (CMC) n: cannot access CMC control reg

• CMC n: CMC parity error occurred

• Control reg contents: nn

• Address of parity error: nn

• Data read register: nn

• CMC Write/Read Test

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• CMC n: cannot access CMC register

• Data read register: nn

• Data Path Test

• Upper VBUS failed

• Lower VBUS failed

• Cannot access upper VBUS BIF

• Cannot access lower VBUS BIF

• Cannot access main VBUS BIF

• Upper VBUS hit count: nn

• Lower VBUS hit count: nn

• Data Memory Test

• Cannot access main VBUS BIF

• Cannot access mate VBUS BIF

• Cannot access HBUS BIF 0

• Cannot access HBUS BIF 1

• Cannot access connection memory

• Bad data path detected

• Failure map: nnnnnnnnnnnnnnnn

• BIF Clock Test

• VBUS main BIF: cannot access BIF clock register

• VBUS main BIF: cannot access BIF clock register

• VBUS mate BIF: cannot access BIF clock register

• VBUS upper BIF: cannot access BIF clock register

• VBUS lower BIF: cannot access BIF clock register

• VBUS lower BIF: cannot access BIF clock register

• HBUS BIF 0: cannot access BIF clock register

• HBUS BIF 1: cannot access BIF clock register

• VBUS main BIF: clock not present

• VBUS mate BIF: clock not present

• VBUS upper BIF: clock not present

• VBUS lower BIF: clock not present

• HBUS BIF 0: clock not present

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• HBUS BIF 1: clock not present

• VBUS main BIF: register contents: nn

• VBUS mate BIF: register contents: nn

• VBUS upper BIF: register contents: nn

• VBUS lower BIF: register contents: nn

• HBUS BIF 0: register contents: nn

• HBUS BIF 1: register contents: nn

• PB ID PROM Test

• Cannot read ID PROM

• Bad ID PROM PEC code

• Bad ID PROM version code

• ID PROM contents: nnnnnnnn nn

• DTRC Interrupt Test

• DTRC n: cannot access DTRC interrupt register

• DTRC n: cannot access DTRC mask register

• DTRC n: DTRC interrupt test failed

• Flag reg contents: nnnn

• QFLIC Activity Test

• Cannot access QFLIC clock register

• QFLIC clock not present

• QFLIC clock reg contents: nn

• Internal Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: cannot access connection memory

• DTRC n: DTRC hits present

• Cannot access QLC register

• Cannot access HBUS BIF

• QLC hits present

• CL61 clock may be absent

• Hit count: nn

• CMC Parity Checker Test

• CMC n: cannot access CMC

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• CMC n: CMC parity checker failed

• CMC Self Test

• Cannot access CMC

• CMC self test setup failed

• CMC self test failed

• DTRC Self Test

• DTRC n: cannot access DTRC

• DTRC n: DTRC BIST did not complete

• DTRC n: DTRC memory failure

• BIST status contents: nnnn

• QFLIC Self Test

• Cannot access DTRC

• Cannot access QFLIC

• QFLIC BIST setup failure

• QFLIC BIST failure

• QFLIC ETM1 contents: nnnn

• QFLIC Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: QFLIC hits detected

• Hit count: nn

• R41 Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: R41 hits detected

• Hit count: nn

• QLC RDAT Interface Test

• Cannot access QLC register

• Data transmit onto RDAT stuck

• Global interrupt reg contents: nn

• QLC Clock and Frame Test

• Cannot access QLC register

• QLC clock not present

• QLC frame not present

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• QLC clock and frame not present

• QLC clock reg contents: nn

• PB ICM Parity Test

• Cannot access ICM control reg

• ICM parity error occurred

• Control reg contents: nn

• Address of parity error: nn

• Data read register: nn

• PB Processor Message Test

• Cannot access register

• Message send to processor failed

• Message receive from processor failed

• Injected checksum error not detected

• PB Processor Sanity Test

• Cannot access register

• Processor sanity failure

• PB ICM Parity Checker Test

• Cannot access ICM

• ICM parity checker failed

• PB Processor Self Test

• Cannot access register

• Processor self test did not complete

• Processor self test failed

• QLC Loop Around Test

• Cannot access QLC register

• Cannot access connection memory

• Cannot access HBUS BIF

• QLC hits present

• CK61 clock may be absent

• Hit count: nn

• Card Slot Test

• Cannot access card slot register

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• Card slot does not match database

• Card slot contents: nn

• CP ID PROM Test

• Cannot read ID PROM

• Bad ID PROM product engineering code (PEC)

• ID PROM contents: nnnnnnnn nn

• CMC Parity Test

• Central message controller (CMC) n: cannot access CMC control reg

• CMC n: CMC parity error occurred

• Control reg contents: nn

• Address of parity error: nn

• Data read register: nn

• CMC Write/Read Test

• CMC n: cannot access CMC register

• Data read register: nn

• Data Path Test

• Upper VBUS failed

• Lower VBUS failed

• Cannot access upper VBUS BIF

• Cannot access lower VBUS BIF

• Cannot access main VBUS BIF

• Upper VBUS hit count: nn

• Lower VBUS hit count: nn

• Data Memory Test

• Cannot access main VBUS BIF

• Cannot access mate VBUS BIF

• Cannot access HBUS BIF 0

• Cannot access HBUS BIF 1

• Cannot access connection memory

• Bad data path detected

• Failure map: nnnnnnnnnnnnnnnn

• BIF Clock Test

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• VBUS main BIF: cannot access BIF clock register

• VBUS main BIF: cannot access BIF clock register

• VBUS mate BIF: cannot access BIF clock register

• VBUS upper BIF: cannot access BIF clock register

• VBUS lower BIF: cannot access BIF clock register

• VBUS lower BIF: cannot access BIF clock register

• HBUS BIF 0: cannot access BIF clock register

• HBUS BIF 1: cannot access BIF clock register

• VBUS main BIF: clock not present

• VBUS mate BIF: clock not present

• VBUS upper BIF: clock not present

• VBUS lower BIF: clock not present

• HBUS BIF 0: clock not present

• HBUS BIF 1: clock not present

• VBUS main BIF: register contents: nn

• VBUS mate BIF: register contents: nn

• VBUS upper BIF: register contents: nn

• VBUS lower BIF: register contents: nn

• HBUS BIF 0: register contents: nn

• HBUS BIF 1: register contents: nn

• PB ID PROM Test

• Cannot read ID PROM

• Bad ID PROM PEC code

• Bad ID PROM version code

• ID PROM contents: nnnnnnnn nn

• DTRC Interrupt Test

• DTRC n: cannot access DTRC interrupt register

• DTRC n: cannot access DTRC mask register

• DTRC n: DTRC interrupt test failed

• Flag reg contents: nnnn

• QFLIC Activity Test

• Cannot access QFLIC clock register

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• QFLIC clock not present

• QFLIC clock reg contents: nn

• Internal Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: cannot access connection memory

• DTRC n: DTRC hits present

• Cannot access QLC register

• Cannot access HBUS BIF

• QLC hits present

• CL61 clock may be absent

• Hit count: nn

• CMC Parity Checker Test

• CMC n: cannot access CMC

• CMC n: CMC parity checker failed

• CMC Self Test

• Cannot access CMC

• CMC self test setup failed

• CMC self test failed

• DTRC Self Test

• DTRC n: cannot access DTRC

• DTRC n: DTRC BIST did not complete

• DTRC n: DTRC memory failure

• BIST status contents: nnnn

• QFLIC Self Test

• Cannot access DTRC

• Cannot access QFLIC

• QFLIC BIST setup failure

• QFLIC BIST failure

• QFLIC ETM1 contents: nnnn

• QFLIC Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: QFLIC hits detected

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• Hit count: nn

• R41 Loop Around Test

• DTRC n: cannot access DTRC register

• DTRC n: R41 hits detected

• Hit count: nn

• QLC RDAT Interface Test

• Cannot access QLC register

• Data transmit onto RDAT stuck

• Global interrupt reg contents: nn

• QLC Clock Frame Test

• Cannot access QLC register

• QLC clock not present

• QLC frame not present

• QLC clock and frame not present

• QLC clock reg contents: nn

• PB ICM Parity Test

• Cannot access ICM control reg

• ICM parity error occurred

• Control reg contents: nn

• Address of parity error: nn

• Data read register: nn

• PB Processor Message Test

• Cannot access register

• Message send to processor failed

• Message receive from processor failed

• Injected checksum error not detected

• PB Processor Sanity Test

• Cannot access register

• Processor sanity failure

• PB ICM Parity Checker Test

• Cannot access ICM

• ICM parity checker failed

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• PB Processor Self Test

• Cannot access register

• Processor self test did not complete

• Processor self test failed

• QLC Loop Around Test

• Cannot access QLC register

• Cannot access connection memory

• Cannot access HBUS BIF

• QLC hits present

• CK61 clock may be absent

• Hit count: nn

AttributesAttribute Value

Severity Warning

Format**ENET211 mmmdd hh:mm:ss ssdd FAIL ENET Card Test

Plane: pl Shelf: sh Slot: slot; typtxt

Originator: orig

card_text_results

hbus_test_results

vbus_test_results

cardlist

<slot_elements_tested>

<xpt_not_inserted>

<pb_not_inserted>

Failed Tests: Additional Information:

<failed_tests><additional_info>

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Card test aborted. <abort_reason>

Site Flr RPos Bay_id Shf Description Slot EqPEC

<st><fl><row><bay><sh><desc><sl>

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET Card Test Constant Fixed Indicates ENET card tests fail

Plane 0-1 Variable Indicates ENET plane number

Shelf Integers Variable Indicates ENET shelf

Slot Integers Variable Indicates ENET slot number

typtxt In-Service : In-serviceCard Test

Variable Indicates in-service card test was run

Out-Of-Service : Out-of-Service Card Test

Variable Indicates out-of-service card test wasrun

Originator Manual ActionSystem ActionManual REX Actionsystem action

Variable Indicates if manual action, systemREX action, or routine exercise (REX)action originated the test.

card_test_results Variable length Variable Provides accurate test descriptions ofa failed test. This field includes paddleboard (pb-type) information,crosspoint information, overall testresults (overall results), name of failedtests, and additional information.

pb_type NT9X40B PaddleBoard NT9X40DPaddle BoardNT9X41B PaddleBoardNo PaddleBoard

Variable Indicates type of paddleboard in theslot that was tested.

NT9X40DA is added for SPM.

overall result Passed Failed In-Service TroubleAborted Not Run

Variable Indicates overall result of the card test

FAILED TESTS Text Variable Identifies failed test. Refer to Testsand Additional Information table in the"Action" section.

ADDITIONALINFORMATION

Text Variable Indicates additional information aboutthe failed tests. Refer to Tests andAdditional Information table in the"Action" section.

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Field Value Fixed orVariable

Description

abort_reason NFC software error Ifthe test aborts, thisfield gives the reasonfor the abort.

Variable

NC software errorINSV NT9X35 resultstimeout INSV NT9X40results timeout INSVNT9X40DA resultstimeout INSV NT9X41results timeout INSVNT9X45 resultstimeout OOS NT9X35results timeout OOSNT9X40 resultstimeout OOSNT9X40DA resultstimeout OOS NT9X41results timeout OOSNT9X45 resultstimeout INSV NT9X35started timeout INSVNT9X40 startedtimeout INSVNT9X40DA startedtimeout INSV NT9X41started timeout INSVNT9X45 startedtimeout OOS NT9X35started timeout OOSNT9X40 startedtimeout OOSNT9X40DA startedtimeout OOS NT9X41started timeout OOSNT9X45 startedtimeout Cannotinitialize scratchpadAbort frommaintenance systemENET busy

Variable

xpt_not_inserted Constant Fixed This field is output when crosspointcard is not present.

pb_not_inserted Constant Fixed This field is output when thepaddleboard or its idprom is notpresent.

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Field Value Fixed orVariable

Description

hbus_test_results Passed Failed In-Service Aborted NotRun

Variable Indicates result of HBUS test

vbus_test_results Passed Failed In-Service TroubleAborted Not Run

Variable Indicates result of VBUS test

cardlist alphanumeric Variable Identifies cards suspected of testfailure

Spectrum PeripheralModule

Variable

<slot_elements_tested>

Front card onlytested. Both front andslot 8 paddleboardtested. Back Cardtype: < pb_type >Both front and backcards tested. BackCard Type: < pb_type> Front Card onlytested. Front Cardonly tested. BackCard only tested.Back Card type: <pb_type >

Variable The slot elements (paddleboard,crosspoint) included in the test.

< pb_type > No Paddle BoardNT9X40BANT9X41BANT9X45BANT9X40DA

Variable The type of paddleboard in the slot.

< xpt_not_inserted > Front Card (XPT) maynot be inserted.

Variable This field is output when thecrosspoint card is not present.

< pb_not_inserted > Back Card or itsidprom may not beinserted.

Variable This field is output when thepaddleboard is not present.

< failed_tests > <additional_info >

Refer to the followingvalues.

Variable The tests that failed and additionalinformation about those failed tests.

QLC RDAT InterfaceTest

Variable Cannot Access QLC Register

Data Transmit onto RDAT Stuck

Global Interrupt Reg Contents: nn

QLC Clock andFrame Test

Variable Cannot Access QLC Register

QLC Clock Not Present

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Field Value Fixed orVariable

Description

QLC Frame Not Present

QLC Clock and Frame Not Present

QLC Clock Reg Contents: nn

PB ICM Parity Test Variable Cannot Access ICM Control Reg

ICM Parity Error Occurred

Control Reg Contents: nn

Address of Parity Error: nn

Data Read Register: nn

PB ProcessorMessage Test

Variable Cannot Access Register

Message Send to Processor Failed

Message Receive from ProcessorFailed

Injected Checksum Error NotDetected

PB Processor SanityTest

Variable Cannot Access Register

Processor Sanity Failure

Internal Loop AroundTest

Variable Cannot Access QLC Register

Cannot Access Connection Memory

Cannot Access HBUS BIF

QLC Hits Present

CL61 Clock May be Absent

Hit Count: nn

PB ICM ParityChecker Test

Variable Cannot Access ICM

ICM Parity Checker Failed

PB Processor SelfTest

Variable Cannot Access Register

Processor Self Test Did Not Complete

Processor Self Test Failed

QLC Loop AroundTest

Variable Cannot Access QLC Register

Cannot Access Connection Memory

Cannot Access HBUS BIF

QLC Hits Present

CK61 Clock May be Absent

Hit Count: nn

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Field Value Fixed orVariable

Description

< abort_reason > NFC Software ErrorNC Software ErrorINSV NT9X35 ResultsTimeout INSVNT9X40 ResultsTimeout INSVNT9X40DA ResultsTimeout

Variable If the test is aborted, this field givesthe reason for the abort.

INSV NT9X41 ResultsTimeout INSVNT9X45 ResultsTimeout OOSNT9X35 ResultsTimeout OOSNT9X40 ResultsTimeout OOSNT9X40DA ResultsTimeout

Variable

OOS NT9X41 ResultsTimeout OOSNT9X45 ResultsTimeout INSVNT9X35 StartedTimeout INSVNT9X40 StartedTimeout INSVNT9X40DA StartedTimeout

Variable

INSVNT9X41 StartedTimeout INSVNT9X45 StartedTimeout OOSNT9X35 StartedTimeout OOSNT9X40 StartedTimeout OOSNT9X40DA StartedTimeout OOSNT9X41 StartedTimeout OOSNT9X45 StartedTimeout CannotInitialize ScratchpadAbort fromMaintenance SystemENET Busy

Variable

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Active message example1.**ENET211 SEP24 00:00:00 6000 FAIL ENET Card Test

Plane: 0 Shelf: 03 Slot: 10; In-Service

Originator: Manual Action

Card Test run with NT9X40BA Paddle Board

Failed Tests: Additional Information:

ID PROM Test Contents: NT9X35AA

PEC Did Not Match Database

CMC Parity Test

DTRC Self Test DTRC Status: F34C

HBUS Test: Not Run

VBUS Test: Not Run

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:03 10 NT9X35CA Front

HOST 23 D31 NWSC098 00 ENET:0:03 10 NT9X40BA Back

1.**ENET211 SEP24 00:00:00 6000 FAIL ENET Card Test

Plane: 0 Shelf: 03 Slot: 10; In-Service

Originator: Manual Action

Card Test run with NT9X40BA Paddle Board

Failed Tests: Additional Information:

DTRC Self Test DTRC Status: F34C

VBUS INSV TEST Plane: 0 Cards: 9-10 Failed

Cards Used: 0:00:10

Reason: Preliminary Tests Failed

Plane: 0 Shelf: 00 Slot: 10 Failed preliminary tests.

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ID Prom Pass

Card Slot Pass

Uppr Lowr Main Mate

Operation Control Pass Pass Fail Pass

Mode Control Pass Pass Pass Pass

Clock Monitor Pass Pass Pass Pass

HBus Insv Test Failed ENET 0:00 Cards Used: 10, 12, 14, 16

Preliminary Test Failed

Tests Run Slot: 10 12 14 16

HBus BIF 0

Clock Recovery: X . .

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:0 10 NT9X35BA Front

HOST 23 D31 NWSC098 00 ENET:0:0 10 NT9X40BA Back

1.**ENET211 SEP24 00:00:00 6000 FAIL ENET Card Test

Plane: 0 Shelf: 00 Slot: 12 Test Type:In-Service

Originator: Manual Action

Card Test run with NT9X40BA Paddle Board

Failed Tests: Additional Information:

DTRC Self Test DTRC Status: F34C

VBUS INSV TEST Plane: 0 Cards: 12-13 Failed

Cards Used: 0:00:12

Reason: Preliminary Tests Failed

Plane: 0 Shelf: 00 Slot: 12 Failed preliminary tests.

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ID Prom Pass

Card Slot Pass

Uppr Main Mate

Operation Control Pass Fail Pass

Mode Control Pass Pass Pass

Clock Monitor Pass Pass Pass

HBus Insv Test Failed ENET 0:00 Cards Used:12, 14, 16

Preliminary Test Failed

Tests Run Slot: 12 14 16

HBus BIF 0

Clock Recovery: X . .

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:0 12 NT9X35FA Front

HOST 23 D31 NWSC098 00 ENET:0:0 12 NT9X40BA Back

1.**ENET211 SEP24 10:00:41 6000 FAIL ENET Card Test

Plane: 0 Shelf: 01 Slot: 16 Test Type:In-Service

Originator: System Action

Both front and back cards tested. Back Card type:

NT9X40DA

Failed Tests: Additional Information:

Internal Loop Around QLC Hits Detected

Hit Count: 12

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:01 16 NT9X35CA Front

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HOST 23 D31 NWSC098 00 ENET:0:01 16 NT9X40DA Back

Clear message examplen/a

Associated OM registers

ENET220The Enhanced Network (ENET) subsystem generates report ENET220when a Matrix Test of the ENET switching matrix passes. The log indicatesthe type of test run (manual, system, or routine exercise [REX] test action).The log indicates the network plane that the test runs on. The ENET220also indicates the con guration of the switching matrix when the test ran.The con guration of the switching matrix is in terms of the card status (off-line or otherwise). The con guration is for each crosspoint card equipped intable ENCDINV at the test time.

Remedial actionThis log is for information only. Compare the previous or following matrixtest fail logs to isolate faults in the switching matrix.

AttributesAttribute Value

Severity Indeterminate

FormatENET220 mmmdd hh:mm:ss ssdd PASS ENET MATRIX TEST

PLANE: pl TEST TYPE: request test <with istb>

VBUS

0 1 2 3 4 5 6 7

HBUS

0 <x x x x x x x x>

1 <x x x x x x x x>

2 <x x x x x x x x>

3 <x x x x x x x x>

4 <x x x x x x x x>

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5 <x x x x x x x x>

6 <x x x x x x x x>

7 <x x x x x x x x>

Selected field descriptionsField Value Fixed or

VariableDescription

request MANUAL Variable Indicates that a user invokes therequest from the (MAP) maintenanceand administration position.

SYSTEM Variable Indicates that the request is invokedby the system.

REX Variable Indicates that the REX test invokedthe request.

test INSV Variable Indicates that an in-service test is runon all in-service cards, manual busy(MANB) and system-busy cards(SysB).

OOS Variable Indicates that an out-of-service test isrun on all MANB and SysB cards.

RTSALL Variable Indicates that a combination of in-service and out-of-service tests is runin an attempt to return-to-service(RTS) all out-of-service crosspoints.

< with istb > Variable An additional optional value. Indicatesif in-service trouble (ISTB) alsoexisted.

x '.' Variable Indicates the in-service crosspoint onwhich the test passes.

'-' Variable Indicates an unequipped crosspointnot used in a test.

'O' Variable Indicates an equipped, off-linecrosspoint not used in a test.

'M' Variable Indicates a manual busy crosspoint onwhich the test passes.

'S' Variable Indicates a system-busy crosspoint onwhich the test passes.

'C' Variable Indicates a C-side busy crosspoint notused in a test.

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Field Value Fixed orVariable

Description

PASS ENET MATRIXTEST

Constant Fixed Indicates that the matrix test of theswitching matrix passes.

PLANE n Variable Identifies the plane of the enhancednetwork on which the test is run.

Active message example1.ENET220 SEPT10 08:45:30 4913 PASS ENET MATRIX TEST

PLANE: 1 TEST TYPE: Manual INSV

VBUS

0 1 2 3 4 5 6 7

0 . . . . . . . .

1 . O . . . S . .

2 . . . . . . . .

3 . . . . M . . O

4 . . . . . . . .

5 . O . . . . . .

6 . . . . . . . .

7 . . . - - . . .

Clear message examplen/a

Associated OM registers

ENET221The Enhanced Network (ENET) subsystem generates report ENET221when a matrix test of the ENET switching matrix fails.

Report ENET221 provides the following information:

• the type of matrix test that failed

• the plane on which the test ran

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• the test results

• the set of cards suspected of having faults

A matrix test consists of tests run on all of the cards in the switching matrix.The system runs three sets of tests:

• The card test runs on each crosspoint and paddleboard.

• The VBus test runs on each VBus (a set of up to eight crosspoints).

• The HBus test runs on each HBus (a set of up to eight crosspoints).

A description of the results of each test are in four areas. The rst areaindicates the results. The other three areas indicate the results of thecrosspoint (XPT), VBus, and HBus tests.

The result of the matrix test is an ordered card list that identi es up to ninecards. The card at the top of the card list is probably defective. The cardlist contains additional information about each card. The ENET cardinventory Table ENCDINV de nes the additional information.

Remedial actionReplace defective cards and run the matrix test again. If the test fails andcontinues to indicate the same cards as defective, contact the next level ofmaintenance.

AttributesAttribute Value

Severity Indeterminate

Format**ENET221 mmmdd hh:mm:ss ssdd FAIL ENET Matrix Test

PLANE: pl Test type: request test

Summary XPT Test Results

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

0 cc c c c c c c x x x x x x x x

1 cc c c c c c c x x x x x x x x

2 cc c c c c c c x x x x x x x x

3 cc c c c c c c x x x x x x x x

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4 cc c c c c c c x x x x x x x x

5 cc c c c c c c x x x x x x x x

6 cc c c c c c c x x x x x x x x

7 cc c c c c c c x x x x x x x x

VBus Test Results HBus Test Results

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

0 v v v v v v v v h h h h h h h h

1 v v v v v v v v h h h h h h h h

2 v v v v v v v v h h h h h h h h

3 v v v v v v v v h h h h h h h h

4 v v v v v v v v h h h h h h h h

5 v v v v v v v v h h h h h h h h

6 v v v v v v v v h h h h h h h h

7 v v v v v v v v h h h h h h h h

cardlist

**ENET221 mmmdd hh:mm:ss ssdd FAIL ENET Matrix Test

PLANE: pl Test type: request test

Summary XPT Test Results

0 1 2 3 0 2 3 0 c c

c c x x x

1 cc c c x x x

VBus Test Results HBus Test Results

0 1 2 3 0 1 2 3 0

v v v v hh h h

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1 v v v v hh h h

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET MatrixTest

Constant Fixed Indicates the matrix test of the ENETswitching matrix fails.

Plane Integers Variable Identifies the plane of the enhancednetwork on which the test runs.

Test Type Manual Variable Indicates a user invokes this type oftest from the MAP (maintenance andadministration position).

System Variable Indicates the system invokes this typeof test.

REX Variable Indicates this type of test the routineexercise (REX) test invokes.

Request test INSV Variable Indicates that an in-service test runson all in-service manual-busy andsystem-busy cards.

OOS Variable Indicates that an out-of-service testruns on all manual-busy and system-busy cards.

RTSALL Variable Indicates that both in-service and out-of-service tests are run in an attemptto RTS all out-of-service crosspoints.

Summary Constant Fixed Indicates the configuration and asummary of the test results in field 'c'.

XPT Test Results Constant Fixed Indicates the results of the crosspointtest in field 'x'.

VBus Test Results Constant Fixed Indicates the results of the VBus testin field 'v'.

HBus Test Results Constant Fixed Indicates the results of the HBus testin field 'h'.

c '.' Variable Indicates an in-service crosspoint onwhich the test passes.

'O' Variable Indicates an equipped, off-linecrosspoint not used in a test.

'M' Variable Indicates a manual-busy crosspoint onwhich the test passes.

'S' Variable Indicates a system-busy crosspoint onwhich the test passes.

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Field Value Fixed orVariable

Description

'C' Variable Indicates a C-side busy crosspoint notused in a test.

'-' Variable Indicates an unequipped crosspointnot used in a test.

'x' Variable Indicates an equipped crosspoint thatfailed the test.

'F' Variable Indicates a crosspoint has faults.

x ' ' Variable Indicates that the tests were not run.

'.' Variable Indicates that the tests pass.

'F' Variable Indicates that a fault was found.

' ' Variable Indicates that the tests are not run.

'x' Variable Indicates the other VBus cardsinvolved in a failed test.

'F' Variable Indicates the VBus cards that areprobably defective.

' ' Variable Indicates that the tests are not run.'.'Indicates that the tests pass.

'x' Variable Indicates the other HBus cardsinvolved in a failed test.

'F' Variable Indicates the HBus cards that areprobably defective.

cardlist Standard cardlistformat

Variable Indicates the location and productengineering code of suspectequipment.

Active message example**ENET221 SEPT10 12:23:45 6023 FAIL ENET Matrix Test

Plane: 0 Test Type: Manual INSV

Summary XPT Test Results

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

0 . . x . . . . - . . . . . . . .

1 x x F x x x x x . . F . . . . .

2 . . x . . . . x . . . . . . . .

3 . . x . . . . x . . . . . . . .

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4 . . x . . . . - . . . . . . . .

5 x x F x x x x x . . F . . . . .

6 . . x . . . . x . . . . . . . .

7 S . x . . O . x . . . . . . . .

VBus Test Results HBus Test Results

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7

0 . . x . . . . - . . . . . . . .

1 . . F . . . . x x x F x x x x x

2 . . x . . . . x . . . . . . . .

3 . . x . . . . x . . . . . . . .

4 . . x . . . . - . . . . . . . .

5 . . F . . . . x x x F x x x x x

6 . . x . . . . x . . . . . . . .

7 . . x . . . . x . . . . . . . .

SITE FLR RPOS BAY-ID SHF DESCRIPTION SLOT EQPEC

HOST 23 D31 NWSC098 00 ENET:0:00 14 NT9X35BA Frnt

HOST 23 D31 NWSC098 03 ENET:0:00 14 NT9X35BA Frnt

**ENET221 SEPT10 12:23:45 6023 FAIL ENET Matrix Test

Plane: 0 Test Type: Manual INSV

Summary XPT Test Results

0 1 2 3 0 1 2 3

0 . . F . . . . .

1 . . . . . . . .

VBus Test Results HBus Test Results 0 1 2 3 0 1 2 3

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0 . F . . . . . .

1 . . . . . . . .

SITE FLR RPOS BAY-ID SHF DESCRIPTION SLOT EQPEC

HOST 23 D31 NWSC098 00 ENET:0:00 14 NT9X35BA Frnt

Clear message examplen/a

Associated OM registers

ENET222• The Enhanced Network (ENET) subsystem generates report ENET222

when the following occurs:

• a node is returned to service (RTS)

• the system nds at one or more defective cards during the RTS of thecards.

Report ENET222 indicates the following:

• the ENET plane involved in the ripple open

• the ENET pair involved in the ripple open

• the test results

• a list of cards that may be faulty

Remedial actionReplace the defective cards and RTS them. If the RTS fails and indicatesthe same cards as defective, contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

Format**ENET222 mmmdd hh:mm:ss ssdd FAIL ENET Ripple Open

Plane: pl Shelf:pr

09 10 11 12 13 14 15 16 17 18 19 20 21

22 23 24 25 26 27 28 29 30 31 32

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CP Rslt State s s s s s s s s s s s s s s

s s s s s s s s s s s

Access r r r r r r r r r r r r

r r r r r r r r r r r

State Check r r r r r r r r r r r r r

r r r r r r r r r r r

State fixed

Preliminary r r r r r r r r r r r r r

r r r r r r r r r r r

Con Mem Cpyb b b b b b b b b b b b b

b b b b b b b b b b b

PB Rslt State s s s s s s s s s s s s s

s s s s s s s s s s s

Access r r r r r r r r r r r r r

r r r r r r r r r r r

State Check r r r r r r r r r r r r r

r r r r r r r r r r r

State Fixed r r r r r r r r r r r r r

Pad Val Cpy b b b b b b b b b b b b b

b b b b b b b b b b b

SITE FLR RPOS BAY-ID SHF DESCRIPTION SLOT EQPEC

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Selected field descriptionsField Value Fixed or

VariableDescription

b=' ' Variable A blank indicates that a connectionmemory copy was not performed.

b='.' Variable Indicates that a connection memorycopy was performed.

cardlist element Standard cardlistformat

Variable Indicates the location and productengineering code of suspectequipment.

Plane Integers Variable Indicates the ENET plane tested.

Shelf Integers Variable Indicates the ENET pair tested.

s Variable Indicates the configuration and asummary of the test results.

s='.' Variable Indicates the card was tested and putin-service.

s='S' Variable Indicates the card failed ripple openand is placed as system-busy.

s='M' Variable Indicates the card is manual busy andis not tested.

s='C' Variable Indicates that the paddle board wasnot tested because the crosspointfailed.

s='O' Variable Indicates the card is off-line and wasnot tested.

s='-' Variable Indicates the card is unequipped andwas not tested.

r Variable Indicates the sub-tests that ripple runsare open in an attempt to RTS thecards.

r=' ' Variable A blank indicates the card is nottested.

r='.' Variable Indicates the card was tested and isnot defective.

r=X Variable Indicates the card was tested and isdefective.

b Variable Indicates if a connection memory copywas performed on the card.

FAIL ENET RippleOpen

Constant Fixed Indicates a ripple open is being run.

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Active message example1.**ENET222 mmmdd hh:mm:ss ssdd FAIL ENET Ripple Open

Plane: 1 Shelf: 00

09 10 11 12 13 14 15 16 17 18 19 20 21

22 23 24 25 26 27 28 29 30 31 32

CP Rslt State . . - - - - - S - - - - -

- - - - - - - . . . .

Access . . X

. . . .

State Check . . . . . . . . . . . .

. . . . . . . . . . .

State Fixed

Preliminary . .

. . . .

Con Mem Cpy . .

. . . .

PB Rslt State - . - - - - - - - - - - -

Access .

State Check . . . . . . . . . . . .

. . . . . . . . . . .

State Fixed

Pad Val Cpy .

. . . .

SITE FLR RPOS BAY-ID SHF DESCRIPTION SLOT EQPEC

HOST 23 D31 NWSC098 00 ENET:1:00 14 NT9X35BA FRNT

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Clear message examplen/a

Associated OM registers

ENET223The Enhanced Network (ENET) subsystem generates ENET223 when amismatch exists between the local and central database during a rippleopen. The local database is then updated.

Remedial actionThis log is for information only. A mismatch between the local and centraldatabase is common. The system updates the local database to correctthe mismatch.

AttributesAttribute Value

Severity Warning

FormatENET223 mmmdd hh:mm:ss seqnbr INFO ENET Ripple Open

Plane: <pl>Shelf: <pl>

A central/local database mismatch has been detected.

The local database has been updated.

Selected field descriptionsField Value Fixed or

VariableDescription

mmmmdd 6 alphanumeric Variable Indicates the month and year theENET generates the log report.

hh:mm:ss 6 numeric Variable Indicates the time in hours, minutesand seconds the ENET generates thelog report.

seqnbr 4 numeric Variable Indicates the sequence number of thelog report.

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Field Value Fixed orVariable

Description

pl Variable Identifies the plane of the enhancednetwork on which the system finds themismatch.

pr 2 numeric Variable Identifies the shelf of the enhancednetwork on which the system detectsthe mismatch.

Active message example1.ENET223 SEPT10 08:45:30 9265 INFO ENET Ripple Open

PLANE: 1 Shelf: 00

A central/local database mismatch has been detected.

The local database has been updated.

Clear message examplen/a

Associated OM registers

ENET230The Enhanced Network (ENET) subsystem generates ENET230. Thisoccurs when the crosspoint or ripple open test nds a crosspoint or interfacecard. The crosspoint or interface cards are not in the correct hardwarestate.

Remedial actionTest the defective cards again. To replace a defective card, use normalcard replacement procedures.

AttributesAttribute Value

Severity Warning

FormatENET230 mmmdd hh:mm:ss ssdd INFO ENET Card State Checker

Results

Plane: pl Shelf: sh Found by: test

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08 09 10 11 12 12 14 15 16 17 18 19 20 21 22 23 24 25

26 27 28 29 30 31 32

CP r r r r r r r r r r r r r r r r r r

r r r r r r r

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET CardState CheckerResults

Constant Fixed Indicates what is done to the card,and the success or failure of theaction.

Plane 0, 1 Variable Indicates the ENET plane on whichthe test was run.

Shelf 0-3 Variable Indicates the ENET shelf on which thetest was run.

Found by Crosspoint, RippleOpen

Variable Indicates the type of test that calls thecard state checker.

r ' ' (blank) Variable Blank indicates the card was nottested. The values of 'r' appearopposite 'CP' (crosspoint) and 'PB'(paddleboard). This indicates the typeof card to which the values apply.

'.' Variable Period indicates the card was testedand no faults were found.

'F' Variable Indicates the card was tested, founddefective and fixed.

'*' Variable Indicates the card was tested, founddefective and not fixed.

'S' Variable Indicates the card was tested, founddefective and was not put in-service.

'X' Variable Indicates the card was tested andfound unequipped.

':' Variable Indicates the card was tested and anerror occurred during correction.

Active message example1.ENET230 SEP01 13:34:21 9265 INFO ENET Card State Checker

Results

Plane: 1 Shelf: 00 Found by: Ripple Open

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08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

26 27 28 29 30 31 32

CP

S

PB F

S

Clear message examplen/a

Associated OM registers

ENET300The Enhanced Network (ENET) subsystem generates ENET300. Thesubsystem generates ENET300 when a peripheral side link (pslink)changes from a manual busy or a system busy state to OK. The word berappears in the log if the link reported on is a ber link.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.ENET300 mmmdd hh:mm:ss ssdd RTS

PSLINK STATE CHANGE SET FROM statxt; ENET: pl-pr;

XPT: cd, LINK: link; PM: pmid, PORT: port, CAP: captxt;

rsntxt

1.ENET300 mmmdd hh:mm:ss ssdd RTS ENET Plane: pl Shelf: sh

Slot: slot Link: link

PSLink (Fiber) state change. Set from from_state:text_reason

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PM: pmid PORT: port Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

RTS PSLINK STATECHANGE

Constant Fixed Indicates a pslink state change.

SET FROM statxt ManB or SysB Variable Indicates the previous state of thepslink.

ENET: pl-pr (0-1) - (0-3) Variable Identifies the ENET plane and pairnumbers.

XPT: cd 11-26 Variable Identifies the crosspoints slot number.

LINK: link 0-15 Variable Identifies the link on the crosspoint.

pmid Refer to Table I. Variable Identifies the peripheral module that isconnected to the link.

PORT: port 0-3 Variable Indicates the peripheral portconnected to the network link thatchanged state.

CAP: captxt MS Variable Identifies the link as a messaging andspeech link.

S Variable Identifies the link as a speech link.

Fiber Variable Identifies the link as a fiber link.

rsntxt Returned-to-serviceby manual action.Returned-to- serviceby system action.

Variable Describes what caused the ENETsubsytem to generate this report.

Active message example1.ENET300 SEP24 00:00:00 6000 RTS

PSLINK STATE CHANGE SET FROM MANB; ENET: 1-3;

XPT: 16, LINK: 3; PM: DCM 3, PORT: 3, CAP: S;

Returned to service by manual action

1.ENET300 SEP24 00:00:00 6000 RTS ENET Plane: 1 Shelf: 03

Slot: 16 Link: 03

PSLink Fiber state change. Set from SYSB: System RTS

PM: LTC 3 Port: 3 Capability: Fiber

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Clear message examplen/a

Associated OM registers

ENET303The Enhanced Network (ENET) subsystem generates ENET303 when aperipheral side link (pslink) changes state from an OK to a system busy(SysB). The word "ber" appears if the link is a ber link. F ormats 2 and 3and examples 2 and 3 are for ber only.

The ENET logs have changed to include DS30 equivalent information forlogs that are for ber links. A manual action manipulates a DS30 equi valenton a ber link. The log that the ENET generates as a direct result of theaction can include the DS30 equivalent affected.

A manual action on a ber can be on the whole ber or a set of DS30equivalents within the ber. When a manual action is on a subset of theDS30 equivalents, the log includes a list of the affected equivalents. A listdoes not appear if the manual action affects all DS30 equivalents in theber.

Remedial actionFollow standard of ce procedures to deal with SysB peripheral side links.

AttributesAttribute Value

Severity Indeterminate

Format**ENET303 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf: sh

Slot: slot Link: link

ENET PSLink state change. Set from OK; text_reason

PM: pmid Port: port Capability: captxt

**ENET303 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf: sh

Slot: slot Link: link

ENET PSLink Fiber state change. Set from OK; text_reason

PM: pmid Port: port Capability: captxt

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**ENET303 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf: sh

Slot: slot Link: link DS30: ds30

ENET PSLink Fiber state change. Set from OK; text_reason

PM: pmid Port: port Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB ENET Constant Fixed Indicates a pslink state change.

Plane 0, 1 Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

Slot 9-32 Variable Identifies the ENET slot.

Link 0-15 Variable Identifies the link.

PSLink Fiber Variable Appears only if pslink is a fiber link.

Set from OK Constant Fixed Indicates the previous state of thepslink.

rsntxt Text Variable Provides the reason that the ENETgenerated the log report. Additionalreasons can be generate to providedetailed information.

PM detected link error

Link test failed

Nailed up connection corrupted

Invalid WAI reported

Link status not matched

Card available recovery

Reswitching failed to RTS link

MS failed to open

PM failed to open

ENET failed to make connection

Open link failed

MS failed to open

PM failed to open

ENET failed to make connection

Open link aborted

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Field Value Fixed orVariable

Description

MS failed to open

PM failed to open

ENET failed to make connection

PM Alphanumeric Variable Identifies the peripheral module (PM)that connects to the link. Thesecharacters define the name of theperipheral and digits that define thenumber of the peripheral.

Port 0-3 Variable Indicates the peripheral portconnected to the network link thatchanged state.

Capability M Variable Identifies the capacity of the link(messaging and speech, speech, orfiber link) as a messaging and speechlink.

S Variable Identifies the link as a speech link.

Fiber Variable Indicates the link as a fiber link.

Active message example**ENET303 SEP24 00:00:00 6000 SYSB ENET Plane: 1 Shelf: 03

Slot: 16 Link:03 DS30: 02

ENET PSLink Fiber state change. Set from OK; Link test

failed

PM: LTC 3 Port: 05 Capability: Fiber

Clear message examplen/a

Associated OM registers

ENET304The Enhanced Network (ENET) subsystem generates ENET304. Thisevent occurs when a peripheral side link (pslink) state changes from acontrol-side busy (CBSY) or peripheral-side busy (PBSY) to system-busy(SysB). The word "Fiber" appears if the log subject is on a ber link.

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Remedial actionFollow standard of ce procedures to deal with a system-b usy peripheralside link.

AttributesAttribute Value

Severity Indeterminate

Format**ENET304 mmmdd hh:mm:ss ssdd SYSB ENET Plane: pl Shelf: sh

Slot:

slot Link: link

PSLink fibertxt state change. Set from from_state; rsntxt

PM: pmid Port: port Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB ENET Constant Fixed Indicates a pslink changed state.

Plane Integers Variable Identifies the ENET plane.

Shelf Integers Variable Identifies the ENET shelf.

Slot Integers Variable Identifies the crosspoint slot number.

Link 0-5 Variable Identifies the link on the crosspoint.

fibertxt "Fiber" Variable Indicates link is a fiber link.

Set from SysB, OK, MANB,PBSY

Variable Indicates the previous state of the link.

rsntxt Text Variable Provides a description of what causedthe ENET subsystem to generate thereport.

*ENET failed to make connection

*Link status not matched

*Card available recovery

*Nailed-up connection availablerecovery

*ENET failed to make connection

*MS failed to open link

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Field Value Fixed orVariable

Description

*Link test failed

*MS close CML recovery

*MS open CML recovery

*Open link failed

*Open link aborted

*Reswitching failed to RTS link

*PM failed to open

PM Character string Variable Identifies the peripheral moduleconnected to the link.

Port 0-3 Variable Indicates the peripheral port thatconnects to the network link thatchanges state.

Capability M Variable Identifies the link as a messaging andspeech link.

S Variable Identifies the link as a speech link.

Fiber Variable Identifies the link as a fiber link.

Active message example1.**ENET304 SEP24 00:00:00 6000 SYSB ENET Plane: 1 Shelf: 03

Slot:

16 Link: 03

PSLink (Fiber) state change. Set from CBSY; MS failed to

open link

PM: LTG 3 Port: 3 Capability: Fiber

Clear message examplen/a

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Associated OM registers

ENET305The Enhanced Network (ENET) subsystem generates ENET305 when aperipheral side link (PSLINK) changes from:

• OK state to control-side busy (CBSY) state

• manual busy (ManB) state to CBSY state

• system busy (SysB) state to CBSY state

• peripheral side busy (PBSY) state to CBSY state

Remedial actionFollow the standard of ce procedures to handle a CBSY PSLINK.

AttributesAttribute Value

Severity Indeterminate

Format*ENET305 mmmdd hh:mm:ss ssdd CBSY ENET Plane: pl Shelf: shSlot

slot Link: link

PSLink (Fiber) state change. Set from statxt; rsntxt

PM: pmid Port: port Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

PM Character string Variable Identifies the peripheral moduleconnected to the link.

Port 0-3 Variable Indicates the peripheral port connectsto the network link that changes state.

Capability M Variable Identifies the link as a messaging andspeech link.

S Variable Identifies the link as a speech link.

Fiber Variable Identifies the link as a fiber link.

rsntxt Text Variable Provides a description of what causedthe ENET subsystem to generate thisreport.

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Field Value Fixed orVariable

Description

*Control side message links notavailable

*Nailed up connection not available

*Card not available

*Open link failed

*Open link aborted

*PM failed to open link

*MS failed to open link

*ENET failed to connect

CBSY ENET Constant Fixed Indicates a pslink changed state.

Plane Integers Variable Identifies the ENET plane.

Shelf Integers Variable Identifies the ENET shelf.

Slot Integers Variable Identifies the ENET slot.

Link 0-15 Variable Identifies the ENET link.

SET FROM SYSB, OK, MANB,PBSY

Variable Indicates the previous state of thepslink.

Active message example1.*ENET305 SEP24 00:00:00 6000 CBSY ENET Plane: 1 Shelf: 03

Slot:

16 Link: 03

PSLink (Fiber) state change. Set from OK; Nailed-up

connection unavailable

PM: LTG 3 Port: 3 Capability: Fiber

Clear message examplen/a

Associated OM registers

ENET308The Enhanced Network (ENET) subsystem generates ENET308 when anin-service trouble (ISTb) on a peripheral side link (PSLINK) is set orcleared. Formats and examples 2 and 3 are for ber only.

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The ENET logs are modi ed to include DS30 equivalent information forlogs that pertain to ber links. A manual action manipulates a DS30equivalent on a ber link. The log that the ENET subsystem generates as aresult of this action includes the affected DS30 equivalent.

A manual action on a ber can be on the whole ber or a set of DS30equivalents in the ber. When a manual action is on a subset of the DS30equivalents in the ber, the log includes a list of the affected equivalents. Alist does not appear if the manual action affects all DS30 equivalents in theber.

An ISTB Reason is required for integrated link maintenance (ILM)maintained links for the Spectrum Peripheral Module (SPM).

Remedial actionFollow standard of ce procedures to deal with SysB PSLINK.

For the Spectrum Peripheral Module (SPM), log ENET308 indicateswhether the in-service trouble reason for the link has been set or cleared.The log is for information only. Query speci c reasons for the ISTB by usingQ UERYEN on the MAP workstation CARD level.

AttributesAttribute Value

Severity Warning

Format*ENET308 mmmdd hh:mm:ss seqnbr INFO ENET PSLink ISTB action

Plane:

pl Shelf: sh Slot: slot Link: link

ISTB Reason: text_reason

PM: pmid Port: port, Capability: captxt

*ENET308 mmmdd hh:mm:ss seqnbr INFO ENET PSLink ISTB action

Plane:

pl Shelf: sh Slot: slot Link: link

ISTB Reason: text_reason

PM: pmid Port: port, Capability: captxt

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*ENET308 mmmdd hh:mm:ss seqnbr INFO ENET PSLink ISTB action

Plane:

pl Shelf: sh Slot: slot Link: link DS30: ds30

ISTB Reason: text_reason

PM: pmid Port: port, Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

Port 0-31 Variable Indicates the peripheral portconnected to the network link thatchanges state.

Capability MS, S, Fiber Variable Indicates the capability of the link:messaging and speech, speech, orfiber link.

INFO ENET PSLinkISTB

Constant Fixed Indicates a pslink is set in-servicetrouble (ISTb).

action Set/Cleared Variable Indicates if the ISTb reason for card isset or cleared.

Plane 0-1 Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

Slot 9-32 Variable Identifies the ENET slot.

Link 0-18 Variable Identifies the link on the crosspoint.

DS30 0-15 Variable Identifies the DS30 equivalent on thelink Appears only when the link isfiber.

ISTB reason Text Variable Provides a description of what causedthe ENET subsystem to generate thisreport.

*ENET PSLink nil reason.

*DS30 equivalent link on fiber is SysB.

*DS30 equivalent link on fiber is ISTB.

*Fault detected on speech channel ofmessage link.

*Backup message path through MS 0had a fault.

*Backup message path through MS 1had a fault.

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Field Value Fixed orVariable

Description

*Message test failed on path throughMS 0.

*Message test failed on path throughMS 1.

*DS30 equivalent link on fiber isCBSY.

*Fiber is ISTB.

PM Symbolic text Variable Identifies the character string thatdefines the peripheral module (PM)connected to the link. The PMconsists of characters that define theperipheral name and digits that definethe peripheral number.

Active message example1. *ENET308 SEP24 00:00:00 2087 INFO ENET PSLink ISTB Set

Plane: 1 Shelf: 03 Slot: 10 Link: 03

ISTB Reason: Message test failed on path through MS 1

PM: LGC 2 Port: 07 Capability: M,S

1. *ENET308 SEP24 00:00:00 2087 INFO ENET PSLink ISTB Set

Plane: 1 Shelf: 03 Slot: 10 Link: 03

ISTB Reason: Message test failed on path through MS 1

PM: LGC 1 Port: 00 Capability: Fiber

1. *ENET308 SEP24 00:00:00 2087 INFO ENET PSLink ISTB Set

Plane: 1 Shelf: 03 Slot: 10 Link: 03 DS30: 02

ISTB Reason: Message test failed on path through MS 1

PM: LGC 1 Port: 05 Capability: Fiber

*ENET308 SEP24 00:00:00 2087 INFO ENET PSLink ISTB Set

Plane: 1 Shelf: 03 Slot:10 LINK: 03

ISTB Reason: Fiber is ISTB

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PM: SPM 1 Port: 02 Capability: M, S

Clear message examplen/a

Associated OM registers

ENET309The Enhanced Network (ENET) subsystem generates report ENET309.The subsystem generates ENET309 when a peripheral side link (pslink)changes state. The pslink changes from a previous state to a peripheral-side busy state (PBSY). These previous states include OK, manual busy(MANB), system busy (SysB) and control-side busy (CBSY).)

Remedial actionFollow the standard of ce procedures that describe how handle peripheral-side busy links.

AttributesAttribute Value

Severity Indeterminate

Format*ENET mmmdd hh:mm:ss ssdd PBSY ENET Plane: pl Shelf: sh Slot

slot Link: link

PSLink (Fiber) state change. Set from statxt; rsntxt

PM: pmid Port: port Capability: captxt

Selected field descriptionsField Value Fixed or

VariableDescription

PBSY ENET Constant Fixed Indicates a pslink changed state.

Plane Integers Variable Identifies the ENET plane.

Shelf Integers Variable Identifies the ENET shelf.

Slot Integers Variable Identifies the slot number of thecrosspoint.

Link 0-15 Variable Identifies the link on the crosspoint.

Set from statxt OK, MANB, SysB,CBSY

Variable Indicates the previous state of thepslink.

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Field Value Fixed orVariable

Description

rsntxt PM out-of-service PMout-of-service, cardnot available

Variable Provides a description of what causedthe system to generate this report.

PM Character string Variable Identifies the peripheral module thatconnects to the link.

Port Integers Variable Indicates the peripheral port thatconnects to the network link thatchanged state.

Capability M Variable Identifies the link capability as amessaging and speech link.

S Variable Identifies the link capability as aspeech link.

Optical Fiber Variable Identifies the link capability as anoptical fiber link.

Active message example1.*ENET309 SEP24 00:0:00 6000 PBSY ENET Plane: 1 Shelf: 03

Slot:

16 Link 033

PSLink Fiber state change. Set from OK; PM out of

service

PM: LTG 3 Port: 3 Capability: MS

Clear message examplen/a

Associated OM registers

ENET311The Enhanced Network (ENET) subsystem generates log report ENET311.The subsystem generates ENET311 when a peripheral side link (pslink)test runs and fails. A log format is required for integrated link maintenance(ILM) maintained links for Spectrum Peripheral Module (SPM).

The subsystem generates format 1 when the pslink on a speech link fails.

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The subsystem generates format 2 is when the pslink on a message linkfails.

The subsystem generates format 3 when the pslink on a ber link f ails.

Formats 3 and 4, and examples 3 and 4, are for ber only.

Format 5 and example 5 are for the Spectrum Peripheral Module (SPM).

The ENET logs now include DS30 equivalent information for logs for berlinks.

When a manual action manipulates a DS30 equivalent on a ber link, thesubsystem generates a log. This log includes the DS30 equivalentaffected.

A test of a ber can be on the whole ber or a set of DS30 equi valents in theber.

When a manual test is on DS30 equivalents within the ber, the subsystemgenerates ENET311. This log includes a list of the equivalents affected. Alist does not appear if the manual action affects all DS30 equivalents in theber.

Remedial actionFollow the standard of ce procedures that describe how to deal withperipheral side link tests that fail.

For this type of report, multiple logs are generated for each piece ofinformation. That is, one log is generated for the fault reason, another logis generated for the card list.

AttributesAttribute Value

Severity Critical

Format**ENET311 mmmdd hh:mm:ss ssdd FAIL ENET Link Test

Plane: pl Shelf: sh Slot: slot Link: link

Test Type: typtxt

PM: pmid, Port: port, Capability: captxt

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Test is initiated by ORIGINATOR

Speech Test: speech_test_result

<speech subtests results>

Suspected faulty card list:

Site Flr RPos Bay_id Shf Description Slot EqPEC

**ENET311 mmmdd hh:mm:ss ssdd FAIL ENET Link Test

Plane: pl Shelf: sh Slot: slot Link: link

Test Type: typtxt

PM: pmid, Port: port, Capability: captxt

Test is initiated by ORIGINATOR

message_test_result

Speech Test: speech_test_result

<speech subtests results>

Suspected faulty card list:

Site Flr RPos Bay_id Shf Description Slot EqPEC

**ENET311 mmmdd hh:mm:ss ssdd FAIL ENET Link Test

Plane: pl Shelf: sh Slot: slot Link: link

Test Type: typtxt

PM: pmid, Port: port, Capability: captxt

Test is initiated by ORIGINATOR

fiber_test_fail_information

Suspected faulty card list:

Site Flr RPos Bay_id Shf Description Slot EqPEC

**ENET311 mmmdd hh:mm:ss ssdd FAIL ENET Link Test

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Plane: pl Shelf: sh Slot: slot Link: link DS30: ds30

Test Type: typtxt

PM: pmid, Port: port, Capability: captxt

Test is initiated by ORIGINATOR

fiber_fail_information

**ENET311 mmmdd hh:mm:ss ssdd FAIL ENET Link Test

Plane:pl Shelf: sh Slot: slot Link: link Test Type: type_txt

PM: pmid

Test initiated by ORIGINATOR

Fail reason: fault

Problem severity: severity

Problem Type: problem_type

Suspect card list: card_list

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET Link Test Constant Fixed Indicates that the system ran a pslinktest and the test failed.

Plane 0-1 Variable Identifies the ENET plane.

pl n Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

sh nn Variable Identifies the ENET shelf.

Slot 9-32 Variable Identifies the ENET slot.

Link 0-18 Variable Identifies the link on the crosspoint.

DS30 0-15 Variable Identifies the DS30 equivalent on thelink. This field value only appearswhen the link is fiber.

Test Type DS30 Link Test, DS30Test on Fiber Test

Variable Identifies the type of pslink test.

typtxt DS30 Link Test, DS30Test on Fiber Test

Variable Identifies the type of pslink test.

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Field Value Fixed orVariable

Description

PM Alphanumeric Variable Indicates the character string thatdefines the peripheral module (PM)that connects to the link.

This string consists of characters thatdefine the name of the peripheral, anddigits that define the number of theperipheral.

Refer to table I.

pmid Alphanumeric Variable Indicates the character string thatdefines the peripheral module (PM)that connects to the link.

This string consists of characters thatdefine the name of the peripheral, anddigits that define the number of theperipheral.

Refer to table I.

Port 0-31 Variable Indicates the peripheral port thatconnects to the network link that thesystem tested.

port 0-31 Variable Indicates the peripheral port thatconnects to the network link thatchanged state.

Capability constant Variable Indicates the capability of the link:messaging and speech, speech,extended message and speech, orfiber link.

captxt M Variable Identifies the link as a messaging link.

S Variable Identifies the link as a speech link.

Fiber Variable Identifies the link as a fiber link.

E Variable Identifies the link as an extendedmessage link.

Originator Manual RTS, SystemRTS, In-service audit,Manual in service,Test, Manual, Out-Of-Service Test, MS In-Service Request, MSOut-Of-ServiceRequest

Variable Provides a description of the agentthat invoked the link test.

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Field Value Fixed orVariable

Description

Speech Test Failed; Passed; Notrun, PM isolated;Aborted; Timed out

Variable Indicates result of the speech test.

speech_test_result Failed; Passed; Notrun, PM isolated;Aborted; Timed out

Variable Indicates result of the speech test.

< speech subtestsresults >

ENET looparound,PM looparound

Variable Appears only if the PM was notisolated and the system did not runthe speech test.

Displays the subfields

< enet_looparound_result > , or

< pm_looparound_result > , with

< test_fail_abort_reason > ,

< duration > , < threshold > , and <hits > .

fiber_fail_information Fail reason:fiber_fail_reason,THRESHOLD:threshold DURATION:duration, failure that isnot shown, Cardresources notavailable, Hardwareaccess failed, Abortedby higher priorityrequest, Local DS512errors, RemoteDS512 errors, Fxpmalarm looparoundfailed, Fxpm datalooparound failed,Fiber receiver mode isnot correct, Bad framepulse on fiber, Alarmcode that is notexpected, Testparameters that arenot correct, Fxpmfailed to detect DS512error

Variable Lists reasons for test failure of fiberlink. Displays for fiber tests only

fiber_fail_card_list Designates cards Variable Indicates the list of cards that cancause the test failure.

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Field Value Fixed orVariable

Description

This list is in the standard card listformat, and appears as the listappears on the MAP terminal.

message_test_result ms (0, 1) Variable Identifies the message switch (MS)that connects to the network link.

ms_card (two digits) Variable Identifies the MS card that connects tothe link that the system tested.

ms_port (two digits) Variable Identifies the MS port that connects tothe network link that the systemtested.

prim_sec (primary orsecondary)

Variable Indicates if the message switch portthat connects to the network link thatthe system tested is primary orsecondary.

This value only applies to messagelinks.

message_test_overall_r esults

PM failed tomaintenance open,ENET failed to makeconnection, MS failedto maintenance open,Maintenance openfailed, Maintenanceopen aborted,Maintenance timedout, Message test notrun, Message testpassed, Message testaborted, Message testtimed out

Variable Indicates the results of the messagetests.

ENET Looparound Not run; Passed;Failed; Aborted, PMdid not run test;Timed out

Variable Indicates the ENET looparound testresult.

enet_looparound_result

Not run; Passed;Failed; Aborted, PMdid not run test;Timed out

Variable Indicates the ENET looparound testresult.

pm_looparound_result

PM looparoundcannot turn off,Channel not available,PM does not support,

Variable Indicates the PM looparound testresult.

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Field Value Fixed orVariable

Description

Not run, Passed,Failed, Aborted,Timed out

test_fail_abort_reason Exceeded threshold,Card access error,Conn verify failed,Local messagingerror, Conn verifytimeout, Conn not setup, Resources in use,ENET out-of-servicecard not equipped onpath OSS card onpath, Offline card onpath connectionexists, Bad datavalue, Bad pathend,Bad input PARM,Internal error, BadPARM group abortedby other mtce channelin use

Variable Lists reasons for failure of the PM andENET looparound tests.

DURATION Time_value_(0-255)_Time_u nit (ms, 10ms,sees, mins, hours,aeons, 100ms)

Variable Indicates the duration of the test.

THRESHOLD Two digits Variable Indicates the maximum number ofallowed hits.

HITS 0-32767 Variable Displays the number of hits thatoccurred. A hit is one detection of datathat is not compatible along the path.

Suspected faulty cardlist

Standard card listformat, PM linkinterface hardware,Correct MS port cards

Variable Indicates the list of cards that thesystem suspects caused the testfailure.

This list is in the format of standardcard list, and appears as the listappears on the MAP terminal.

< card list > Standard card listformat, PM linkinterface hardware,Correct MS port cards

Variable Indicates the list of cards that cancause the test to fail.

This list is in the standard card listformat, and appears as the listappears on the MAP terminal.

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Field Value Fixed orVariable

Description

path_test_result Not run, Passed,Failed, Aborted,Timed out

Variable Indicates the results of the path test.

fault link reset receivedfrom far end CRCerror detected localloopback existsreceive loss of framedetected transmit leddriver fault 10b12berror 12blb loopbackexists 10blb loopbackexists remoteloopback exists localframe error far endframe error far endreceive error far endremote loopbackexists hardwareaccess error fiber linkreceive hit counter isbroken fiber linkreceive hits is overthreshold

Variable Contains fault description

severity critical problem non-critical problem noproblem

Variable Contains the severity of the fault

problem-type endpoint problemend-to-end problem

Variable Contains the problem type

Active message example1.** ENET311 SEP24 11:26:15 4714 FAIL ENET Link Test

Test Plane: 1 Shelf: 00 Slot 10 Link: 04

Test Type: DS30 Link Test

PM: DTC 0, Port: 11 Capability: S

Test is initiated by Inservice Audit

Speech Test: Failed

ENET Looparound: Aborted, not run by PM

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ENET311 PM Looparound : Failed, exceeded threshold

DURATION: 1 secs, THRESHOLD: 1, HITS: 15

Suspected faulty card list:

Site Fir RPos Bay_id Shf Description Slot EqPEC

HOST 01 F05 ENC000 13 ENET:1:00 30 9X41BA

BACK

HOST 01 F05 ENC000 13 ENET:1:00 30 9X35BA

FRNT

HOST 01 F05 ENC000 13 ENET:1:00 30 9X36BA

FRNT

And PM link interface hardware.

1.** ENET311 SEP24 11:26:15 4714 FAIL ENET Link Test

Plane: 1 Shelf: 00 Slot 10 Link: 04

Test Type: DS30 Link Test

PM: DTC 0, Port: 11 Capability: MS

Test is initiated by Inservice Audit

MS: 1, Card: 6, Port: 10, Primary: Message Test Failed

ENET internal path test: exceeded threshold,

DURATION: lsecs, THRESHOLD: 1, HITS: 15

Speech Test: Failed

ENET Looparound : Aborted, not run by PM

PM Looparound : Channel not available

Suspected faulty card list:

Site Fir RPos Bay_id Shf Description Slot EqPEC

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HOST 01 F05 ENC000 13 ENET:1:00 30 9X41BA

BACK

HOST 01 F05 ENC000 13 ENET:1:00 30 9X35BA

FRNT

HOST 01 F05 ENC000 13 ENET:1:00 30 9X36BA

FRNT

And appropriate MS port cards.

1.** ENET311 SEP24 11:26:15 4714 FAIL ENET Link Test

Test Plane: 1 Shelf: 0 Slot 10 Link: 04

Test Type: DS30 Link Test

PM: DTC 0, Port: 11 Capability: MS

Test is initiated by Inservice Audit

Fail reason: Local DS512 errors

Looparound hit count: 12 THRESHOLD: 1

co 0

Suspect card list:

Site Fir RPos Bay_id Shf Description Slot EqPEC

HOST 01 F05 ENC000 13 ENET:1:00 30 9X41BA

BACK

HOST 01 F05 ENC000 13 ENET:1:00 30 9X35BA

FRNT

HOST 01 F05 ENC000 13 ENET:1:00 30 9X36BA

1. **ENET311 SEP24 11:26:15 4714 FAIL ENET Link Test

Plane: 1 Shelf: 0 Slot: 10 Link: 02 DS30: 02 Test Type:

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DS30 Test on Fiber

PM: DTC 0, Port: 05, Capability: Fiber

Test is initiated by Manual Test

Fail reason: local ds512 errors

Looparound hit count: 12 THRESHOLD: 1

Suspect card list

Site Flr RPos Bay_id Shf Description Slot EqPEC

HOST 01 F05 ENC000 13 ENET:1:00 30 9X45BA

BACK

HOST 01 F05 ENC000 13 ENET:1:00 30 9X35BA

FRNT

HOST 01 F05 ENC000 13 ENET:1:00 30 9X36BA

FRNT

1. **ENET311 SEP24 11:26:15 4714 FAIL ENET Link Test

Test Plane: 1 Shelf: 00 Slot 10 Link: 04 Test Type: fiber

PM: SPM 0

Test initiated by ENET

Fail reason: Far end frame error

Suspect card list: no cardlist available

Clear message examplen/a

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Associated OM registers

ENET312The Enhanced Network (ENET) subsystem generates report ENET312.The subsystem generates ENET312 when the PM message path throughthe ENET plane switches links. The path switches from one C-side ber linkto another C-side ber link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.ENET312 mmmdd hh:mm:ss ssdd INFO

MESSAGE PATH RESWITCHING PM: pmid;

ENET: pl-pr; XPT: cd, LINK: link;

Old route: MS n CARD c PORT p New Route: MS n CARD c PORT p

1.ENET312 mmmdd hh:mm:ss ssdd INFO ENET Pside LinkReswitching

Message Path

Plane: pl Shelf: sh Slot: slot Link: link PM: pmid Port:port Old route: MS n

Card ms_card Port ms_port New route: MS n

Card ms_card Port ms_port

text_reason

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO MESSAGEPATHRESWITCHING

Constant Fixed Indicates a message path hasswitched.

pmid Refer to Table I. Variable Identifies the peripheral moduleaffected.

ENET: pl-pr (0-1)-(0-3) Variable Identifies the ENET plane and pairnumbers.

XPT: cd 11-26 Variable Identifies the slot number of thecrosspoints.

LINK: link 0-15 Variable Identifies the link on the crosspoint.

Old route Constant Fixed Indicates that the following MS, card,and port values pertain to the oldmessage path.

New Route Constant Fixed Indicates that the following MS, card,and port values pertain to the newmessage path.

MS n 0, 1 Variable Identifies the message switch.

CARD c 6-23 Variable Identifies the card number of themessage switch that the system usesfor the message path.

PORT: p 0-3 Variable Indicates the peripheral port that thesystem uses for the message path.

Active message example1.ENET312 MAY31 08:22:31 2112 INFO

MESSAGE PATH RESWITCHING PM: DCM 3;

ENET: 0-1; XPT: 16, LINK: 3;

Old route: MS 0 CARD 02 PORT 1; New Route: MS 1 CARD 03

PORT 3

1.ENET312 APR01 00:00:001 6001 INFO ENET Pside Link

Reswitching Message Path

Plane: 0 Shelf: 01 Slot: 16 Link: 03 PM: DCM3 Port: 0

Old route: MS 0 Card 08 Port 1 New route: MS 1

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Card 08 Port 1

MS Port went out of service

Clear message examplen/a

Associated OM registers

ENET313The Enhanced Network (ENET) subsystem generates log report ENET313.The subsystem generates ENET113 when a speci ed path with too man yrecent faults prevents message path reswitching. The path uses a primarylink. Messaging continues to use the route through the other messageswitch (MS).

This log now includes DS30 equivalent information for ber links. When amanual action manipulates a DS30 equivalent on a ber link, the subsystemgenerates a log. This log includes the DS30 equivalent affected.

Remedial actionThis log indicates that the speci ed MS card and port are defective.Normally, different log identi es the f ault and the defective component isplaced out of service. If the fault is not continuous, the ENET313 logappears repeatedly. At this point, the technician should follow standard ofce procedures for how to handle MS, card, and port failures.

AttributesAttribute Value

Severity Warning

Format*ENET313 mmmdd hh:mm:ss ssdd INFO ENET PSLink Message Path

Not Reswitched

Plane: pl Shelf: sh Slot: slot Link: link PM: pmid

Port: port

Route over MS n CARD c PORT p has had too many recent faults

Messaging remains on MS n Card c Port p.

*ENET313 mmmdd hh:mm:ss ssdd INFO ENET PSLink Message Path

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Not Reswitched

Plane: pl Shelf: sh Slot: slot Link: link (DS30: ds30) PM:pmid

Port: port

Route over MS n CARD ms_card PORT ms_port has had too manyrecent faults

Messaging remains on MS n Card ms_card Port ms_port.

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET PSLinkMessage Path NotReswitched

Constant Fixed Indicates a message path reswitchfailed.

Plane Integers Variable Identifies the ENET plane.

Shelf Integers Variable Identifies the ENET shelf.

Slot Integers Variable Identifies the slot on the specifiedshelf.

PM Alphanumeric Variable Identifies the peripheral module (PM)affected.

Port Integers Variable Indicates the peripheral port thatconnects to the network link thatchanged state.

Route over MS nCARD c PORT p hashad too many recentfaults

Integers Variable Indicates the MS, card, and port thathas had too many faults.

Messaging remainson MS n Card c Port p

Integers Variable Indicates the MS, card, and port onwhich messaging remains.

Link 0-15 Variable Identifies the link on the crosspoint.This value includes DS30 equivalentinformation on a fiber link.

Active message example1.*ENET313 MAY31 08:22:31 2112 INFO ENET PSLink Message Path

Not Reswitched

Plane: 0 Shelf: 01 Slot: 16 Link: 03 PM: DCM 3

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Port : 2

Route over MS 0 CARD 08 PORT 1 has had too many recent

faults

Messaging remains on MS 1 Card 08 Port 1.

1.*ENET313 APR01 00:00:00 6002 INFO ENET PSLink Message Path

Not Reswitched

Plane: 0 Shelf: 01 Slot: 16 Link: 03 DS30: 00 PM: DCM 3

Port : 0

Route over MS 0 Card 08 Port 1 has had too many recent

faults.

Messaging remains on MS 1 Card 08 Port 1.

Clear message examplen/a

Associated OM registers

ENET314The Enhanced Network (ENET) subsystem generates log report ENET314each hour. This log report provides a summary of audit corrections ofENET pslink link during this period. The subsystem only generatesENET314 when the system makes audit corrections.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatFP503 mmmdd hh:mm:ss ssdd INFO ENET PSIDE link audit summary

Since last summary:

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Number of attempts to RTS SysB links: rts_num

Number of link status mismatches corrected: mis_num

Number of MS port status mismatches corrected: cml_num

Number of messaging nailed-up connection mismatches

corrected: nuc_num

Selected field descriptionsField Value Fixed or

VariableDescription

rts_num variable length Variable Indicates the number of attempts toreturn system-busy (SysB) links toservice between the last summary andnow.

mis_num variable length Variable Indicates the number of times that theaudit corrected a mismatch betweenthe last summary and now. Thismismatch is a mismatch of the psidelink state.

cml_num variable length Variable Indicates the number of times theaudit corrected some mismatchesbetween the last summary and now.These mismatches are the active andinactive mismatches of the CML PBIT.

nuc_num variable length Variable Indicates the number of nailed-upconnection (NUC) mismatches thatthe audit corrected between the lastsummary and now.

Active message exampleENET314 MAR23 20:40:12 4689 INFO ENET PSIDE link audit

summary

Number of attempts to RTS SysB links: 5

Number of link status mismatches corrected: 1

Number of MS port status mismatches corrected: 1

Number of messaging nailed-up connection mismatches

corrected: 2

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Clear message examplen/a

Associated OM registers

ENET315The Enhanced Network (ENET) subsystem generates log report ENET315.The subsystem generates ENET315 when a user uses the ALTTESTcommand to change a P-side maintenance default parameter. Thiscommand is on the card level of the MAP.

Remedial actionThere is no action required. This log indicates the actions of the ENETPside link audit between the last printed summary and now.

AttributesAttribute Value

Severity Warning

FormatENET315 mmmdd hh:mm:ss ssdd INFO ENET PSide MTCE Parameter

Changed

ENET PSIDE mtce_default_parameter alt_text

Selected field descriptionsField Value Fixed or

VariableDescription

1-60 Variable Fiber loop around test defaultDURATION.

1-51 Variable Link low priority audit period.

1-255 Variable Link low priority audit period.

ON or OFF Variable Link audit

alt_text changed Frominit_value Tonew_value

Variable Identifies the number of times that theaudit corrected the mismatch of thePside link state between the lastsummary and now.

cml_num variable length Variable The number of times that the auditcorrected the active and inactivecmlpbit mismatch between the lastsummary and now.

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Field Value Fixed orVariable

Description

nuc_num variable length Variable The number of mismatches ofmessaging nailed-up connections thatthe audit corrected between the lastsummary and now.

INFO ENET PSideMTCt ParameterChanged

Constant Fixed Indicates that ENET PSidemaintenance state changed.

mtce_default_parameter

1-15 Variable Link PM loop around test defaultDURATION.

1-15 Variable Link PM loop around test defaultTHRESHOLD.

0-15 Variable Fiber test default local DS512 errorTHRESHOLD.

0-15 Variable Fiber loop around test defaultTHRESHOLD.

Active message example1.ENET315 MAR23 20:41:46 5992 INFO ENET PSide MTCE Parameter

Changed

ENET PSide fiber loop around test default DURATION

changed From 5 seconds To 10 seconds

Clear message examplen/a

Associated OM registers

ENET400The Enhanced Network (ENET) subsystem generates log report ENET400.The subsystem generates this report when the system nds a fault on oneof the ENET control side (C-side) links. The log text contains the exact faultreason.

The following is a list of reasons that cause the subsystem to generate thislog report:

• LH WAM time-out

• LH WAN time-out

• LH WACK time-out

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• LH WAS time-out

• LH CRC not correct

• LH Double NACK

• LH Link code error

• BAC Port timer error

• BAC Port msg over o w

• BAC Port msg error

• BAC FIFO purge

• BAC FIFO to LH time-out

• BAC Bus to FIFO time-out

• BAC FIFO full

• BAC RCX parity error

• Messaging on a closed link

• Message and Bus Error

• Loss of Sync

• Fiber slip error

• 10B12B code word error

• Open request failed caused by ber f ault

• Open request failed caused by of port fault

• Messaging hardware failed to con gure

• End-to-End message test failed.

Remedial actionFollow standard of ce procedures that describes how to deal with failedtests of C-side link.

AttributesAttribute Value

Severity Indeterminate

Format*ENET400 mmmdd hh:mm:ss ssdd FLT ENET Control-Side LinkFault

CSLink fault detected. Plane: pl Shelf: sh CSLink: link

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Translated CSLink: MS: ms Card: mscd Port: mspt

fault_reason

Selected field descriptionsField Value Fixed or

VariableDescription

FLT ENET Control-Side Link Fault,CSLink fault detected

Constant Fixed Indicates the system detected a faulton a C-side link.

Plane 0, 1 Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

CSlink 0, 1 Variable Identifies the link with faults.

MS Integers Variable Identifies the message switch (MS).

Card Integers Variable Identifies the card.

Port Integers Variable Identifies the port.

Fault_reason Text Variable Provides a description of the detectedfault. Refer to Reasons table at theend of this log report.

Active message example1.*ENET400 FEB01 00:00:00 6001 FLT ENET Control-Side Link

Fault

CSLink fault detected. Plane: 0 Shelf: 00 CSLink: 0

Translated CSLink: MS: 0 Card: 10 Port: 0

LH Link code error.

Clear message examplen/a

Associated OM registers

ENET401The Enhanced Network (ENET) subsystem generates log report ENET401.The subsystem generates ENET401 when the system nds a f ault with thecontrol side (C-side) links. The system runs a link test when the port istested or returned to service (RTS). This port is the message switch (MS)port that attaches to an ENET.

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The following is a list of reasons that cause the subsystem to generate thislog report:

• LH WAM time-out

• LH WAN time-out

• LH WACK time-out

• LH WAS time-out

• LH CRC not correct CRC

• LH Double NACK

• LH Link code error

• BAC Port timer error

• BAC Port msg over o w

• BAC Port msg error

• BAC FIFO purge

• BAC FIFO to LH time-out

• BAC Bus to FIFO time-out

• BAC FIFO full

• BAC RCX parity error

• Messaging on a closed link

• Message and Bus Error

• Loss of Sync

• Fiber slip error

• 10B12B code word error

• Open request failed caused by ber f ault

• Open request failed caused by port fault

• Messaging hardware failed to con gure

• End-to-End message test failed.

Remedial actionFollow standard of ce procedures that describes how to deal with failedtests of C-side link.

AttributesAttribute Value

Severity Indeterminate

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Format*ENET401 mmmdd hh:mm:ss ssdd FAIL ENET Control Side LinkTest

Plane: pl Shelf: sh CSLink: link

Reason: rsntxt

cardlist

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET ControlSide Link Test

Constant Fixed Indicates the system ran a C-side linktest on an MS port that connected toan ENET.

Plane 0, 1 Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

CSLink 0, 1 Variable Identifies the defective link

Reason Text Variable Provides a description of the detectedfault. Refer to Reasons table at theend of this log report.

Active message example1.*ENET401 FEB01 00:00:00 6001 FAIL ENET Control Side Link

Test

Plane: 0 Shelf: 00 CSLink: 0

Reason: Messaging hardware failed to configure.

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:00 08 NT9X40

BA Back

Clear message examplen/a

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Associated OM registers

ENET402The Enhanced Network (ENET) subsystem generates this report if any C-side link faults have occurred on an in-service ENET port during the lastaudit cycle. This log is generated in order to display the nature of the faults.Only non-zero error types (faults) are displayed.

The following is a list of reasons for generating this log report:

• Spurious fault interrupt

• LH WAM time-out

• LH WAN time-out

• LH WACK time-out

• LH WAS time-out

• LH Invalid CRC

• LH Double NACK

• LH Invalid CHKSUM

• LH Link code error

• BAC Port timer error

• BAC Port msg over o w

• BAC Port msg error

• BAC FIFO purge

• BAC FIFO to LH time-out

• BAC Bus to FIFO time-out

• BAC FIFO full

• BAC RCX parity error

• Messaging on a closed link

• Message Card Bus Error

• Loss of Sync

• Fiber slip error

• 10B12B code word error

Remedial actionFor information only. No action is required.

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AttributesAttribute Value

Severity Warning

Format*ENET402 mmmdd hh:mm:ss ssdd INFO ENET Control-Side LinkFault

Audit Report

Plane: pl Shelf: sh CSLink: link

Translated CSLink: MS: ms Card: mscd Port: mspt

fault_reason :errent

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET Control-Side Link Fault AuditReport

Constant Fixed Indicates at least one fault wasincurred during the last C-side linkaudit cycle.

Plane 0, 1 Variable Identifies the ENET plane.

Shelf 0-3 Variable Identifies the ENET shelf.

CSLink 0, 1 Variable Identifies the faulty link.

MS Integers Variable Identifies the message switch (MS).

Card Integers Variable Identifies the card.

Port Integers Variable Identifies the port.

fault_reason Text Variable Provides a description of the fault thatwas detected. Refer to the list ofreasons in the Additional informationsection.

errcnt 4 digits Variable Provides the number of faults for eachC-side error type that was incurredduring the last C-side link audit cycle.

Active message example*ENET402 FEB01 00:00:00 6001 INFO ENET Control-Side Link

Fault Audit Report

Report Plane: 0 Shelf: 02 CSLink: 0

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Translated CSLink: MS: 0 Card: 10 Port: 0

LH Invalid CHKSUM. :0001

Clear message examplen/a

Associated OM registers

ENET403The Enhanced Network (ENET) subsystem generates log report ENET403.The subsystem generates ENET403 when a manual switch of referencelinks or a switch by the system sync audit occurs.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format*ENET403 mmmdd hh:mm:ss ssdd INFO ENET Reference LinkSwitched

Plane: pl Shelf: sh SYNC To MS: By <reason>Action

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENETReference LinkSwitched

Constant Fixed Indicates that a reference link hasswitched.

pl 0,1 Variable Identifies the ENET plane.

sh 0-3 Variable Identifies the ENET shelf.

link 0,1 Variable Identifies the defective link.

Active message example*ENET403 JUL10 00:41:41 0700 INFO ENET Reference Link

Switched

Plane: 1 Shelf: 00 SYNC To MS:1 By Manual Action

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Clear message examplen/a

Associated OM registers

ENET404The Enhanced Network (ENET) subsystem log report ENET404. Theclock-switching subsystem in the Central transmits requests to the Local.This subsystem transmits a request two or three times if the system losesor rejects the rst request. The system loses a request if the system doesnot recei ve a response from the Local in 5 s. When this condition occursthe subsystem generates this report.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatENET404 <mmmdd><hh:mm:ss><ssdd>INFO Switch Reference Link

Failed

Plane: <pl>Shelf: <sh>Attempt: <att>To MS:<ms>By<originator>

Reason: <failure_reason>

Selected field descriptionsField Value Fixed or

VariableDescription

Date mmmdd Variable Indicates the date the subsystemgenerated the report.

Time hh:mm:ss Variable Indicates the time of day thesubsystem generated the report.

Sequence #### Variable Indicates the sequence number of thereport that the subsystem generated.

Plane 0 to 1 Variable Indicates the plane of the ENET forwhich the subsystem generated thereport.

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Field Value Fixed orVariable

Description

Shelf 00 to 03 Variable Indicates the shelf of the ENET forwhich the subsystem generated thereport.

Attempts 1 to 3 Variable Indicates the number of attempts toswitch the clock reference.

MS Integers Variable Indicates the target MS unit thatprovides the reference clock source.

Originator Text Variable Indicates the source of the clock-switching request. A manual switch ofreference or the system initiates therequest.

Failure_reason Text Variable Indicates the reason the clock-switching operation failed.

Maintenance name Text Variable Indicates the maintenance requestthat blocked the clock-switchingoperation.

Active message exampleENET404 JUL10 00:41:41 0700 INFO Switch Reference Link

Failed

Plane: 0 Shelf:00 Attempt: 1 To MS:1 By Manual Action

Reason: Target Link is Closed

Clear message examplen/a

Associated OM registers

ENET500The Enhanced Network (ENET) subsystem generates log report ENET500.The subsystem generates this report when the scheduled invocation of theENET Routine Exercise (REX) Test is modi ed. The ENET le vel MAPREXTst command schedules the ENET REX Test again.

Remedial actionThere is no action required. For information only.

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AttributesAttribute Value

Severity Warning

FormatENET500 FEB01 00:00:00 6001 INFO ENET REX SCHEDULED TEST

text_information

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXSCHEDULED TEST

Constant Fixed Indicates the re-schedule of REXTest.

text_information MON,TUE,WED,THU,FRI,SAT,SUN

Variable Displays the days of the week that theREX Test runs or does not run.

Active message exampleENET500 FEB01 00:00:00 6001 INFO ENET REX SCHEDULED TEST

MON TUE WED THU FRI SAT SUN

ON ON ON ON ON ON ON

Clear message examplen/a

Associated OM registers

ENET501The enhanced network (ENET) subsystem generates log report ENET501when data in table REXSCHED disables REX testing on the ENET. TheENET501 log results each day when the data disables REX testing.

Remedial actionDetermine if it is necessary to disable the ENET REX test. If required, achange of data in table REXSCHED allows ENET REX testing.

AttributesAttribute Value

Severity Warning

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FormatENET501 mmmdd hh:mm:ss ssdd INFO ENET REX Scheduling by

SREX controller

ENET REX IS DISABLED INDEFINITELY. RExSch alarm raised

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXScheduling by SREXController

constant Variable Indicates information about the stateof the ENET SREX controller follows.

ENET REX ISDISABLEDINDEFINITELY.

constant Variable Indicates interruption of REX testingon the ENET.

RExSch alarm raised. constant Variable Indicates the raise of the RExSchalarm .

Active message exampleENET501 APR18 14:04:01 5888 INFO ENET REx Scheduling by SREXController

ENET REX IS DISABLED INDEFINITELY. RExSch alarm raised.

Clear message examplen/a

Associated OM registers

ENET502The enhanced Network (ENET) subsystem generates ENET502. Thesubsystem generates ENET502 when the ENET Routine Exercise (REX)Test cannot run manually or through system action.

Remedial actionThere is no action required. This report is for information only.

AttributesAttribute Value

Severity Warning

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FormatENET502 mmmdd hh:mm:ss ssdd INFO ENET REX TEST UNABLE TO

RUN

PLANE: pl; text_information_1; text_information_2

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXTEST UNABLE TORUN

Constant Fixed Indicates the REX Test cannot run.

PLANE 0, 1 Variable The ENET plane on which the REXTest was to occur.

text_information_1 MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the REX Testrequest.

text_information_2 text string, one of:- C-SIDE LINK ISBUSYPM WOULD BEISOLATEDANOTHERREX TEST IS INPROGRESSTEST ISDISABLEDHIGHERPRIORITYMAINTENANCE IS INPROGRESSNOTAPPROPRIATESHELF STATUSNOTSUFFICIENTRESOURCESNOTPERMITTED CARDSTATE

Variable Indicates the reason why performanceof the REX Test did not occur.

Active message exampleENET502 FEB01 00:00:00 6001 INFO ENET REX TEST UNABLE TO RUN

PLANE: 0 ; SYSTEM INVOLVED ; C-SIDE LINK BUSY

Clear message examplen/a

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Associated OM registers

ENET503The Enhanced Network (ENET) subsystem generates ENET503 when theENET Routine Exercise (REX) Test has begun.

Remedial actionThere is no action required. For information only.

AttributesAttribute Value

Severity Warning

FormatENET503 mmmdd hh:mm:ss ssdd INFO ENET REX TEST STARTED

PLANE: pl; Invoker_information;

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXTEST STARTED

Constant Fixed Indicates the REX Test begun.

PLANE 0, 1 Variable The ENET plane on whichperformance of the REX Test occurs.

Invoker_information MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the REX Test.

Active message exampleENET503 FEB01 00:00:00 6001 INFO ENET REX TEST STARTED

PLANE: 0 ; SYSTEM INVOKED;

Clear message examplen/a

Associated OM registers

ENET505The Enhanced Network (ENET) subsystem generates ENET505 when theENET routine exercise (REX) test fails.

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Remedial actionReplace the cards in the cardlist.

AttributesAttribute Value

Severity Indeterminate

FormatENET505 mmmdd hh:mm:ss ssdd FAIL ENET REX Test Failed

Plane: pl; Invoker_information

Cardlist

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET REX TestFailed

Constant Fixed An ENET REX test failed

Plane 0, 1 Variable The ENET plane

Invoker_information Manually or systemInvoked

Variable Invokes the ENET REX test

Cardlist Representative text Variable Identifies ENET cards that failedENET REX test. Defined in tableENCDINV in network card inventory.

Active message example.ENET505 FEB01 00:00:00 6001 FAIL ENET REX Test Failed

Plane: 0 ; System Invoked ;

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:00 08 NT9X40BA

Clear message examplen/a

Associated OM registers

ENET506The Enhanced Network (ENET) subsystem generates log report ENET506when the ENET Routine Exercise (REX) Test aborts.

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Remedial actionThere is no action required. This log report is for information only.

AttributesAttribute Value

Severity Warning

FormatENET506 mmmdd hh:mm:ss ssdd INFO ENET REX TEST ABORTED

PLANE: pl; Invoker_information;

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXTEST ABORTED

Constant Fixed Indicates the REX Test aborted.

PLANE 0, 1 Variable The ENET plane on which theperformance of the REX Testoccurred.

Invoker_information MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the REX Test.

Active message exampleENET506 FEB01 00:00:00 6001 INFO ENET REX TEST ABORTED

PLANE: 0 ; SYSTEM INVOKED ;

Clear message examplen/a

Associated OM registers

ENET507The Enhanced Network (ENET) subsystem generates ENET507. Thesubsystem generates ENET507 when the ENET Routine Exercise (REX)Test has not completed because of an internal error.

Remedial actionThere is no action required. This report is for information only.

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AttributesAttribute Value

Severity Warning

FormatENET507 mmmdd hh:mm:ss ssdd INFO ENET REX TEST

INCOMPLETE

PLANE: pl; Invoker_information;

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET REXTEST INCOMPLETE

Constant Fixed Indicates the REX Test is notcomplete.

PLANE 0, 1 Variable The ENET plane on whichperformance of the ENET REX Testoccurred.

nvoker_information MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the ENET REXTest.

Active message exampleENET507 FEB01 00:00:00 6001 INFO ENET REX TEST INCOMPLETE

PLANE: 0 ; SYSTEM INVOKED

Clear message examplen/a

Associated OM registers

ENET508The Enhanced Network (ENET) subsystem generates report ENET508when the ENET routine exercise (REX) test passes with non-severefailures.

Remedial actionIf necessary, replace the cards in the card list.

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AttributesAttribute Value

Severity Indeterminate

FormatENET508 mmmdd hh:mm:ss ssdd FAIL ENET REX Passed With InService

Trouble

Plane: pl; invoker_information

Cardlist

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET REXPassed With InserviceTrouble

Constant Fixed Prompt of the ENET REX testoccurred.

Plane 0, 1 Variable The ENET plane where performanceof the ENET REX test occurred.

Invoker_information Manually/Systeminvoked

Variable Agent that invokes of the ENET REXtest.

Cardlist Symbolic text Variable ENET cards, defined in tableENCDINV of network card inventory,that failed the test.

Active message exampleENET508 FEB01 00:00:00 6001 FAIL ENET REX Passed With In

Service

Trouble

Plane: 0 ; System Invoked ;

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:00 08

NT9X40BA

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Clear message examplen/a

Associated OM registers

ENET509The Enhanced Network (ENET) subsystem generates ENET509. Thisreport occurs when a system REX test abandons because of the instabilityof the components of the mate plane. The log text contains the faultreason. An ENET plane does not have stability if one or more nodes,cards, paddleboards or p-side links become SBsy in 12 to 24 hours.

Remedial actionThere is no special action required. The high offender component list in thelog report may help investigate any persistent stability problems.

AttributesAttribute Value

Severity Warning

FormatE1NET509 <mmmdd><hh:mm:ss><ssdd>INFO ENET REX Test Unable

to Run

Plane: <pl>; System Invoked ; Opposite plane is unstable

Component Shelf Slot Link DS30 SBsy

type count

__________________________________________

<comp><shelf><slot><link><no><cnt>

<comp><shelf><slot><link><no><cnt>

<comp><shelf><slot><link><no><cnt>

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Selected field descriptionsField Value Fixed or

VariableDescription

Date mmmdd Variable Indicates the date of reportgeneration.

Time hh:mm:ss Variable Indicates the time of day reportgeneration occurred.

Sequence ssdd Variable Indicates the sequence number of thereport generated.

Plane 0-1 Variable Indicates the plane number the REXtest attempt occurred on.

Component Text Variable A component can be node, shelf,card, paddleboard or link.

Shelf 0-3 Variable Indicates the shelf number to whichthe component that does not havestability belongs.

Slot 00-31 Variable Indicates the slot number for the cardthat does not have stability, orpaddleboard or link component.

Link 0-18 Variable If the link that does not have stabilityis optical fiber, the field identifies theDS30 equivalent link on thecrosspoint. The link can be 0 or 1 or 2.

Variable If the link that does not have stabilityis a group of copper/fiber, the fieldidentifies the copper link on thecrosspoint. The link can be between 0and 15. The field also identifies theDS30 equivalent link on thecrosspoint. The DS30 equivalent linkcan be 16 or 17 or 18.

No 0-15 Variable If the link that does not stability isoptical fiber, the field identifies DS30equivalent on the link (the group or"bundle" of channels).

Variable If the link that does not stability is notoptical fiber, this entry will be empty.

Cnt 1-30 Variable Indicates the number of times thecomponent registered as SBsy in thelast 12 to 24 hours.

Active message exampleENET509 MAY16 00:00:00 7854 INFO ENET REX Test Unable to Run

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Plane: 0 ; System Invoked ; Opposite plane is unstable

Component Shelf Slot Link DS30 SBsy

type count

-------------------------------------------

Link 0 26 2 1 2

Card 0 10 1

Pb 0 23 1

Clear message examplen/a

Associated OM registers

ENET510The Enhanced Network (ENET) subsystem generates log report ENET510when an ENET NODE Routine Exercise (REX) Test:

• starts

• cannot run

• aborts

• has an inappropriate PSLINK status

• is not complete

Remedial actionThere is no action required. For information only.

AttributesAttribute Value

Severity Warning

FormatENET510 mmmdd hh:mm:ss ssdd INFO ENET NODE REX TEST

PLANE: pl ; SHELF: pr ; Information_type;Invoker_Information;

Not_run_reasons

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET NODEREX TEST

Constant Fixed Indicates REX Test started.

PLANE 0, 1 Variable The ENET plane on which thesubsystem performs or performed theENET REX Test.

SHELF 0, 1 Variable The ENET shelf on which thesubsystem performs or performed theENET REX Test.

Information_type text string, one of: Variable Provides information on thedevelopment of the NODE REX Test.

STARTED Variable

UNABLE TO RUN Variable

ABORTED Variable

INCOMPLETE Variable

Invoker_information MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the ENET REXTest.

Not_run_reasons text string, one of thefollowing:

Variable Indicates the reason why the ENETREX Test was not able to run on theshelf.

C-SIDE LINK ISBUSY

Variable

PM WOULD BEISOLATED

Variable

ANOTHER REXTEST IS INPROGRESS

Variable

TEST IS DISABLED Variable

HIGHER PRIORITY Variable

MAINTENANCE IS INPROGRESS

Variable

APPROPRIATESHELF

Variable

STATUS Variable

RESOURCES NOTSUFFICIENT

Variable

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Field Value Fixed orVariable

Description

NOT LEGAL CARDSTATE

Variable

INAPPROPRIATEPSLINK STATUS

Variable

Active message exampleENET510 FEB01 00:00:00 6001 INFO ENET NODE REX TEST

PLANE: 0 ; SHELF: 0 ; UNABLE TO RUN; SYSTEM INVOKED;

C-SIDE LINK IS BUSY

Clear message examplen/a

Associated OM registers

ENET512The Enhanced Network (ENET) subsystem generates log report ENET512.The subsystem generates ENET512 when ENET NODE routine exercise(REX) tests pass or fail with in-service trouble.

Remedial actionIf necessary, replace the cards in the cardlist.

AttributesAttribute Value

Severity Indeterminate

FormatENET512 mmmdd hh:mm:ss ssdd FAIL ENET NODE REX Test

Plane: pl; Shelf: sh; Fail_type; Invoker;

Cardlist

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Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET NODEREX Test

Constant Fixed Indicates the ENET NODE REX testran.

Shelf 0-3 Variable Identifies the ENET shelf on which theENET NODE REX test performanceoccurred.

Fail_type Failed Passed with in-service trouble

Variable Indicates the type of failure thatoccurred.

Invoker Manually Invoked/System Invoked

Variable Indicates the source of the ENET REXtest.

Cardlist Symbolic text Variable Provides the location of the card thatfailed the ENET REX test. Defined inTable ENCDINV network cardinventory.

Plane 0, 1 Variable Identifies the ENET plane on whichthe ENET NODE REX testperformance occurred.

Active message exampleENET512 FEB01 00:00:00 6001 FAIL ENET NODE REX Test

Plane: 0; Shelf: 0; Failed; System Invoked;

Site Flr RPos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:00 08 NT9X36BA

Clear message examplen/a

Associated OM registers

ENET520The Enhanced Network (ENET) subsystem generates log report ENET520.The subsystem generates ENET520 when the ENET MATRIX RoutineExercise (REX) Test starts, cannot run, aborts, or is not complete.

Remedial actionn/a

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AttributesAttribute Value

Severity Warning

FormatENET520 mmmdd hh:mm:ss ssdd INFO ENET MATRIX REX TEST

PLANE: pl; Information_type; Invoker_information;Not_run_reasons

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET MATRIXBEX TEST

Constant Fixed Indicates a matrix REX Test that thesubsystem performs or performed.

PLANE 0, 1 Variable The ENET plane on which thesubsystem performs or performed theMATRIX REX Test.

Information_type text string, one of:STARTED

Variable Provides information on thedevelopment of the MATRIX REX

UNABLE TO RUN Variable Test.

ABORTED Variable

INCOMPLETE Variable

Invoker_information MANUALLYINVOKED orSYSTEM INVOKED

Variable Indicates the source of the MATRIXREX Test.

Not_run_reasonscould not be run.

text string, one of:ANOTHER REXTEST IS INPROGRESS

Variable Indicates the reason why the MATRIXREX Test.

TEST IS DISABLED Variable

HIGHER PRIORITY Variable

MAINTENANCE IS IN Variable

PROGRESS Variable

NAPPROPRIATESHELF

Variable

STATUS Variable

NSUFFICIENT Variable

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Field Value Fixed orVariable

Description

RESOURCES Variable

ILLEGAL CARDSTATE

Variable

Active message exampleENET520 FEB01 00:00:00 6001 INFO ENET MATRIX REX TEST

PLANE: 0; UNABLE TO RUN; SYSTEM INVOKED; TEST IS DISABLED

Clear message examplen/a

Associated OM registers

ENET522The Enhanced Network (ENET) subsystem generates ENET522. Thesubsystem generates ENET522 when the ENET MATRIX routine exercise(REX) test fails or passes with in-service trouble.

Remedial actionIf necessary, replace the cards in the cardlist.

AttributesAttribute Value

Severity Indeterminate

FormatENET522 mmmdd hh:mm:ss ssdd FAIL ENET MATRIX REX Test

Plane: pl; Fail_type; Invoker

Cardlist

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL ENET MATRIXREX Test

Constant Fixed Indicates the subsystem ran an ENETMATRIX REX test.

Plane 0, 1 Variable Identifies the ENET plane on whichthe subsystem performed the ENETMATRIX REX test.

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Field Value Fixed orVariable

Description

Fail_type Failed. Passed within-service trouble.

Variable Identifies the type of failure thatoccurred.

Invoker Manually InvokedSystem Invoked

Variable Indicates the source of the ENET REXtest.

Cardlist Symbolic text Variable Identifies the position of the cardinvolved in the ENET REX test.Defined in Table ENCDINV networkcard inventory.

Active message exampleENET522 FEB01 00:00:00 6001 FAIL ENET MATRIX REX test

Plane: 0; Failed; System Invoked ;

Site Flr Rpos Bay_id Shf Description Slot EqPec

HOST 23 D31 NWSC098 00 ENET:0:00 08

NT9X36BA

Clear message examplen/a

Associated OM registers

ENET600The Enhanced Network (ENET) subsystem generates ENET6000 whenthe user starts a bit-error-rate test (BERT).

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatENET600 mmmdd hh:mm:ss ssdd INFO ENET BERT STARTED

BERT NUMBER: num: PLANE :pl ;TOTAL TEST TIME: mm:ss

ERR RATE TO VERIFY: err rate

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET BERTSTARTED

Constant Fixed Indicates an ENET BERT test that thesystem started.

BERT NUMBER num, single digit Variable Gives the number of the BERT thatstarted.

PLANE 0, 1 Variable The plane on which the system runsthe BERT.

TOTAL TEST TIME mm:ss Variable The length of time for that the systemran the BERT.

ERR RATE TOVERIFY

hex. digits Variable Indicates the best error rate that canbe verified given the length of the test.

Active message exampleENET600 FEB01 00:00:00 6001 INFO ENET BERT STARTED

BERT NUMBER: 0 ;PLANE: 1 ;TOTAL TEST TIME: 17:00

ERR RATE TO VERIFY: 10E-12

Clear message examplen/a

Associated OM registers

ENET601The Enhanced Network (ENET) subsystem generates ENET601 when theENET bit-error-rate-test (BERT) is completed.

Remedial actionTest suspected paths to determine the cause of errors.

AttributesAttribute Value

Severity Warning

FormatENET601 mmmdd hh:mm:ss ssdd INFO ENET BERT Complete

Bert Number: n Plane: pl Total test time: mm:ss

Error Rate: err Number of Hits: n Number of Suspect Paths: n

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET BERTComplete

Constant Fixed Indicates a completed ENET BERTtest.

Bert Number Integer Variable Indicates the number of the test thatthe system started.

Plane Integer Variable Identifies the ENET plane on whichthe system runs the ENET BERT.

Total test time Integers Variable Indicates the time the test takes tocomplete.

Error Rate 0000-FFFF Variable Indicates the current error rate the testcalculated.

Number of Hits Integers Variable Indicates the total number of hits thetest detected.

Number of SuspectPaths

Integers Variable Indicates the number of paths that thetest found to contain hits.

Active message exampleENET601 mmmdd hh:mm:ss ssdd INFO ENET BERT Complete

Bert Number: 3 Plane: 0 Total test time: 17:00

Error Rate:10E-12 Number of Hits:0 Number of Suspect

Paths:0

Clear message examplen/a

Associated OM registers

ENET602The Enhanced Network (ENET) subsystem generates ENET602. Thesubsystem generates ENET602 when the ENET bit-error-rate-test (BERT)is manually stopped.

Remedial actionTest suspected paths to determine the cause of errors.

AttributesAttribute Value

Severity Warning

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FormatENET602 mmmdd hh:mm:ss ssdd INFO ENET BERT Stopped

Bert Number: n Plane: pl Total test time: mm:ss

Error Rate: err Number of Hits: n Number of Suspect Paths: n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET BERTStopped

Constant Fixed Indicates an ENET BERT test wasmanually stopped.

Bert Number Integers Variable Indicates the number of the test thatstarted.

Plane Integers Variable Identifies the ENET plane on whichthe ENET BERT runs.

Total test time Integers Variable Indicates the time in minutes andseconds that the test takes tocomplete.

Error Rate Alphanumeric Variable Indicates the current error rate the testcalculated.

Number of Hits Integers Variable Indicates the total number of hits thetest detected.

Number of SuspectPaths

Integers Variable Indicates the number of paths found tocontain hits.

Active message exampleENET602 mmmdd hh:mm:ss ssdd INFO ENET BERT Stopped

Bert Number: 3 Plane: 0 Total test time: 17:00

Error Rate:10E-12 Number of Hits:0 Number of Suspect

Paths:0

Clear message examplen/a

Associated OM registers

ENET603The Enhanced Network (ENET) subsystem issues ENET603 when higherpriority maintenance aborts an ENET bit-error-rate-test (BERT).

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Remedial actionTest suspected paths to check the cause of errors.

AttributesAttribute Value

Severity Warning

FormatENET603 mmmdd hh:mm:ss ssdd INFO ENET BERT Aborted

Bert Number: n Plane: pl Total test time: mm:ss

Error Rate: err Number of Hits: n Number of Suspect Paths: n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ENET BERTAborted

Constant Fixed Indicates an ENET BERT testaborted.

Bert Number Integers Variable Number of the test that started.

Plane Integers Variable Plane where ENET BERT runs.

Total test time Integers Variable Minutes and seconds to complete thetest.

Error Rate Alphanumeric Variable Test calculates current error rate.

Number of Hits Integers Variable Total hits that the test detected.

Number of SuspectPaths

Integers Variable Number of paths that contain hits.

Active message exampleENET603 mmmdd hh:mm:ss ssdd INFO ENET BERT Aborted

Bert Number: 3 Plane: 0 Total test time: 17:00

Error Rate:10E-12 Number of Hits:0 Number of Suspect

Paths:0

Clear message examplen/a

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Associated OM registers

EQAC100The system sends an equal access (EA) feature group D (FGD)multifrequency (MF) to signaling system 7 (SS7) call to treatment. Thisaction occurs because not enough EA MF to SS7 extension blocks arepresent. The Equal Access (EQAC) subsystem generates EQAC100 toindicate that treatment receives this call. Of ce parameterEA_FGD_MFTOSS7_CIP in table OFCVAR is set to Y. The EA FGD MF toSS7 CIP calls require EA MF to SS7 extension blocks.

Increase the value of of ce parameter EA_MF_SS7_EXT_BLOCK_COUNTin table OFCENG so that treatment does not receive calls.

Remedial actionIncrease the value of of ce parameter EA_MF_SS7_EXT_BLOCK_COUNTin table OFCENG.

AttributesAttribute Value

Severity Minor

Format* EQAC100 mmmdd hh:mm:ss ssdd FAIL EA Datafill Error

CKT <outgoing trunk CLLI>

Comment 1

INCOMING CKT = <incoming trunk CLLI>

Comment 2

digits received = <digit stream>

Comment 3

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Selected field descriptionsField Value Fixed or

VariableDescription

* Alarm Variable One asterisk indicates that the systemgenerates this log report to representa minor alarm condition.

FAIL EA Datafill error Constant Fixed Describes the type of error the logreport contains.

CKT 1 - to 12-characterstring

Variable Indicates the common languagelocation identifier (CLLI) of theoutgoing trunk, as entered in tableCLLI

Comment 1 Character string Variable Indicates that the system dropped anEA FGD MF to SS7 call.

INCOMING CKT 1 - to 12-characterstring

Variable Indicates the CLLI of the incomingtrunk, as entered in table CLLI

Comment 2 Character string Variable Describes the action required thatprevents the generation of this logreport

Digit stream Numeric (0-30 digits) Variable Contains the first digit stream thesystem received in the failed EA FGDMF to SS7 call

Comment 3 Character string Variable Indicates that the system routed a callto treatment because of lack of EA MFto SS7 extension blocks

Active message example* EQAC100 MAR16 00:11:34 9100 FAIL EA Datafill Error

CKT ISUP2WITT 0

EA MF to SS7 call dropped

INCOMING CKT = EATANDEMIC 1

increase EA_MF_SS7_EXT_BLOCK_COUNT in table OFCENG

digits received = 5198880050

Call sent to treatment: no MF to SS7 extension block.

Clear message examplen/a

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Associated OM registers

EQAC600The Equal Access (EQAC) subsystem generates this log to indicate that anAutomatic Number Identi cation (ANI) failure on an incoming FeatureGroup D (FGD) Intertoll (IT)/Traf c Operator Position System (T OPS)/Super Centralized Automatic Messaging Accounting (SCAMA) or cellulartrunk (MF signaling) to ATC trunk (ISUP signaling) exists. This actionoccurs when an incoming MF trunk does not have the correct ANI.

Remedial actionAn ANI failure does not require immediate action. It is logged in LOGUTILwith an EQAC600 title to provide the operating company with theinformation needed to nd and correct the problem.

AttributesAttribute Value

Severity Warning

FormatEQAC600 mmmdd hh:mm:ss nnnn INFO ANI FAILURE REPORT

THE ORIGINATING TRUNK : CKT <trkid>

THE TERMINATING TRUNK : CKT <trkid>

THE ANI INFORMATION DIGITS : <digits>

THE CALLED NUMBER : <dn>

THE ANI DIGITS : <digits>

Selected field descriptionsField Value Fixed or

VariableDescription

originating trunk CLLI nnnn Variable Indicates the common languagelocation identifier (CLLI) of theoriginating trunk group, as entered intable CLLI.

terminating trunk CLLI nnnn Variable Indicates the common languagelocation identifier (CLLI) of theterminating trunk group, as entered intable CLLI.

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Field Value Fixed orVariable

Description

called number Numeric (0-9 digits) Variable Contains the called number receivedon the originating trunk.

ANI information digits Numeric (0-9 digits) Variable Contains the ANI information digits.This field can display a '$' if no ANIinformation digits are received.

ANI digits Numeric (0-9 digits) Variable Contains the Automatic NumberIdentification (ANI). This field candisplay a '$' if no ANI informationdigits are received.

ANI failure report Constant Fixed Indicates the type of error the logreport contains.

Active message exampleRTPT EQAC600 DEC09 10:14:33 4000 INFO ANI FAILURE REPORT

THE ORIGINATING TRUNK : CKT MF2WIT 1

THE TERMINATING TRUNK : CKT ISUP2WATC 0

THE CALLED NUMBER : 4078881174

THE ANI INFORMATION DIGITS: 02

ANI DIGITS : 6136215000

Clear message examplen/a

Associated OM registers

ESA101The emergency stand-alone (ESA) subsystem generates ESA101 whenthe system loads remote emergency stand-alone static data. This actionoccurs when the automatic lines (AUL) supported in ESA for the remotesite are exceeded. Remote switching centers (RSC) and remote lineconcentrating modules (RLCM) are two types of remotes that use thisdata..

Remedial actionRecon gure the remote site customer entry to completely support ESA.Recon gure so lines that are not 0-PO TS AUL lines are less than or equalto 255 for RSC and 63 for RLCM.

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AttributesAttribute Value

Severity Warning

FormatESA101 mmmdd hh:mm:ss ssdd INFO ESA AUTOMATIC LINE TABLE

OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESAAUTOMATIC LINETABLE OVERFLOW

Constant Fixed Indicates the maximum lines that theESA automatic line data table definesare exceeded

xpmtxt RCC or ESA Variable Log issued for an RCC or ESA

n 0, 1 Variable Identifies the RCC or ESA affected

unittxt Unit 0/1 : Act/Inact Variable Active or not active unit. If xpmtxtvalue is ESA, this field is left blank.ESA is a single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates table overflow conditionsaffect service during ESA

Active message exampleESA101 MAR19 13:14:40 3782 INFO ESA AUTOMATIC LINE TABLE

OVERFLOW

ESA 0

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

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Associated OM registers

ESA102The emergency stand-alone (ESA) subsystem generates ESA102 whenthe system loads remote emergency stand-alone static data. This actionoccurs when the Meridian Digital Centrex (MDC) customer groupssupported in ESA for a remote site is exceeded. The system treats parts ofover o w groups as POTS lines.

Remedial actionRecon gure the remote site to maintain full service in ESA. Change entry incustomer tables so that the number of MDC customer groups does notexceed 288 for RSC and 32 for RLCM.

AttributesAttribute Value

Severity Warning

FormatESA102 mmmdd hh:mm:ss ssdd INFO ESA CUSTOMER LINE TABLE

OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESACUSTOMER LINETABLE OVERFLOW

Constant Fixed Indicates the maximum number ofMDC customer groups that the ESAcustomer line table was exceeded

xpmtxt RCC, ESA Variable The system generates the log for aremote cluster controller (RCC) or anESA

n 0, 1 Variable Identifies the RCC or ESA affected

unittxt Unit 0/1: Act/Inact Variable Active or not active unit. If xpmtxt isESA, this field is blank. ESA is asingle unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Customer line table overflowconditions affect service during ESA

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Active message exampleESA102 MAR19 13:14:40 3782 INFO ESA CUSTOMER LINE TABLE

OVERFLOW

RCC 1 Unit 0 : Act

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA103The Emergency Stand-Alone (ESA) subsystem generates ESA103. Thisaction occurs when the maximum number of ESA pre x translators exceeds the translators the ESA can support for the remote site. Thiscondition occurs when the system loads remote emergency stand-alonestatic data. Remote Switching Centers (RSC) and Remote LineConcentrating Modules (RLCM) use this data.

Remedial actionRecon gure the remote site to maintain full support in ESA. Change theentries in customer tables. The total number of ESA pre x translators forthe remote site must be a maximum of 2299 for RSC. For RLCM, the totalnumber must be a maximum of 272.

AttributesAttribute Value

Severity Warning

FormatESA103 mmmdd hh:mm:ss ssdd INFO ESA PREFIX TABLE

OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA PREFIXTABLE OVERFLOW

Constant Fixed Indicates overflow of the ESA prefixtable.

xpmtxt RCC, ESA Variable Identifies if a remote cluster controller(RCC) or an ESA causes the systemto generate the log.

n 0, 1 Variable Identifies the affected RCC or ESA.

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active orinactive. If the value of xpmtxt is ESA,this field remains blank, as the ESA isa single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that Prefix table overflowconditions affects service during ESA.

Active message exampleESA103 MAR19 13:14:40 3782 INFO ESA PREFIX TABLE OVERFLOW

ESA 1

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA104The Emergency Stand-Alone (ESA) subsystem generates ESA104. Thisaction occurs when the maximum number of Meridian Digital Centrex(MDC) extension translators exceeds the translators the ESA can supportfor the remote site. If this condition occurs when the system loads a remoteemergency stand-alone static data, the subsystem generates ESA104.Remote Switching Centers (RSC) and Remote Line ConcentratingModules (RLCM) use this data.

Remedial actionTo maintain full support in ESA, change entries in customer tables. Recongure the remote site. The number of MDC translators for the customergroups in the RSC must be a maximum of 2304 for RSC. The total numberfor RLCM must be a maximum of 256.

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AttributesAttribute Value

Severity Warning

FormatESA104 mmmdd hh:mm:ss ssdd INFO ESA EXTENSION TABLE

OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESAEXTENSION TABLEOVERFLOW

Constant Fixed Indicates overflow of the ESAextension table that containstranslators for each MDC customergroup

xpmtxt RCC, ESA Variable Identifies if the system generates thelog for a remote cluster controller(RCC) or an ESA

n 0,1 Variable Identifies the affected RCC or ESA

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active or notactive. If the value of xpmtxt is ESA,this field remains blank, as the ESA isa single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that extension table overflowconditions affect service during ESA

Active message exampleESA104 MAR19 13:14:40 3782 INFO ESA EXTENSION TABLE OVERFLOW

RCC 0 Unit 1 : Inact

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

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Associated OM registers

ESA105The Emergency Stand Alone (ESA) subsystem generates ESA105. Themaximum number of directory numbers (DN) the ESA can support for theremote site can be exceeded. If this event occurs when the system loadsremote emergency stand alone static data, the subsystem generatesESA105. Remote Switching Centers (RSC) and Remote LineConcentrating Modules (RLCM) use this data.

Remedial actionChange entries in the line tables to recon gure the remote site to maintainfull support in ESA. The number of DNs in the remote site must be amaximum of 5760 for RSC. The number of DNs for RLCM must be amaximum of 640.

AttributesAttribute Value

Severity Warning

FormatESA105 mmmdd hh:mm:ss ssdd INFO ESA ABCD TABLE

OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA ABCDTABLE OVERFLOW

Constant Fixed Indicates overflow of the ESA ABCDtable that contains data for each DN inthe RSC.

xpmtxt RCC, ESA Variable Identifies if the system generates thelog for a remote Cluster Controller(RCC) or an ESA

n 0,1 Variable Identifies the affected RCC or ESA.

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Field Value Fixed orVariable

Description

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active or notactive. If the value of xpmtxt is ESA,this field remains blank, as the ESA isa single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that the maximum number ofDN the RSC-ESA can support isexceeded and affects calls duringESA.

Active message exampleESA105 MAR19 13:14:40 3782 INFO ESA ABCD TABLE OVERFLOW

ESA 1

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA106The Emergency Stand Alone (ESA) subsystem generates ESA106. Themaximum number of hunt groups the ESA can support for the remote sitecan be exceeded. If this condition occurs when the system loads a remoteemergency stand alone static data, the system generates ESA106.Remote Switching Centers (RSC) and Remote Line ConcentratingModules (RLCM) use this data.

Remedial actionChange entries in the hunt tables to recon gure the remote site to maintainfull support in ESA. The number of hunt groups in the RSC must be amaximum of 200 for for RSC. The number of hunt groups for RLCM mustbe a maximum of 26.

AttributesAttribute Value

Severity Warning

FormatESA106 mmmdd hh:mm:ss ssdd INFO ESA HUNT HEADER

ESA106 261

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TABLE OVERFLOW

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA HUNTHEADER TABLEOVERFLOW

Constant Fixed Indicates overflow of the ESA HUNTHEADER table that contains data foreach hunt group in the RSC.

xpmtxt RCC, ESA Variable Identifies if the subsystem generatesthe log for a Remote ClusterController (RCC) or an ESA.

n 0,1 Variable Identifies the affected RCC or ESA.

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active or notactive. If the value of the xpmtxt isESA, this field remains blank, as theESA is a single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that the maximum number ofhunt groups the RSC-ESA cansupport is exceeded and affects callsduring ESA.

Active message exampleESA106 MAR19 13:14:40 3782 INFO ESA HUNT HEADER TABLE

OVERFLOW

ESA 0

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA107The Emergency Stand Alone (ESA) subsystem generates ESA107. Themaximum number of hunt members the ESA can support for the remotesite can be exceeded. If this condition occurs when the system loads a

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remote Emergency Stand Alone static data, the subsystem generatesESA107. Remote Switching Center (RSC) and Remote Line ConcentratingModules (RLCM) use this data.

Remedial actionChange the entries in the hunt tables to recon gure the remote site tomaintain full support in ESA. The number of lines that belong to huntgroups must be a maximum of 4,000 for the RSC. The number of lines forthe RLCM must be a maximum of 520.

AttributesAttribute Value

Severity Warning

FormatESA107 mmmdd hh:mm:ss ssdd INFO ESA HUNT MEMBER TABLE

OVERFLOW

xpmtxt n untitxt

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

ESA HUNT MEMBERTABLE OVERFLOW

Constant Fixed Indicates overflow of ESA HuntMember table that contains data foreach line in the RSC that belongs to ahunt group.

xpmtxt RCC, ESA Variable Identifies if the system generates thelog for a RCC (Remote ClusterController) or an ESA.

n 0,1 Variable Identifies the affected RCC or ESA.

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active or notactive. If the value of xpmtxt is ESA,this field remains blank, as the ESA isa single unit.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that the maximum number ofhunt members that RSC-ESA cansupport is exceeded and affects callsduring ESA.

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Active message exampleESA107 MAR19 13:14:40 3782 INFO ESA HUNT MEMBER TABLE

OVERFLOW

RCC 1 Unit 0 : Act

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA108The Emergency Stand-Alone (ESA) subsystem generates ESA108. Thesubsystem generates ESA108 when the detection of a change in dataoccurs when the system loads a remote emergency stand-alone staticdata. As a result, a loss of some ABCD table data occurs and calltermination does not take place on the affected lines. Remote LineConcentrating Modules (RLCM) use this data.

Remedial actionLoad the affected data again through the MAP terminal.

AttributesAttribute Value

Severity Warning

FormatESA108 mmmdd hh:mm:ss ssdd INFO DATA CHANGE DURING

ESA DATA BUILD

DETECTED

xpmtxt n unittxt

CALLS DURING ESA WILL BE AFFECTED

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO DATA CHANGEDURING ESA DATABUILD DETECTED

Constant Fixed Indicates the detection of a change inthe data during ESA data build.

xpmtxt RCC, ESA Variable Identifies if the subsystem generatesthe log for a remote cluster controller(RCC) or an ESA.

n 0,1 Variable Identifies the affected RCC or ESA.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Indicates that a change in the staticdata while the system loads the dataaffects service during ESA.

unittxt Unit 0/1 : Act/Inact Variable Identifies which unit is active or notactive. If the value of the xpmtxt isESA, this field remains blank, as theESA is a single unit.

Active message exampleESA108 MAR19 13:14:40 3782 INFO DATA CHANGE DURING ESA

DATA BUILD

DETECTED

RCC ESA 1

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA109The emergency stand-alone (ESA) subsystem generates ESA109 during aremote switching center (RSC)-ESA static data load. This report indicatesthe RSC con guration causes the limit of 64 trunk groups in the ESA trunkdata table to be exceeded. A loss of data occurs.

The data loss causes the RSC in ESA mode to only support 64 ESA trunkgroups. Trunk terminals that lose trunk group data are invalid agents andcan not originate or terminate calls.

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Remedial actionRecon gure RSC so that the total ESA trunk groups for the remote site is amaximum of 64. This action makes sure RSC has a complete set of ESAdata and corrects this report.

AttributesAttribute Value

Severity Warning

FormatESA109 mmmdd hh:mm:ss ssdd INFO ESA TRUNK GROUP TABLEOVERFLOW

NODE NUMBER: nnnn

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA TRUNKGROUP TABLEOVERFLOW

Constant Fixed The maximum number of trunk groupsexceeds what RSC-ESA can support.

NODE NUMBER 0-2047 Variable Node number for RSC with lost data.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Data loss for trunk call processingduring ESA. Trunk terminals with lostdata can not originate or terminatecalls.

Active message exampleESA109 SEP12 12:20:00 3240 INFO ESA TRUNK GROUP TABLE

OVERFLOW

NODE NUMBER: 58

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

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Associated OM registers

ESA110The emergency stand-alone (ESA) subsystem generates ESA110 whenthe system loads remote switching center (RSC)-ESA static data. The ESAhome numbering plan area (HNPA) pre x translation entries e xceed themaximum that the remote site can support.

Remedial actionMake sure the RSC has a complete set of ESA data. Con gure the RSC sothat the number of ESA HNPA pre x translation entries for the RSC is amaximum of 2299. This action stops log report ESA110.

To con gure the RSC, perform one of the actions that follo w:

• reduce the MDC customer groups on the RSC

• allow a pre x translator that a number of MDC customers share

• reduce the number of entries in some of the pre x translators

AttributesAttribute Value

Severity Warning

FormatESA110 mmmdd hh:mm:ss ssdd INFO ESA HNPA TABLE OVERFLOW

NODE NUMBER: nnnn

CALLS DURING ESA WILL BE AFFECTED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA HNPATABLE OVERFLOW

Constant Fixed The ESA HNPA prefix translationentries exceed the maximum that theremote site can support.

NODE NUMBER 0-2047 Variable Node number of RSC with lost data

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed ESA HNPA prefix translations for thesite do not transmit to the remotecluster controller (RCC). Thiscondition occurs when more than themaximum acceptable customergroups define an associated prefixtranslator. Meridian Digital Centrex

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Field Value Fixed orVariable

Description

(MDC) customer groups with lost datacannot terminate on ESA prefix thatESA supports. Customer groups inMDC with lost data cannot originate orterminate calls.

Active message exampleESA110 MAR17 13:14:40 3082 INFO ESA HNPA TABLE OVERFLOW

RCC NODE NUMBER: 58

CALLS DURING ESA WILL BE AFFECTED

Clear message examplen/a

Associated OM registers

ESA112The Emergency Stand-Alone (ESA) subsystem generates ESA112. Thesubsystem generates ESA112 when the system loads an internationalremote line-concentrating module (IRLCM) ESA processor with static data.

The table line attribute in ESA processor contains a data selection in tableLINEATTR in the central control (CC). The table contains a maximum of255 tuples. The tuples exceed the maximum that the ESA table lineattribute can support. All lines with line attributes that do not t into the tablecannot call process ESA mode. This condition occurs when the table overo ws.

Remedial actionModify data entry. Con gure lines in table LINEA TTR so that remote lineshave less than 255 line attribute indices. This action makes sure data arenot lost and the tuple limit is not exceeded.

AttributesAttribute Value

Severity Warning

FormatESA112 mmmdd hh:mm:ss ssdd INFO ESA Line Attribute Table

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Overflow

msgtxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA LineAttribute TableOverflow

Constant Fixed The tuples in table line attribute of theESA exceed the maximum that ESAcan support.

Calls during ESA willbe affected

Constant Fixed Overflow of the line attribute tableaffects call processing during ESA

Active message exampleESA112 MAR24 13:10:02 2782 INFO Line Attribute Table

Overflow

Calls during ESA will be affected

Clear message examplen/a

Associated OM registers

ESA113The Emergency Stand-Alone (ESA) subsystem generates this reportduring the loading of an international remote line concentrating module(IRLCM) ESA processor with static data. The report indicatesnumber oftuples exceeds the maximum number tuples in the ESA translations tables.

This table over o w causes the total data that all the lines require to exceedone of the limits on the transactions data.

Remedial actionTo make sure that data is not lost and clear this report, modify data ll. T omodify data 11, mo ve lines in UXLA tables so lines use fewer tuples forline-to-line calls.

AttributesAttribute Value

Severity Warning

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FormatESA113 mmmdd hh:mm:ss ssdd INFO ESA XLA Table Overflow

Calls during ESA will be affected

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ESA Line XLATable Overflow

CONSTANT Variable Indicates that the number of tuples inthe ESA translations tables exceedthe maximum number.

CALLS DURING ESAWILL BE AFFECTED

Constant Fixed Call processing during ESA is affectedbecause of the overflow of theuniversal translation tables

Active message exampleESA113 MAR24 13:10:02 3782 INFO ESA XLA Table Overflow

Calls during ESA will be affected

Clear message examplen/a

Associated OM registers

ESG100The Emergency Services Group (ESG) system generates a log thatcontains:

• the directory number (DN) of the originating subscriber

• the common language location identi er (CLLI) of the incoming trunk

• the line equipment number (LEN) and DN of the terminating party

The system generates log ESG100 for intraswitch calls and interswitchcalls over trunks. For intraswitch calls, the log contains the DN of thecalling party. For interswitch calls, the log contains the CLLI of theincoming trunk. The system prints log report ESG100 when the ESGattendant goes off-hook.

Keep a record of the log for help when an outage occurs and contact thenext level of support.

Remedial actionn/a

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AttributesAttribute Value

Severity Warning

FormatESG100 mmmdd hh:mm:ss ssdd INFO EMERGENCY SERVICES

GROUP TRACE

CALLED NUMBER : LEN DN

CALLING NUMBER : LEN DN

Selected field descriptionsField Value Fixed or

VariableDescription

ESG100 constant, up to 7characters

Variable Identifies the log name.

mmmdd 5 alphanumericcharacters

Variable Identifies the month (alphabetical) andday (numeric) that the systemgenerates the log.

hh:mm:ss 8 digits Variable Identifies the time that the systemgenerates the log.

ssdd 4 digits Variable Identifies the sequence number of thelog. The sequence number increaseswhen the system generates a log.

INFO EMERGENCYSERVICES GROUPTRACE

constant Variable Identifies the type of log that thesystem generates.

CALLED NUMBER numeric Variable Identifies the terminating DN.

CALLING NUMBER numeric Variable Identifies the originating DN.

LEN site ff b/m dd cc Variable Identifies the LEN for lines thatconnect to line module (LM) or lineconcentration module (LCM): site -frame location if remote LM or LCM(RLM or RLCM) is present. Otherwise,site = HOST, ff - LM or LCM frame (00to 99) b/m - LM bay or LCM module (0or 1) dd - LM drawer or LCM subgroup(00 to 31) cc - line card (00 to 31) LMand LCM test packs are located at siteff b/m 00 00.

DN 6 to 9 digits Variable This field identifies the DN.

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Active message exampleESG100 DEC12 16:34:17 6900 INFO EMERGENCY SERVICES GROUP

TRACE

CALLED NUMBER : LEN HOST 02 1 00 11 DN 18870001

CALLING NUMBER: LEN HOST 02 0 06 00 DN 18870062

Clear message examplen/a

Associated OM registers

ESG101The Emergency Services Group system generates ESG101 when theEmergency Services Bureau (ESB) attendant rings the calling subscriberagain. Log ESG101 contains the duration of this call, the calling party DNand the called party DN for an interswitch call. The system dials logESG101 when the ESG attendant goes on-hook and the RERINGcompletes the call. For interswitch calls when the calling party DN is notavailable, log ESG101 contains the incoming trunk common languagelocation identi er (CLLI). The system prints the log when the ESB attendantgoes off-hook.

Keep a record of the log for help when an outage occurs and ontact thenext level of support.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatESG101 mmmdd hh:mm:ss ssdd INFO EMERGENCY SERVICES

GROUP RE RING

CALLED NUMBER : LEN DN

CALLING NUMBER : LEN DN

RE RING DURATION : length of call MINUTES

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Selected field descriptionsField Value Fixed or

VariableDescription

ESG101 constant, up to 7characters

Variable This field identifies the log name.

mmmdd 5 alphanumericcharacters

Variable This field identifies the month(alphabetical) and day (numeric) thatthe system generates the log.

hh:mm:ss 8 digits Variable Identifies the time that the systemgenerates the log.

ssdd 4 digits Variable Identifies the sequence number of thelog. The sequence number increaseswhen the system generates a log.

INFO EMERGENCYSERVICES GROUPRERING

constant Variable Identifies the type of log that thesystem generates.

CALLED NUMBER numeric Variable Identifies the terminating callingnumber.

CALLING NUMBER numeric Variable Identifies the originating callingnumber.

LEN site ff b/m dd cc Variable Identifies the LEN for lines thatconnect to line module (LM) or lineconcentration module (LCM): site -frame location if remote LM or LCM(RLM or RLCM) is present. Otherwise,site = HOSTff - LM or LCM frame (00to 99) b/m - LM bay or LCM module (0or 1) dd - LM drawer or LCM subgroup(00 to 31) cc - line card (00 to 31) LMand LCM test packs are located at siteff b/m 00 00.

DN 6 to 9 digits Variable This field identifies the DN.

RERING DURATION numeric Variable This field indicates the duration of theRERING call in minutes.

Active message exampleESG101 DEC12 16:34:35 7000 INFO EMERGENCY SERVICES GROUP RE

RING

CALLED NUMBER : LEN HOST 02 1 00 11 DN 18870001

CALLING NUMBER : LEN HOST 02 0 06 00 DN 18870062

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RE RING DURATION : 1 MINUTES

Clear message examplen/a

Associated OM registers

ESG103The system generates ESG103 for interswitch calls over trunks generatewhen the calling party directory number (DN) is available. The log containsthe calling party DN and called party DN. The system prints this log whenthe Emergency Services Bureau (ESB) attendant goes off-hook.

Keep a record of the log for help when an outage occurs and contact thenext level of support.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatESG103 mmmdd hh:mm:ss ssdd INFO EMERGENCY SERVICE GROUP

TRACE

CALLED NUMBER : LEN DN

CALLING NUMBER : LEN DN

Selected field descriptionsField Value Fixed or

VariableDescription

ESG103 constant, up to 7characters

Variable Identifies the log name.

mmmdd 5 alphanumericcharacters

Variable Identifies the month (alphabetical) andday (numeric) that the systemgenerated the log.

hh:mm:ss 8 digits Variable Identifies the time that the systemgenerated the log.

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Field Value Fixed orVariable

Description

ssdd 4 digits Variable Identifies the sequence number of thelog and increases when the systemgenerates a log.

INFO EMERGENCYSERVICES GROUPTRACE

constant Variable Identifies the type of log that thesystem generated.

CALLED NUMBER numeric Variable Identifies the terminating callingnumber.

CALLING NUMBER numeric Variable Identifies the originating callingnumber.

LEN site ff b/m dd cc Variable Identifies the LEN for lines thatconnect to line module (LM) or lineconcentration module (LCM): site -frame location if remote LM or LCM(RLM or RLCM) is present. Otherwise,site = HOSTff - LM or LCM frame (00to 99) b/m - LM bay or LCM module (0or 1) dd - LM drawer or LCM subgroup(00 to 31) cc - line card (00 to 31) LMand LCM test packs are located at siteff b/m 00 00.

DN 6 to 9 digits Variable Identifies the DN.

Active message exampleESG103 DEC12 16:34:35 7000 INFO EMERGENCY SERVICES GROUP

TRACE

CALLED NUMBER : LEN 02 1 00 11 DN 18870001

CALLING NUMBER: LEN 02 0 06 00 DN 18870062

Clear message examplen/a

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Associated OM registers

ESR100This log is generated when a caller makes a call to an emergency numberand includes the following call party information:

• the calling number

• the date and time of the call

• a special terminating re and police (FPT) trunk identi cation

The administrator can use this log to trace the call number.

Remedial actionThe administrator will use this log for emergency purposes.

AttributesAttribute Value

Severity Warning

FormatESR100 mmmdd hh:mm:ss ssdd INFO

CALL INFO: LEN included for resident caller; no len (DNonly) for

Centrex or INS1500 subscriber

TRUNK_NAME: A unique identification of the FPT trunk member

Selected field descriptionsField Value Fixed or

VariableDescription

Calling Number Numeric Variable The dial number of the originator.DN +LEN for residentDN for Centrex/INS1500CLLI if an error occurs

Trunk Member Alphanumeric Variable An alphanumeric number thatidentifies each outgoing trunkmember. It may indicate "All routesbusy".

Active message exampleESR100 May6 19:29:47 4827 9700 INFO

LEN HOST 01 0 05 02 DN 471690123

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FPT TRUNK: Kashiwa_Fire_1

Clear message examplen/a

Associated OM registers

ESV100Log ESV100 occurs when a caller makes a call to an emergency number.This log includes the following call information:

• the date and time of the call

• the calling number

• the calling party identi cation

• the outgoing trunk identi cation

Operating company personnel can use this log to trace the calling number.

Remedial actionOperating company personnel use this log for emergency purposes.

AttributesAttribute Value

Severity Warning

FormatESV100 mmmdd hh:mm:ss ssdd INFO JAPAN EMERGENCY SERVICE

TRACECALLING PARTY NUMBER : <calling_party_number>

CALLING PARTY : <calling_party>OUTGOING TRUNK :

<CKT_CLLI_nnn>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO JAPANEMERGENCYSERVICE TRACE

Constant Fixed This field indicates that the call is foremergency service.

calling_party_number Numeric Variable This field identities the directorynumber of the originator (up to 23digits).

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Field Value Fixed orVariable

Description

calling_party Alphanumeric Variable This field identifies the calling party aseither a trunk or a line.

CKT_CLLI_nnn Alphanumeric Variable This field identifies the CLLI andoutgoing trunk member.

Active message exampleESV100 APR22 18:53:03 9800 INFO JAPAN EMERGENCY SERVICE

TRACECALLING PARTY NUMBER : 347701235 CALLING PARTY : HOST03 1 00 03 DN 34770020 OUTGOING TRUNK : CKT FPTPLC1 3

Clear message examplen/a

Associated OM registers

ESV110Log ESV110 occurs when a call to an emergency number cannot nd aroute. This log includes the following call information:

• the date and time of the call

• the calling number

• the calling party identi cation

Operating company personnel can use this log to trace the calling number.

Remedial actionOperating company personnel use this log for the following purposes:

• to check that emergency service engineering and provisioning arecorrect. The switch may require additional trunks for emergencyservice.

• to check that the trunks used for emergency service are in service

AttributesAttribute Value

Severity Warning

FormatESV110 mmmdd hh:mm:ss ssdd INFO JAPAN EMERGENCY SERVICE

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TRACECALLING PARTY NUMBER : <calling_party_number>

CALLING PARTY : <calling party>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO JAPANEMERGENCYSERVICE TRACE

Constant Fixed This field indicates that the call is foremergency service.

calling_party_number Numeric Variable This field identifies the directorynumber of originator (up to 23 digits).

calling_party Alphanumeric Variable This field identifies the calling party aseither a trunk or a line.

Active message exampleESV110 APR22 19:01:18 9900 INFO JAPAN EMERGENCY SERVICE ALL

ROUTES BUSYCALLING PARTY NUMBER : 347701235 CALLING PARTY

: HOST 03 1 00 003 DN 0347700020

Clear message examplen/a

Associated OM registers

ESYN100The system generates ESYN100 when the mailbox for the data changecollector cannot receive data changes. The system uses this mailboxduring a third processor assisted dump and restore to collect all thechanges to the DMS switch. After system collects the data change, thesystem sends the information to the third processor. The third processorcopies the information to the tables of the new software release.

Remedial actionData changes made when the system generates ESYN100 are lost. Thesedata changes do not appear on the new software release image aftersoftware delivery. The system does not copy data changes on a thirdprocessor where the new software has data entries. The Northern Telecomapplicator and operating company personnel decide on cancellation of theapplication. You can cancel the application. Do not cancel the application ifthe applicator veri es that the changes lost were not important to theoperating compan y. During dump and restore, preserve all data.

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AttributesAttribute Value

Severity Warning

FormatESYN100 mmmdd hh:mm:ss ssdd INFO COMMUNICATION

SWD DCC MBX NOT OKAY

Selected field descriptionsField Value Fixed or

VariableDescription

INFOCOMMUNICATIONSWD DCC MBX NOTOKAY

Constant Fixed The mailbox for the data changecollector cannot receive data changes

Active message exampleESYN100 OCT17 12:01:12 9200 INFO COMMUNICATION

SWD DCC MBX NOT OKAY

Clear message examplen/a

Associated OM registers

ESYN101The system generates a ESYN101 log when a table change is not storedin the data synchronization buffer. This buffer stores data tuples before thesystem copies the tuples to tables in the new software release image. Thiscondition occurs if the image runs on the third processor during a thirdprocessor assisted dump and restore. A problem with the link to the thirdprocessor and many data changes made without restoring the link causesthis error. The system can store approximately 1000 data changes withoutloss while the link is down.

Remedial actionRestore communication link as soon as possible. Avoid data changes untilrestoration of the communication link occurs. When the link restores,restore the affected tables on the third processor. The restoration makessure that third processor data is in sync with the DMS switch database.

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AttributesAttribute Value

Severity Warning

FormatESYN101 mmmdd hh:mm:ss ssdd INFO TABLE CHANGE LOST

TABLE NAME: table name

Selected field descriptionsField Value Fixed or

VariableDescription

INFO TABLECHANGE LOST

Constant Fixed Indicates deletion of a table changewithout proceeding to the thirdprocessor for enhanced softwaredelivery (ESD).

TABLE NAME Character string Variable Indicates the external table name

Active message exampleESYN101 OCT17 12:05:01 9200 INFO TABLE CHANGE LOST

TABLE NAME: TRKGRP

Clear message examplen/a

Associated OM registers

EXT100The External Alarms (EXT) subsystem generates log report EXT100 whena No Alarm scan point (scannm) changes state. The subsystem onlygenerates an EXT100 if table ALMSC indicates. (Refer to Customer DataSchema.) Scan points can be of ce assigned. Refer to Alarm andPerformance Monitoring Procedures.

Remedial actionScan point determines action. Refer to Index to Maintenance ProcedureDocuments .

AttributesAttribute Value

Severity Warning

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FormatEXT100 mmmdd hh:mm:ss ssdd INFO scannm stattxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO scannm Character Variable string Scan point that changed states.Refer to table ALMSC.

stattxt OFF Variable Scan point changed to off (open) state

stattxt ON Variable Scan point changed to on (closed)state

Active message exampleEXT100 APR01 12:00:00 2112 INFO TSTSCAN ON

Clear message examplen/a

Associated OM registers

EXT101The External Alarms (EXT) subsystem generates log report EXT101 whena minor alarm scan point (scannm) changes state. The subsystem onlygenerates EXT101 if table ALMSC indicates. (Refer to Translations Guide.)These scan points can be of ce assigned. Refer to Alarm and PerformanceMonitoring Procedures.

Remedial actionThe scan point determines the action. Refer to Alarm and PerformanceMonitoring Procedures .

AttributesAttribute Value

Severity • Minor

• Warning

Format*EXT101 mmmdd hh:mm:ss ssdd INFO scannm stattxt

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO scannm Character string Variable Scan point that changed state. Referto customer data table ALMSC.

stattxt OFF Variable Scan point changed to off (open)state.

stattxt ON Variable Scan point changed to on (closed)state.

Active message example*EXT101 APR01 12:00:00 2112 INFO MNSUCFLR ON

Clear message examplen/a

Associated OM registers

EXT103The External Alarms (EXT) subsystem generates log report EXT103 whena Critical-Alarm scan point (scannm) changes state. The subsystem onlygenerates EXT103 if table ALMSC indicates. (Refer to Translations Guide.)These scan points can be of ce assigned.

Remedial actionThe scan point determines the action. Refer to Index to MaintenanceProcedure Documents .

AttributesAttribute Value

Severity • Critical

• Warning

Format***EXT103 mmmdd hh:mm:ss ssdd INFO scannm stattxt

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO scannm Character string Variable Identifies scan point that changedstate. See customer data TableALMSC.

stattxt OFF Variable Indicates scan point changed to off(open) state

ON Variable Indicates scan point changed to on(closed) state

Active message example***EXT103 APR01 12:00:00 2112 INFO DEADSYSM ON

Clear message examplen/a

Associated OM registers

EXT104The External Alarms (EXT) subsystem generates log EXT104 when anexpected change of state on a scan point (scannm) does not occur.

Remedial actionTest the of ce alarm unit or the maintenance trunk module (MTM), orreplace the scan point card for the scan point that fails.

AttributesAttribute Value

Severity Warning

Format*EXT104 mmmdd hh:mm:ss ssdd INFO scannm FAIL

Selected field descriptionsField Value Fixed or

VariableDescription

INFO scannm Character string Variable Identifies the scan point for whichchange does not occur. Refer tocustomer data table ALMSC.

FAIL Constant Fixed Indicates that the expected change ofstate on a scan point did not occur

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Active message example*EXT104 APR01 12:00:00 2112 INFO REMOTEAR FAIL

Clear message examplen/a

Associated OM registers

EXT105The External Alarms (EXT) subsystem generates log report EXT105. Thesubsystem generates the report in format 1 when an alarm occurs on theSCP OAM location on the DVS. This alarm translates into no alarm on theDMS.

The EXT subsystem generates the report in format 2 when a softwarealarm turns on or off in the DMS switch. The EXT105 log report dependson two conditions. The rst is that the condition raised must be N A (a NoAlarm condition) in table SFWALARM. The second condition is that theREPORT eld in table SFW ALARM must be Y (Yes).

In the example for format 2, the user manually turned off the alarmSCC_PM_ALM. The command used to turn off the SCC_PM_ALMsoftware alarm is "SETSC SCC_PM_ALM REL".

The EXT subsystem generates the report in format 3 under two conditions.The rst condition is when a softw are alarm in Table SFWALARM is turnedON or OFF. The second condition is when eld REPORT of the tuple for thesoftware alarm is set to Y. The log depends on the severity of the alarm.The severity of the alarm is set in the eld ALM of the tuple of the softwarealarm. Log report EXT105 indicates a No Alarm condition.

When the PARS feature is present, the subsystem generates the EXTalarm in format 3 only in standalone and host TOPS of ces.

Remedial actionFormat 1 log reports do not require action.

Format 2 log reports indicate the area of the switch where the problemoccurs. To solve the problem, enter the MAP display and proceed to thelevel that applies.

With a PM fault, for example:

• Enter the PM level of the MAP

• Display the PMs as a group to nd which one is f aulty

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• Post the faulty PM

• Issue the command string "QUERYPM FLT."

The MAP displays the cause for the faulty PM.

With a CCS fault, for example;

• Enter the CCS7 level of the MAP display

• Use the DISALM command to display the alarm. The MAP alsodisplays the cause of the alarm.

• Refer to the correct clearing procedure to clear the CCS alarm.

Format 2 log reports for VSN software alarms do not require action at theDMS. Maintenance will be done at the VSN.

If Format 3 log reports are generated, examine logs PARS100 andPARS101 to determine which failed MPC datalinks need to be returned toservice.

AttributesAttribute Value

Severity • Warning

• Minor

• Critical

• Major

FormatEXT105 mmmdd hh:mm:ss ssdd INFO SCP_OAM_loctxt_almtxt

ON COMMAND FROM DVS

EXT105 mmmdd hh:mm:ss ssdd INFO sfwalmtxt acttxt

rsntxt vsnnum

EXT105 mmmdd hh:mm:ss ssdd INFO <alarm><On/Off>

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Selected field descriptionsField Value Fixed or

VariableDescription

SAN Variable Indicates a system sanity alarm.

sfwalmtxt SCC_CC_ALM Variable Indicates one of the followingconditions:

*The DMS switch CPUs are out ofsync.

*A fault is present in program store,data store, one of the links to theCMC.

*A CPU or a link to the CMC is out ofservice.

SCC_CCS_ALM Variable This alarm indicates that there is afault with the following CCS7 elementsin a DMS-SSP or INode office:

*routeset

*linkset

*local subsystem

*remote subsystem

*router

*point code

*link

The log is generated when a CCS7alarm is turned ON or OFF.

SCC_CMC_ALM Variable Indicates that a CMC unit, CMC clock,or network clock is out of service ordefective.

SCC_IO_ALM Variable Indicates that a fault is present in theI/O controller. (The I/O controllerincludes the tape drive, disk drive,DATAPAC, MAP or logging channel,or any other I/O device in the DMSswitch). In addition, this softwarealarm includes faults in external linksor the AMA system.

SCC_NMC_ALM Variable Indicates the Network ModuleController is out of service or isdefective.

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Field Value Fixed orVariable

Description

SCC_CKT_ALM Variable Indicates the number of trunks ofservice circuits in a circuit group thatare out of service reached theautomatic maintenance limit. Thetrunks can be out of service.

SCC_PM_ALM Variable Indicates that a peripheral module isout of service or defective.

VSN_NO_ALM Variable Indicates that the DMS received amaintenance notice message sentfrom the voice service node (VSN).The maintenance notice messagecontains the error code. This codeinforms the DMS of maintenanceconditions or conditions that are notnormal that occur at the VSN.

Each error code in the maintenancenotice message has a software alarm.If REPORT field in table SFWALARMis Y for software alarm, the subsystemgenerates the EXT105 log with theVSN_NO_ALM indication. In addition,the rsntxt field contains anexplanation. The vsnnum fieldidentifies the VSN that sends the errorcode. In table VSNALARM, theoperating company defines theexplanation contained in the rsntxtfield.

VSN_NO_LINKS Variable This software alarm turns on when allof the logical data links to a given VSNare out of service. The subsystemgenerates EXT105 log for thissoftware alarm under two conditions.The REPORT field in tableSFWALARM is Y. The SEVERITYfield in table VSNALARM is NA.

VSN_ONE_LINK Variable This alarm turns on when one datalink to a given VSN remains in a set oftwo or more data links. Thesubsystem generates EXT105 log forthis software alarm under twoconditions. The REPORT field in tableSFWALARM is Y. The SEVERITYfield in table VSNALARM is NA.

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Field Value Fixed orVariable

Description

Alarm TOPS_PARS_LINK Variable The system activates this alarm whena MPC data link for the TOPSARSapplication is taken out of service. Thealarm stops when all data links for theTOPSPARS application that are intable MPCFASTA are in service. (Theoperating company personnel alsocan deactivate this alarm. This actionis not recommended.)

TOPS_PARS_NODE Variable The system activates this alarm whenall MPC data links to any PARS nodeare out of service. The alarm stopswhen one data link is in servicebetween the DMS and each PARSnode. (The alarm also stops whenoperating company personnelmanually stops the alarm. This actionis not recommended.)

TOPS_PARS_APPL Variable The system activates this alarm whenall MPC data links for the TOPSPARSapplication are out of service. Thealarm stops when one datalink is inservice for the TOPSPARSapplication. (The alarm also stopswhen operating company personnelmanually stops the alarm. This actionis not recommended.)

On/Off ON Variable Indicates the system activated thealarm.

OFF Variable Indicates the alarm was deactivated.

acttxt ON Variable Indicates the system turned on thesoftware alarm.

OFF Variable Indicates the system turned off thesoftware alarm.

rsntxt BY MANUAL ACTION Variable Indicates that the user turned thesoftware alarm on or off manually. Thecommand string "SETSC < softwarealarm > OP" causes the system toturn on a software alarm. If youreplace the string "OP" with

"REL" the software alarm turns off.

CC_LVL_ALM_TO_SCSS

Variable Indicates that a CC software alarmoccurred in the DMS switch.

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Field Value Fixed orVariable

Description

CCS_LVL_ALM_TO_SCCS

Variable This value Indicates that a CCS7software alarm occurred in the DMS-SSP or INode office.

CKT_LVL_ALM_TO_SCSS

Variable Indicates that a circuit limit softwarealarm occurred in the DMS switch.

CMC_LVL_ALM_TO_SCSS

Variable Indicates that a CMC alarm occurredin the DMS switch.

IO_LVL_ALM_TO_SCSS

Variable Indicates that an I/O alarm occurred inthe DMS switch.

NMC_LVL_ALM_TO_SCSS

Variable Indicates an NMC alarm occurred inthe DMS switch.

PM_LVL_ALM_TO_SCSS

Variable Indicates that a PM alarm occurred inthe DMS switch.

0 - 99 Variable Identifies the VSN that sent themaintenance notice message.

INFO SCP_OAM Constant Fixed Indicates an information report aboutservice control point (SCP) operation,administration, and maintenance(OAM).

loctxt LOC Variable Indicates the alarm is present on thelocal SCP OAM.

REM Variable Indicates the alarm is present on theremote SCP OAM.

almtxt MIN Variable Indicates a minor alarm.

CRIT Variable Indicates a critical alarm.

MAJ Variable Indicates a major alarm.

X25 Variable Indicates the the X.25 link is down onthe SCP OAM.

Active message exampleEXT105 APR01 12:00:00 2112 INFO SCP_OAM_LOC_MIN

ON COMMAND FROM DVS

EXT105 APR01 12:00:00 2112 INFO SCC_PM_ALM OFF

BY MANUAL ACTION

EXT105 JAN01 15:08:43 231 INFO TOPS_PARS_LINK ON

EXT105 AUG01 15:30:43 231 INFO SCC_CCS_ALM ON

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CCS_LVL_ALM_TO_SCCS

Clear message examplen/a

Associated OM registers

EXT106The External Alarms (EXT) subsystem generates the EXT106 log whenone of the following is turned on or off:

• VSN_MN_ALM.

• VSN_NO_LINKS.

• VSN_ONE_LINK.

• SCC_CCS_ALM.

• DASM software alarm.

• TOPS_QMS_MINOR on the MIS IP interface

The reason text (rsntxt) eld of the report pro vides an explanation. Theexplanation indicates the condition. The voice service node number(vsnnum) eld identi es the voice service node (VSN). The operatingcompany de nes in table VSNALARM the text output in the rsntxt eld.

The subsystem generates EXT106 log under the following conditions:

• if the REPORT eld associated with the VSN_MN_ALARM alarm inTable SFWALARM is set to Y (Yes)

• if the ALM eld associated with the SCC_CCS_ALM in tableSFWALARM is data lied as a minor alarm condition (MN)

• if the REPORT eld associated with the SCC_CCS_ALM in tableSFWALARM is set to Y (Yes)

The subsystem generates log EXT106 in one of the following threeformats.

The subsystem generates log format 1 when a command from the datavoice system (DVS) turns an alarm on or off.

The subsystem generates log format 2 when the DMS receives amaintenance notice message from the VSN. The maintenance noticemessage contains the error code. The error code informs the DMS ofconditions that are not normal or maintenance conditions that occur at theVSN.

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The subsystem generates log format 3 (examples 3, 4c, 4d, and 5)whenever a software alarm de ned in table SFW ALARM is turned ON orOFF. The second condition is when the eld REPORT of the tuple for thesoftware alarm is set to Y. The log depends on the severity of the alarm.The severity is set in the eld ALM of the tuple for the softw are alarm. Logreport EXT106 indicates a minor alarm.

When the PARS feature is present, the subsystem only generates TheEXT alarm in Example 3 in standalone and host TOPS of ces.

Example 4a also uses log format 3. Example 4a shows an additional eld<Text> to indicate the condition of the TOPSVR1 or TOPSVR2 links.

As of NA006, the "Text" eld shows the condition of the links for eachTOPSVR database instance; (TOPSVR1 [0-15], TOPSVR2 [0-15]). Thischange allows the support of multiple database access. Refer to example4b.

For information about multiple database access, refer to the "Multiple DASystem I" section of the Operator Service Directory Services (OSDA)section of the North American DMS-100 Translation Guide, 297-XXXX-350.

The subsystem generates Example 5 when a call has a complete CT4Q renement. The call must ha ve re nement with a CT4Q that is not in T ableTQMSFCQA or TQCQINFO. This feature provides two software alarms:TQMSFCQ_ALM and TQCQINFO_ALM. These alarms are both minoralarms.

In NA006, alarm information for the operator centralization data link(OCDL) of the Enhanced Traf c Operator Position System (TOPS)message switch (ETMS) no longer occurs in this log. Log PM128 has thecurrent ETMS OCDL alarm information.

Format 4 (refer to Example 6) generates an EXT106 log with a text reasonof SP_MINOR. The SP_MINOR is the reason when the DMS receives aminor alarm request from a session pool.

Format 5 (refer to Example 7) generates an EXT106 log with a text reasonof SN_MINOR. The SN_MINOR is the reason when the DMS receives amajor alarm request from a service node.

Format 6 (example 8) generates a text reason of TQMS_MIS_IP_CONNwhen a TOPS_QMS_MINOR alarm goes on or off on the MIS IP interface.Refer to the TOPS IP User''s Guide.

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Remedial actionIf the alarm activates, monitor the DVS by the SAS administration logsservice to determine what caused the alarm. Take action to correct theproblem.

There is no action required if the alarm is turned off.

Format 2 log reports for VSN software alarms do not require action at theDMS. Maintenance will be done at the VSN.

If the system generates log format 3 (example 3) reports, examine logsPARS100 and PARS101. You must determine which failed MPC data linksrequire return to service.

If the system generates log format 3 (example 4c), enter the CCS7 MAPlevel and use the DISALM command to display the alarm. The MAPdisplays the cause of the CCS alarm. Refer to the correct CCS alarmclearing procedure to clear the alarm.

If the system generates log format 3 (example 5) report, check the entriesin Table TQMSFCQA or Table TQCQINFO. Make sure that the entriesinclude representation of all potential nal CT4Qs from T able CT4Qs fromTable CT4QNAMS.

If the system generates a log format 6 (example 8) report, reasonTQMS_MIS_IP_CONN, check the value of parameterQMS_MIS_MINOR_ALARM_THRESH in table TQMISOPT. Check thestate of the TCP/IP connection.

AttributesAttribute Value

Severity • Minor

• Warning

• Major

FormatEXT106 mmmdd hh:mm:ss ssdd INFO etxt_almtxt_statxt

ON COMMAND FROM DVS

EXT106 mmmdd hh:mm:ss ssdd INFO sfwalarm almstate rsntxtvsnnum

EXT106 mmmdd hh:mm:ss ssdd INFO <Alarm><On/Off><Text>

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EXT106 mmmdd hh:mm:ss nnnn INFO SP_MINOR <ON/OFF>

<SP number>

EXT106 mmmdd hh:mm:ss nnnn INFO SN_MINOR <ON/OFF>

<SN identifier>

EXT106 mmmdd hh:mm:ss ssdd INFO TQMS_MIS_MINOR <ON/OFF>

<info>

Selected field descriptionsField Value Fixed or

VariableDescription

TOPS_PARS_NODE Variable The system activates this alarm whenall MPC data links to any PARS nodeare taken out of service. The alarmstops when one data link is in servicebetween the DMS and each PARSnode. (The operating companypersonnel also can deactivate thisalarm. This action is notrecommended.)

TOPS_PARS_APPL Variable The system activates this alarm whenall MPC data links for the TOPSPARSapplication are taken out of service.The alarm stops when one data link isin service for the TOPSPARSapplication. (The operating companypersonnel can deactivate this alarm.This action is not recommended.)

VR1_MINOR Variable Indicates that a minor alarm occurredon a TOPSVR1 link.

VR2_MINOR Variable Indicates that a minor alarm occurredon a TOPSVR2 link.

Alarm (Format 6) TQMS_MIS_MINOR Variable This software alarm turns on whenthere are onlyQMS_MIS_MINOR_ALARM_THRESH (table TQMISOPT) connections upto the MIS vendor. The alarm turns offwhen the number of MIS IPconnections increases above thisthreshold.

On/Off (Format 3) ON Variable Indicates an activated alarm.

OFF Variable Indicates a deactivated alarm.

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Field Value Fixed orVariable

Description

< Text > (Format 3) CCS_LVL_ALM_TO_SCCS

Variable Indicates that a CCS7 alarm isgenerated in a DMS-SSP or INodeoffice.

DA TOPSVR1 LINKTRBL

Variable Example 4a only. Identifies theTOPSVR links and indicates the stateof the links.

DA TOPSVR1 LINKSOK

Variable

DA TOPSVR2 LINKTRBL

Variable

DA TOPSVR2 LINKSOK

Variable

< Text > (Format 3) DA TOPSVR1 (0-15)LINK TRBL

Variable Example 4b only. As of NA006, thisfield indicates the state of the links foreach TOPSVR database instance.

DA TOPSVR1 (0-15)LINKS OK

Variable

DA TOPSVR2 (0-15)LINK TRBL

Variable

DA TOPSVR2 (0-15)LINKS OK

Variable

TQMS_MIS_IP_CONN

Variable An alarm has gone on or off on theMIS IP interface.

< SN identifier > SNID: (OSN, OSNM,OSN) (0 to 255)

Variable Identifies the service node that madethe major alarm request.

< SP number > SPID: (0-4094) Variable Identifies the session pool that madethe major alarm request.

etxt (Format 1) DVS_SIDE2 Variable Indicates that the alarm is present onside 2 of the dynamic networkcontroller (DNC) 1000.

DVS Variable Indicates that the alarm is present onthe DVS.

SCP_OAM Variable Indicates that the alarm is present onthe service control point operation,administration, and maintenance.

almtxt (Format 1) MIN Variable Indicates a minor alarm.

statxt (Format 1) MAJ Variable Indicates an major alarm.

ON or OFF Variable Indicates if the alarm is on or off.

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Field Value Fixed orVariable

Description

sfwalarm (Format 2) VSN_MN_ALM Variable Identifies the software alarm for theerror code in the maintenance noticemessage the VSN sends. Thesoftware alarm is a minor alarm and isan entry in tables SFWALARM andVSNALARM.

VSN_NO_LINKS Variable This software alarm turns on when allof the logical data links to a VSN areout of service. The subsystemgenerates the EXT105 log for thissoftware alarm if the report field intable SFWALARM is Y. TheSEVERITY field in table VSNALARMmust be MN.

VSN_ONE_LINK Variable This software alarm turns on whenone data link to a VSN remains in aset of two or more data links. Thesubsystem generates EXT105 log forthis software alarm if the REPORTfield in table SFWALARM is Y. TheSEVERITY field in table VSNALARMmust be MN.

DASM Variable This software alarm turns on whenone of the two data links between theDMS and the Directory Assistancedatabase is lost. The software alarmalso turns on when one of the datalinks was down and is restored.

almstate (Format 2) ON or OFF Variable Indicates if the alarm is on or off.

rsntxt (Format 2) 0000-FFFF Variable Provides an explanation for text aboutthe alarm condition at the VSN. Thetext is a data entry in tableVSNALARM against each possibleerror code that the VSN sends.

vsnnum (Format 2) 0-99 Variable Identifies the VSN that sent themaintenance notice message.

Alarm (Format 3) SCC_CCS_ALM Variable This alarm indicates that there is afault with the following CCS7 elementsin a DMS-SSP or INode office:

*routeset

*linkset

*local subsystem

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Field Value Fixed orVariable

Description

*remote subsystem

*router

*point code

*link

The log is generated when a CCS7alarm is turned ON or OFF.

Alarm (Format 3) TOPS_PARS_LINK Variable The system activates this alarmactivates when a multiprotocolcontroller (MPC) data link for theTOPSPARS application is taken out ofservice. The alarm stops when all datalinks for the TOPSPARS applicationthat are data entries in tableMPCFASTA are in service. (Theoperating company personnel alsocan deactivate this alarm. This actionis not recommended.)

Active message exampleEXT106 APR01 12:00:00 2112 INFO DVS_SIDE2_MIN OFF

ON COMMAND FROM DVS

EXT106 APR22 14:24:58 425 INFO VSN_MN_ALM ON

CNTRLNK_INTERFACE 1

EXT106 JAN01 15:08:43 231 INFO TOPS_PARS_LINK OFF

EXT106 FEB12 03:34:44 298 INFO VR1_MINOR ON DA TOPSVR1 LINK

TRBL

EXT106 FEB12 03:34:44 298 INFO VR1_MINOR ON DA TOPSVR1 0

LINK TRBL

EXT106 JUL11 14:09:07 2121 INFO SCC_CCS_ALM ON

CCS_LVL_ALM_TO_SCCS

EXT106 APR22 14:24:58 425 INFO TQMSFCQA_ALM ON

DA_411_SPANISH

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EXT106 JUL30 16:15:07 0000 INFO SP_MINOR ON

SPID: 42

EXT106 JUL30 16:15:07 0000 INFO SN_MINOR ON

SNID: OSNM 6

EXT106 NOV10 20:15:39 2500 INFO TQMS_MIS_MINOR OFF

TQMS_MIS_IP_CONN

EXT106 NOV10 20:15:39 2500 INFO TQMS_MIS_MINOR ON

TQMS_MIS_IP_CONN

Clear message examplen/a

Associated OM registers

EXT107The External Alarms (EXT) subsystem generates Format 1 of this reportwhen an alarm exists on the DVS, Dynamic Network Controller (DNC100),or service control point (SCP) operation administration and maintenance(OAM).

Format 2 log report is generated when a maintenance notice message sentby the voice service node (VSN) is received by the DMS. The maintenancenotice message contains the error code informing the DMS of anyabnormal or maintenance conditions occurring at the VSN. The EXT107log is generated when the VSN_MAJ_ALM, the VSN_NO_LINKS, or theVSN_ONE_LINK software alarm is turned on or off. Explanatory text isprovided in the reason text (rsntxt) eld of the report indicating the particularcondition occurring and the voice service node number (vsnnum) eld identies the particular VSN. The text output in the rsntxt eld is de ned by theoperating company in Table VSNALARM.

In addition, the EXT107 log is generated only if the report eld in TableSFWALARM is set to Y (Yes) for the VSN_MAJ_ALARM alarm. Refer tothe data schema section of the Translations Guide for details of tableVSNALARM and table SFWALARM.

The EXT subsystem generates the report in Format 3 whenever a softwarealarm de ned in T able SFWALARM is turned ON or OFF, and theREPORT eld, of the tuple associated with the software alarm, is set to Y

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(yes). The log is based on the severity of the alarm, which is set in the eldALM of the tuple associated with the software alarm. EXT107 indicates amajor alarm.

The EXT alarm in Format 3 is generated in standalone and host TOPS ofces when the PARS feature is present or in DMS-SSP or INode of ces.

Format 3 is also used in Example 3b, where an additional eld <Text> isused to indicate the condition of the TOPSVR1 or TOPSVR2 links.

As of NA006, the "Text" eld is changed to display the condition of the linksassociated with each TOPSVR database instance (TOPSVR1 [0-15],TOPSVR2 [0-15]). This change allows the support of multiple databaseaccess. Reference example 3c.

For additional information about multiple database access, please refer tothe "Multiple DA System I" section of the Operator Service DirectoryServices (OSDA)" section of the North American DMS-100 TranslationGuide, 297-8001-350.

Format 4 (Example 4 or 5) is generated each time the TQMS_MIS_MINORalarm goes up or down.

Format 5 (Example 6 and 7) is generated each time theTQMS_MIS_MAJOR alarm goes up or down. The alarm itself is turned onwhen the number of TOPS QMS links up to the MIS vendor drops to theQMS_MIS_MINOR_ALARM_THRESH, orQMS_MIS_MAJOR_ALARM_THRESH (See customer data TableTQMISOPT). The alarm is turned off when the number of links upincreases above the threshold. The alarm may also be generated whenTable TQMISOPT changes.

Format 6 (see Example 8) generates an EXT107 log with a text reason ofSN_MAJOR. SN_MAJOR is the reason when the DMS receives a majoralarm request from a service node.

Format 7 (see Example 9) generates an EXT107 log with a text reason ofSP_MAJOR. SP_MAJOR is the reason when the DMS receives a majoralarm request from a session pool.

Format 8 (example 10) generates an EXT107 log with a text reason ofpoolid_MAJ statxt. (Specify the threshold by theCRS_ALARM_MAJOR_THRESHOLD of ce parameter.) This log indicatesthat call recording stream (CRS) memory pool use exceeds the speci edthreshold. Billing recording resources are low. If a CRS outage has notoccurred, the memory pool for the speci ed CRS pool is too lo w.

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Format 9 (Example 11) is generated when a TOPS_QMS_MAJOR alarmgoes on or off in the MIS IP interface. Refer to the TOPS IP User''s Guide.

Report format 8 logs to Nortel personnel. Nortel personnel need toexamine memory provisioning guidelines for the current release.

Remedial actionIf the alarm has been turned on, monitor the DVS by the SASadministration logs service to nd out why the alarm has been raised. T akeappropriate corrective action.

If the alarm has been turned off, no action is required.

Format 2 log reports for VSN software alarms require no action at theDMS. maintenance will be done at the VSN.

If Format 3 log reports are generated, examine logs PARS100 andPARS101 to determine which failed MPC data links need to be returned toservice.

If Format 3 (Example 3d) log reports are generated, enter the CCS7 MAPlevel and use the DISALM command to display the alarm. The cause of theCCS alarm is displayed on the MAP. Refer to the appropriate CCS alarmclearing procedure to clear the alarm.

If Format 4 log reports are generated, check customer data tableTQMISOPT for on/off state and consult next level of maintenance.

If a Format 8 log occurs, the following actions clear the alarm:

• increase the allocated store for the CRS pool associated with the log

• reprovision the threshold level

If the pool level drops on its own, the alarm extinguishes withoutintervention. However, do not depend on system action alone. This alarmmust be investigated.

The reason message text identi es whether the alarm is turned of f to raiseor lower the alarm status of the pool. The reason text replaces theprovisioned threshold level in the message line. The text message ALARMLEVEL RAISED indicates an escalated status. The escalated statustypically is CRITICAL although FAILURE status is possible for rarecircumstances. The text message ALARM LEVEL LOWERED indicates alowered status of OFF. A message illustration follows.

Format 8 alarm generates:

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EXT107 SEP03 11:45 1122 INFO CRSPRUPOOL1_MAJ ONPRUPOOL170%

Format 8 autoprovisioned pool alarm generates:

EXT107 SEP03 11:45 1122 INFO CRSPRUPOOL1_MAJ ONPRUPOOL170% AUTO

Format 8 alarm clears:

EXT107 SEP03 11:45 1122 INFO CRSPRUPOOL1_MAJ OFFALARMLEVEL LOWERED

If the system generates log format 9 (example 11) report, reasonTQMS_MIS IP CONN, check the value of parameterQMS_MIS_MAJOR_ALARM_THRESH in table TQMISOPT. Check thestate of the TCP/IP connection

AttributesAttribute Value

Severity • Major

• Minor

• Warning

• Critical

FormatEXT107 mmmdd hh:mm:ss ssdd INFO etxt_loctxt_almtxt statxt

ON COMMAND FROM DVS

EXT107 mmmdd hh:mm:ss ssdd INFO sfwalarm almstate rsntxtvsnnum

EXT107 mmmdd hh:mm:ss ssdd INFO <Alarm><On/Off><text>

EXT107 mmmdd hh:mm:ss ssdd RBSY TQMS_MIS_MINOR <on/off>

TQMS_MIS MPC LINKS

EXT107 mmmdd hh:mm:ss ssdd RBSY TQMS_MIS_MAJOR <on/off>

TQMS_MIS MPC LINKS

EXT107 mmmdd hh:mm:ss nnnn INFO SN_MAJOR <ON/OFF>

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<SN identifier>

EXT107 mmmdd hh:mm:ss nnnn INFO SP_MAJOR <ON/OFF>

<SP number>

EXT107 mmmdd hh:mm:ss ssdd INFO poolid_MAJ statxt

EXT107 mmmdd hh:mm:ss ssdd INFO TQMS_MIS_MAJOR <ON/OFF>

<info>

Selected field descriptionsField Value Fixed or

VariableDescription

vsnnum 0-99 Variable Identifies the VSN that sent themaintenance notice message.

< SN identifier > SNID: (OSAC, OSN,OSNM) (0-255)

Variable The service node that made the majoralarm request

< SP number > SPID: (0-4094) Variable The session pool that made the majoralarm request

etxt DVS Variable Indicates the alarm exists on the DVS.

SCP_OAM Variable Indicates the alarm exists on theservice control point operation,administration, and maintenance.

DVS_SIDE2 Variable Indicates that the alarm exists on side2 of the DNC 1000.

almtxt MIN Variable Indicates a minor alarm exists.

MAJ Variable Indicates a major alarm exists.

statxt ON or OFF Variable Indicates whether the alarm has beenturned on or off.

sfwalarm VSN_MAJ_ALM Variable Identifies the software alarmassociated with the error code in themaintenance notice message sent bythe VSN. The software alarm is amajor alarm and is datafilled in tablesSFWALARM and VSNALARM.

VSN_NOJ_INKS Variable This software alarm is turned on whenall of the logical data links to aparticular VSN are out of service. TheEXT105 log is generated for thissoftware alarm if the REPORT field in

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Field Value Fixed orVariable

Description

table SFWALARM is set to Y and theSEVERITY field in table VSNALARMis set to MJ.

VSN_ONE_LINK Variable This software alarm is turned on whenonly one data link to a particular VSNremains in a set of two or more datalinks. The EXT105 log is generated forthis software alarm if the REPORTfield in table SFWALARM is set to Yand the SEVERITY field in tableVSNALARM is set to MJ.

Alarm SCC_CCS_ALM Variable This alarm indicates that there is afault with the following CCS7 elementsin a DMS-SSP or INode office:

*routeset

*linkset

*local subsystem

*remote subsystem

*router

*point code

*link

The log is generated when a CCS7alarm is turned ON or OFF.

TOPS_PARS_LINK Variable This alarm is activated when anymultiprotocol controller (MPC) datalink for the TOPSPARS application istaken out of service. It is deactivatedwhen all data links for the TOPSPARSapplication that are datafilled in tableMPCFASTA are in service (or whendeactivated by the craftsperson, whichis not recommended).

TOPS_PARS_NODE Variable This alarm is activated when all MPCdata links to any PARS node aretaken out of service. It is deactivatedwhen at least one data link is inservice between the DMS and eachPARS node (or when deactivatedmanually by the craftsperson, which isnot recommended).

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Field Value Fixed orVariable

Description

TOPS_PARS_APPL Variable This alarm is activated when all MPCdata links for the TOPSPARSapplication are taken out of service. Itis deactivated when at least one datalink is in service for the TOPSPARSapplication (or when deactivatedmanually by the craftsperson, which isnot recommended).

CLFALARM Variable This alarm is activated when the useractivates Malicious Call Trace. It isdeactivated when the call is cleared.

VR1_MAJOR Variable Indicates that a major alarm hasoccurred on a TOPSVR1 link.

VR2_MAJOR Variable Indicates that a major alarm hasoccurred on a TOPSVR2 link.

TQMS_MIS_MAJOR Variable This software alarm turns on whenthere are onlyQMS_MIS_MAJOR_ALARM_THRESH (table TQMISOPT) connections upto the MIS vendor. The alarm turns offwhen the number of MIS IPconnections increases above thisthreshold.

On/Off ON Variable Indicates the alarm was activated.

OFF Variable Indicates the alarm was deactivated.

almstate ON or OFF Variable Indicates whether the alarm has beenturned on or off.

< text > CCS_LVL_ALM_TO_SCCS

Variable Indicates that a CCS7 alarm has beengenerated in the DMS-SSP or INodeoffice.

DA TOPSVR1 LINKTRBL

Variable Format 3 (Example 4b only). Identifiesthe TOPSVR links and indicates theirstate.

DA TOPSVR1 LINKSOK

Variable

DA TOPSVR2 LINKTRBL

Variable

DA TOPSVR2 LINKSOK

Variable

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Field Value Fixed orVariable

Description

< text > DA TOPSVR1 (0-15)LINK TRBL

Variable Format 3 (Example 3c only). As ofNA006, this field is used to indicatethe state of the links associated witheach TOPSVR database instance.

DA TOPSVR1 (0-15)LINKS OK

Variable

DA TOPSVR2 (0-15)LINK TRBL

Variable

DA TOPSVR2 (0-15)LINKS OK

Variable

TQMS_MIS_IP_CONN

Variable An alarm has gone on or off on theMIS IP interface.

poolid CRSPRUPOOL1,CRSPRUPOOL2,CRSPRUPOOL3,CRSSUBRUPOOL1,CRSSUBRUPOOL2,CRSSUBRUPOOL3,CRSSUBRUPOOL4,CRSSUBRUPOOL5

Variable Format 8 (example 10a) specifies theRU pools used for billing. Format 8[example 10b) AUTO indicates thepool is managed by autoprovisioning.If AUTO is not displayed the pool ismanually provisioned.

rsntxt 0000-FFFF Variable Provides explanatory text regardingthe alarm condition at the VSN. Thetext is datafilled in table VSNALARMagainst each possible error code thatcould be sent by the VSN.

Active message exampleEXT107 MAY31 08:22:56 2112 INFO DVS_SIDE1_MAJ OFF

ON COMMAND FROM DVS

EXT107 APR22 14:24:58 425 INFO VSN_MAJ_ALM ON CNTRLNK_INTE

R FACE 1

EXT107 JAN01 15:08:43 231 INFO TOPS_PARS_NODE ON

EXT107 JAN01 15:08:43 231 INFO VR1_MAJOR ON DA TOPSVR1 LINK

TRBL

EXT107 JAN01 15:08:43 231 INFO VR1_MAJOR ON DA TOPSVR1 0

LINK TRBL

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EXT107 JUL12 14:09:07 2121 INFO SCC_CCS_ALM ON

CCS_LVL_ALM_TO_SCCS

EXT106 NOV10 20:15:39 2500 INFO TQMS_MIS_MAJOR ON

TQMS_MIS IP CONN

EXT106 NOV10 20:15:39 2500 INFO TQMS_MIS_MAJOR OFF

TQMS_MIS IP CONN

EXT107 NOV27 11:14:24 9500 RBSY TQMS_MIS_MINOR OFF

TQMS_MIS MPC LINKS

EXT107 NOV27 11:14:22 8700 RBSY TQMS_MIS_MINOR ON

TQMS_MIS MPC LINKS

EXT107 NOV27 11:14:24 9600 RBSY TQMS_MIS_MAJOR OFF

TQMS_MIS MPC LINKS

EXT107 NOV27 11:14:22 8800 RBSY TQMS_MIS_MAJOR ON

TQMS_MIS MPC LINKS

EXT107 JUL30 16:15:07 0000 INFO SN_MAJOR ON

SNID: OSNM 6

EXT107 JUL30 16:15:07 0000 INFO SP_MAJOR ON

SPID: 27

EXT107 SEP03 11:45:12 1122 INFO CRSPRUPOOL1_MAJ ON

PRUPOOL1 70%

EXT107 SEP03 11:45:12 1122 INFO CRSPRUPOOL1_MAJ ON

PRUPOOL1 70% AUTO

EXT107 NOV10 20:15:39 2500 INFO TQMS_MIS_MAJOR OFF

TQMS_MIS_IP_CONN

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EXT107 NOV10 20:15:39 2500 INFO TQMS_MIS_MAJOR ON

TQMS_MIS_IP_CONN

Clear message examplen/a

Associated OM registers

EXT109The External Alarms (EXT) subsystem generates this report. Thesubsystem generates this report generates when an alarm scan pointdetects switch battery voltage that crosses a set threshold voltage.

Remedial actionIf the subsystem generates a low voltage log, examine the battery todetermine the cause for voltage drop. Contact the next level of support.

If the "contxt" eld of the log contains "was low", there is no action required.This log indicates voltage returned to normal.

AttributesAttribute Value

Severity Warning

FormatEXT109 mmmdd hh:mm:ss ssdd INFO reptype almtxt

PWR lev levtxt since yyyy/mm/dd hh:mm:ss

Selected field descriptionsField Value Fixed or

VariableDescription

LVDT7 Variable Indicates a report of switch batteryvoltage that crosses a set thresholdvoltage for the first time after an officereload.

altext ON Variable Indicates the low voltage alarm is on.

RMDR Variable Indicates the low voltage alarm is on.The subsystem generates this"reminder" log every 15 min while alow voltage condition is present.

OFF Variable Indicates the low voltage alarm is off.Voltage level is normal.

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Field Value Fixed orVariable

Description

PWR was OK Variable Indicates the voltage level was abovethe set threshold voltage since thedate and time given.

is low Variable Indicates the voltage level was belowa set threshold voltage since the dateand time given.

was low Variable Indicates the voltage level was belowthe set threshold voltage since thedate and time given.

yyyy/mm/ddhh:mm:ss

Integers Variable Provides the date and time since thelast threshold voltage crossover.

OFFICE RELOAD Variable Indicates the last threshold voltagecrossover occurred before the latestoffice reload.

INFO LVDMSPWR Variable Indicates a report of switch batteryvoltage that crosses a set thresholdvoltage.

Active message exampleEXT109 MAR10 20:10:40 3456 INFO LVDMSPWR ON

PWR lev was OK since 1987/03/01 10:20:30

Clear message examplen/a

Associated OM registers

EXT110The External Alarm (EXT) subsystem generates this alarm after a DMSsystem audit. The subsystem generates this log when the audit nds thealarm count does not match the number of alarms. The alarm count is for aspeci ed alarm type: Critical, Major, Minor, and No Alarm. These alarmsoccur in the DMS switch. The subsystem normally generates this log reportwhen operators set/reset Scan or Signal Distribution points. Operators set/reset these points at the EXT level of the MAP display.

Remedial actionn/a

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AttributesAttribute Value

Severity • Critical

• Major

• Minor

• Warning

FormatEXT110 mmmdd hh:mm:ss ssdd INFO ALARM_LEVEL ALARM

COUNTS

RECALCULATED

Selected field descriptionsField Value Fixed or

VariableDescription

ALARM LEVEL OAU_NO_ALARM,OAU_CRITICAL,OAO_MAJOR,OAU_FSP, orOAU_MINOR

Variable Resets the count for the ALARMLEVEL indicated in

Active message exampleEXT110 JAN02 13:37:39 2180 INFO OAU_CRITICAL ALARM COUNTS

RECALCULATED

Clear message examplen/a

Associated OM registers

EXT300The External Alarms (EXT) subsystem generates the EXT102 log reportwhen a Major Alarm scan point (scanm) changes state. The related scanpoint can be de ned in table ALMSC. When the alarm status occurs,EXT102 has status text as "ON", to indicate Alarm on. Otherwise EXT102has status text as "OFF".

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The SN Problem Manager generates the EXT300 log when the subsystemdoes not generate a fan "alarm off" log within 20 s. The fan "alarm off" logis EXT102 with status text OFF. If the fan "alarm off" DMS log arrives in 20s, the subsystem does not generate the log. The only EXT logs theProblem Manager counts are fan alarms.

Remedial actionFuse failures, power inverter failures, or air o w problems caused by dirtyair lters can produce trouble logs. This problem lights the FRAME FAILLAMP on the frame supervisory panel (FSP). This problem can light theFAN FAIL lamp on the FSP. If the FAN FAIL lamp lights on the FSP, theprobable causes are:

• clogged lter

• the switch on the inverter (if the cooling unit is ac)

• blown inverter fuse on PDC frame

• defective fan motor

• defective sail switch

• loose or broken wiring

To silence the FAN FAIL alarm, determine if the cooling unit is in a networkframe. If the unit is not in a network frame set the FAN ALM OVERRIDEswitch on the right on the FSP. Remove the air intake grill and lterassembly from the front of the cooling unit. If the FAN FAIL lamp turns off,a clogged lter causes the f ault. Clean or replace the lter.

If the cooling unit is in a network frame, the procedure to clean the lter isthe same. To replace the fan, refer to Trouble Locating and ClearingProcedures .

If the FAN FAIL lamp does not go off, inspect the fans in the cooling unitand locate the defective fan. Examine the connection. To replace the fanrefer to Trouble Locating and Clearing Procedures .

AttributesAttribute Value

Severity Major

Format** EXT300 mmmdd hh:mm:ss ssdd TBL External Alarm Indication

Location: <scnnm>

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Problem id: <probid>

Status: <stattxt>

Trouble: <tbltext>

Action: <acttext>

Initial event: <inittext>

Initial event time: <initime>

Duration: <eventime>

Pending event: <pendtext>

Selected field descriptionsField Value Fixed or

VariableDescription

TBL External Alarm Constant Fixed Indicates External Alarm Trouble.

scnnm Symbolic text Variable Identifies the scan point that changedstate. Table ALMSC provides the listof the scan points.

probid nnnnnn Variable Provides the problem number. Thisnumber associates logs related to thesame problem. The Problem Vieweralso shows the number.

stattxt Alarm raised Variable Explains why the subsystemgenerates this log report.

tbltxt Awaiting alarm clear Variable Explains the potential troublecondition.

acttxt Check alarm source Variable Describes the action required.

inittext < scnnm > alarmindicated

Variable Lists the initial problem that generatesthis log report.

initime hh:mm:ss Variable Provides the time of initial event,

eventime nnnn sec Variable Provides the duration of the event.

pendtext < scnnm > alarmcleared

Variable Provides the pending event that canclear this problem.

Active message example** EXT300 MAY07 13:50:00 5200 TBL External Alarm

Indication

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Location: CRSC_FSPAISB_MJ

Problem id: 5981

Status: Alarm raised

Trouble: Awaiting alarm clear

Action: Check alarm source

Initial event: CRSC_FSPAISB_MJ alarm indicated

Initial event time: 13:40:00

Duration: 20 sec

Pending event: CRSC_FSPAISB_MJ alarm cleared

Clear message examplen/a

Associated OM registers

EXT301The External Alarms (EXT) subsystem generates the EXT102 log reportwhen a Major Alarm scan point (scanm) changes state. You can de ne arelated scan point in table ALMSC. When the alarm status occurs EXT102lists status text as "ON", to indicate Alarm on. Otherwise, EXT102 hasstatus text as "OFF".

The SN Problem Manager in SN OPC generates the EXT301 log when thesystem receives a fan "alarm off" log after 20 s. The only EXT logs theProblem Manager counts are fan alarms.

Remedial actionn/a

AttributesAttribute Value

Severity Major

FormatEXT301 mmmdd hh:mm:ss ssdd TBL External Alarm Indication

Location: <scnnm>

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Problem id: <probid>

Status: <stattxt>

Trouble: <trbtxt>

Action: <acttext>

Initial event: <inittext>

Initial event time: <initime>

Final event: <fnltxt>

Final event time: <fnltime>

Selected field descriptionsField Value Fixed or

VariableDescription

TBL External AlarmIndication

Constant Fixed Indicates Major Alarm

scnnm Symbolic text Variable Identifies the scan point that changedstate. Table ALMSC gives the list ofthe scan points.

probid nnnnnn Variable Provides the problem number. Thisnumber associates logs related to thesame problem. The Problem Vieweralso shows the number.

stattxt Alarm cleared Variable Explains why the subsystemgenerated this log report.

tbltxt Variable Explains the potential troublecondition,

acttxt Action is not required Variable Describes the required action.

inittext < scnnm > alarmindicated

Variable Lists the first problem that producedthis log.

initime hh:mm:ss Variable Provides time of first event.

fnltxt < scnnm > alarmcleared

Variable Lists the first problem that producedthis log.

fnltime hh:mm:ss Variable Provides the time of final event.

Active message exampleEXT301 MAY06 13:50:00 5000 TBL External Alarm Indication

Location: CRSC_FSPAISB_MJ

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Problem id: 5981

Status: Alarm cleared

Trouble: Trouble cleared

Action: No action required

Initial event: CRSC_FSPAISB_MJ alarm indicated

Initial event time: 13:00:00

Final event: CRSC_FSPAISB_MJ alarm cleared

Final event time: 13:49:00

Clear message examplen/a

Associated OM registers

EXT400The External Alarms (EXT) subsystem generates the EXT102 log reportwhen a major alarm occurs because of fan related problems.

The Problem Manager in the SN OPC counts the number of occurrencesof transient ON/OFF EXT102 pairs for one hour. If the count equals orexceeds 30 after one hour, the problem manager generates an EXT400summary log report. The only EXT logs the problem manager counts arethe fan alarms. The Problem Manager does not count other types of EXTlogs.

Remedial actionThe probable cause of the problem is a hardware failure. Fuse failures,power inverter failures, and air- o w problems can cause the trouble.Examine the frame indicated in the Location eld in the log report format.This problem lights the FRAME FAIL lamp on the frame supervisory panel(FSP). This problem can light the FAN FAIL lamp on the FSP.

If the FAN FAIL lamp lights on the FSP, the probable causes are:

• clogged lter

• the switch on inverter (if the cooling unit is ac)

• blown fuse for the inverter on the PDC frame (ac cooling unit)

• defective fan motor

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• defective sail switch

• the wiring is loose or broken

To silence the FAN FAIL alarm, determine if the cooling unit is in a networkframe. If the cooling unit is not in a network frame, set the FAN ALMOVERRIDE switch on the right on the FSP. Remove the air intake grill andlter assembly from the front of the cooling unit. If the FAN FAIL lamp turnsoff, the lter is the source of the f ault. Clean or replace the lter.

If the cooling unit is in a network frame, the procedure to clean the lter isthe same. To replace the fan, refer to Trouble Locating and ClearingProcedures .

If the FAN FAIL lamp does not turn off, inspect the fans in the cooling unitand locate the defective fan. Examine the connection. To replace the fanrefer to Trouble Locating and Clearing Procedures .

AttributesAttribute Value

Severity Major

FormatEXT400 mmmdd hh:mm:ss ssdd SUMM External Alarm Indication

Location: <scnnm>

Problem id: <probid>

Event: <rsntxt>

Initial event time: <initime>

Event count: <num_events>

Duration: <eventime>

Selected field descriptionsField Value Fixed or

VariableDescription

SUMM External AlarmIndication

Constant Fixed Indicates summary log report forexternal alarm.

scnnm Symbolic text Variable Identifies the scan point that changedstate. Table ALMSC lists the scanpoint.

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Field Value Fixed orVariable

Description

probid nnnnnn Variable Provides the problem number. Thisnumber associates logs related to thesame problem. The Problem Viewershows the problem number.

rsntxt < scnnm > transientcount

Variable Explains why the subsystemgenerated this log report.

initime hh:mm:ss Variable Provides the time of initial event.

num_events n,nnnnnnnn Variable Provides the number of observedevents.

eventime nnnn sec Variable Provides the duration of the event.

Active message exampleEXT400 OCT21 14:57:00 5100 SUMM External Alarm Indication

Location: CRSC_FSPAISB_MJ

Problem id: 5981

Event: CRSC_FSPAISB_MJ transient count

Initial event time: 13:40:00

Event count: 46

Duration: 60 min

Clear message examplen/a

Associated OM registers

EXT800The External Alarms (EXT) subsystem generates the EXT102 log when amajor alarm occurs because of fan related problems.

The Problem Manager in the SN OPC counts the number of transient ON/OFF EXT102 pairs for one hour. If the count reaches the 10, 20 and 30threshold value the Problem Manager generates EXT800 threshold logreport. The only EXT logs the problem manager counts are the fan alarms.The Problem Manager does not count other types of EXT logs.

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Remedial actionThe source of the problem is dirty air o w sensors on the frame supervisorypanel (FSP).

If the FAN FAIL lamp lights, the probable causes are:

• clogged lter

• the switch on inverter (if the cooling unit is ac)

• blown fuse for the inverter on the PDC frame (ac cooling unit)

• damaged fan motor

• damaged sail switch

• the wiring is loose or broken

To silence the FAN FAIL alarm, determine if the cooling unit is in a networkframe. If the cooling unit is not in the network frame, set the FAN ALMOVERRIDE switch on the right on the FSP. Remove the air intake grill andlter assembly from the front of the cooling unit. If the FAN FAIL lamp turnsoff, the lter is the source of the f ault. Clean or replace the lter.

If the cooling unit is in a network frame, the procedure to clean the lter isthe same.

To replace the fan, refer to Trouble Locating and Clearing Procedures .

If the FAN FAIL lamp does not turn off, inspect the fans in the cooling unitand locate the defective fan. Examine the connection. To replace the fanrefer to Trouble Locating and Clearing Procedures .

AttributesAttribute Value

Severity Major

FormatEXT800 mmmdd hh:mm:ss ssdd THR External Alarm Indication

Location: <scnnm>

Problem id: <probid>

Event: <rsntxt>

Initial event time: <initime>

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Event count: <num_events>

Selected field descriptionsField Value Fixed or

VariableDescription

THR External AlarmIndication

Constant Fixed Indicates incoming logs exceed thethreshold.

scnnm Symbolic text Variable Identifies the scan point that changedstate. Table ALMSC lists the scanpoint.

probid nnnnnn Variable Provides problem number. Thisnumber associates logs related to thesame problem. The Problem Vieweralso shows the problem number.

rsntxt < scnnm > transientcount

Variable Explains why the subsystemgenerates this log report.

initime hh:mm:ss Variable Provides time of initial event.

num_events n,nnnnnnnn Variable Provides number of observed events.

Active message exampleEXT800 OCT21 14:20:00 3000 THR External Alarm Indication

Location: CRSC_FSPAISB_MJ

Problem id; 5981

Event: CRSC_FSPAISB_MJ transient count

Initial event time: 13:51:00

Event count: 20

Clear message examplen/a

Associated OM registers

FCO100The FiberCenter (FC) Acquisition subsystem generates log FCO100. Thesubsystem generates this log when an association is established betweenthe association manager and the FiberCenter association manager.

Remedial actionn/a

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AttributesAttribute Value

Severity Warning

FormatFCO100 mmmdd hh:mm:ss ssdd INFO COMMUNICATION

ESTABLISHED TO FIBERCENTER OPC

Active message exampleFP100 SEP05 18:14:33 4827 INFO COMMUNICATION ESTABLISHED TO

FIBERCENTER OPC

Clear message examplen/a

Associated OM registers

FCO101The FiberCenter OM Acquisition (FCO) subsystem generates FCO101.The FCO subsysem generates FCO101 when the association between theDMS e xible calling (FC) association manager and the SuperNodeassociation manager process goes down.

Log report problems:

Protocol problem -- The operational controller (OPC) attempts to connectevery two minutes.

Hardware problem -- Check the Ethernet Interface Units (EIU) fr theDefense Advance Project Research Agency (DARPA). Set to in-service.

Computing module (CM) restart -- The OPC establishes the connectionagain.

SwAct -- The active unit establishes a new connection.

Remedial actionRefer to Reason table for action to take. If the reason for the log does notappear in Reason table, contact the next level of maintenance.

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AttributesAttribute Value

Severity Warning

FormatFCO101 mmmdd hh:mm:ss ssdd INFO COMMUNICATION

FAILURE TO SUPERNODE

OPC

Selected field descriptionsField Value Fixed or

VariableDescription

INFOCOMMUNICATIONFAILURE TOSUPERNODE OPC

Constant Fixed Indicates a communication failurebetween the DMS FC associationmanager and the SuperNodeassociation manager

Active message exampleFCO101 NOV03 01:18:53 9300 INFO COMMUNICATION

FAILURE TO SUPERNODE OPC

Clear message examplen/a

Associated OM registers

FM100The Focused Maintenance (FM) subsystem generates log report FM100when the failure count for speci ed trunk troubles exceeds de ned alarmthresholds. For more information, refer to Table TRKMTCE (trunkmaintenance). An increase in completed call attempts on the line cancause the reduction of alarm severity. The subsystem also generates logFM100 when this condition occurs.

Selected details on trunks troubles caused by the system maintenanceprocesses are available through the trunks trouble (TRKTRBL) level of theMAP display. Problems reported by call processing are also available atthis level. You can access the TRKTRBL level through the trunks testposition (TTP) level of the MAP display.

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Trunk trouble reports have three sources:

• manual action by operating company personnel

• system initiated maintenance processes

• call processing

The subsystem does not generate alarms for trouble that results from usermaintenance action. The user can de ne the alarm thresholds for both ofthe other trouble causes.

The TRKSTRBL alarms do not generate the audible alarms associatedwith system out-of-service alarms. The TRKSTRBL and the maintenance(MTC) levels of the MAP display indicate the alarms.

This feature is an optional package available to the telephone companies.When this feature is present the feature can suppress the trunk logs thefeature replaces. These logs remain available to the telephone company.To produce the logs, unsuppress the required logs.

When this feature is active, the LOGUTIL command can suppress thefollowing logs:

• TRK 110: SBSY LOCKOU TON

• TRK 111: FLT ROUTING TRBL

• TRK 112: RTS LOCKOUT OFF

• TRK 113: FLT TRK TRBL

• TRK 114: FLT DP RECEP TRBL

• TRK 115: FLT DP PERM SIG

• TRK 116: FLT MF RECEP TRBL

• TRK 117: FLT MF PERM SIG

• TRK 118: FLT ANI RECEP TRBL

• TRK 119: FLT ANI RECEP TRBL

• TRK 120: FLT ONI RECEP SIG

• TRK 121: FLT OUTPULSING TRBL

• TRK 122: FAIL INTEGRITY TRBL

• TRK 123: FAIL PP CC COMMUNICATION

• TRK 162: FAIL OUTPULSING TRBL

• TRK 182: FLT DGT RECEPTION TRBL

• TRK 183: FLT DGT_PERM_SIG

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Remedial actionn/a

AttributesAttribute Value

Severity • Critical

• Major

• Minor

FormatFM100 mmmdd hh:mm:ss ssdd TBL FM TRK ALARM

TRK GROUP = trknm ALARM = alrmtxt

ALARM TYPE = scetxt

Selected field descriptionsField Value Fixed or

VariableDescription

TBL FM TRK ALARM Constant Fixed Indicates that one type of trunk alarmexceeds the threshold

TRK GROUP Variable Provides the name of the trunk groupon which the alarms occur. Refer totable TRKMTCE.

ALARM MN, MJ, CR, NA Variable Indicates if the alarm is minor, major,critical, or no alarm. (No alarm occursif completed call attempts reduce thealarm condition to no alarm.)

ALARM TYPE CP, MTCE Variable Identifies the source of the alarm as acall processing (CP) or maintenance(MTCE) type

Active message exampleFM100 FEB10 01:01:54 0630 TBL FM TRK ALARM

TRK GROUP = OTMF1 ALARM = CR

ALARM TYPE = CP

Clear message examplen/a

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Associated OM registers

FM101The Focused Maintenance (FM) subsystem generates log report FM101when one of the following conditions occur:

• The failure count for speci ed line troubles that relate to call processing,exceeds de ned alarm thresholds. Refer to table LNSMTCE (linemaintenance).

• An increase in completed call attempts on the line reduces in alarmseverity.

Information on the precise lines at fault is available through the linestrouble (LNSTRBL) level of the MAP display.

The Nodetxt eld can refer to the line module (LM) or the line concentratingmodule (LCM) from a local node. This feature provides the LEN (lineequipment number). The Nodetxt eld pro vides the module; for example,''LCM REM1 010''.

The LNSTRBL alarms do not generate the audible alarms associated withthe LNSTRBL and the MTC (maintenance) levels of the MAP display.

When this feature is active, the LOGUTIL command can suppress thefollowing logs:

ON (Line lockout on)

• LINE 103:

RTS (line trouble)

• LINE 105:TBL

• LINE 108:

TBL (nostart dial/integrity fail/reversed trk)

• LINE 110:

FEM REMOVED (foreign EMF removed)

• LINE 120:

THR (line trouble)

Remedial actionRefer to the Line Maintenance Reference Manual , 297-2101-516.

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AttributesAttribute Value

Severity • Critical

• Major

• Minor

FormatFM101 mmmdd hh:mm:ss ssdd TBL FM LNS ALARM

nodetxt

ALARM = alrmtxt

Selected field descriptionsField Value Fixed or

VariableDescription

ALARM MN, MJ, CR, NA Variable Indicates if the alarm type is minor,major, critical, or no alarm. (No alarmoccurs if completed call attemptsreduce the alarm condition to noalarm.)

TBL FM LNS ALARM Constant Fixed Indicates one type of the line alarmexceeds the alarm threshold

nodetxt Alphanumeric Variable Provides information about the nodeon which the alarms occur

Active message exampleFM101 FEB12 02:23:12 7151 TBL FM LNS ALARM

LM HOST 00 0

ALARM = MN

Clear message examplen/a

Associated OM registers

FMT100The Fiber Multiplex Terminal (FMT) subsystem generates log reportFMT100 when a condition that does not affect service is raised on theFMT. This log indicates FMT equipment failure and loss of some redundantcircuits.

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Remedial actionSuppress the alarm at the MAP display. Determine the exact fault locationon the MAP display. Go into lower MAP levels to show the status of thealarms. Repair the defective components.

AttributesAttribute Value

Severity • Major

• Critical

Format** FMT100 mmmdd hh:mm:ss ssdd FAIL FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST n loctxt

REMn n loctxt

FROM statxt TO Major ALARM

Selected field descriptionsField Value Fixed or

VariableDescription

FMT Constant Fixed Indicates a report of FMT equipmentfailure.

SITE HOST or REMn Variable Indicates the site of the FMT.

FMT n 0 to 31 Variable Identifies the host or remote FMT.

REMn 0 to 63 Variable Identifies the remote site.

loctxt Alphanumericcharacters.

Variable Provides equipment location.

statxt No_Alm, Critical Variable Indicates the previous alarm level ofthe FMT. The alarm level for this log ismajor.

Active message example** FMT100 SEP10 11:14:29 1235 FAIL FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST 1 3 A3 3 4

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REM1 1 3 B4 5 2

FROM No_alm TO Major ALARM

Clear message examplen/a

Associated OM registers

FMT101The Fiber Multiplex Terminal (FMT) subsystem generates log reportFMT101 when a condition that does not affect service is raised on theFMT. This log indicates FMT equipment failure and loss of some redundantcircuits.

Remedial actionSuppress the alarm at the MAP display. Determine the exact fault locationon the MAP display. Go into lower MAP levels to show the status of thealarms. Correct the defective components.

AttributesAttribute Value

Severity • Major

• Critical

Format** FMT101 mmmdd hh:mm:ss ssdd FAIL FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST n loctxt

REMn n loctxt

FROM statxt TO Major ALARM

Selected field descriptionsField Value Fixed or

VariableDescription

FMT Constant Fixed Indicates a report of FMT equipmentfailure.

SITE HOST or REMn Variable Indicates the site of the FMT.

FMT n 0 to 31 Variable Identifies the host or remote FMT.

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Field Value Fixed orVariable

Description

REMn 0 to 63 Variable Identifies the remote site.

loctxt Alphanumericcharacters

Variable Provides equipment location.

statxt No_Alm, Critical Variable Indicates the previous alarm level ofthe FMT. The alarm level for this log ismajor.

Active message example** FMT101 SEP10 11:14:29 1235 FAIL FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST 1 3 A3 3 4

REM1 1 3 B4 5 2

FROM No_alm TO Major ALARM

Clear message examplen/a

Associated OM registers

FMT102The Fiber Multiplex Terminal (FMT) subsystem generates FMT102 whenFMT is disabled.

Remedial actionAfter you clear the fault, enable the alarms again.

AttributesAttribute Value

Severity Warning

Format* FMT102 mmmdd hh:mm:ss ssdd INFO FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST n loctxt

REMn n loctxt

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ALARMS DISABLED

Selected field descriptionsField Value Fixed or

VariableDescription

FMT Constant Fixed Indicates a report of FMT information.

SITE HOST or REMn Variable Indicates the site of the FMT.

FMT n 0 to 31 Variable Identifies the host or remote FMT.

REMn 0 to 63 Variable Identifies the remote site.

loctxt Alphanumericcharacters

Variable Provides equipment location.

ALARMS DISABLED Constant Fixed Indicates the alarms are disabled forthe indicated FMT.

Active message example* FMT102 APR01 08:22:34 2112 INFO FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST 1 3 A3 3 4

REM1 1 3 B4 5 2

ALARMS DISABLED

Clear message examplen/a

Associated OM registers

FMT103The Fiber Multiplex Terminal (FMT) subsystem generates log reportFMT103. The subsystem generates this log when the alarm status of anFMT changes from Critical or Major to No_Alarm (Format 1). Thesubsystem also generates this alarm on the performance of the alarmENABLE function (Format 2).

Remedial actionn/a

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AttributesAttribute Value

Severity • Critical

• Major

• Warning

FormatFMT103 mmmdd hh:mm:ss ssdd INFO FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST n loctxt

REMn n loctxt

FROM statxt TO No_Alm ALARM

FMT103 mmmdd hh:mm:ss ssdd INFO FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST n loctxt

REMn n loctxt

ALARMS ENABLED

Selected field descriptionsField Value Fixed or

VariableDescription

FMT Constant Fixed Indicates a report of FMT information.

SITE HOST or REMn Variable Indicates the site of the FMT.

FMT n 0 to 31 Variable Identifies the host or remote FMT.

REMn 0 to 63 Variable Identifies the remote site.

loctxt Alphanumericcharacters.

Variable Provides equipment location.

FROM statxt TONo_Alm ALARM

Major, Critical Variable Provides the previous FMT alarm.

ALARMS ENABLED Constant Fixed Indicates FMT alarms are enabled.

Active message exampleFMT103 SEP10 11:15:20 1236 INFO FMT

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SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST 1 3 A3 3 4

REM1 1 3 B4 5 2

FROM Critical TO No_Alm ALARM

FMT103 SEP10 11:15:20 1236 INFO FMT

SITE FMT NO LOC: FL RPOS FRAME SHELF

HOST 1 3 A3 3 4

REM1 1 3 B4 5 2

ALARMS ENABLED

Clear message examplen/a

Associated OM registers

FP501_NTThe Footprint (FP) generates log report FP501_NT when

• the last active device in a set changes state as a result of systemrestart action, a system restart action

• the user enters the MANB command

• the user enters STOPMEMBER, STOPSHADOW ORSTARTSHADOW command of the disk shadowing feature

This log associates with a minor alarm (*).

Remedial actionAction is necessary only when<res_state>= INSV ->SYSB. Use theassociated device log to identify and correct the disk problem before youstart the set again. To start the set again, use the STARTSHADOWcommand.

There is no action required for other<res_state>values. For other valuesthe log is for information only.

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AttributesAttribute Value

Severity Minor

Format*FP501 mmmdd hh:mm:ss ssdd DEVICE STATE CHANGE

OBJECT: <object_description>

SOURCE: <command_source>

<res_state>-><res_state>

Selected field descriptionsField Value Fixed or

VariableDescription

DEVICE STATECHANGE

Constant Fixed Indicates a device changed state.

< object_description > Alphanumeric Variable Provides footprint and disk shadowidentification.

< command_source > System or Manual Variable Indicates if a system action or acommand entered manually causedthe state change.

< res_state > - > <res_state >

INSV - > SYSB The Variable system changes the state from INSVto SYSB.

SVSB - > MANB Variable State change from SYSB after MANB,STOPMEMBER or STOPMEMBERcommand.

SYSB - > INSV Variable State change from SYSB afterSTARTSHADOW command.

MANB- > INSV Variable State change from MANB afterSTARTSHADOW command.

Active message example*FP501 OCT23 12:00:01 2351 DEVICE STATE CHANGE

OBJECT: FP0 SHAD1

SOURCE: System

INSV ->SYSB

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Clear message examplen/a

Associated OM registers

FP502_NTThe Footprint (FP) subsystem generates log report FP502_NT. Thesubsystem generates FP502_NT when the use of any disk shadowingfeature command initiates, completes or aborts an operation. The list of thedisk shadowing feature commands is in the OPERATION eld. This logassociates with a minor alarm (*).

Remedial actionWhen<action>= Aborted, the condition requires action. Use the associateddevice logs to identify and correct the problem. Start the operation again.When<action>= Initiated or Completed, there is no action required. This logis for information only.

AttributesAttribute Value

Severity Minor

Format*FP502 mmmmdd hh:mm:ss ssdd SHADOW SET CHANGE

OBJECT: <object_description>

SOURCE: <command_source>

SHADOW SET: <name>

MEMBER: <name>

OPERATION: <op>

ACTION TAKEN: <action>

Selected field descriptionsField Value Fixed or

VariableDescription

SHADOW SETCHANGE

Constant Fixed Indicates the occurrence of a diskshadow feature change.

< object_descripti on>

Alphanumeric Variable Provides footprint and disk shadowidentification of OBJECT.

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Field Value Fixed orVariable

Description

< command_sourc e>

Manual Variable Indicates a manually enteredcommand is the SOURCE of thechange.

< name > Alphanumeric Variable Provides SHADOW SET andMEMBER identification.

< op > Text Variable Indicates the name of the disKshadowing operation that causes thesubsystem to generate the report.

AddMember

DefineSet

DelMember

DelSet

FullSync

StartMember

StartSet

StopMember

StopSet

TableSync

Active message example*FP502 OCT23 12:10:00 2351 SHADOW SET CHANGE

OBJECT: FPO SHAD1

SOURCE: Manual

SHADOW SET: FP02DK00

MEMBER: FP02DK03

OPERATION: DelSet

ACTION TAKEN: Aborted

Clear message examplen/a

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Associated OM registers

FP505_NT_CKThe system generates log report FP505_NT_CK when the last activedevice in a set goes to SYSB. The table Synchronization aborts with anindication of 1/0 error. When full Synchronization aborts, the indication is I/O error I/O error. If the start shadow set operation aborts, the report isinitialization failure of master. The system synchronized the device. If thestart member operation aborts, the report is initialization of device orsynchronization of device. The value I/O failure indicates deviceinitialization or synchronization.

Remedial actionExample 1 uses an associated device log to identify and correct the diskproblem before the user can start the set again. Examples 2, 3, 4, and 5use other logs to correct the problem and restart the operation. Theseother logs are normally device logs. Use the STARTSHADOW commandto restart the set.

AttributesAttribute Value

Severity Warning

FormatFormat 1

FP505 mmmdd hh:mm:ss ssdd INFO State Change

Location: <location_description>

Reason: <command_source>

From: <res_state>

To: <res_state>The following is the format for log reportFP505:

Active message exampleExample 1

FP505 JUN18 10:35:27 7000 INFO State Change

Location: FP3 Shadow

Reason: Manual command

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From: Insv

To: Sysb

Example 2

FP505 JUN18 10:31:47 6500 INFO State Change

Location: FP3 SHADOW 1

Reason: Manual command

Set Name: RADY

Member Name: FP03DK13

Operation: TableSync

Result: Aborted

Example 3

FP505 JUN18 10:31:47 6500 INFO State Change

Location: FP3 SHADOW 1

Reason: Manual command

Set Name: RADY

Member Name: FP03Dk13

Operation: FullSync

Result: Aborted

Example 4

FP505 JUN18 10:31:47 6500 INFO State Change

Location: FP3 SHADOW 1

Reason: Manual command

Set Name: RADY

Member Name: FP03DK13

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Operation: StartSet

Result: Aborted

Example 5

FP505 JUN1810:31:47 6500 INFO State ChHange

Location: FP3 SHADOW 1

Reason: Manual command

Set Name: RADY

Member Name: FP03DK13

Operation: StartMember

Result: Aborted

Clear message examplen/a

Associated OM registers

FP601The system generates log report FP601 when a fault indication register(FIR) exception occurs on the le processor (FP) node. The Inte gratedEvent Management (IEM) de nes this log as internal and deb ug only.

Remedial actionDirect this report and all associated data to the FP maintenance group.

AttributesAttribute Value

Severity Indeterminate

FormatFP601 mmmdd hh:mm:ss ssdd TBL Software Alarm

Location : locid

Status : statext

Trouble : tbltext

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Action : acttext

Info : inftext

CTRL 0 CTRL1

====== ======

Data is valid Data is valid.

DABM Element Space

__________________

Memory Page : xxxx xxxx

Interrupt Pending : xxxx xxxx

Interrupt Mask xxxx xxxx

Lower Addr fault : xxxx xxxx

Upper Addr fault : xxxx xxxx

Arb/Cbus/SIP Ctrl : xxxx xxxx

Parity/Misc. : xxxx xxxx

SIP Element Space

__________________

SIP 0 Status Scan xxxxxxxx xxxxxxx

SIP 1 Status Scan : xxxxxxxx xxxxxxx

SIP RAM Backdoor SIPO SIIP1 SIPO SIP1

__________________ ________ _____ ____ ____

SIP Reset Count : xxxx xxxx xxxx xxxx

SIPLockFlag : xxxx xxxx xxxx xxxx

Last Unsol Msg : xxxx xxxx xxxx xxxx

Last SIP Reset : xxxx xxxx xxxx xxxx

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Last Exception : xxxx xxxx xxxx xxxx

Last Status Req : xxxx xxxx xxxx xxxx

Last Except Addr : xxxxxx xxxxxx xxxxxxx xxxxxxx

Last Berr Address : xxxxxx xxxxxx xxxxxxx xxxxxxx

SIP Identity : xxxx xxxx xxxx xxxx

Last SIP Log : xxxx xxxx xxxx xxxx

Last Faults Found : xxxx xxxx xxxx xxxx

FIR Analysis Data

_________________

DABM FAR Value : xxxxxxxxxxx xxxxxxxxxx

DABM FAR Data : xxxxxxxxxxx xxxxxxxxxxx

DABM fault found : xxxxxxxxxxxx xxxxxxxxxxxx

SIPO fault found : xxxxxxxxxxxx xxxxxxxxxxxxx

SIP1 fault found : xxxxxxxxxxxx xxxxxxxxxxxxx

Selected field descriptionsField Value Fixed or

VariableDescription

TBL Software Alarm Constant Fixed Indicates the occurrence of a softwaretrouble alarm.

Location 00-99 Variable Identifies the FP that reports thealarm.

Status Trouble alert Variable Identifies the general reason for thelog.

Trouble mismatch occurred Variable Identifies additional reason for the log.

Action symbolic text Variable Provides an action for the FPmaintenance group.

Info symbolic text Variable Provides information for analysis.

Active message exampleFP601 mmmdd hh:mm:ss ssdd TBL Software Alarm

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Location : FP 2 DABM

Status : Trouble alert

Trouble : Common Hardware failure

Action : Information for analysis, no immediate action

require

Info : Fir occurred

CTRL 0 CTRL1

====== =====

Data is valid. Data is valid.

DABM Element Space

__________________

Memory Page : 083E 083E

Interrupt Pending : CC00 CC00

Interrupt Mask 0255 0255

Lower Addr fault : 0091 0090

Upper Addr fault : 4000 C000

Arb/Cbus/SIP Ctrl : FF00 FF00

Parity/Misc. : A2FC A2FC

SIP Element Space

_________________

SIP 0 Status Scan : 07033CAF 07833CCF

SIP 1 Status Scan : 07833C2F FFFFFFFF

SIP RAM Backdoor SIPO SIIP1 SIPO SIP1

________________ ____ _____ ____ ____

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SIP Reset Coun 0034 002E 0027 00FD

SIPLockFlag : 00B0 00B0 00B0 00FD

Last Unsol Msg : 0000 0000 0000 0000

Last SIP Reset : 0000 0000 0000 0000

Last Exception : 107C 107C B008 FDFD

Last Status Req : 3709 3709 3000 FDFD

Last Except Addr 00086A28 00080774 0008F342 FDFDFDFD

Last Berr Address: 0000000 00000000 080002A4 FDFDFDFD

SIP Identity : 0004 0006 0005 00FD

Last SIP Log : 0000 0000 0000 00FD

Last Faults Found : 0000 0000 0000 FDFD

FIR Analysis Data

_________________

DABM FAR Value : 08000090 08000090

DABM FAR Data : FFFFFFFF 20000000

DABM fault found : Non Cachability Subtest No fault

SIPO fault found : No fault No fault

SIP1 fault found : No fault Status Scan Bus Error

Clear message examplen/a

Associated OM registers

FPRT102The Footprint (FP) subsystem generates this log after the completion of anout of sync restart. During this restart, the transfer of the Footprint data ofthe inactive CPU to the active CPU was not successful.

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The FP data remains after all types of restarts, except when a rebootfollows a power failure.

The name of the log report subsystem ''FP'' changes to ''FPRT'' in BCS33.This change allows you to avoid confusion with the le processor (FP)peripheral log reports. Log report FPRT102 is the same as the FP102 logreport before BCS33.

Remedial actionWhen correct, initiate a manual sync. The manual sync attempts to transferthe Footprint data of the inactive CPU. This log is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatFPRT102 mmmdd hh:mm:ss ssdd

Restart number : N, Active CPU : N

Restart out of SYNC

Inactive CPU''s Footprint data is unavailable.

A second attempt will be made on the next manual sync.

Selected field descriptionsField Value Fixed or

VariableDescription

Restart number : N 0-32767 Variable Indicates the restart number.

Active CPU : N 0-1 Variable Indicates the CPU that remains active.

Active message exampleFPRT102 MAR29 03:14:09 7581

Restart number : 1, Active CPU : 1

Restart out of SYNC

Inactive CPU''s Footprint data is unavailable.

A second attempt will be made on the next manual sync.

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Clear message examplen/a

Associated OM registers

FPRT103The Footprint (FP) subsystem generates this report when the transfer ofthe Footprint data of the inactive central processing unit (CPU) fails. Thistransfer fails after the completion of a manual transfer.

The name of the log report subsystem ''FP'' changes to ''FPRT'' in BCS33.This change allows you to avoid confusion with the le processor (FP)peripheral log reports. Log report FPRT103 is same as the FP103 logreport before BCS33.

Remedial actionThere is no action required. This log is for information only.

AttributesAttribute Value

Severity Indeterminate

FormatFPRT103 mmmdd hh:mm:ss ssdd

Restart number : N, Active CPU : N

Restart out of SYNC

Inactive CPU''s Footprint data is unavailable.

No further attempts will be made to collect it.

Selected field descriptionsField Value Fixed or

VariableDescription

Restart number : N 0-32767 Variable Indicates the restart number.

Active CPU : N 0-1 Variable Indicates the CPU that remains active.

Active message exampleFPRT103 MAR29 03:14:09 7581

Restart number : 1, Active CPU : 1

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Restart out of SYNC

Inactive CPU''s Footprint data is unavailable.

No further attempts will be made to collect it.

Clear message examplen/a

Associated OM registers

FPRT104The Footprint (FP) subsystem generates this report after the completion ofan out of sync restart. During the restart, the transfer of Footprint data fromthe inactive central processing unit (CPU) to the active CPU was notcomplete.

The name of the log report subsystem ''FP'' changes to ''FPRT'' in BCS33.This change allows you to avoid confusion with the le processor (FP)peripheral log reports. Log report FPRT104 is the same as the FP104 logreport before BCS33.

Remedial actionThere is no action required. This log is for information only.

AttributesAttribute Value

Severity Indeterminate

Format2.FPRT104 mmmdd hh:mm:ss ssdd

Restart number : N, Active CPU : N

Restart synctxt

The Footprint data has been corrupted by a possible hardwarefault or

power loss. No data can be collected.

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Selected field descriptionsField Value Fixed or

VariableDescription

Restart number : N 0-32767 Variable Indicates the restart number.

Active CPU : N 0-1 Variable Indicates the active CPU.

synctxt in SYNC Variable Indicates a restart occurred with twoCPUs in SYNC.

out of SYNC Variable Indicates a restart occurred with twoCPUs out of SYNC.

Active message example2.FPRT104 MAR29 03:14:09 7581

Restart number : 1, Active CPU : 1

Restart synctxt

The Footprint data has been corrupted by a possible hardware

fault or power loss. No data can be collected.

Clear message examplen/a

Associated OM registers

FPRT105The Footprint (FPRT) subsystem generates this log report when a restartor reboot occurs. The log is like the FPRT100 log. Log FPRT105 containsless information than FPRT10. Log FPRT105 is less complete because theFOOTPRINT snapshot event records all the information from theFPRT100.

Remedial actionThe system generates this log for the information of operating companypersonnel. If you do not know the cause of the restart, notify the TechnicalAssistance Service (TAS). Keep the log for additional analysis.

AttributesAttribute Value

Severity • Warning

• Critical

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FormatFPRT105 mmmdd hh:mm:ss ssdd INFO Successful Footprint

Object: <object_description>

RESTART NUMBER:<restart_num>CURRENT ACTIVE SIDE: <cpu_ <

Reinit code>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Successful Footprint

Constant Fixed Indicates a restart or reboot of thesystem.

Object Alphanumeric Variable Identifies the object description

RESTART NUMBER Numeric Variable Identifies the restart number

CURRENT ACTIVESIDE

Numeric Variable Identifies the active CPU

Reinit code Text Variable Identifies the reinitialization code

Variable llegal SWINT

Variable Activity Switch

Variable Manual Restart

Variable System Image Reload

Variable Uncontrolled CM CPU Clock Switch

Variable Controlled Clock Switch

Variable Hardware Restart

Variable System Image Reload throughLDMATE

Variable WARM Restart from Command

Variable Trap at interrupt level

Variable TRAP during initialization

Variable SENDINITDONE called twice

Variable BASE restarted - Module replaced

Variable Failed to create initial process

Variable Death of initial process

Variable Failed to create permprocs

Variable Permproc data corrupt

Variable SENDINITDONE timeout

Variable Inactive warm restart on DPSYNC

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Field Value Fixed orVariable

Description

Variable Overdue sanity report

Variable Death of idler

Variable Death of ADAM

Variable Death of System Monitor

Variable Too many Sanity Timeouts

Variable Module replaced

Variable Cannot create ABEL

Variable CDB queue corrupt

Variable CDB states inconsistent

Variable CCB queue corrupt

Variable CCB states inconsistent

Variable Both Message Switches are Busy

Variable Base restarted from RTIF

Variable WARM Restart from RTIF

Variable Base restarted from firmware

Variable WARM Restart from firmware

Variable All ready queues empty

Variable Peripheral interrupt mismatch

Variable Not known trap condition

Variable Bus error

Variable Address error

Variable TRAP in trap handler

Variable Unknown exception vector number

Variable Trap in firmware caused restart

Variable User filter reinitialized

Variable There are no links from MS to CM

Variable COLD Restart from Command

Variable Too many WARM restarts

Variable Warm SWACT critical failure

Variable Inactive cold restart on DPSYNC

Variable COLD Restart from RTIF COLDRestart from firmware

Variable CCS7 MTP Corrupted

Variable SCB scheduling queue corrupted

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Field Value Fixed orVariable

Description

Variable TRAP handling mismatch

Variable Multiple

Variable Mismatches Overlap Mismatch,handler not ready

Variable Inactive CPU entered Split Mode

Variable ENET COLD Restart from CM request

Variable MS COLD Restart from CM request

Variable Cold Restart from CommunicationAudit

Variable CCB Queue badly corrupted

Variable Both Message Switches offline

Variable Asynchronous activity switch

Variable RELOAD from Command

Variable ENET RELOAD Restart from CMrequest

Variable Nucleus process not created

Variable ENET RELOAD Restart by high traprate

Variable Uncorrectable memory error.

Variable RELOAD Restart from RTIF

Variable RELOAD Restart from firmware

Variable Mismatch: this CPU Insane

Variable IPL from Command

Variable Initial entry to SOS

Variable Too many traps when locked

Variable Death of initialization timer

Active message example*FPRT105 NOV16 14:02:10 9700 INFO Successful Footprint

Object: AP 7

RESTART NUMBER: 2 CURRENT ACTIVE SIDE: 0

RELOAD from Command

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Clear message examplen/a

Associated OM registers

FPRT106The Footprint (FPRT) subsystem generates this log report when theFOOTPRINT buffers transfer from the inactive plane to the active plane.

Remedial actionThe subsystem generates this log for the information of the operatingcompany personnel. If you do not know the cause of the restarts, notifyTechnical Assistance Service (TAS). Keep the log for analysis.

AttributesAttribute Value

Severity Warning

FormatFPRT106 mmmdd hh:mm:ss ssdd INFO Update Traffic Exception

Object: object description

RESTART NUMBER: nn CURRENT ACTIVE SIDE: nn

Description

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Update TrafficException

Constant Fixed Indicates the restart or reboot of thesystem.

Object alphanumeric Variable Identifies the object description

RESTART NUMBER numeric Variable Identifies the restart number

CURRENT ACTIVESIDE

numeric Variable Identifies the active CPU

Description first attempt atfootprint data transferfailed second attemptat footprint datatransfer failedfootprint bufferscorrupted

Variable Describes the reason for transfer tothe active plane

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Active message example*FPRT106 NOV16 14:02:10 8300 INFO Update Traffic Exception

Object: AP 7

RESTART NUMBER: 2 CURRENT ACTIVE SIDE: 0

First attempt at footprint data transfer failed

Clear message examplen/a

Associated OM registers

FPRT200The Footprint (FP) subsystem generates this log when the subsystemcollects the FP data from the active central processing unit (CPU).

The name of the log report subsystem ''FP'' changes to ''FPRT'' in BCS33.This change allows you to avoid confusion with the le processor (FP)peripheral log reports. Log report FPRT200 is the same as the FP200 logreport before BCS33.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatFPRT200 mmmdd hh:mm:ss ssdd INFO Active Restart

Restart number : nn, reinit code

Entry Module : moduleid SSTI : #hhhh

PTA : hhhhhhhh Procname, TEST_FIR : #hhhh Vector offset :hhhh

Active CPU : n Active Clock : n

Reinitcount : n previous restart : restartrsn previousreset : hhhh

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MCR Claimer String : claimtxt

FIRS : hhhh Clk_stat : hhhh Mau_ctrl : hhhh

Acc_mask : hhhh Int_mask : hhhh Pint_mask : hhhh

AHR : hhhh hhhh

Registers:

D0-3: #hhhhhhhh #hhhhhhhh #hhhhhhhh #hhhhhhhh

D4-7: #hhhhhhhh #hhhhhhhh #hhhhhhhh #hhhhhhhh

A0-3: #hhhhhhhh #hhhhhhhh #hhhhhhhh #hhhhhhhh

A4-6: #hhhhhhhh #hhhhhhhh #hhhhhhhh #hhhhhhhh

Hex Display Sequence : hhhh hhhh hhhh hhhh hhhh hhhh hhhhhhhh hhhh

hhhh hhhh hhhh hhhh hhhh hhhh hhhh

Restart Sequence: hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhhhhhh hhhh

hhhh hhhh hhhh hhhh hhhh hhhh

USP : hhhhhhhh ISP : hhhhhhhh

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

Traceback:

hhhhhhhh = module.editioncode : procedurename + offset

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hhhhhhhh = module.editioncode : procedurename + offset

hhhhhhhh = module.editioncode : procedurename + offset

hhhhhhhh = module.editioncode : procedurename + offset

hhhhhhhh = module.editioncode : procedurename + offset

hhhhhhhh = module.editioncode : procedurename + offset

hhhhhhhh = module.editioncode : procedurename + offset

Selected field descriptionsField Value Fixed or

VariableDescription

Hex Displaysequence

Hexadecimal Variable Indicates that the last sequence ofunique writes to the hexadecimaldisplay.

Restart Sequence Hexadecimal Variable Indicates that the last sequence ofmodules reinitialized during a restart.

USP Hexadecimal Variable Indicates the contents of the UserStack Pointer.

ISP Hexadecimal Variable Indicates the contents of the InterruptStack Pointer.

Traceback Alphanumeric Variable Indicates the traceback of the processthat ran at the time of the restart.

INFO Active Restart Constant Fixed Indicates a report of a restart eventfrom the active CPU.

Restart number : N nn Variable Indicates the restart number.

reinit code Variable Indicates the reinitialization code.

Entry Module moduleid#hhhh Variable Identifies the entry module of thecurrent process.

PTA: Alphanumeric Variable Identifies the possible trap address.

Procname Text Variable Indicates the processor name.

Active CPU 0 or 1 Variable Identifies the active CPU.

Active Clock 0 or 1 Variable Identifies the active clock.

Reinit count n Variable Indicates the reinitialization count.

restartrsn Text Variable Indicates the type of the previousrestart.

Previous reset hhhh Variable Indicates the type of the previousreset.

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Field Value Fixed orVariable

Description

claimtxt Alphanumeric Variable Indicates the claim string in the MAUControl Register (MCR).

FIRS hhhh Variable Indicates the contents of the FaultIndication Register (FIR).

clk_stat hhhh Variable Indicates the state of the clock.

Mau_ctrl hhhh Variable Provides the contents of the memoryaccess unit.

Acc_mask hhhh Variable Provides the value of AccessProtection Attributes.

Int_mask hhhh Variable Provides the contents of the InterruptMask register.

Pint_mask hhhh Variable Provides the contents of thePeripheral Interrupt Mask register.

AHR hhhh hhhh Variable Provides the contents of the MatcherAddress Hold Register.

Registers Hexadecimal Variable Indicates the values of the internaladdress and data address registers.

Active message exampleFPRT200 MAR29 00:00:09 1800 INFO Active Restart

Restart number : 2, RELOAD Restart from COMMAND

Restart number : nn, reinit code

Entry Module : INVOKER SSTI : #00E9

PTA : 0095E6D4=ECPUTST.AC03:TEST_FIR+#0084, Vector

Offset:0008

Active CPU : 1 Active Clock : 1

Reinitcount : 3 previous restart : COLD, previous reset :

0001

MCR Claimer String : 05:47:61

FIRS : 03FF, 0000 Mau_ctrl : 0085 MCR : 000C AHR : FDFD FDFD

Registers:

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D0-3: #000000FF #00000018 #0000FFFF #00000000

D4-7: #00000010 #00000010 #00000000 #005FEA3C

A0-3: #0051B6C2 #00663EE8 #005FE9A6 #004BF994

A4-6: #00489270 #00663F78 #00501BD0

Hex Display Sequence : 0169 0169 0169 AAAA BBBB CCCC DDDD

EEEE 016B 016C 016D 016F 0177 017D 0160 00A1

Restart Sequence : 0163 0164 0165 0166 0167 0168 016A 0169

016B 016C 016D 016F 0177 017D 0160 A1A1

USP : 00663F70 ISP : 0040FDFD

01FF 3F80 0000 009A

0062 0214 AF0E 0000

0066 3F94 0000 0000

009A ABE2 0000 0000

005C 0001 0000 0000

009A AEA8 0000 0000

0052 8818 0000 0000

Traceback:

007F310E = SYSINIT.EC13 : REINITIN+#0102

007BBAE8 = INTSYS.AD09 : SOFT_REI+#0104

009AABE2 = MSLNODE.AJ03: MSLOCAL_NODE_TR+#012A

008E9BCE = INVOKER.AJ04 : SOS_INVO+#054A

008E959E = INVOKER.AJ04 : INVOKER_P+#0242t

007EC094 = MODULES.BX10 : INITIALIZEP+#0014

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Associated OM registers

FREQ_NTThe Computing Module (CM) subsystem generates FREQ_NT when thetrap handler corrects a CM or MS hardware fault. A threshold of 2 in 10 mstimeframe generates this log.

Remedial actionExamine the CM or MS logs for signs of trouble. Information can alsoreside in FOOTPRT. Contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

FormatFREQ mmmdd hh:mm:ss ssdd

There have been 2 traps with do-nothing disposition within nms.

Selected field descriptionsField Value Fixed or

VariableDescription

There have been 2traps with do nothingdisposition within nms

constant Variable Indicates the threshold timeframe of 2in 10 ms is reached.

n ms n Variable Indicates the timeframe for thethreshold. This threshold is 0 or 10ms.

Active message exampleFREQ JUL04 12:46:50 5900

There have been 2 traps with do-nothing disposition with

in 0 ms

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Associated OM registers

FRS101The Frame Relay Service (FRS) subsystem generates FRS101 when thestatus of a T1 trunk changes from busy (BSY) to in_service (INSV). TheFRS subsystem also generates FRS101 when the status changes fromINSV to BSY.

Remedial actionWhen a trunk member goes out of service, bring back the trunk by RTSingchannel 1 of the carrier of the correct FRIU.

AttributesAttribute Value

Severity Warning

FormatFRS101 mm dd hh:mm:ss ssdd INFO T1 TRUNK

REASON = <reastxt>

GROUP = grp MEMBER = n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO T1 Trunk constant Variable Indicates that the status of a t1 trunkhas changed.

Reason BSY TO INSV INSVTO BSY

Variable Indicates the reason for the statuschange.

Group Any character stringin table CLLI

Variable Indicates the trunk datafilled group.

Member 0-5 Variable Indicates the member of the trunkgroup.

Active message exampleFRS101 OCT 19 13:20:37 3200 INFO T1 TRUNK

REASON = BSY TO INSV

GROUP = FRS90 MEMBER = 2

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Associated OM registers

FRS181The system generates FRS181 at the of ce of the calling DN. The systemdoes this when the called DN is not available from the other end of thetrunk group. The ROUTE eld (CLLI) speci es the trunk group.

Remedial actionChange the ROUTE eld of the originators Table FRSCNEND to indicatethe correct trunk group CLLI name in the ROUTE eld.

AttributesAttribute Value

Severity Warning

FormatFRS181 date hh:mm:ss ssdd INFO FRS BILLING

REASON = INCORRECT ROUTE TO CALLED DN

CUSTOMER = XXXXXXXXXXXX

Selected field descriptionsField Value Fixed or

VariableDescription

INFO FRS BILLING Constant Fixed Indicates a FRS billing condition.

REASON Symbolic text Variable Indicates the reason for the FRSbilling report.

CUSTOMER Alphanumeric Variable Identifies the customer.

Active message exampleFRS181 Sep10 11:36:50 1456 INFO FRS BILLING

REASON = INCORRECT ROUTE TO CALLED DN

CUSTOMER = XXXXXXXXXXXX

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Associated OM registers

FRS301The originating of ce will generate this log if the terminating of ce rejectsthe connection request. Both end of ces will generate a log (ESTABLISHED) when the connection is CONFIRMED. The log parameters willinclude, as a minimum, the information contained in the original request.For example, called and calling DN-DLCIs, the assigned trunk member andtrunk DLCI.

Remedial actionThe technician selects the correct reason from the information below andfollows the action specified.

ESTABLISHED

Log --The system generates this log when a connection is establishedacross a T1 trunk member (CLLI name is in ROUTE field). The VCInumber specifies the trunk member. The DLCI used on the trunk is in theDLCI field next to the VCI.

Action -- There is no action required.

CALLED DN-DLCI NOT FOUND

Log -- The calling DN office generates this log when the called DN and/orDLCI has not been defined in Table FRSCNEND at the other end of theconnection.

Action -- Check the datafill in the table FRSCNEND at both ends of theconnection.

INCORRECT ROUTE TO CALLED DN

Log -- The system generates this log at the calling DN office. The systemgenerates this log when the called DN is not accessible from the other endof the trunk group. The ROUTE field (CLLI name of trunk) specifies in theROUTE field (CLLI name of trunk).

Action -- Change the ROUTE field of the originators table FRSCNEND toindicate the correct trunk group CLLI name in the ROUTE field.

CALLED DN-DLCI ALREADY ASSIGNED

Log -- The system generates this log at the office where the called DN-DLCI had already been assigned to a different connection.

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Action -- Indicates the FRSCNEND datafill at either end is wrong. Checkboth the calling and called tuples to make sure the calling and called DN-DLCIs will match.

NO MORE DLCIs IN TRUNK GROUP FOR NEW CONNECTION

Log -- The system generates this log at the calling DN office when thesystem cannot get a new DLCI value from existing trunk members.

Action -- The selection of DLCIs is based on a random selection algorithmthat may fail to find a DLCI even if one though is available. If the systemgenerates this log after a second attempt to establish a connection, thencheck the trunk group for DLCI exhaustion. You will need a new trunkmember if all DLCIs are used on all members.

FRSCNEND TBL ERR: UNABLE TO CHANGE STATUS TO CONF

Log -- The system generates this log at the office where TableFRSCNEND failed to update the status of an established connection to"confirmed". The ESTABLISHED log will still generate.

Action -- Indicates the table FRSCNEND is defective or a transient problemexists. Try manually changing the tuple indicated by the given DN-DLCIs inthe log to confirmed.

FRSCNEND TBL ERR: DELETED DN REFERENCED

Log -- The system generates this log at the office where TableFRSCNEND did not find the calling DN after confirmation of the connectionat the calling end.

Action -- Indicates that you must manually update the table FRSCNEND atthe called DN office to remove the connection to the deleted DN.

FRSCNEND TBL ERR: UNABLE TO ADD CONNECTION

Log -- The system generates this log when Table FRSCNEND fails toaccept a new connection entry.

Action -- Indicates damage in the table FRSTRKCN that generates this log.A DMS table technician will be needed to solve the problem.

DN DOES NOT BELONG TO ANY CUSTOMER

Log -- The called DN office generates this log when the called DN is notassociated with a customer.

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Action -- Make sure the DN is associated with a customer (in theCUSTOMER subtable of table PVDNCUST).

CONFIRMED ORIGINATOR LOCAL-ACCESS CREATED

Log -- An access-to -access connection call moves its origination end toconfirmed.

Action -- There is no action required.

CONFIRMED RECEIVER LOCAL-ACCESS CREATED

Log -- An access-to-access connection call moves its non-origination endto confirmed.

Action -- There is no action required.

ORIGINATING LOCAL END REMOVED

Log -- Delete the tuple in FRSCNEND to remove the origination end of aconfirmed call.

Action -- There is no action required.

RECEIVER LOCAL END REMOVED

Log -- Delete the tuple in FRSCNEND and the non-origination end of theconfirmed call is removed.

Action -- There is no action required.

CONNECTION CONFIRMED AT REMOTE BUT LOCALLY DELETED

Log -- The system generates this log at the calling DN office when theremote end confirms a deleted connection

Action -- There is no action required.

NO ACTIVE TRUNK MEMBER FOR SIGNALLING IN TRK GRP

Log -- The system generates this log when it cannot find an operation T1member for the trunk group. The ROUTE field of the log specifies this. Thesystem generates this log for each new tuple added into the tableFRSCNEND (or the tuples being-retried during the AUDIT cycle). Thesystem generates this log until one trunk member returns to service (INSVor ISTB).

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Action -- Make sure at least one trunk member is active (INSV or ISTB).

AttributesAttribute Value

Severity Warning

FormatFRS301 mmmdd hh:mm:ss ssdd INFO ALLC SERVICE

REASON = rsntxt

CALLING DN = dn DLCI = nnn

CALLED DN = dn DLCI = nnnn

ROUTE = clli VCI = nnnn DLCI = nnnn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO FRS BILLING Constant Fixed Indicates a FRS billing condition.

REASON Text Variable Indicates the reason for the FRSbilling report. Refer to "Action" .

CALLING DN Numeric Variable Identifies the calling DN.

CALLED DN Numeric Variable Identifies the called DN.

ROUTE alphanumeric Variable Identifies the CLLI.

Active message exampleFRS301 Sep10 11:23:56 2873 INFO ALLC SERVICE

REASON = ESTABLISHED

CALLING DN = 6137671111 DLCI = 47

CALLED DN= 6135551212DLCI = 16

ROUTE = FRS06 VCI = 0 DLCI = 0

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Associated OM registers

FTU100The le transfer subsystem (FTS) generates FTU100 when the systemdownloads a le and is stored on a v olume.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatFTU100 mmmdd hh:mm:ss ssdd INFO FILE DOWNLOAD

SESSION nn

DEVICE:

rsntxt

Selected field descriptionsField Value Fixed or

VariableDescription

FILE DOWNLOAD Constant Fixed Indicates a report of a downloadedfile.

SESSION nn Integer Variable Identifies the remote operationssession that generates this log report.

FILE DOWNLOADED Constant Fixed Indicates a file is downloaded.

Active message exampleFTU100 JAN22 09:12:23 3656 INFO FILE DOWNLOAD

SESSION 3

FILE DOWNLOADED

DEVICE: D010TEMP

LIU26BD

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Associated OM registers

FTU101The File Transfer subsystem (FTS) generates FTI101 when an I/O faultcauses a message to discard. The message may be an entering messagethat cannot pass to the operator. The message also can be an outgoingmessage that cannot pass to the link level.

Test Failures:

INV USER -- Indicates the user is not registered to use I/O routines.

INV MSG FMT- - Indicates the message format does not match presentformat in use.

INV NODE -- Indicates the message is destined for a node that is notcorrect.

MSG TOO BIG -- Indicates the message is too large to be handled by I/Osystem.

BAD BUFF -- Indicates a buffering error occurred.

INV SUBNET -- Indicates the message does not specify a correct subnetwork identification.

Remedial actionThere is no action required. This is for information only.

AttributesAttribute Value

Severity Warning

FormatFTU101 mmmdd hh:mm:ss ssdd INFO I/O FAULT

dirtxt FAULT= rsntxt

DST FTA= hhhh hhhh, SRC FTA= hhhh hhhh

APS= nn, CLASS= classtxt, USER= usertxt

DATA FOLLOWS:

hhhh hhhh ....

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Selected field descriptionsField Value Fixed or

VariableDescription

DATA FOLLOWS hexadecimal Variable Provides words of data inhexadecimal. There are eight wordsper line and maximum of three lines.

INFO I/O FAULT Constant Fixed Indicates a report of an input/outputproblem,

dirtxt OUTGOING Variable Indicates an outgoing message.

INCOMING Variable Indicates an entering message.

rsntxt Refer to Table 1--TEXT FAILUREREASONS at the endof this log report.

Variable Provides the reasons for failure.

DST FTA hhhh hhhh Variable Provides the destination address ofthe message.

SRC FTA hhhh hhhh Variable Provides the source address of themessage.

APS nn Variable Indicates the value of anticipated pathselector.

classtxt USER Variable Indicates the FTS message is of classuser.

MTCE Variable Indicates the FTS message is of classmaintenance.

usertxt symbolic text Variable Identifies the user of the message.

Active message exampleFTU101 MAR17 23:59:04 0604 INFO I/O FAULT

INCOMING FAULT= BAD BUFFER

DST FTA= #1000 4202, SRC FTA= #1000 4242

APS= 13, CLASS= USER, USER= ILLP

DATA FOLLOWS:

0234 4351 44AE 48D2 5555 0038 98A2 3343

3278 AB43 6190 6010 3444 217F FFFF FFFF

0000 0001 0095 33A8 0202 1033 A3A2 DD43

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Associated OM registers

FTU102The File Transfer Subsystem (FTS) generates FTU102 when the nodereceives an FTS routing message and discards the same message. Thislog indicates a failure in the delivery of updated routing information to thelocal node.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatFTU102 mmmdd hh:mm:ss ssdd INFO ROUTING FAULT

FAULT= rsntxt, RC= n

MSG=typetxt, NUM= nnnn, PKT= n/n

DATA FOLLOWS:

hhhhhhhh.....

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ROUTINGFAULT

Constant Fixed Indicates a failure in delivery ofupdated routing information to thelocal node.

rsntxt Refer to Table 1--TEXT FAILUREREASONS at the endof FTU101 log report.

Variable Provides the causes for failure.

RC integer Variable Provides the software cause with thefailure.

MSG typetxt Variable Indicates the type of routing message.

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Field Value Fixed orVariable

Description

NUM nnnn Variable Indicates the reference messagenumber.

PKT n/n Variable Identifies each packet of the messageand the total packets in the themessage.

DATA FOLLOWS hhhh hhhh hhhh....... Variable Provides a message in hexadecimaldata format.

Active message exampleFTU102 MAR19 20:08:56 5100 INFO ROUTING FAULT

FAULT= BAD BUFFER, RC= 3

MSG= ROUTE INIT, NUM= 0334, PKT= 1/2

DATA FOLLOWS:

0002 2002 8000 0060 8000 0064 FFFF FFFF

FFFF FFFF FFFF FFFF FFFF FFFF 0202 OFFF

OFFF OFFF 0003 4202 8005 0050 8005 0054

Clear message examplen/a

Associated OM registers

FTU103The File Transfer Subsystem (FTS) generates FTU106. The subsystemgenerates FTU106 when a change occurs in the state of the connectionsof a node to its higher node. These logs appear in two. The ''NODEISOLATED'' message appears when the node loses accurate connectionsto its root in order. The ''CONNECTIVITY REGAINED'' message appearswhen an accurate connection to the root of the node establishes.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

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FormatFTU103 mmmdd hh:mm:ss ssdd INFO CONNECTIVITY

rsntxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFOCONNECTIVITY

Constant Fixed Indicates the change in state of theconnections of a node to its highernodes.

rsntxt NODE ISOLATED Variable Indicates that the node lost accurateconnections with its root in order.

CONNECTIVITYREGAINED

Variable Indicates that the node established anaccurate connection with its root inorder.

Active message exampleFTU103 MAY24 08:43:12 2010 INFO CONNECTIVITY

CONECTIVITY REGAINED

Clear message examplen/a

Associated OM registers

FTU104The File Transfer Subsystem (FTS) generates FTU104 when an auditprocess determines a mismatch. The mismatch is between the exactcontents of the mapper and the view from the le transfer system of thecorrect mapper contents.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

FormatFTU104 mmmdd hh:mm:ss ssdd FLT ROUTING MISMATCH

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ADDR= hhhh typetxt, STATUS= statxt

CARD= nnn, PORT= nnn, MSGHWID=hhhh hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FLT ROUTINGMISMATCH

Constant Fixed Indicates that the audit processdetermines a mismatch between theexact contents of the mapper and theFTS view of those contents.

ADDR=hhhh 0000 - FFFF Variable Indicates the Mapper address wherethe problem occurred.

typetxt PRIMARY Variable Indicates the problem was in theprimary address.

SECONDARY Variable Indicates the problem was in thesecondary address.

statxt OPEN Variable Indicates the status of the address asopen.

CLOSED Variable Indicates the status of the address asclosed.

CARD=nnn Integer Variable Provides the number of the card in theaddress.

PORT=nnn Integer Variable Indicates the number of the port in theaddress.

MSGHWID=hhhhhhhh

0000-0000-FFFFFFFF

Variable Provides the view of the File transfersystem of the correct contents of themapper.

Active message exampleFTU104 JUN06 12:23:21 9732 FLT ROUTING MISMATCH

ADDR= #2400 PRIMARY, STATUS= OPEN

CARD= 255, PORT= 255, MSGHWID= #8400 #2209

Clear message examplen/a

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Associated OM registers

FTU201The system generates an FTU201 state change problem log when the FTS(Frame Transport System) detects a mismatch. The mismatch occursbetween present data that concerns the node state, and data the nodereceives from the node maintenance software.

Remedial actionThere is no immediate action required. This is an information log only.

AttributesAttribute Value

Severity Warning

FormatFTU201 <date><time><log no>INFO FTS STATE CHANGE FAULT

FAULT = DATA MISMATCH, Corrected by System Actions

(node changing state = <pm type><pm no>, FTA = <FTA>, PC =<pt code>

Node State = <fts node state>, FTS state = <fts node state>)

FTU201 <date><time><log no>INFO FTS STATE CHANGE FAULT

FAULT = NIL OPERATION REQUEST, Handled by System Actions

(node changing state = <pm type><pm no>, FTA = <FTA>, PC =<pt code>

State = <fts node state>)

FTU201 <date><time><log no>INFO FTS STATE CHANGE FAULT

FAULT = MULTIPLE OPERATION REQUEST, Corrected by System

Actions

(node changing state = <pm type><pm no>, FTA = <FTA>, PC =<pt code>

node_from_state = <fts node state>, node_to_state = <ftsnode state>)

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FTU201 <date><time><log no>INFO FTS STATE CHANGE FAULT

FAULT = MULTIPLE REQUESTS, Corrected by System Actions

(node changing state = <pm type><pm no>, FTA = <FTA>,

PC = <pt code>)

FTU201 <date><time><log no>INFO FTS STATE CHANGE FAULT

FAULT = NIL REPLY ADDRESS

(node changing state = <pm type><pm no>, FTA = <FTA>,

PC = <pt code>)

Selected field descriptionsField Value Fixed or

VariableDescription

Fault DATA MISMATCH,NIL OPERATIONREQUEST,MULTIPLEOPERATIONREQUEST,MULTIPLEREQUESTS, or NILREPLY ADDRESS

Variable Indicates type of problem found

node changing state Alphanumeric Variable Indicates name and number ofaffected node

PC Hexidecimal Variable Indicates the point code of the node

Node State Alphanumeric Variable Indicates the FTS routing state of thenode

FTS state Alphanumeric Variable Indicates the FTS routing state

State Alphanumeric Variable Indicates the FTS routing state

node_from_state Alphanumeric Variable Indicates the FTS routing state of thenode

node_to_state Alphanumeric Variable Indicates the FTS routing state of thenode

FTA Integer Variable Indicates the Frame TransportAddress of the node

Active message exampleFTU201 MAY20 10:04:03 5493 INFO FTS STATE CHANGE FAULT

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FAULT = DATA MISMATCH, Corrected by System Actions

(node changing state = LIU7114, FTA = 248, PC = 5

Node State = NOCOMM, FTS state = COMM)

Clear message examplen/a

Associated OM registers

FTU501When the FTS (Frame Transport System) is unable to allocate more spacefor a BMS buffer or an AR (adaptive routing) table the system does notgenerate an FTU501 log report.

Remedial actionThere is no immediate action required. This is an information log only.

AttributesAttribute Value

Severity Warning

FormatFTU501 <date><time><log no>INFO FTS NO RESOURCE LOG

FAULT = BMS BUFFER, Subcode = <code number>

FTU501 <date><time><log no>INFO FTS NO RESOURCE LOG

FAULT = DATA STORE, Subcode = <code number>

Table = <table>

Selected field descriptionsField Value Fixed or

VariableDescription

FAULT BMS BUFFER orDATA STORE

Variable Indicates type of fault found

Subcode Hexidecimal Variable Indicates the subcode number in aprocedure

Table Alphanumeric Variable Indicates the name of the table forwhich store was not allocated

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Active message exampleFTU501 MAY20 10:04:03 5493 INFO FTS NO RESOURCE LOG

FAULT = DATA STORE, Subcode = #1000

Table = RDB

Clear message examplen/a

Associated OM registers

FTU502The FTS (Frame Transport System) receives a time-out for either a queryreply or a propagation timer. The FTU502 I/O fault log generates a reportwhen the time-out occurs.

Remedial actionThere is no immediate action required. This report is an information logonly.

AttributesAttribute Value

Severity Warning

FormatFTU502 <date><time><log no>INFO FTS I/O FAULT LOG

FAULT = Time-Out, Subcode = <code number>

No reply from <point code>while processing <request>

Selected field descriptionsField Value Fixed or

VariableDescription

FAULT Time-Out Variable Indicates time-out fault found

Subcode Hexidicimal Variable Indicates the subcode number in aprocedure

point code Alphanumeric Variable Indicates the FTS point code of thenode

request Alphanumeric Variable Indicates the type of request thatgenerated the log

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Active message exampleFTU502 MAY20 10:04:03 5493 INFO INFO FTS I/O FAULT LOG

FAULT = Time-Out, Subcode = #1000

No reply from LIM30 while processing propagation

Clear message examplen/a

Associated OM registers

FTU601When one of the following FTS adaptive routing performance pegs reachesthe threshold, the subsystem generates the FTU601 FTS pegs log:

• failed to send message (send failures)

• failed to get BMS buffer (get buff failures)

• administration nacks received (nacks received)

• transmit timeouts (trans. timeouts)

• database errors

• late replies

Remedial actionThere is no immediate action required. This report is an information logonly.

AttributesAttribute Value

Severity Warning

FormatFTU601 <date><time><log number>INFO PEGS LOG

NODE = <device name>

Peg that reached threshold = <AR performance Peg>

messages sent = <msg sent>messages received = <msg rcvd>

send failures=<send failures>received failures = <rcvdfailures>

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get buff failure =<get BMS fails>nacks received = <nacksrcvd>

trans. timeouts = <tx timeouts>receive q timeouts =<rxtimeouts>

database errors = <dbs errors>BMS errors = <BMS errors>

# Of max bundles = <max bundle>late replies = <late replies>

bad msg type = <bad msg type>pre-acks sent = <pre acks sent>

pre-acks received = <pre acks rcvd>

Selected field descriptionsField Value Fixed or

VariableDescription

NODE Alphanumeric Variable Indicates the name of the node thatsent the peg

Peg that reachedthreshold

Alphanumeric Variable Indicates the adaptive routingperformance peg that reachedthreshold

messages sent Integer Variable Indicates the number of FTS adminmessages sent

messages received Integer Variable Indicates the number of FTS adminmessages received

send failures Integer Variable Indicates the number of times FTSfailed to send messages

received failures Integer Variable Indicates the number of times FTSfailed to receive messages

get buff failures Integer Variable Indicates the number of times FTSfailed to get a BMS buffer

nacks received Integer Variable Indicates the number of FTSadministration nacks received

trans. timeouts Integer Variable Indicates the number of timeoutsreceived while waiting for a reply fromthe node

receive q timeouts Integer Variable Indicates the number of timeouts forthe receive queue process

database errors Integer Variable Indicates the number of FTS databaseerrors

BMS errors Integer Variable Indicates the number of BMS errorsthat FTS incurred

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Field Value Fixed orVariable

Description

# Of max bundles Integer Variable Indicates the number of maximumsize bundles performed

late replies Integer Variable Indicates the number of late repliesfrom the node

bas msg type Integer Variable Indicates the number of bad messagetypes

pre-ack sent Integer Variable Indicates the number of pre-acks sent

pre-acks received Variable Integer Indicates the number of pre-acks received

Active message exampleFTU601 MAY20 10:04:03 5493 INFO PEGS LOG

NODE = LIM30

Peg that reached threshold = send_failures

messages sent = 6055 messages received = 6028

send failures = 10 received failures = 2

get buff failure = 1 nacks received = 3

trans. timeouts = 4 receive q timeouts = 11

database errors = 2 BMS errors = 2

# Of max bundles = 8 late replies = 6

bad msg type = 0 pre-acks sent = 8

pre-acks received = 12

Clear message examplen/a

Associated OM registers

FTU602The system generates an FTU602 FTS audit detected fault log when theFTS reachability audit database detects a mismatch with a nearestneighbour.

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Remedial actionThere is no immediate action required. FTU602 is an information log only.

AttributesAttribute Value

Severity Warning

FormatFTU602 <date><time><log no>INFO FTS AUDIT DETECTED FAULT

LOG

FAULT = Data Mismatch (Corrected), Subcode = <code number>

Data = Remote Reachability

Mismatch detected with nearest neighbour = <node devicename>

Selected field descriptionsField Value Fixed or

VariableDescription

FAULT Data Mismatch(Corrected)

Variable Indicates that a data mismatch faultwas found and corrected.

Subcode Hexidecimal Variable Indicates the subcode number in aprocedure.

Data Remote Reachability Variable Indicates the type of data found. Thisdata has faults.

Mismatch detectedwith nearestneighbour

Alphanumeric Variable Indicates the FTS nearest neighbournode name.

Active message exampleFTU602 MAY20 10:04:03 5493 INFO FTS AUDIT DETECTED FAULT

LOG

FAULT = Data Mismatch (Corrected), Subcode = #1000

Data = Remote Reachability

Mismatch detected with nearest neighbour = LIM30

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Clear message examplen/a

Associated OM registers

GAME100The Advance Intelligent Network (AIN) subsystem contains generic AINMessing Environment (GAME). The GAME subsystem generatesGAME100 log. The GAME100 log is generated when GAME softwareencounters a mismatch in handling of specific message type (e.g. R01,R02, DINA etc.). At generation of this log, which indicates that the serviceswitching point (SSP) was unable to send an error message to servicecontrol point (SCP). The open transaction is closed as well due to error inhandling.

The GAME100 log is for for AIN Essentials and subsequent releases.

Remedial actionThis is an info log. No action is required.

If any drastic call processing problems are seen with this log, then this logprovides very valuable information to support engineers.

AttributesAttribute Value

Severity Warning

Formatoffice * GAME100 mmmdd hh:mm:ss seqno INFO GAME_ERR_REPORT

ERR = <>

MSGSET = <>

TRANS BLOCK = <>

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Selected field descriptionsField Value Fixed or

VariableDescription

ERR Text Variable This describes the error typeencountered.

MSGSET R01, R02, DINA, IN,etc.

Variable This field is the message set in use(for example, AIN Service Enablers).

TRANS BLOCK Hex Data Variable This is the data which corresponds tothe error that occured.

Active message exampleS3_500_17BL CM GAME100 APR04 05:10:16 0504 INFOGAME_ERR_REPORT

ERR = MSGSET MISMATCH

MSGSET = R01

TRANS BLOCK = 434F 204B 203D 4F43 534E 4C4F 2045 3233

4446 4446 6F4C 706F 6465 7020 7461 2064

3137 3846 3135 2020 2020 2020 4520 455F

5252 525F 5045 524F 2054 0000 4120 454C

5452 0420 215F 2494 2141 0003 2141 7788

Clear message examplen/a

Associated OM registers

GAME101A GAME101 log is created if the RSPTMOUT OM count is greater thanzero. The log is created during the RSPTMOUT OM transfer period andrecords the RSPTMOUT OM count value.

Log history

SN07 (DMS)

Log GAME101 introduced by feature A00002013. Documentation updatedat SN09 (DMS).

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Remedial actionIf a high number of GAME101 logs are output, the number may indicatethat there is a problem with the SCP. The SCP should be checked to verifythat it is operating normally.

If a low number of GAME101 logs are output, the number may indicatenetwork congestion.

Any number of GAME101 logs highlights a problem that needs to beaddressed by your SCP first level support.

AttributesAttribute Value

Severity Warning

Formatoffice * GAME101 mmmdd hh:mm:ss seqno INFO GAME_ERR_REPORT

REASON = reason_field

COUNT = count_field

Selected field descriptionsField Value Fixed or

VariableDescription

reason_field Constant Fixed A string describing the reason the logis created. In this case, it is due tosuppressing a 'T1 Timer Expiry'message

count_field Unsigned integer Variable A copy of the RSPTMOUT OM countvalue. It is a number in the range from1 to 32,767

Active message exampleS3_500_17BL CM GAME101 APR04 05:10:16 0504 INFOGAME_ERR_REPORT

REASON = Suppressed T1 Timer Expiry Message

COUNT = 25

Clear message examplen/a

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Associated OM registers

GAME102A GAME102 log is created if the RSPTMOUT OM count becomes equal toor greater than the office parm T1_TIMER_EXPIRY_MSG_SUPPRESSthreshold value. The log is created when a ''T1 Timer Expiry'' message issuppressed.

When a GAME102 log is created it raises an external minor alarm. Thealarm needs clearing before another log entry can be created as a result ofthe RSPTMOUT OM count reaching the threshold value. The alarm iscleared either by an operator or by this feature. The alarm is cleared duringthe second transfer period to pass after initially creating the log entry. Thereason for doing this, is to expose the alarm for long enough to be noticedby an operator. If the problem persists a new log entry is created. If theminor alarm has been cleared by an operator, then at the time of creating anew log entry, a new minor alarm is raised.

Log history

SN07 (DMS)

Log GAME102 introduced by feature A00002013. Documentation updatedat SN09 (DMS).

Remedial actionIf you frequently find a high number of GAME102 logs, the high numbermay indicate that you have the office parmT1_TIMER_EXPIRY_MSG_SUPPRESS threshold value set too low. If thisis the case, the threshold value should be modified according to theconfiguration recommendations.

If the office parm T1_TIMER_EXPIRY_MSG_SUPPRESS threshold valueis not too low, the high number may indicate a problem with the SCP.

If the T1_TIMER_EXPIRY_MSG_SUPPRESS threshold value has beenset accordingly, the high number may indicate a problem with theapplication T1 Timer value being set too low.

You should have your SCP first level support look into any of theseproblems.

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AttributesAttribute Value

Severity • Minor

• Warning

Formatoffice * GAME102 mmmdd hh:mm:ss seqno INFO GAME_ERR_REPORT

REASON = reason_field

COUNT = count_field

Selected field descriptionsField Value Fixed or

VariableDescription

reason_field Constant Fixed A string describing that the number oftimes a 'T1 Timer Expiry' messagewas suppressed has reached theoffice parmT1_TIMER_EXPIRY_MSG_SUPPRESS threshold value

count_field Unsigned integer Variable A copy of the RSPTMOUT OM countvalue. It is a number in the range from1 to 32,767

Active message exampleS3_500_17BL CM GAME102 APR04 05:10:16 0504 INFOGAME_ERR_REPORT

REASON = Threshold reached for suppressing T1 Timer ExpiryMessages

COUNT = 100

Clear message examplen/a

Associated OM registers

HEAP100The HEAP subsystem generates the HEAP100 report when the audit forthe extension store allocator is complete.

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Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatHEAP100 mmmdd hh:mm:ss ssdd INFO HEAP_AUDIT_STATUS

HEAP AUDIT COMPLETED SUCCESSFULLY.

Selected field descriptionsField Value Fixed or

VariableDescription

HEAP_AUDIT_STATU S

Constant Fixed Indicates HEAP audit status report.

HEAP AUDITCOMPLETE

Constant Fixed Indicates audit for extension storeallocator complete.

Active message exampleHEAP100 APR01 12:00:00 2112 INFO HEAP_AUDIT_STATUS

HEAP AUDIT COMPLETED SUCCESSFULLY.

Clear message examplen/a

Associated OM registers

HEAP101The subsystem generates a HEAP101 log report if an image dump is takenwhile the audit for the extension store allocator runs. The subsystemprematurely stops the audit.

Remedial actionIf the image dump continuously preempts the audit, wait to perform theimage dumps until the subsystem generates HEAP100. This action willmake sure that audit runs correctly.

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AttributesAttribute Value

Severity Warning

FormatHEAP101 mmmdd hh:mm:ss ssdd INFO HEAP_AUDIT_STATUS

HEAP AUDIT PREMATURELY ENDED DUE TO

INITIALIZATION OF IMAGE DUMP

Selected field descriptionsField Value Fixed or

VariableDescription

INFOHEAP_AUDIT_STATUS

Constant Fixed Indicates HEAP audit status report

HEAP AUDIT ENDEDEARLY BECAUSEOF INITIALIZATIONOF IMAGE DUMP

Constant Fixed Indicates audit for extension storeallocator ended early because ofimage dump

Active message exampleHEAP101 APR01 12:00:00 2112 INFO HEAP_AUDIT_STATUS

HEAP AUDIT PREMATURELY ENDED DUE TO INITIALIZATION OF

IMAGE DUMP

Clear message examplen/a

Associated OM registers

HEAP102The system generates HEAP102 when the HEAP audit discovers problemswith the memory HEAP. The log locates the area of the problem anddisplays this information. The log also reports the action taken by the auditto correct the problem.

Remedial actionContact the next level of maintenance.

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AttributesAttribute Value

Severity Warning

FormatHEAP102 mmmdd hh:mm:ss ssdd INFO HEAP_AUDIT_PROBLEM

HEAP PROBLEM = prbtxt OWNER = owntxt

INDEX = hhhh BLOCKSIZE = hhhh STORE_TYPE = stortxt

HEAP ACTION TAKEN = acntxt

hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

hhhh 0000-FFFF Variable Memory location of the heap storeblock being logged. This field is onlyvalid for the number of bytes in theBLOCKSIZE field. This means that ifthe BLOCKSIZE is less than 10words, then the words up to 10 thatremain will be filled with zeros.

INFOHEAP_AUDIT_PROBLEM

Constant Fixed Indicates a problem with the HEAPaudit

HEAP PROBLEM Variable Problem will be one of the following:

OWNER_NOT_NIL_HE AP_USER

Variable The owner of a HEAP block on thefree queue is not theNIL_HEAP_USER.

ELT_BELONGS_ON_F REE_Q

Variable The system finds an element to placeon the free queue.

ELT_INVALID_FOR_FR EE_Q

Variable An element is on the free queue thatmust not be on the queue.

TAB_ID_INVALID_FOR _FREE_Q

Variable A used tab id is on the used freequeue.

ELEMENT_NOT_OWN ED

Variable The system found an element insuspension.

ELT_MAY_BE_ON_WR ONG_RES_Q

Variable The system found an element in thewrong state for the reserved queue.

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Field Value Fixed orVariable

Description

ELT_USED_BUT_ON_ RES_Q

Variable A used element is on the reservedqueue.

ELT_MAY_BE_ON_WR ONG_USED_Q

Variable An element was in the wrong state forthe used queue.

ELT_MARKED_RES_B UT_USED

Variable The system reserved a used element.

OWNER Character string Variable Name given by the module that usesthe HEAP as a representative. Can beblank to mark an owner that is notknown.

INDEX 0000-FFFF Variable The index of the element in the HEAP.

BLOCKSIZE 0000-0200 Variable The size in bytes of the element beingcorrected.

STORE TYPE NIL_HSTYPE,HDSTEMP,HDSPERM,HDSPROT

Variable Indicates the HEAP store type.

HEAP ACTIONTAKEN

Variable The audit takes one of the followingactions:

ELT_MOVED_FROM_F REE_Q

Variable Element placed in suspension by theaudit.

ELT_RECOVERED_FR OM_LIMBO

Variable The audit recovers the element fromsuspension and places the element onthe correct queue.

ELT_PLACED_IN_LIMB O

Variable Element placed in suspension by theaudit.

TAB_ID_PLACED_IN_LIMBO

Variable Tab id placed in suspension.

TAB_ID_RECOVERED

Variable Tab id recovered from limbo.

ELEMENT_DEALLOCA TED

Variable The system deallocated an unownedelement.

ELT_REMOVED_FROM _RES_Q

Variable An element placed in suspensionwhen removed from the reservedqueue.

ELT_MOVED_RES_TO _USED_Q

Variable An element moved from a reservedqueue to a used queue.

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Field Value Fixed orVariable

Description

ELT_REMOVED_FROM _ USED_Q

Variable An element moved from the usedqueue to suspension.

ELT_MARKED_USED

Variable The system marked an element used.

Active message exampleHEAP102 MAY16 11:16:36 2839 INFO HEAP_AUDIT_PROBLEM

HEAP PROBLEM = ELT_MAY_BE_ON_WRONG_USED_Q OWNER =

INDEX = 1234 BLOCKSIZE = 0006 STORE_TYPE =

HDSPROT

HEAP ACTION TAKEN = ELT_RECOVERED_FROM_LIMBO

1234 1111 2222 0000 0000 0000 0000 0000 0000 0000

Clear message examplen/a

Associated OM registers

IBN100The Auxiliary Operator Services System (AOSS) subsystem generatesIBN100. When the subsystem receives an invalid message from the IBNDirectory Assistance System/Computerized (DAS/C), the subsystemgenerates IBN100.

Remedial actionContact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatIBN100 mmmdd hh:mm:ss ssdd INFO IBN PROTOCOL ERROR

ERROR = errtxt

STATE = statxt

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MSG IN HEX = msghex

FORMATTED MSG=

TRANSCODE : codtxt

CALLID : nnnn

DESTID : hhhh

LIST/ANNID : hhhh

TARG/TELNO1 :hhhhhhhhhhhh

Selected field descriptionsField Value Fixed or

VariableDescription

NEW REQUEST Variable Indicates updated automatic messageaccounting (AMA) information

POS IN BUSY Variable Indicates connection to operator POSSTAT Indicates state of operatorposition

POS STAT REQ Variable Indicates request for state of anoperator position

POS RELEASE Variable Indicates release of operator positionby IBM DAS/C

REFERRAL Variable Indicates a request for call connectionto ARU

SPEAK Variable Indicates the announcement to speak

SPEAK COMPLETE Variable Indicates the end of an announcement

STATE Text Variable Indicates the state of DMS callprocess when the message isreceived

OPR CALL ORIG Variable Indicates beginning of an operatororiginated call to a forward number

SPEAK REJECT Variable Indicates the system can not providean announcement

SUB DISCONNECT Variable Indicates the end of the call

SYS ID REPLY Variable Indicates an end-to-end auditmessage acknowledgment

SYS ID REQUEST Variable Indicates a request for end-to-endmessage test

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Field Value Fixed orVariable

Description

TRANSFER Variable Indicates a request for call connectionto either an operator or an ARU

TRANSFER ABORT Variable Indicates the system can not performthe requested transfer

XFR CANCEL Variable Indicates to ignore the precedingtransfer request

CALLID Symbolic text Variable Provides sequence number thatreflects the number of call requests

DESTID 0000-FFFF Variable Identifies the device the DASrequested to handle the call

LIST/ANNID 0000-FFFF Variable Identifies DAS search result orannouncement number

TARG/TELNO1 0000-FFFF Variable Provides the result of the search ofthe DAS database or the requestednumber

UNKNOWN Variable Indicates the message received wasnot recognized as part of the protocol

INFO IBNPROTOCOL ERROR

Constant Fixed Indicates a report of an invalidmessage from the IBN DirectoryAssistance System (DAS)

ERROR INVALID MSG Variable Indicates an invalid message wasreceived from the IBN DirectoryAssistance System

INVALID MSGDIRECTION

Variable Indicates invalid message direction

INVALID MSGLENGTH

Variable Indicates invalid message length

INVALID DASCALLID

Variable Indicates the requested DirectoryAssistance System callid was invalid

INACTIVE DASCALLID

Variable Indicates the requested DirectoryAssistance System callid was inactive

NILANNOUNCEMENT

Variable Indicates announcement not made forthe Directory Assistance audiorequest

CALL ORIG Variable Indicates beginning of an AOSS call

WAIT FOR OPR Variable Indicates call is in an operator queue

WAIT FOR REPLY Variable Indicates waiting for anacknowledgment message from anassistant

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Field Value Fixed orVariable

Description

CALL SETUP Variable Indicates connection of an idleoperator to handle a call

AP CALL SETUP Variable Indicates connection of an idleassistant to handle a call

CALL AT POS Variable Indicates the call is at an operatorposition

MONITOR ORIG Variable Indicates the beginning of a monitorcall

MONITOR SETUP Variable Indicates establishment of monitorconnections

MONITOR AT POS Variable Indicates monitoring of an operatorposition

VR ORIG Variable Indicates the beginning of a voiceresponse (VR) call

VR AUDIO PEND Variable Indicates a VR call awaiting searchresults

VR AUDIO SETUP Variable Indicates a VR call that prepares anannouncement for playback

VR AUDIO PLAY Variable Indicates a VR call that plays anannouncement to a subscriber

VR RECALL PEND Variable Indicates a VR call awaiting recalltimeout after announcement

VR DAS REQUEST Variable Indicates a VR call handling adirectory assistance message

UNKNOWN Variable Indicates the system can notdetermine the state of the DMS callprocess

MSG IN HEX 0000-FFFF Variable Identifies the directory assistancemessage (DAM) in hexadecimal form

FORMATTED MSG Constant Fixed Provides a header for the fields thatfollow

TRANS CODE Symbolic text Variable Identifies the message type

ARU SELECT Variable Indicates call connection to an audiorecording unit (ARU)

ARU STAT REQ Variable Indicates a request for the state of anARU device

ARU STATUS Variable Indicates the state of an ARU device

CALL ARRIVAL Variable Indicates a new intercept request

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Field Value Fixed orVariable

Description

DELAYED XFR Variable Indicates a request to releasesubscriber from operator to await theARU

IMMED TRANSFER Variable Indicates a request for call connectionto an Audio Recording Unit

Active message exampleIBN100 NOV14 22:50:43 2112 INFO IBN PROTOCOL ERROR

ERROR = INVALID DAS CALLID

STATE = AP CALL SETUP

MSG IN HEX = <64 Hexadecimal characters>

FORMATTED MSG =

TRANSCODE : AMA TRANSFER

CALLID : 502E

DESTID : 0000

LIST/ANNID : 0006

TARG/TELN01 : 9012345678FF

Clear message examplen/a

Associated OM registers

IBN101The Integrated Business Network (IBN) subsystem generates IBN101when the IBN console changes state because of a trouble.

Remedial actionThere is no action required. If the subsystem generates IBN101repeatedly, investigate the cause.

AttributesAttribute Value

Severity Indeterminate

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FormatIBN101 mmmdd hh:mm:ss ssdd TBL CONSOLE TROUBLE

CUSTOMER_GROUP: clli, CONSOLE: clli

DM: cktid CONF: cktid

FROM statxt TO statxt

TROUBLE: trbltxt CKT: cktid

MSG: hhhh CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL CONSOLETROUBLE

Constant Fixed Indicates a report of trouble with theIBN attendant console. The specifieddigital modem and the attendantconsole lost the carrier between thetwo.

CUSTOMERGROUP: clli

Symbolic text Variable Identifies the customer group that theconsole serves. Refer to the dataschema section of the TranslationsGuide .

CONSOLE: clli Symbolic text Variable Gives the name of the console that ishaving trouble. Refer to the dataschema section of the TranslationsGuide .

DM:cktid Symbolic text Variable Identifies the digital modem thatconnects to the attendant console.

CONF:cktid Symbolic text Variable Identifies the 3-port conference circuit(CF3P) connects to the attendantconsole.

FROMstatxt Symbolic text Variable Gives the previous state of theconsole.

TOstatxt Symbolic text Variable Gives the new state of the console.

TROUBLE:trbltxt Symbolic text Variable Explains why the subsystemgenerates this log.

CKT:cktid Symbolic text Variable Identifies the circuit on which troubleoccurred (DMODEM, CF3P or one ofthe AC lines).

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Field Value Fixed orVariable

Description

MSG: hhhh 0000-FFFF Variable Identifies internal constant thatidentifies the message typeassociated with trouble code.

CALLID: callid Symbolic text Variable Identifies call in progress when troubleoccurred.

Active message exampleIBN101 JAN21 13:51:33 6169 TBL CONSOLE TROUBLE

Customer_Group: COMKOKAK, Console: ATTKDKA

DM: DMODEM 7 CONF: CKT CF3P 18

FROM AC_CP_BUSY TO AC_CP_BUSY

TROUBLE: AC_CKT_CONFUSION CKT: DMODEM 7

MSG: OOOD, CALLID: 557093

Clear message examplen/a

Associated OM registers

IBN102The Integrated Business Network (IBN) subsystem generates IBN102. Theremoval of an IBN console from service because of a trouble causes thereport.

Remedial actionTake correcting action according to the trouble reason.

AttributesAttribute Value

Severity Indeterminate

FormatIBN102 mmmdd hh:mm:ss ssdd FAIL CONSOLE TAKE DOWN

Customer_Group: clli, CONSOLE: clli

DM: cktid CONF: cktid

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FROM statxt TO statxt

TROUBLE: trbltxt

MSG: hhhh CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

CONSOLE TAKEDOWN

Constant Fixed Indicates the removal of an attendantconsole from service.

CUSTOMER GROUP Symbolic text Variable Identifies the customer group (CG)served by the console. Refer to thedata schema section of theTranslations Guide. CONSOLESymbolic text Gives the name of theconsole. Refer to the data schemasection of the Translations Guide .

DM Symbolic text Variable Identifies the digital modem that theattendant console (AC) connected tobefore taking the digital modem down.

CONF Symbolic text Variable Identifies 3-port conference circuit(CF3P) that the the AC connected tobefore taking the CF3P down.

FROM Symbolic text Variable Indicates previous state of theconsole.

TO Symbolic text Variable Indicates new state of the console.

TROUBLE Symbolic text Variable Gives the reason for the generation ofthis log.

CKT Symbolic text Variable Identifies the circuit on which troubleoccurred (DMODEM, CF3P or one ofthe AC lines).

MSG 0000-FFFF Variable Indicates the internal constant thatidentifies the message typeassociated with trouble code.

CALLID Symbolic text Variable Identifies the call in progress when thetrouble occurred.

Active message exampleIBN102 JAN21 13:51:33 6169 FAIL CONSOLE TAKE DOWN

Customer_Group: COMKODAK, Console: ATTKDKB

DM: DMODEM 2, CONF: CKT CF3P 3

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FROM AC_CP_BUSY TO AC_MAN_BUSY

TROUBLE: AC_MANUAL_FRLS CKT: DMODEM 2

MSG: 0033, CALLID: 6

Clear message examplen/a

Associated OM registers

IBN103The Integrated Business Network (IBN) subsystem generates IBN103when an attendant console returns to service (RTS).

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

FormatIBN103 mmmdd hh:mm:ss ssdd RTS CONSOLE RTS SUCCESS

CUSTOMER_GROUP: clli, CONSOLE: clli

DM: cktid CONF: cktid

FROM stattxt TO stattxt

Selected field descriptionsField Value Fixed or

VariableDescription

RTS CONSOLE RTSSUCCESS

Constant Fixed Indicates that an attendant consolereturns to service.

CUSTOMERGROUP: clli,

Symbolic text Variable Refer to Tables Custhead andCustcons in 297-2001-451. Identifiesthe customer group (CG) served bythe console. Refer to Table I.

CONSOLE: clli Symbolic text Variable Refer to Table Attcons in297-2001-451. Gives the name of theconsole that returns to service. Referto Table I.

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Field Value Fixed orVariable

Description

DM: cktid Symbolic text Variable Refer to Table I. Identifies the digitalmodem to which the attendantconsole (AC) is connected.

CONF: cktid Symbolic text Variable Refer to Table I. Identifies the 3-portconference circuit (CF3P) to which theattendant console (AC) is connected.

FROM stattxt Symbolic text Variable Gives the previous state of theconsole.

TO stattxt Symbolic text Variable Gives the first state of the console.

Active message exampleIBN103 MAR19 14:52:35 0803 RTS CONSOLE RTS SUCCESS

Customer_Group: COMKODAK, Console: ATTKDKA

DM: DMODEM 6, CONF: CKT CF3P 24

FROM AC_MAN_BUSY TO AC_CP_BUSY

Clear message examplen/a

Associated OM registers

IBN104The Integrated Business Network (IBN) subsystem generates IBN104. Thesubsystem generates IBN104 when an attendant console fails to return toservice (RTS).

Remedial actionIf the condition persists, take correct manual action according to the troublecode.

AttributesAttribute Value

Severity Warning

FormatIBN104 mmmdd hh:mm:ss ssdd INFO CONSOLE RTS FAIL

CUSTOMER_GROUP: clli, CONSOLE: clli

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DM: cktid CONF: cktid

FROM state TO state

TROUBLE: trbltxt CKT: cktid

MSG: hhhh CALLID: number

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CONSOLE RTSFAIL

Constant Fixed Indicates failure of an attendantconsole to return to service.

CUSTOMER GROUP Symbolic text Variable Identifies the customer group (CG)that the console serves. Refer to thedata schema section in theTranslations Guide .

CONSOLE Symbolic text Variable Gives the name of the console thatfails to return to service. Refer to thedata schema section in theTranslations Guide .

DM Symbolic text Variable Identifies the digital modem (DM) towhich AC connects (during RTS)before RTS fails. If this field is blank,the failure occurs before DM connectsto AC.

CONF Symbolic text Variable Identifies 3-port conference circuit(CF3P) to which AC connects (duringRTS) before failure of RTS fails. If thisfield is blank, the failure occurs beforethe CF3P connects to AC.

FROM Symbolic text Variable Indicates previous state of theconsole.

TO Symbolic text Variable Indicates the new state of the console.TROUBLE Symbolic text Explains whyproduction of this log occurs.

CKT Symbolic text Variable Identifies the circuit on which problemoccurs (DMODEM, CF3P or one ofthe AC lines).

MSG 0000-FFFF Variable Identifies internal constantidentification message type thatassociates with problem code.

CALLID Symbolic text Variable Identifies call in progress whenproblem occurs.

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Active message exampleAn example of log report IBN104 follows:

IBN104 OCT17 13:51:33 5169 INFO CONSOLE RTS FAIL

Customer_Group: COMKODAK, CONSOLE: ATTKDKA

DM: DMODEM 0, CONF:

FROM AC_MAN_BUSY TO AC_SEIZED

TROUBLE: AC_DM_BUFFER_FULL CKT: DMODEM 0

MSG: 0086, CALLID: 426047

Clear message examplen/a

Associated OM registers

IBN105The Integrated Business Network (IBN) subsystem generates IBN105. Thesubsystem generates IBN105 when a new DM replaces the digital modem(DM) of the console.

Remedial actionIf this log appears often, contact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatIBN105 mmmdd hh:mm:ss ssdd INFO CONSOLE DM SWAPPED

CUSTOMER_GROUP: clli CONSOLE: clli

OLD DM:cktid CONF: cktid

NEW DM: cktid

REASON: rsntxt

CALLID: number

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO CONSOLE DMSWAPPED

Constant Fixed Indicates the successful replacementof the DM of the console with a newDM.

CUSTOMER_GROUP

Symbolic text Variable Identifies the customer group that theconsole serves.

CONSOLE Symbolic text Variable Identifies the name of the console.

OLD DM Symbolic text Variable Identifies the replacement DM.

NEW DM Symbolic text Variable Identifies the current DM.

REASON Symbolic text Variable Indicates the reason for the swap ofthe DMs.

AC_CKT_RELEASED Variable Indicates that the DM must release, orthe maintenance trunk module (MTM)that holds the DM is out of service.

AC_DM_MESSAGE_ERROR

Variable Indicates the console cannot establishnormal communications. A defectiveconnection can cause this condition.

AC_INTEGRITY_LOST

Variable Indicates the number of integrity lostmessages from this console exceedsthe limit.

AC_CKT_CONFUSION

Variable Indicates a circuit confusion messagefrom the DM.

AC_SYSTEM_ERROR

Variable Indicates Terminal Process Block asbusy because of heavy messageloads.

CALLID Symbolic text Variable Identifies the active call.

Active message exampleIBN105 MAR05 22:15:45 2100 INFO CONSOLE DM SWAPPED

CUSTOMER_GROUP: COMKODAK CONSOLE: ATTKDKD

OLD DM: DMODEM 3 CONF: CKT CF3P 54

NEW DM: DMODEM 6

REASON: AC_CKT_RELEASED

CALLID: 132153

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Clear message examplen/a

Associated OM registers

IBN106The Integrated Business Network (IBN) subsystem generates log reportIBN106. The subsystem generates IBN106 when the LOG ag is set to "Y"in Table IBNTREAT ( refer to the data schema section of the TranslationsGuide ) for the correct treatment. The system uses the treatment table toroute IBN lines or trunks to tones, announcements, or lamps on theattendant console (AC).

Remedial actionSave all instances of this log. If a large number of these logs occurs, theoperating company personnel must investigate the possibility of data entryerrors.

AttributesAttribute Value

Severity Warning

FormatIBN106 mmmdd hh:mm:ss ssdd INFO IBN_TRTMT

len DN dn

IBN TREATMENT SET=nnn BY CUSTOMER

GROUP=nn

ORIG_AGENT=len DN dn CALLED NBR: dn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IBN_TRTMT Constant Fixed Indicates that this log containstreatment information

len Symbolic text Variable Identifies the line equipment (LEN)that the console uses

DN Integers Variable Indicates the directory number (DN) ofthe console

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Field Value Fixed orVariable

Description

IBN TREATMENTSET

0-127 Variable Identifies the returned treatment

BY CUSTOMERGROUP

Integers Variable Indicates the customer group that theconsole serves. Group numberscorrespond to the table field number,and have a corresponding groupname

ORIG_AGENT =LEN Symbolic text Variable Gives the LEN of the call originator.

DN Integers Variable Indicates the DN of the call originator.

CALLED NBR Integers Variable Indicates the called DN.

Active message exampleIBN106 DEC20 11:19:32 9602 INFO IBN_TRTMT

HOST 001 05 10 DN 9097226111

IBN TREATMENT SET=5 BY CUSTOMER GROUP=6

ORIG_AGENT=HOST 00 1 05 10 DN 9097226111 CALLED NBR=0

Clear message examplen/a

Associated OM registers

IBN107The Integrated Business Network (IBN) subsystem generates log reportIBN107. The subsystem generates log IBN107 when failures in digitmanipulation data entry occur, when the required digit manipulation index(DMI) for a call is not found,and/or when a DIGMAN command causes allcalled digits to be removed. The table name is DIGMAN; the index name isdigital manipulation index (DMI).

The system modi es log report IBN107 to include three additional IBN logmessages for Table DIGMAN. The log messages are: NO FC AVAILABLE,NO STS AVAILABLE, and NO CC AVAILABLE.

The system uses report NO FC AVAILABLE when the system cannottransmit the correct inbound dialing plan. The system cannot transmit thecorrect dialing plan because the system requires e xible calling (FC). Theuser did not enter a call type in Table XLACTL.

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The system uses report NO STS AVAILABLE when the system cannottransmit the correct inbound dialing plan. The system cannot transmit thecorrect dialing plan because the system requires an STS. The user did notmake entries in the STS optional eld (for the CUST OMER GROUP/NCOSinformation) in Table NCOS nor CUSTHEAD.

The system uses report NO CC AVAILABLE when the system cannottransmit the correct inbound dialing plan. The system requires a centralcontrol for the optional eld, CC, in T able TRKGRP to transmit the correctdialing plan.

Remedial actionWhen the system generates report NO FC AVAILABLE, the technicianmust determine which entry in table XLACTL is in use (with TRAVER). Thetechnician must add CTYPE to the SC option for the tuple in use.

When the system generates report NO STS AVAILABLE, the technicianmust determine which entry in table NCOS/CUSTHEAD is in use (withTRAVER). The technician must add the STS option for the tuple in use.

AttributesAttribute Value

Severity Indeterminate

FormatIBN107 mmmdd hh:mm:ss ssdd TBL DIGMAN_DATAFILL_PROBLEM

TYPE = prbltxt

CHECK DMI = nnnn

CALLING PARTY = len DN dn

TERMINATOR = CKT cktid

DIALED DIGITS = dn

CALLID = callid

IBN107 mmmdd hh:mm:ss ssdd DIGMAN_DATAFILL_PROBLEM

TYPE = reason text

CHECK DMI = index

CALLING PARTY = calling party

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DIALLED DIGITS = dialled number

TERMINATOR = trunk

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBLDIGMAN_DATAFILL_PROBLEM

Constant Fixed Indicates a data entry problem in tableDIGMAN.

TYPE Symbolic text Variable Indicates the type of data entryproblem.

CHECK DMI 0-32766 Variable Gives the index number (an officeparameter).

CALLING PARTY Symbolic text Variable Identifies the calling party lineequipment number (LEN) and thedirectory number (DN) (with areacode). Refer to Table I.

TERMINATOR Symbolic text Variable Identifies the circuit of the called party.If the circuit is a trunk, the systemgives the common language locationidentifier (CLLI) and circuit number(CKTNBR). If a line, the system givesthe LEN and DN. Refer to Table I.

DIALED DIGITS Symbolic text Variable Provides the digits that the caller dials.Refer to Table I.

CALLID Symbolic text Variable Identifies the call: returns a differentcall identification number. Refer toTable I.

Active message exampleIBN107 JAN04 23:45:08 6645 TBL DIGMAN_DATAFILL_PROBLEM

TYPE = DMI NOT DATAFILLED

CHECK DMI = 11

CALLING PARTY = HOST 00 0 5 0 DN 6137224111

TERMINATOR = CKT OGDP 0

DIALED DIGITS = 82367855

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CALLID = 294999

IBN107 JUN15 23:27:00 2453 DIGMAN_DATAFILL_PROBLEM

TYPE = NO FC AVAILABLE

CHECK DMI = 1324

CALLING PARTY =

DIALLED DIGITS = 82367855

TERMINATOR =

CALLID = 294999

UKC2113BKIBN107MAR2013:29:30 4988TBL DIGMAN_DATAFILL_PROBLEM

TYPE = DMI NOT DATAFILLED

CHECK DMI = 1099

CALLING PARTY = REM1 31 0 03 06 DN1818114201

DIALLED DIGITS = 10994202

TERMINATOR = CKT KNGA2090OFTBWE

CALLID = 32768

RTP5 IBN107 JUN16 14:12:36 9600 TBL DIGMAN_DATAFILL_PROBLEM

TYPE = DMI RESULT CONTAIN NO DIGIT

CHECK DMI = 7

CALLING PARTY = HOST 00 0 06 01 DN6137222500

DIALLED DIGITS = 919199871001

TERMINATOR = CKT NIPRI4BRIOG 1

CALLID = 32768

Clear message examplen/a

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Associated OM registers

IBN108The Integrated Business Network (IBN) subsystem generates log reportIBN108. The subsystem generates IBN108 when tone detection problemsare present.

Remedial actionRefer to Tone detector problems table to determine what to do. If theproblem persists, contact the next level of maintenance.

The following provides Tone detector troubleshooting:

ALTERNATE ROUTING DENIED BY ATD (Audio Tone Detector)

Log --Indicates trunk facilities do not have enough provisions.

Action -- Check for and correct data entry errors.

AMI ATD UNAVAILABLE

Log --Indicates ADT channel is not free to monitor the line. The use of allresources at the same time or ATD card failure can cause this trouble.

Action -- The frequency of this report determines the traffic requirements ofthese circuits.

AMI ATD NOT CONNECTED

Log -- Indicates the ATD is not able to connect to the line or trunk.Indicates that either the trunk or the ATD fail.

Action -- Determine if the ATD or the trunk is at fault and take the correctaction.

AMI UNEXPECTED ATD RESULT MESSAGE

Log -- Indicates the message processor receives a message from the ATDthat is not defined.

Action -- Determine if the ATD or the communications channel is at fault.Take the correct action.

AMI ATD NO CSM TRANS

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Log -- Indicates the ATD does not receive the start to monitor messagefrom the peripheral module (PM).

Action -- Determine if the ATD message reception, the communicationschannel, or the PM is at fault. Take the correct action.

AMI HI DRY TIMEOUT

Log -- Indicates the maintenance trunk module (MTM) receives a nullresponse from the ATD. Certain conditions can cause this response. Thecard is not installed correctly, the card does not function correctly, the carddoes not detect an input signal.

Action -- Possible causes are: the ATD card is not installed, does notfunction correctly, or does not detect the input signal. If the installed ATDcard functions, determine if the system routes the call correctly. Determineif the call terminates correctly.

DATAPATH ATD UNAVAILABLE (This trouble detector is Canada only)

Log -- Indicates the system does not obtain an ATD channel to monitor thetrunk. A failure of the ATD card or not enough resources can cause thiscondition.

Action -- Check for and correct data entry errors.

DATAPATH ATD NO CSM TRANS (This trouble detector is Canada only)

Log -- Indicates successful allocation and connection of the ATD. The ATDdoes not receive a "start to monitor" message from the PM.

Action -- Determine if the ATD message reception, the communicationschannel, or the PM is at fault. Fix according to the cause of the problem.

DATAPATH ATD NOT CONNECTED (This trouble detector is Canadaonly)

Log -- Indicates successful allocation of the ATD channel. The ATD cannotconnect to the trunk in monitor mode. A failure can be present in the ATDor the trunk.

Action -- Determine if the ATD or the trunk is at fault. Fix according to thecause of the problem.

DATAPATH ATD UNAVAILABLE

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Log -- Indicates the system does not obtain an ATD channel to monitor thetrunk. A failure of the ATD card or not enough resources can cause thiscondition.

Action -- Check for and correct entry errors.

DATAPATH HI DRY TIMEOUT (This trouble detector is Canada only)

Log -- Indicates that the MTM receives a null response from the ATD. Thiscondition can occur if the strength of the signal that the ATD receives isbelow the sensitivity threshold. This condition can also occur if the ATD isnot installed. The MTM cannot determine if there is an installed ATD card.

Action -- Possible causes are: the ATD card is not installed, does notfunction correctly, or does not detect the input signal. If the installed ATDcard operates, determine if the system routes the call correctly. Determineif the call terminates correctly.

DATAPATH UNEXPECTED ATD RESULT MESSAGE (This troubledetector is Canada only)

Log -- Indicates the ATD result message that the central control (CC)receives is not correct.

Action -- Determine if the ATD or the communications channel is at faultand fix according to the cause of the problem.

IBNATD NOT AVAILABLE

Log -- An ATD circuit is not available when you require it.

Action -- Check for and correct entry errors.

TABLE IBNATD DATAFILL PROBLEM

Log -- Indicates that the tuple is not entered in Table IBNATD.

Action -- Check for and correct entry errors

THREE WAY CALLING DENIED

Log -- Indicates that the originator attempts to prompt 3-way calling beforethe transmission of all the digits. The ATD does not determine that thecalled party answers.

Action -- Check for and correct data entry errors.

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TIMEOUT ENCOUNTERED ON ROUTE BY ATD

Log -- Multiple appearances of this log indicate a network congestionproblem or a trunk problem at a tandem point.

Action -- Check for and correct data entry errors.

AttributesAttribute Value

Severity Warning

FormatIBN108 mmmdd hh:mm:ss ssdd TBL

IBN_TONE_DETECTION_INFO

TYPE: trbltxt

CALLING PARTY: len DN dn

DIALED DIGITS : dn

TERMINATOR: CKT cktid

CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBLIBN_TONE_DETECTION_INFO

Constant Fixed Indicates a report of tone detectioninformation.

TYPE Symbolic text Variable Gives the reason that the systemgenerates the report. See "Action" .

CALLING PARTY:LEN

Integers Variable Identifies the line equipment number(LEN) and the directory number (DN)with area code. See "Action" ..

DIALED DIGITS Integers Variable Gives a record of the digits that thecustomer dials. See "Action" .

TERMINATOR: CKT Symbolic text Variable Identifies the trunk circuit of the calledparty. See "Action" .

CALLID Symbolic text Variable Identifies the call in progress whentone detector problems occur. See"Action" .

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Active message exampleIBN108 JUL17 13:33:02 4004 TBL IBN_TONE_DETECTION_INFO

TYPE: AMI_ATD_NOT_AVAILABLE

TALLING PARTY: HOST 02 1 12 04 DN 9097224000

DIALED DIGITS: 324001

TERMINATOR: CKT OGDP 4

CALLID: 65998

Clear message examplen/a

Associated OM registers

IBN109The Integrated Business Network (IBN) subsystem generates log reportIBN109. The subsystem generates IBN109 when an attendant cannothandle a call and presses the Console Trouble key. This report identi esthe parties involved in the call and the console. This report also identi esother information about the state of the active loop at the time the problemoccurs. Any alarm that associates with this report depends on the dataentry for the trouble code, as speci ed by the customer .

Remedial actionTake the appropriate action for the trouble code that the system reports.

AttributesAttribute Value

Severity Warning

FormatIBN109 mmmdd hh:mm:ss ssdd INFO ATTENDANT GENERATED

CUSTOMER GROUP: clli CONSOLE: clli

SUBGRP: n CALLID: callid

TRBL CODE: trbltxt CONS CKT: cktid

CF3P: voice ckt, src ckt, dest ckt

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CALLED NUM: dn

DIALED NUM: dn

Selected field descriptionsField Value Fixed or

VariableDescription

CALLED NUM Numeric, up to 30digits

Variable Gives the number that the caller calls.Refer to Table I.

DIALED NUM Numeric, up to 30digits

Variable Gives the digits that the caller dials.Refer to Table I.

INFO ATTENDANTGENERATED

Constant Fixed Indicates that the attendant initiatesthis report.

CUSTOMER GROUP Symbolic text Variable Identifies the customer group that theconsole serves. Refer to tablesCusthead and Custcons in the dataschema section of the TranslationsGuide.

CONSOLE Symbolic text Variable Gives the name of the console of theattendant. Refer to table Attcons in thedata schema section of theTranslations Guide.

SUBGRP 0-7 Variable Gives the subgroup.

CALLID Integers Variable Returns a different call identificationnumber to identify the call. Refer toTable I.

TRBL CODE Symbolic text Variable Gives the trouble code that causes theproblem. Refer to Table L.

CONS CKT Symbolic text Variable Identifies the consoles demodemcircuit. Refer to Table I.

CF3P Symbolic text Variable Gives the line equipment number(LEN) of the voice circuit, the data in(src) LEN, and the data out (dest)LEN. Refer to Table I.

Active message exampleIBN 109 JUL12 19:01:08 8900 INFO ATTENDANT GENERATED

CUSTOMER GROUP: COMKODAK CONSOLE: ATTKDKA

SUBGRP: 6 CALLID: 65998

TRBL CODE: CONS CKT: AC_CONF_UNAVAILABLE

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CF3P: HOST 00 0 10 30 HOST 00 0 10 40 HOST 00 0 20 40

CALLED NUM: 9981010223011421234567890123

DIALED NUM: 9981010223011421234567890123

Clear message examplen/a

Associated OM registers

IBN110The Integrated Business Network (IBN) subsystem generates log reportIBN110 when the system encounters failures while the system processesauthority and account codes.

Remedial actionRetain this log for statistical purposes. Refer to the next level ofmaintenance.

AttributesAttribute Value

Severity Warning

FormatIBN110 mmmdd hh:mm:ss ssdd INFO AUTH_ABUSE

len DN dn

TYPE = failtxt

CUSTGRP = clli

DIGITS_DIALED = dn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO AUTH_ABUSE Constant Fixed Indicates the abuse of authoritycodes.

len Alphanumeric Variable Identifies the line equipment number(LEN) of the calling party.

DN Integers Variable Identifies the directory number (DN) ofthe calling party.

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Field Value Fixed orVariable

Description

TYPE Symbolic text Variable Identifies the type of failure that thesystem encounters.

NO AUTHORITYCODE DIGITS

Variable The subscriber fails to dial theauthority code and stays off-hook.

EXCESS AUTHCODE DIGITS

Variable The number of digits that a caller dialsfor the authority code is more than thenumber specified in Table CUSTGRP.

INVALID AUTHCODE

Variable The switch does not know theauthority code.

EXEMPT AUTHCODE

Variable The caller dials an expired authoritycode.

INSUFFICIENTSECURITY DIGITS

Variable The number of security digits that acaller dials (following the authoritycode) is less than the number enteredfor the authority code.

INVALID SECURITYCODE

Variable The security code that a caller dials(following the authority code) is notthe same as the code entered for theauthority code.

INCORRECT ACCTLENGTH

Variable The number of digits that a caller dialsfor the account code is less than thenumber specified in TableCUSTHEAD.

NO ACCT CODEDIGITS

Variable The caller fails to dial in the accountcode and stays off-hook.

INCORRECT PINDIGITS

Variable The number of the PIN digits that acaller dials is more or less than thenumber specified in Table AUTHCDE.

INVALID PIN DIGITS Variable The dialed PIN digits do not match thedigits in Table AUTHCDE.

PIN DIGITS MUSTBE DIALED

Variable The caller fails to dial the PIN digitsafter the authority code.

ACCT VAL FAILURE Variable Indicates that account code validationis in effect. Table ACSCRN1 does notcontain the dialed account for thecaller customer group.

Table ACSCRN1 is not supported forthe DMS-100.

INCONSISTENTACCT LENGTHS

Variable Indicates that account code validationis in effect. The account code lengthentered in Table CUSTHEAD for the

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Field Value Fixed orVariable

Description

caller customer group is different thanthe other code length. This otherlength is the length of the accountcodes entered in Table ACSCRN1 forthat customer group.

CUSTGRP Symbolic text Variable Identifies the customer group in whichthe fault occurred. Refer to TablesCUSTHEAD and CUSTCONS in thedata schema section of theTranslations Guide .

DIGITS_DIALED Integers Variable Gives a record of the digits that thecaller dials. Refer to Table I.

INSUFFICIENT AUTHDIGITS

Variable The number of the digits that a callerdials for the authority code is less thanthe number specified in tableCUSTGRP.

Active message exampleIBN110 JUL12 19:01:08 8900 INFO AUTH_ABUSE

HOST 00 0 10 30 DN 9097221112

TYPE = INSUFFICIENT AUTH DIGITS

CUSTGRP = COMIBN 2

DIGITS_DIALED = 2

Clear message examplen/a

Associated OM registers

IBN111The Integrated Business Network (IBN) subsystem generates IBN111when a problem occurs in the auxiliary equipment of the IBN console.Demodem ckts or 3-port conference ckts are examples of problems.

Remedial actionThis log is for information only. The problem reason that appears in the loghelps corrective maintenance.

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AttributesAttribute Value

Severity Indeterminate

FormatIBN111 mmmdd hh:mm:ss ssdd TBL CONSOLE CKT TROUBLE

CUSTOMER GROUP: grptxt CONSOLE: constxt

TROUBLE: trbltxt

CKT: ckt_id

CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL CONSOLE CKTTROUBLE

Constant Fixed Indicates that the attendant consolehas a problem with the auxiliarycircuits.

CUSTOMERGROUP: grptxt

1-16 characters Variable Identifies the customer group theconsole serves. Refer to TablesCUSTHEAD and CUSTCONS in297-2001-451.

CONSOLE: constxt 1-16 characters Variable Gives the name of the console withdefective auxiliary equipment. Refer toTable ATTCONS in 297-2001-451.

TROUBLE: trbltxt Variable Gives the reason the subsystemgenerated the log.

INTEGRITY_LOST Variable Indicates the integrity failure on acircuit.

CONSOLE_RELEASE D

Variable Indicates the same as seized butsystem action causes the action.

CKT_CONFUSION Variable Indicates a circuit sent in a confusionmessage.

CKT_RELEASED Variable Indicates the system released tehcircuit.

CKT: ckt_id (CLLI + CKTNBR) or(LEN + DN).

Variable Refer to Table I. Identifies the circuit.If the circuit is a trunk, the commonlanguage location identifier (CLLI) andcircuit number (CKTNBR) appear. If

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Field Value Fixed orVariable

Description

the circuit is a line, the line equipmentnumber (LEN) and dial number (DN)appear.

CALLID: callid Refer to Table I. Variable Returns a call identification number toidentify the call.

Active message exampleIBN111 JUL12 10:11:24 9186 TBL CONSOLE CKT TROUBLE

CUSTOMER GROUP: NV CONSOLE: SAC1

TROUBLE: CKT_CONFUSION

CKT: LEN HOST 00 1 12 30 NO DIRN

CALLID: 98340

Clear message examplen/a

Associated OM registers

IBN112The Integrated Business Network (IBN) subsystem generates IBN112when a problem occurs in the auxiliary equipment of the IBN console.Demodem ckt and the 3-port conference ckt are examples of problems.

Remedial actionThis log is for information only.

AttributesAttribute Value

Severity Warning

FormatIBN112 mmmdd hh:mm:ss ssdd INFO CONSOLE CKT INFO

CUSTOMER GROUP: grptxt CONSOLE: constxt

TROUBLE: trbtxt

CKT: ckt_id

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CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

CONSOLE CKT INFO Constant Fixed Indicates this log contains informationon the auxiliary circuits of theattendant console.

CUSTOMERGROUP: grptxt

1-16 characters Variable Identifies the customer group (CG)that the console serves. Refer toTables CUSTHEAD and CUSTCONSin 297-2001-451.

CONSOLE: constxt 1-16 characters Variable Gives the name of the console. Referto Table ATTCONS in 297-2001-451.

TROUBLE: trbltxt Symbolic text Variable Gives the reason the subsystemgenerated this log. Refer to Table L.

CKT: ckt_id (CLLI + CKTNBR) or(LEN + DN)

Variable Gives the circuit identification. If thecircuit is a trunk, the commonlanguage location identifier (CLLI) andcircuit number (CKTNBR) appear. Ifthe circuit is a line, the line equipmentnumber (LEN) and dial number (DN)appear. Refer to Table I.

CALLID: callid Symbolic text Variable Indicates a call identification numberfor the console.

Active message exampleIBN112 JUL12 18:34:35 3200 INFO CONSOLE CKT INFO

CUSTOMER GROUP: COMKODAK CONSOLE: ATTKDKF

TROUBLE: DM_NO_CARRIER

CKT: DMODEM 5

CALLID: 65562

Clear message examplen/a

Associated OM registers

IBN113The Integrated Business Network (IBN) subsystem generates IBN113when a problem occurs with the protocol digits on an incoming trunk call.

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Remedial actionCorrect the entries in Tables PACMAN and IBNXLA.

AttributesAttribute Value

Severity Indeterminate

FormatIBN113 mmmdd hh:mm:ss ssdd TBL PROTOCOL ANALYSIS

reasontxt

PMI: nnn

DIGITS: dn

Selected field descriptionsField Value Fixed or

VariableDescription

TBL PROCOLANALYSIS

Symbolic text Variable Gives the reason the subsystemgenerated the log.

TOO FEW DIGITS Variable The entries for Table PACMAN definemore digits than the number of digitson the call.

PMI NOTDATAFILLED

Variable Datafill is not present in TablePACMAN for the PMI, as the IBNXLAtranslation result specifies.

ERROR IN DATAFILL Variable The user did not enter data in TablePACMAN correctly.

IMPULSING NOTFINISHED FORTCOS (traveling classof service)

Variable The user did not program thetranslator to collect all digits of the callbefore the translator invokesPACMAN.

IMPULSED COSNOT IN RANGE0-255

Variable The value of class of service extractedfrom the digits received for the call arenot in range 0-255.

PMI 0-255 Variable Identifies the protocol manipulationindex (PMI).

DIGITS Symbolic text Variable Identifies the digits the trunk receives.The trunk receives 1-15 digits. Referto Table I.

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Active message exampleIBN113 JAN05 14:02:45 3623 TBL PROTOCOL ANALYSIS

TOO FEW DIGITS

PMI: 1

DIGITS: 12

Clear message examplen/a

Associated OM registers

IBN114The Integrated Business Network (IBN) subsystem generates IBN114when a virtual facility group (VFG) member is reset to idle. The VFG isreset because the VFG is not involved in a call.

Remedial actionThere is no action required. A software or facility problem can cause thesubsystem to generate IBN114 often. Determine if a problem is presentand contact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatIBN114 mmmdd hh:mm:ss ssdd INFO VFG_AUDIT

VFG RECLAIMED.

Selected field descriptionsField Value Fixed or

VariableDescription

INFO VFG_AUDIT Constant Fixed Indicates the process of VFG audit.

VFG RECLAIMED Constant Fixed Indicates that the VFG member wasreset to idle.

Active message exampleIBN114 JUN28 08:52:26 3949 INFO VFG_AUDIT

VFG RECLAIMED

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Clear message examplen/a

Associated OM registers

IBN115The Integrated Business Network (IBN) subsystem generates IBN115 togive the code offset readings. This log indicates an AC/DC_OFFSET_RANGE problem.

Remedial actionIf problem occurs often, test the hardware.

AttributesAttribute Value

Severity Warning

FormatIBN115 mmmdd hh:mm:ss ssdd INFO

len DN dn

VOLTAGE INFO = hhhh hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates the information follows.

len Integers Variable Identifies the line equipment number(LEN) that had the problem.

DN Integers Variable Indicates the directory number (DN)that had the problem.

VOLTAGE INFO 0000-FFFF Variable The AC (left group of digits) or DC(right group of digits) ringingdifferential offset.

Active message exampleIBN115 SEP28 14:07:57 5916 INFO

HOST 00 0 00 02 DN 9096221234

VOLTAGE INFO = 0000 0003

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Clear message examplen/a

Associated OM registers

IBN116The Integrated Business Network (IBN) subsystem generates IBN116when the attendant reaches a tone treatment or a recorded announcementtreatment. A message appears on the attendant console display. Thesystem normally gets the message from the treatment mnemonic. At anyother time, a reorder (RODR) message appears.

Remedial actionNormally, there is no maintenance action required. You must treat reportsaccording to the treatment message.

AttributesAttribute Value

Severity Warning

FormatIBN116 mmmdd hh:mm:ss ssdd INFO CONSOLE_TREATMENT

CUSTOMER GROUP: clli CONSOLE: clli

CALLED_NUMBER: dn

DIALED_DIGITS: dn

TREATMENT_SET: trtxt

DISPLAYED_MESSAGE: msgtxt

CALLID: callid

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Selected field descriptionsField Value Fixed or

VariableDescription

INFOCONSOLE_TREATME NT

Constant Fixed Indicates this log contains consoletreatment information

CUSTOMER GROUP Symbolic text Variable Identifies the customer group (CG)that the console serves. Refer to thedata schema section in theTranslations Guide .

CONSOLE Symbolic text Variable Gives the name of the console. Referto the data schema section in theTranslations Guide .

CALLED_NUMBER Numeric, up to 30digits

Variable Gives the called directory number.

DIALED_DIGITS Numeric, up to 30digits

Variable Indicates the digits the attendantdialed. If the system forwards the callor translates the call again, the dialeddigits differ from the call number.

TREATMENT_SET Symbolic text Variable Indicates the treatment that theattendant reached.

DISPLAYED_MESSAG E

Symbolic text Variable The message the attendant consoledisplays.

CALLID Symbolic text Variable Identifies the call number the IBNtranslation uses.

Active message exampleIBN116 JAN14 12:55:07 5200 INFO CONSOLE_TREATMENT

CUSTOMER GROUP: COMKODAK CONSOLE: ATTKDKB

CALLED_NUMBER: 9981010223011421234567890123

DIALED_DIGITS: 9981010223011421234567890123

TREATMENT_SET: BUSY

DISPLAYED_MESSAGE:BUSY

CALLID:65578

Clear message examplen/a

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Associated OM registers

IBN117The Integrated Business Network (IBN) subsystem generates IBN117when the system processes the LINE ROUTE in Table IBNRTE. Thesystem nds that the LINE ROUTE speci es an in valid directory number.The system processes the LINE ROUTE after the dual-tone multifrequency(DTMF) transmission on a line feature occurs.

The three types of errors follow:

• The system does not assign the directory number (DN).

• The DN translates to a treatment.

• The DN translates to a result that the feature does not support.

Remedial actionCorrect the data 11 in T able IBNRTE.

AttributesAttribute Value

Severity Indeterminate

FormatIBN117 mmmdd hh:mm:ss ssdd TBL DATAFILL ERROR

PROBLEM: DN TRANSLATES TO INVALID RESULT

INVALID RESULT: rsltxt

DN FROM ROUTE: dn

CUSTOMER GROUP: clli NCOS USED: nnn

DIALED DIGITS: dn

CALLID: callid

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Selected field descriptionsField Value Fixed or

VariableDescription

TBL DATAFILLERRORS

Constant Fixed Indicates that Table IBNRTE. hasdatafill errors.

PROBLEM: DNTRANSLATES TOINVALID RESULT

Constant Fixed Indicates that the DN is invalid.

INVALID RESULT Symbolic text Variable Indicates the decoded translationresult. Refer to Table IBNRTE.

DN FROM ROUTE Symbolic text Variable Indicates the directory number fromIBNRTE.

CUSTOMER GROUP Symbolic text Variable Gives the name of the customergroup. Refer to the data schemasection of the Translations Guide .

NCOS USED 0-255 Variable Indicates the network class of service.Refer to the data schema section ofthe Translations Guide .

DIALED DIGITS Integers Variable Indicates the digits dialed.

CALLID Integers Variable Indicates the call with a callidentification number for correlationwith other logs.

Active message exampleIBN117 MAY03 00:50:11 5936 TBL DATAFILL ERROR

PROBLEM: DN TRANSLATES TO INVALID RESULT.

INVALID RESULT: CALL FORWARDING 000004

DN FROM ROUTE: 613 6211234

CUSTOMER GROUP: COMKODAK NCOS

USED: 0

DIALED DIGITS: 44

CALLID: 524393

Clear message examplen/a

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Associated OM registers

IBN118The Integrated Business Network (IBN) subsystem generates IBN118when an IBN attendant console calls a line with the calling line identi cation(CLI) option.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format*IBN118 mmmdd hh:mm:ss ssdd INFO CALLING LINE IDENT

len DN dn

CUSTOMER GROUP: clli CONSOLE: clli

CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CALLING LINEIDENT

Constant Fixed Indicates that the information in thelog comes from a CLI line.

len Symbolic text Variable Identifies the location of the lineequipment. Refer to Table I.

DN Symbolic text Variable Gives the directory number. Refer toTable I.

CUSTOMERGROUP: clli

A 1-16 charactername (clli) assignedto the customergroup.

Variable Identifies the customer group wherethe line resides. Refer to TablesCUSTHEAD and CUSTCONS in297-2001-451.

CONSOLE: clli A 1-16 charactername (clli) assignedto the console.

Variable Gives the name of the console. Referto Table ATTCONS in 297-2001-451.

CALLID: callid Symbolic text Variable Identifies the call with a callidentification number. Refer to Table I.

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Active message example*IBN118 AUG10 12:09:11 9305 INFO CALLING LINE IDENT

HOST 00 1 05 01 DN 9097224112

CUSTOMER GROUP:COMKODAK CONSOLE:ATTKDKA

callid: 65605

Clear message examplen/a

Associated OM registers

IBN119The Integrated Business Network (IBN) subsystem generates IBN119when an attendant stores a new number against an Autodial key on aconsole. The journal le is not acti ve when the attendant stores the newnumber. The log report identi es the console, the Autodial k ey and the newnumber stored against the Autodial key.

Remedial actionYou must update the journal le with the abo ve information change. Thisupdate causes the system to store the correct number against the Autodialkey in the event of a reload occurs. The log indicates the Autodial key. Ifyou do not update the journal le, you must change the stored numbermanually after the reload occurs.

AttributesAttribute Value

Severity Warning

FormatIBN119 mmmdd hh:mm:ss ssdd INFO CONSOLE AUTODIAL KEY

CUST GROUP: clli

SUBGROUP: n

CONSOLE: constxt

AUTODIAL KEY: nnn

NEW AUTODIAL KEY: dn

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO CONSOLEAUTODIAL KEY

Constant Fixed Indicates that the console autodialfeature has a new directory number(DN) associated with the key.

CUST GROUP Symbolic text Variable Identifies the customer group (CG)that the console serves. Refer to thedata schema section in theTranslations Guide .

SUBGROUP 0-7 Variable Identifies the subgroup. Refer to thedata schema section in theTranslations Guide .

CONSOLE Symbolic text Variable Gives the name of the console.

AUTODIAL KEY 2-43 Variable Identifies the console key.

NEW AUTODIALNUMBER

Numeric, up to 30digits

Variable Identifies the new DN stored againstthe autodial key.

Active message exampleIBN119 AUG21 15:44:52 4572 INFO CONSOLE AUTODIAL KEY

CUST GROUP: COMKODAK

SUBGROUP: 0

CONSOLE: ATTKDKA

AUTODIAL KEY: 2

NEW AUTODIAL NUMBER: 9981010223011421234567890123

Clear message examplen/a

Associated OM registers

IBN120The Integrated Business Network (IBN) subsystem generates IBN120. Thesubsystem generates IBN120 when the system cannot nd an IBN e xibleintercept treatment (FIT) in Table IBNTREAT under the applicablecustomer group (CG). The system nds IBN FIT in the data 11 of othertables. The system routes the call to reorder treatment (RT).

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Remedial actionAdd the missing tuple to Table IBNTREAT or change the source where thesystem invokes the e xible intercept (FI). This change causes the source torefer to a valid entry for the CG.

AttributesAttribute Value

Severity Warning

FormatIBN120 mmmdd hh:mm:ss ssdd INFO

IBN_TRTMT_MISSING_DATAFILL

len DN dn

IBN TREATMENT COULD NOT BE DECODED DUE TO

MISSING

DATAFILL IN TABLE IBNTREAT

IBN TREATMENT SET= trtxt CUSTGRP= clli

ORIG_AGENT= len DN dn CALLID NO= callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFOIBN_TRTMT_MISSING_DATAFILL

Constant Fixed Indicates that datafill is not in TableIBNTREAT.

len Integers Variable Identifies the line equipment number(LEN) of the calling party.

DN Integers Variable Gives the directory number (DN) ofthe calling party.

IBN TREATMENTCOULD NOT BEDECODED DUE TOMISSING DATAFILLIN TABLE IBNTREAT

Constant Fixed Gives reasons the system generatesthe log.

IBN TREATMENTSET

Symbolic text Variable Indicates the treatment is not in thetable.

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Field Value Fixed orVariable

Description

CUSTGRP Symbolic text Variable Identifies the CG where the callingparty resides. Refer to the dataschema section in the TranslationsGuide .

ORIG_AGENT= LENDN

Integers Variable Identifies the LEN and DN of the calloriginator.

CALLID NO Integers Variable Identifies the call in progress when theerror occurred.

Active message exampleIBN120 AUG21 15:44:52 4572 INFO IBN_TRTMT_MISSING_DATAFILL

HOST 01 0 10 10 DN 9097225122

IBN TREATMENT COULD NOT BE DECODED DUE TO MISSING

DATAFILL IN TABLE IBNTREAT

IBN TREATMENT SET=44BY CUSTGRP= COMKODAK

ORIG_AGENT=HOST 01 0 10 10 DN 9097225122 CALLID NO=172

Clear message examplen/a

Associated OM registers

IBN121The Integrated Business Network (IBN) subsystem generates IBN121when a problem occurs on a call that the IBN console handles.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN121 mmmdd hh:mm:ss ssdd TBL CONSOLE CALL TROUBLE

CUSTOMER GROUP: grptxt

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TROUBLE: trbltxt CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CONSOLECALL TROUBLE

Constant Fixed Indicates problems with the call thatthe attendant console handles.

CUSTOMERGROUP: grptxt

A 1-16 charactername (CLLI) assignedto the customergroup.

Variable Identifies the customer group that theconsole serves. Refer to TablesCUSTHEAD and CUSTCONS in297-2001-451.

TROUBLE: trbltxt Symbolic text Variable Gives the reason the systemgenerates the report. Refer to Table L.

CALLID: callid Symbolic text Variable Identifies the call with a callidentification number. Refer to Table I.

Active message exampleIBN121 AUG25 15:36:56 8645 TBL CONSOLE CALL TROUBLE

CUSTOMER GROUP: COMKODAK

TROUBLE: CONSOLE_NO_RESPONSE CALLID: 294935

Clear message examplen/a

Associated OM registers

IBN122The Integrated Business Network (IBN) subsystem generates IBN122when the IBN station set programs a speed call while the journal le is notattached.

Remedial actionStart the journal le. Use the speed call information from log IBN122 tomake a speed call change. The change is made to table IBNSC. Thechange does not affect the table entry. The change writes the tupleinformation correctly to the journal le.

AttributesAttribute Value

Severity Warning

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FormatIBN122 mmmdd hh:mm:ss ssdd INFO NO JOURNAL FILE

IBNSTN SC UPDATE, NO JFILE

NEW CELL CONTENTS ARE: len SCS scstxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO NO JOURNALFILE IBNSTN SCUPDATE, NO JFILE

Constant Fixed Gives the reason the systemgenerated the report. When thestation set updates a speed callrequest, a journal file is not present

NEW CELLCONTENTS ARE

Integers Variable Indicates the new line equipmentnumber (LEN)

len Symbolic text Variable Indicates the new line equipmentnumber

SCS Integers Variable Indicates the speed call access codeand contents

Active message exampleIBN122 SEP19 13:11:25 3981 INFO NO JOURNAL FILE

IBNSTN SC UPDATE, NO JFILE

NEW CELL CONTENTS ARE: HOST 05 0 00 10 SCS 2

9981010223011421234567890123

Clear message examplen/a

Associated OM registers

IBN123The Integrated Business Network (IBN) subsystem generates IBN123. Thesystem generates IBN123 when a call tries to use a central of ce (CO) typetrunk. This trunk does not correspond to a billing directory number in tableTRKGRP. The system sends the call to treatment.

Remedial actionEnter the billing DN (BILLDN) eld for this trunk in table TRKGRP .

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AttributesAttribute Value

Severity Warning

FormatIBN123 mmmdd hh:mm:ss ssdd INFO DATAFILL ERROR

CRT trkid BILLING DN MISSING FOR CO TRUNK(5X25)

Selected field descriptionsField Value Fixed or

VariableDescription

CRT Symbolic text Variable Identifies the trunk name and circuitthat does not have a correspondingdirectory number. Refer to table I.

BILLING DNMISSING FOR COTRUNK (5X25)

Constant Fixed Indicates the billing directory numberis not present for the trunk that thetrkid field identifies.

INFO DATAFILLERROR

Constant Fixed Indicates that a call tries to use a COtype trunk that does not have a billingdirectory number in table TRKGRP.

Active message exampleIBN123 FEB13 13:13:13 1313 INFO DATAFILL ERROR

CRT INCO 6 Billing DN missing for CO

TRUNK (5X25)

Clear message examplen/a

Associated OM registers

IBN124The Integrated Business Network (IBN) subsystem generates IBN124. Thesubsystem generates IBN124 when the uniform call distribution (UCD)audit nds a UCD agent with internal data that is not the same. When thiscondition occurs, the UCD agent deactivates.

Remedial actionThere are no required actions. A number of occurrences of this log reportcan indicate a problem with a UCD group. If a problem occurs, contact thenext level of maintenance.

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AttributesAttribute Value

Severity Warning

FormatIBN124 mmmdd hh:mm:ss ssdd INFO BAD_UCD_AGENT

len DN dn

UCD AGENT DEACTIVATED FROM UCD GROUP: clli

ACTIVE AGENTS: n

Selected field descriptionsField Value Fixed or

VariableDescription

INFOBAD_UCD_AGENT

Constant Fixed Indicates that a UCD audit identifies aUCD agent with internal data that isnot the same.

len Integers Variable Identifies the line equipment number(LEN). Refer to table I.

DN Integers Variable Identifies the directory number (DN).Refer to Table I.

UCD AGENTDEACTIVATEDFROM UCD GROUP

Symbolic text Variable Identifies the UCD group. Refer toTable I.

ACTIVE AGENTS 0-9 Variable Indicates the number of active agentsin the UCD group.

Active message exampleIBN124 FEB23 19:08:05 8559 INFO BAD_UCD_AGENT

HOST 00 1 05 00 DN 9097224111

UCD AGENT DEACTIVATED FROM UCD GROUP: IBNUCDGRP1

ACTIVE AGENTS: 2

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Associated OM registers

IBN125The Integrated Business Network (IBN) subsystem generates IBN125. Thesubsystem generates IBN125 when the system deactivates a uniform calldistribution (UCD) agent. The agent terminates on the number ofconsecutive times that the user enters and does not answer the call. Thecaller abandons or the call routes again because the UCD ringingthreshold timer expires. The UCD group of this agent and the currentnumber of active agents in the group appear in the log report.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN125 mmmdd hh:mm:ss ssdd INFO

NO_RESPONSE_FROM_UCD_AGENT

len DN dn

UCD AGENT DEACTIVATED FROM UCD GROUP: clli

ACTIVE AGENTS: n

Selected field descriptionsField Value Fixed or

VariableDescription

INFONO_RESPONSE_FROM_UCD_AGENT

Constant Fixed Indicates that the agent does notrespond.

len Symbolic text Variable Refer to Table I. Identifies the locationof the line equipment.

DN Symbolic text Variable Refer to Table I. Gives the directorynumber.

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Field Value Fixed orVariable

Description

UCD AGENTDEACTIVATEDFROM UCD GROUP:clli

Symbolic text Variable Refer to Table I. Identifies the UCDgroup.

ACTIVE AGENTS: n 0-9 Variable Identifies the current number of activeagents in the UCD group.

Active message exampleIBN125 FEB23 19:08:05 8559 INFO NO_RESPONSE_FROM_UCD_AGENT

HOST 00 1 05 00 DN 9097224111

UCD AGENT DEACTIVATED FROM UCD GROUP: IBNUCDGRP1

ACTIVE AGENTS : 2

Clear message examplen/a

Associated OM registers

IBN126The Integrated Business Network (IBN) subsystem generates IBN126. Thesubsystem generates IBN126 when the uniform call distribution (UCD)audit comes across an invalid agent. The UCD audit checks the busy andidle UCD queues. A UCD audit comes across an invalid agent for any ofthe reasons in BAD_UCDAGENT_REP EXPLANATION. The system cutsoff the queue so the bad agent, and any agent that follows, is out of thequeue. The agents remain lost until the UCD feature-queueing audit ndsand deacti vates the agents. The system generates theBAD_UCDAGENT_REP report.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN126 mmmdd hh:mm:ss ssdd INFO CORRUPT_UCD_QUEUE

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AGENTS LOST FROM UCD GROUP: clli

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CORRUPT_UCD_QUEQE

Constant Fixed Indicates that either of the UCDqueues has an invalid agent.

AGENTS LOSTFROM UCD GROUP:clli

Symbolic text Variable Refer to Table I. Identifies the UCDgroup.

Active message exampleIBN126 FEB23 19:08:05 8559 INFO CORRUPT_UCD_QUEUE

AGENTS LOST FROM UCD GROUP: IBNUCDGRP1

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Associated OM registers

IBN127The Integrated Business Network (IBN) subsystem generates IBN127. Thesubsystem generates IBN127 when operating company personnel use thewildcard key on a console to update a speed call cell. The journal le is notactive at the time of the update.

Remedial actionAmend the journal le to account for the speed call number update. In theevent of a switch reload, the correct number can be stored against theindicated speed call cell. After the reload, the user must change the storednumber manually.

AttributesAttribute Value

Severity Warning

FormatIBN127 mmmdd hh:mm:ss ssdd INFO AC SPEED CALL NUMBER

UPDATED

THRU WC

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CUSTOMER GROUP: grptxt

SUBGROUP: n

CONSOLE: constxt

WILDCARD KEY: nn

WILDCARD CODE: nn

SPEED CALL CELL: nn

NEW SPEED CALL NUMBER: nl

Selected field descriptionsField Value Fixed or

VariableDescription

INFO AC SPEEDCALL NUMBERUPDATED THRU WC

Constant Fixed Indicates operating companypersonnel use wildcard key to updatespeed call number.

CUSTOMER GROUP Symbolic text Variable Identifies customer group that theconsole serves. Refer to tablesCUSTHEAD and CUSTCONS in thedata schema section of theTranslations Guide .

SUBGROUP 0-7 Variable Identifies subgroup to which theconsole belongs.

CONSOLE Symbolic text Variable Identifies console used for update.Refer to table ATTCONS in the dataschema section of the TranslationsGuide .

WILDCARD KEY 0-99 Variable Identifies the wildcard key in use.

WILDCARD CODE 0-99 Variable Identifies wildcard code personnel useto access speed call list.

SPEED CALL CELL 0-9 (SC10) 0-29(SC30) 0-49 (SC50)0-69 (SC70)

Variable Identifies speed call cell that theupdate Changes.

NEW SPEED CALLNUMBER

Numeric, up to 30digits

Variable Provides the new number in the speedcall cell.

Active message exampleIBN127 APR01 12:00:00 2112 INFO AC SPEED CALL NUMBER

UPDATED THRU WC

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CUSTOMER GROUP: COMKODAK

SUBGROUP : 1

CONSOLE: ATTKDKB

WILDCARD KEY: 20

WILDCARD CODE: 69

SPEED CALL CELL: 7

NEW SPEED CALL NUMBER: 9981010223011421234567890123

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Associated OM registers

IBN128The Integrated Business Network (IBN) subsystem generates IBN128. Thesubsystem generates IBN128 when an attendant updates a speed call cell.The subsystem also generates this report when the journal le is not acti veat the time of the update.

Remedial actionAmend the journal le to take into account for the speed call numberupdate. In the event of a switch reload, the correct number can be storedagainst the speed call cell. After the reload, the user must change thestored number manually.

AttributesAttribute Value

Severity Warning

FormatIBN128 mmmdd hh:mm:ss ssdd INFO AC SPEED CALL NUMBER

UPDATED

CUSTOMER GROUP: grptxt

SUBGROUP: n

CONSOLE: constxt

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SPEED CALL KEY: nn

SPEED CALL CELL: nn

NEW SPEED CALL NUMBER: nl

Selected field descriptionsField Value Fixed or

VariableDescription

INFO AC SPEEDCALL NUMBERUPDATED

Constant Fixed Indicates an update of the speed callnumber.

CUSTOMER GROUP Symbolic text Variable Identifies customer group that theconsole serves. Refer to tablesCUSTHEAD and CUSTCONS in thedata schema section of theTranslations Guide .

SUBGROUP 0-7 Variable Identifies subgroup to which theconsole belongs.

CONSOLE Symbolic text Variable Identifies console used for the update.Refer to Table ATTCONS in the dataschema section of the TranslationsGuide .

SPEED CALL KEY 0-99 Variable Identifies the speed call key used toaccess the speed call list.

SPEED CALL CELL 0-9 (SC10) 0-29(SC30) 0-49 (SC50)0-69 (SC70)

Variable Identifies an update of the speed callcell.

NEW SPEED CALLNUMBER

Numeric, up to 30digits

Variable Provides the new number in the speedcall cell.

Active message exampleIBN128 APR01 12:00:00 2112 INFO AC SPEED CALL NUMBER

UPDATED

CUSTOMER GROUP: COMKODAK

SUBGROUP : 1

CONSOLE : ATTKDKB

SPEED CALL KEY: 23

SPEED CALL CELL: 7

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NEW SPEED CALL NUMBER: 9981010223011421234567890123

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Associated OM registers

IBN129The Integrated Business Network (IBN) subsystem generates the IBN129log, when any of the following features are present:

• J42, VAPN

• A92, Stand-Alone FGD (MSL-100)

• H49, Australian VPN

• INDA006, CLI Screening via Translations

For features J42, A92 and H49, the log is produced when the automaticnumber identi cation (ANI) digits are not present in T able CGNSCRN. ForJ42, A92 and H49 in APC005 and later; the log is also produced when theof ce parameter DN_SCREEN_FAILURE_LOG is set to Y, and thescreening indicates an invalid DN.

For feature INDA006, introduced in EUR008, the log is produced when theof ce parameter DN_SCREEN_F AILURE_LOG is set to Y, and the DNscreening indicates an invalid DN.

IBN129 is generated in four variations of the basic format, identi ed asFormat 1, Format 2, Format 3 and Format 4. These are shown in section"Example".

Formats 1, 2, 3 apply to all issues of J42, A92 and H49, but not toINDA006. Format 4 applies to J42, A92 and H49 in APC005 and later, andto INDA006.

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The conditions for generating Formats 1, 2 and 3 are:

• Format 1 is generated when an incoming Feature Group-D (FGD) callhas an invalid ANI associated with it while ANI screening is active.

• Format 2 is generated when an incoming FGD call has invalid ANIinformation digits associated with it, while the ANI information digitscreening option is active. Two ANI information digits are associatedwith each FGD call.

• Format 3 is generated when the ANI of a calling party for a virtualprivate network (VPN) or virtual access private network (VAPN) call isnot data lied in T able CGNSCRN.

For J42, A92 and H49 in APC005 and later, Format 4 is generated when ofce parameter DN_SCREEN_FAILURE_LOG is set to Y for the followingthree DN screen failure types:

• VLD_BC_FAILED_WHTLST_SCRN

• VLD_GEN_FAILED_WHTLST_SCRN

• VLD_PAY_FAILED_WHTLST_SCRN

For INDA006, Format 4 is generated when of ce parameterDN_SCREEN_FAILURE_LOG is set to Y for DN screen failures of typeVLD_GEN_FAILED_WHLST_SCRN only.

The VALIDATE feature selector with the CLISERV option produces Format4 for the following DN screen failures:

• No CLI Available. This failure occurs when the CLISERV option is datalied against the FEATINFO VALIDATE selector but no Calling LineIdenti cation (CLI) has been pro vided for screening.

• Failed CLI Match in Table DNSCRN. This failure occurs when theSUBSCRN WHITLIST option is enabled against the FEATINFOVALIDATE selector (to ensure that the number being screened ispresent in Table DNSCRN) but the DN is not present in the table.

• Service Screening Failed. This failure occurs when the CLISERVSERVSCRN option is data lied b ut the CLISERV option is not presentagainst the subscriber''s DN in Table DNSCRN. It also occurs if theservice name has not been data lied ag ainst the corresponding servicepro le in table CLISRVPF.

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• CLI Unpaid. This failure occurs when the UNPAID attribute in tableDNSCRN has been data lied against the DN that w as matched and theCHKUNPD option of SUBSCRN is active.

• CLI Blocked. This failure occurs when the BLCKCALL attribute in tableDNSCRN has been data lied against the DN that w as matched and theCHKBLKCL option of SUBSCRN is active.

Remedial actionFormat 1. Check table FGDANISC for a valid ANI. If the ANI is not valid,and repeated call attempts with the same ANI are made, contact thesystem administrator or maintenance support.

Format 2. This indicates that the normal ANI information digits expected onFGD calls, 00, have not been received. ANI information digits other than 00may indicate one of the following problems:

• signaling trouble from the originating of ce

• trouble from the originating of ce in outpulsing the ANI digits

• calls with special requirements that are currently not supported arebeing attempted.

If the same invalid ANI information digits are repeatedly detected, thesystem administrator or maintenance support should be contacted, as thisindicates that unsupported call types are being attempted, or that there is aconsistent signaling problem from an originating of ce.

Format 3. Check the data 11 in table CGNSCRN to see if the callingnumber should be included in the table as a valid ANI. If not, and ifrepeated attempts with the same ANI are made, contact the systemadministrator or maintenance support and report that unauthorized usersare attempting to get access to the VPN or VAPN.

Format 4. There is no immediate action to be taken. This format of logIBN129 is used by the operating company to monitor occurrences of asubset of DN screen failures, as speci ed in "Explanation".

AttributesAttribute Value

Severity Warning

FormatIBN129 mmmdd hh:mm:ss ssdd INFO INVALID ANI DIGITS

TYPE: trbltxt

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CALLING PARTY: CKT cktid

ANI DIGITS: dn

CALLID: callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO INVALID ANIDIGITS

Constant Fixed Indicates invalid ANI.

TYPE Symbolic text Variable Gives the reason the report wasgenerated.

CALLING PARTY Symbolic text Variable Identifies the calling party's trunkcircuit. Refer tothe following table.

ANI DIGITS Integers Variable Identifies the calling party's directorynumber (DN), with area code or ANIinformation digits (nn). Refer to thefollowing table.

CALLID Integers Variable Identifies the call by returning aunique call identification number.

Active message exampleIBN129 MAR16 15:36:09 0566 INFO INVALID ANI DIGITS

TYPE: NO DATA ASSOCIATED WITH ANI IN TABLE FGDANISC

CALLING PARTY: CKT FGDIC 1

ANI DIGITS: 2149974825

CALLID: 163856

IBN129 MAR16 15:36:09 0566 INFO INVALID ANI DIGITS

TYPE: INVALID ANI INFORMATION DIGITS RECEIVED

CALLING PARTY: CKT INMF 5

ANI DIGITS: 11

CALLID: 17

IBN129 JAN01 07:04:13 9443 INFO INVALID ANI DIGITS

TYPE: NO DATA ASSOCIATED WITH ANI IN TABLE

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CGNSCRN

CALLING PARTY: CKT LONSATUPA1 8

ANI DIGITS: 036325302

CALLID: 65681

IBN129 APR21 03:20:18 4685 INFO INVALID ANI DIGITS

TYPE: NO DATA ASSOCIATED WITH ANI IN TABLE DNSCRN

CALLING PARTY:

ANI DIGITS: 036325003

CALLID: 32813

Clear message examplen/a

Associated OM registers

IBN130The Integrated Business Network (IBN) subsystem generates IBN130. Thesubsystem generates IBN130 when an attendant logs in at an attendantconsole position. The log report identi es the console, the user name, andthe login ID. The log report also identi es the customer group and subgroupto which the console belongs.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN130 mmmdd hh:mm:ss ssdd INFO OPERATOR LOGIN

CUST GROUP: clli

SUBGROUP: subgroupname

CONSOLE: clli

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LOGIN ID: idnumber

USERNAME: user

Selected field descriptionsField Value Fixed or

VariableDescription

CONSOLE: clli A 1-16 charactername (clli) that isassigned to theconsole.

Variable Refer to Table ATTCONS in297-2001-451. Gives the consolename.

LOGIN ID: idnumber 001-999 Variable Indicates the three-digit login ID thatthe agent uses.

USERNAME: user up to 8 characters Variable Identifies a string of 1-8 characters forthe Table login ID in ACLOGID. Ablank USERNAME indicates the loginID screening is not in effect. Officeparameter SCREEN_AC_LOGIDS isset to "N".

INFO OPERATORLOGIN

Constant Fixed Indicates that an attendant logs intoan attendant console position.

CUST GROUP: clli A 1-16 charactername (clli) that isassigned to thecustomer group.

Variable Refer to Tables CUSTHEAD andCUSTCONS in 297-2001-451.Identifies the customer group that theconsole serves.

SUBGROUP: 0-7 Variable Identifies the subgroup that theconsole serves.

Active message exampleIBN130 JUN17 09:05:33 4758 INFO OPERATOR LOGIN

CUST GROUP: CUSTGRP1

SUBGROUP : 0

CONSOLE: ATTCONS1

LOGIN ID: 146

USERNAME: LUCINDA

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Associated OM registers

IBN131The Integrated Business Network (IBN) subsystem generates IBN131. Thesubsystem generates IBN131 when an attendant logs out from anattendant console position. The subsystem does not generate this report ifthe system restart causes the logout. The log report identi es the console,the user name, the login ID, and time of day the agent logs in. The logreport also identi es the customer group and subgroup to which theconsole belongs.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format.IBN131 mmmdd hh:mm:ss ssdd INFO OPERATOR LOGOUT

CUST GROUP: clli

SUBGROUP: subgroupname

CONSOLE: clli

LOGIN ID: idnumber

USERNAME: user

LOGIN TOD: logintime

Selected field descriptionsField Value Fixed or

VariableDescription

INFO OPERATORLOGOUT

Constant Fixed Indicates that the attendant logs outfrom an attendant console position.

CUST GROUP: clli A 1-16 charactername (clli) that isassigned to thecustomer group.

Variable Refer to Tables CUSTHEAD andCUSTCONS in 297-2001-451.Identifies the customer group that theconsole serves.

SUBGROUP: 0-7 Variable Identifies the subgroup that theconsole serves.

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Field Value Fixed orVariable

Description

CONSOLE: clli A 1-16 Variable character name (clli) that wasassigned to the console. Refer toTable ATTCONS in 297-2001-451.Gives the console name.

LOGOUT ID:idnumber

001-999 Variable Indicates the three-digit login ID thatthe agent uses.

USERNAME: user up to 8 Variable characters A string of 1-8 charactersfor the login ID in Table ACLOGID forlogouts. These logouts occur with theLOGIN key entered for that consoleposition.

This field is also for forced logouts toindicate the reason the logouts occur.The following messages are in use:

UNJACKED Variable Indicates the logout occurs when thehand/headset is unjacked. Thiscondition lets the normal timeoutexpire.

TAKEDOWN Variable Indicates a type of maintenance actionon the console, the logout itself, orone of the attached entities forces thelogout.

A blank field occurs when the Login IDscreening is off or the Login ID is on.When in on position, the subsystemdeletes the login ID in use at theconsole position from Table ACLOGIDbefore logout occurs.

LOGIN TOD 4 characters Variable Indicates the time of day (TOD) thatthe attendant logs in at the consoleposition.

Active message exampleIBN131 JUN17 09:05:33 4758 INFO OPERATOR LOGOUT

CUST GROUP: CUSTGRP1

SUBGROUP : 0

CONSOLE: ATTCONS1

LOGIN ID: 146

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USERNAME: LUCINDA

LOGIN TOD: 0501

Clear message examplen/a

Associated OM registers

IBN132The Integrated Business Network (IBN) subsystem generates IBN132. Thesubsystem generates IBN132 when an attempt to log in at an attendantconsole position is not successful. The log report indicates the reason forlogin failure, the console, the customer group, and the subgroup to whichthe console belongs.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN132 mmmdd hh:mm:ss ssdd INFO FAILED LOGIN ATTEMPT

REASON: failurereason

CUST GROUP: clli

SUBGROUP: subgroupname

CONSOLE: clli

Selected field descriptionsField Value Fixed or

VariableDescription

INFO FAILED LOGINATTEMPT

Constant Fixed Indicates that a user makes a loginattempt that is not successful, at anattendant console position.

REASON:failurereason

0-45 character textfield

Variable Indicates the reason that the log inattempt is invalid, which include thefollowing:

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Field Value Fixed orVariable

Description

ANOTHER FEATUREKEY HIT WHENLOGIN IN PROCESS

Variable Indicates that a user presses an ICIkey assigned in Table FNMAP duringlogin.

LOGIN ATTEMPTEDWITH NIL LOGIN ID

Variable Indicates that an attendant enters ID000.

LOGIN ID DOES NOTPASS VALIDATIONSCREENING

Variable Indicates that a user does not an ID inTable ACLOGID, and the officeparameter SCREEN_AC_LOGIDS isset to "Y".

A user enters an ID in TableACLOGID and screening occurs. TheID is not valid for the customer groupand subgroup for the console onwhich the user enters the ID.

LOGIN ID ALREADYIN USE ATANOTHERCONSOLE

Variable Self-explanatory

LOGIN KEY HITBEFORE THREEDIGITS COLLECTED

Variable Self-explanatory

*OR # USEDDURING LOGINATTEMPT

Variable During collection of login digits, a userenters an asterisk (*) or an octothorpe(#).

LOGIN ATTEMPTEDWITH MORE THANTHREE DIGITS

Variable During collection of login digits, a userenters over three digits.

INVALID KEY HITDURING LOGIN

Variable A user presses one of the hard-codedkeys during a login attempt.

CUST GROUP: clli A 1-16 charactername (clli) assignedto the customergroup.

Variable Refer to Tables CUSTHEAD andCUSTCONS in 297-2001-451.Identifies the customer group (CG)that the console serves.

SUBGROUP: 0-7 Variable Identifies the subgroup that theconsole serves.

CONSOLE: clli A 1-16 charactername (clli) assignedto the console.

Variable Refer to Table ATTCONS in297-2001-451. Gives the name of theconsole.

Active message exampleIBN132 JUN17 09:05:33 4758 INFO FAILED LOGIN ATTEMPT

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REASON: LOGIN ID NOT DATAFILLED IN ACLOGID

CUST GROUP: CUSTGRP1

SUBGROUP : 0

CONSOLE: ATTCONS1

Clear message examplen/a

Associated OM registers

IBN137The system generates IBN137 when the Single Line Queue (SLQ) auditthat traverses the active SLQ agents detects invalid agents. The agentdeactivates and reinitializes the agent data.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIBN 137 <DATE><TIME><LOG #>INFO BAD_SLQ_AGENT

<LEN><DN>

SLQ AGENT DEACTIVATED

Selected field descriptionsField Value Fixed or

VariableDescription

LEN numeric Variable The line equipment number thatprovides the location information onequipment.

DN numeric Variable The directory number that designatesan end user station.

Symbolic text alphanumeric Variable The text that describes the state of theSLQ agent.

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Active message exampleIBN 137 NOV18 19:08:05 8559 INFO BAD_SLQ_AGENT

LEN HOST 01 0 0 30 DN 6217001

SLQ AGENT DEACTIVATED

Clear message examplen/a

Associated OM registers

ICTS100The Integrity Check Traf c Simulator (ICTS) subsystem generatesICTS100. The subsystem generates ICTS100 when an ICTS connectionexceeds the number of integrity or parity faults between audit cycles.

Remedial actionEnter the NET INTEG level of the MAP (maintenance and administrationposition) terminal. Analyze the integrity counts and look for defectivehardware for the path. Perform additional tests on the network portion onthe path with the network path test tool (NETP). The IOPTION commandsets the number of integrity faults between audit cycles. The defaultthreshold is 15 faults for each connection.

AttributesAttribute Value

Severity Indeterminate

FormatICTS100 mmmdd hh:mm:ss ssdd EXC ICTS INTEG/PARITY

THRESHOLD

pmid_a an pmid_b bn

NETA na,PORT pa,CH ca,JCTR ja

NETB nb,PORT pb,CH cb

ICTS connection cleared -- too many integrity/parity faults

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Selected field descriptionsField Value Fixed or

VariableDescription

EXC ICTS INTEG/PARITYTHRESHOLD

Constant Fixed Indicates an ICTS connection reportwith integrity or parity faults betweenaudit cycles that exceed a thresholdnumber.

pmid_a Symbolic text Variable Identifies the peripheral module (PM)affected on the network side (A-side)that receives signals from the PM.See definitions for pmid_1, pmid_2,and pmid_3 in Table I.

pmid_b Symbolic text Variable Identifies the PM affected on the side(B-side) that transmits signals to thePM. See definitions for pmid_1,pmid_2, and pmid_3 in Table I.

NETA Integer Variable Identifies A-side network pair.

PORT Integer Variable Identifies A-side network port number.

CH Integer Variable Identifies A-side channel.

JCTR Integer Variable Identifies junctor in relation to the A-side.

NETB Integer Variable Identifies B-side network pair.

PORT Integer Variable Identifies B-side network port number.

CH Integer Variable Identifies B-side channel.

ICTS connectioncleared - too manyintegrity faults.

Constant Fixed Indicates that the system clears theICTS connection because of too manyintegrity faults between audit cycles.

Active message exampleICTS100 JAN02 07:12:34 2112 EXC ICTS INTEG/PARITY

THRESHOLD

DCM 0 DTC 0

NETA 1 ,PORT 3 ,CH 8 ,JCTR 12

NETB 2 ,PORT 20,CH 30

ICTS connection cleared - too many integrity/parity

faults

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Clear message examplen/a

Associated OM registers

ICTS101The Integrity Check Traf e Simulator (ICTS) subsystem generatesICTS101 every 30 min. Log ICTS101 indicates the number of audit cyclesexecuted and provides information for the audit cycle. Use the IOPTIONAUDIT command to activate this log.

Remedial actionThe number of connections cleared increases because of traf c. Disablethe ICTS to stop competition between ICTS and call processing fornetwork resources.

AttributesAttribute Value

Severity Warning

FormatICTS101 mmmdd hh:mm:ss ssdd INFO ICTS AUDIT STATUS REP

NO OF AUDIT CYCLES SINCE LAST LOG REPORT : n1

NO OF CONNECTIONS CLEARED FROM INTEG THRESHOLD:

n2

NO OF CONNECTIONS CLEARED FROM TRAFFIC : n3

NO OF CONNECTIONS CLEARED FROM PATH MISMATCH :

n4

NO OF CONNECTIONS REFRESHED SINCE LAST LOG : n5

NO OF CONNECTIONS REFRESHED IN LAST CYCLE : n6

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ICTS AUDITSTATUS REPORT

Constant Fixed Indicates a report of ICTS status.

NO OF AUDITCYCLES SINCELAST LOG REPORT

Integers Variable Indicates the number of audit cyclescompleted since the last log report.

NO OFCONNECTIONSCLEARED FROMINTEGTRHRESHOLD

Integers Variable Indicates the number of connectionsthat the system clears because thenumber of integrity faults exceeds theintegrity fault threshold.

NO OFCONNECTIONSCLEARED FROMTRAFFIC

Integers Variable Indicates the number of connectionsthat the system clears during refreshbecause of traffic check failure on theport or junctor.

NOOFCONNECTIONSCLEARED FROMPATH MISMATCH

Integers Variable Indicates the number of connectionsthat the system clears because ofproblems during refresh.

NO OFCONNECTIONSREFRESHED SINCELAST LOG

Integers Variable Indicates the number of connectionsrefreshed since the last log report.

NO OFCONNECTIONSREFRESHED INLAST CYCLE

Integers Variable Indicates the number of connectionsrefreshed in the last audit cycle.

Active message exampleICTS101 JAN02 07:00:05 2112 INFO ICTS AUDIT STATUS REP

NO OF AUDIT CYCLES SINCE LAST LOG REPORT : 6

NO OF CONNECTIONS CLEARED FROM INTEG THRESHOLD : 1

NO OF CONNECTIONS CLEARED FROM TRAFFIC : 1

NO OF CONNECTIONS CLEARED FROM PATH MISMATCH : 0

NO OF CONNECTIONS REFRESHED SINCE LAST LOG : 598

NO OF CONNECTIONS REFRESHED IN LAST CYCLE : 98

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Clear message examplen/a

Associated OM registers

ICTS102The Integrity Check Traf c Simulator subsystem generates ICTS102 onICTS audit clear time. At this time, all the system clears ICTS connections.The IOPTION command establishes the audit clear time. The default timeis 07:00:00. The system can also disable the audit clear.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatICTS102 mmmdd hh:mm:ss ssdd INFO ICTS AUDIT CLEAR REP

ICTS DEACTIVATED BY AUDIT -- ALL CONNECTIONS

CLEARED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ICTS AUDITCLEAR REP

Constant Fixed Indicates a report of ICTS audit cleartime.

ICTS DEACTIVATEDBY AUDIT - ALLCONNECTIONSCLEARED

Constant Fixed Indicates the system deactivates theICTS and clears all connections.

Active message exampleICTS102 JAN02 07:00:02 2112 INFO ICTS AUDIT CLEAR REP

ICTS DEACTIVATED BY AUDIT -- ALL CONNECTIONS CLEARED

Clear message examplen/a

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Associated OM registers

ICTS103The Integrity Check Traf e Simulator (ICTS) subsystem generatesICTS103 on audit remake time. When the system activates (ON) the auditremake, the audit frees all connections. The audit attempts to establishagain the same number of connections on the con gured ports.

Remedial actionThere are no required actions. Log ICTS103 is an information log thatindicates the ICTS attempts to establish again a number of ICTSconnections.

AttributesAttribute Value

Severity Warning

FormatICTS103 mmmdd hh:mm:ss ssdd INFO ICTS REMAKE STATUS REP

ICTS CONNECTIONS CLEARED: n1

ICTS CONNECTIONS REMADE: n2

Selected field descriptionsField Value Fixed or

VariableDescription

ICTSCONNECTIONSREMADE: n2

Integer Variable Indicates the number of connectionsthat the system makes again.

INFO ICTS REMAKESTATUS REP

Constant Fixed Indicates a report of Audit RemakeTime.

ICTSCONNECTIONSCLEARED: n1

Integer Variable Indicates the number of ICTSconnections that the system clears.

Active message exampleICTS103 JAN02 07:00:02 9261 INFO ICTS REMAKE STATUS REP

ICTS CONNECTIONS CLEARED: 100

ICTS CONNECTIONS REMADE : 100

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Clear message examplen/a

Associated OM registers

ICTS105The Integrity Check Traf c Simulator (ICTS) subsystem generatesICTS105. The subsystem generates this report to provide results of thenetwork fabric tests of the previous night. The system generates ICTS105at 8:00 a.m. on switches that have the Network Fabric test (NetFab)feature. The NetFab feature tests the call paths through the networkmodules of the switch. The log report indicates a maximum of ten erroredpaths.

Remedial actionLog ICTS105 is an information log. Analyze error paths with the NETPATHtest tool to determine the defective hardware.

AttributesAttribute Value

Severity Warning

FormatICTS105 mmmdd hh:mm:ss ssdd INFO Network Fabric Report

Test Period Results:

______________________

Schedule Status: schedtxt susptxt

Scheduled Test Period: hh:mm - hh:mm

Interval Duration: mm mins

Test Status: teststats actxt

Test Started: yyyy/mm/dd hh:mm:ss

Test Stopped: yyyy/mm/dd hh:mm:ss

Coverage

________

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Percent of Networks Tested: nnn%

Not Tested - Competition: nnn%

Not Tested - Not Supported: nnn%

Not Tested - Out of Service: nnn%

Results

_______

Total Number of Connections Tested: nnnn

Number of Connections with Errors: nnnn

Errored Paths

_______________

Hits for Plane 0: nn Hits for Plane 1: nn

ASide: Net pa Port pt-ch Xpt pt-ch Jct pt-ch

BSide: Net pa Port pt-ch Xpt pt-ch Jet pt-ch

Hits for Plane 0: nn Hits for Plane 1: nn

ASide: Net pa Port pt-ch Xpt pt-ch Jet pt-ch

BSide: Net pa Port pt-ch Xpt pt-ch Jet pt-ch

.

.

.

(Up to 10 paths)

.

.

.

Hits for Plane 0: nn Hits for Plane 1: nn

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ASide: Net pa Port pt-ch Xpt pt-ch Jet pt-ch

BSide: Net pa Port pt-ch Xpt pt-ch Jet pt-ch

Selected field descriptionsField Value Fixed or

VariableDescription

Port (0 0)-(63 31) Variable Indicates the A-side network P-sidelink interface port and channelnumbers.

Xpt (0 0)-(31 63) Variable Indicates the A-side networkcrosspoint port and channel numbers.

Jet (0 0)-(31 63) Variable Indicates the A-side network junctorport and channel numbers.

BSide Constant Fixed Contains the path information for theB-side of the network connection.

Net (0 0)-(1 31) Variable Indicates the B-side network planeand pair numbers.

Port (0 0)-(63 31) Variable Indicates the B-side network P-sidelink interface port and channelnumbers.

Xpt (0 0)-(31 63) Variable Indicates the B-side networkcrosspoint port and channel numbers.

Jet (0 0)-(31 63) Variable Indicates the B-side network junctorport and channel numbers.

INFO Network FabricReport

Constant Fixed Indicates the network fabric testresults.

Schedule Status Enabled Variable Indicates scheduled tests are enabled.

Disabled Variable Indicates scheduled tests aredisabled.

susptxt Suspend Variable Indicates temporarily suspended tests.

Blank Variable Indicates tests not temporarilysuspended.

Scheduled TestPeriod

Integers Variable Indicates the time period in which thescheduled tests can occur in.

Interval Duration Integers Variable Indicates the interval between test inminutes.

Test Status Scheduled TestRunning

Variable Indicates scheduled network fabrictests run.

Not Running Variable Indicates network fabric tests do notrun.

Manual Test Running Variable Indicates manual tests run.

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Field Value Fixed orVariable

Description

actxt Symbolic text Variable Indicates the test action, if the testruns.

Variable Initializes

Variable Establishes connections

Variable Supervision - Plane 0

Variable Supervision - Plane 1

Variable Monitors - Plane 0

Variable Monitors - Plane 1

Variable Stops supervision

Variable Frees connections

Variable Updates results

Test Started Integers Variable Indicates the last time test starts orresumes.

Test Stopped Integers Variable Indicates time that tests suspend orstop (if the teststat suspends orstops).

Percent of networkstested

0-100% Variable Indicates the percentage of networkstested during the time interval. TheTest Started time to the Test Stoppedor the present time (if test is in runstatus) indicates the percentage.

Not Tested -Competition

0-100% Variable Indicates the percentage of networkson which tests were to occur. Tests donot occur because of competition withcall processing for resources.

Not Tested - NotSupported

0-100% Variable Indicates the percentage of networkson which tests were to occur. Tests donot occur because the peripherals thatconnect to the network do not supportthe test.

Not Tested - Out ofService

0-100% Variable Indicates the percentage of networkson which tests were to occur. Testsdid not occur because the requiredequipment for the test is not inservice.

Total Number ofConnections Tested

Integer Variable Provides the number of connections inthe test period.

Number ofConnections withErrors

Integer Variable Provides the number of connectionstested that contain errors.

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Field Value Fixed orVariable

Description

Hits for plane 0 Integer Variable Indicates the number of messages inerror for plane 0 for a given path.

Hits for plane 1 Integer Variable Indicates the number of messages inerror for plane 0 for a given path.

ASide Constant Fixed Contains the path information for theA-side of the network connection.

Net (0 0)-(1 31) Variable Indicates the A-side network planeand pair numbers.

Active message exampleICTS105 APR19 08:00:00 3221 INFO Network Fabric Report

Test Period Results

---------------------

Schedule Status: Enabled

Scheduled Test Period: 2:00 - 6:00

Interval Duration: 10 mins

Test Status: Not Running

Test Started: 1988/04/19 02:04:34

Test Stopped: 1988/04/19 06:09:17

Coverage

--------

Networks Tested: 6 %

Not Tested - Competition: 6 %

Not Tested - Out of Service: 22 %

Not Tested - Not Supported: 0 %

Results

-------

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Total Number of Connections Tested: 762

Number of Connections with Errors: 13

Errored Paths

-------------

Hits for Plane 0: 0 Hits for Plane 1: 1

ASide: Net 0 Port 18- 2 Xpt 50- 0 Jctr 51- 1

BSide: Net 3 Port 5- 2 Xpt 36-30 Jctr 43- 1

Hits for Plane 0: 0 Hits for Plane 1: 1

ASide: Net 3 Port 22- 4 Xpt 27- 3 Jctr 19-30

BSide: Net 0 Port 21- 4 Xpt 10- 3 Jctr 11-30

Hits for Plane 0: 1 Hits for Plane 1: 0

ASide: Net 0 Port 21- 4 Xpt 10- 3 Jctr 11- 2

BSide: Net 3 Port 22- 4 Xpt 27-28 Jctr 19- 2

Hits for Plane 0: 0 Hits for Plane 1: 1

ASide: Net 5 Port 21- 7 Xpt 48- 5 Jctr 61-29

BSide: Net 4 Port 18- 7 Xpt 31- 4 Jctr 21-29

Hits for Plane 0: 0 Hits for Plane 1: 2

ASide: Net 2 Port 59-11 Xpt 20-10 Jctr 24- 8

BSide: Net 2 Port 0-12 Xpt 63-20 Jctr 56- 8

Clear message examplen/a

Associated OM registers

ICTS106The Integrity Check Traf c Simulator (ICTS) subsystem generatesICTS106. This report provides results of network fabric tests that occur forthe previous complete test. The system generates ICTS106 when the

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testing software attempts to test all of the network hardware. This logindicates the time the system takes to test all of the networks. This log alsoindicates the number of defective connections.

Log ICTS106 is an information log that provides the following information:

Initializes

Establishes connections

Supervises - Plane 0 Supervises - Plane 1

Monitors- Plane 0 Monitors - Plane 1

Stops supervision

Frees connections

Updates results

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatICTS106 mmmdd hh:mm:ss ssdd INFO Network Fabric Report

Complete Test Results

_______________________

Schedule Status: schedtxt susptxt

Scheduled Test Period: hh&gml.mm -- hh&gml.mm

Interval Duration: nn mins

Test Status: teststats actxt

Test Started: yyyy/mm/dd hh:mm:ss

Test Stopped: yyyy/mm/dd hh:mm:ss

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Coverage

_________

Percent of Networks Tested: nnn%

Not Tested -- Competition: nnn%

Not Tested -- Not Supported: nnn%

Not Tested -- Out of Service: nnn%

Results

________

Total Number of Connections Tested: nnnn

Number of Connections with Errors: nnnn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Network FabricReport Complete TestResults

Constant Fixed Indicates the scheduled test results forNetwork Fabric Report test.

Schedule Status:schedtxt

Enabled Variable Indicates scheduled tests are enabled.

Disabled Variable Indicates scheduled tests aredisabled.

sustxt Suspend Variable Indicates tests are temporarilysuspended.

Blank Variable Indicates tests are not temporarilysuspended.

Scheduled TestPeriod: hh:mm -hh:mm

Symbolic text Variable Indicates the time period in which thescheduled tests occur.

Interval Duration: mm Symbolic text Variable Indicates the time between tests inminutes.

Test Status: testats Scheduled TestRunning

Variable Indicates scheduled network fabrictests run.

Not Running Variable Indicates network fabric tests do notrun.

Manual Test Running Variable Indicates manual tests run.

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Field Value Fixed orVariable

Description

actxt Symbolic text Variable Indicates the test action, if thetestruns.

Test Started: yyyy/mm/dd hh:mm:ss

Symbolic text Variable Indicates the last time that tests startor resume.

Test Stopped: yyyy/mm/dd hh:mm:ss

Symbolic text Variable Indicates the time that tests suspendor stop (if the test_status suspends orstops).

Percent of NetworksTested: nnn%

0-100% Variable Indicates the percentage of allnetworks tested during the timeinterval. The Test Started time to theTest Stopped time (or the present timeif the test is in run status) indicates thepercentage.

Not Tested -Competition: nnn%

0-100% Variable Indicates the percentage of networkson which tests were to occur. Testsdid not occur because of competitionwith call processing for resources.

Not Tested - NotSupported: nnn%

0-100% Variable Indicates the percentage of thenetworks on which tests are to occur.Tests did not occur because theperipherals connected to the networkdid not support the test.

Number ofConnections withErrors: nnnn

Integer Variable Indicates the number of connectionstested that have errors.

Not Tested - Out ofService: nnn%

0-100% Variable Indicates the percentage of thenetworks on which tests are to occur.Tests did not occur because theequipment required for the test wasnot in service.

Total Number ofConnections Tested:nnnn

Integer Variable Indicates the number of connectionstested in the test period.

Active message exampleICTS106 APR19 03:13:42 4241 INFO Network Fabric Report

Completed Test Results

----------------------

Schedule Status: Enabled

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Scheduled Test Period: 2:00 - 6:00

Interval Duration: 10 mins

Test Status: Scheduled Test Running (Monitoring -- Plane

0)

Test Started: 1988/04/19 02:02:15

Test Stopped: 1988/07/19 03:13:41

Coverage

--------

Networks Tested: 64 %

Not Tested - Competition: 14 %

Not Tested - Out of Service: 22 %

Not Tested - Not Supported: 0 %

Results

--------

Total Number of Connections Tested: 6324

Number of Connections with Errors: 23

Clear message examplen/a

Associated OM registers

ICTS107The system generates log report ICTS107 if a con ict occurs between thenetwork fabric (NetFab) tests and the routine exercise (REX) tests.

The NetFab test is part of the package of the optional integrity check traf csimulator (ICTS). The package tests the integrity of the network call paths.The scheduled time for the NetFab test is between 2:00 A.M. and 6:00A.M. and runs over ten h.

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If NetFab and REX tests run at the same time, the service degrades.Schedule the ICTS/NetFab test and the REX test outside the REX testtime.

When it is time for the scheduled NetFab test to run, the ICTS auditprocess checks the schedule with the REX tests.

The system generates ICTS107 if a con ict occurs. The NetFab testsuspends the NetFab test until the next day.

Remedial actionSet the NetFab_Schedule_Enabled parameter to Y. This parameter startsthe NetFab test at the time speci ed by the NetFab_Scheduled_Timeparameter in table OFCVAR.

The NetFab_Scheduled_Time parameter in table OFCVAR speci es thehour the scheduled NetFab test starts.

Adjust the NetFab_Scheduled_Time parameter andNetFab_Daily_Duration parameter in table OFCVAR. This adjustmentprevents a con ict with the REX tests.

AttributesAttribute Value

Severity Warning

FormatICTS107 mmmdd hh:mm:ss ssdd INFO NETFAB SUSPENSION REPNETFAB was suspended due to scheduling conflict with REX(Use NetFab_Schedule_Time and NetFab_Daily_Duration parms tochange)

Selected field descriptionsField Value Fixed or

VariableDescription

NETFABSUSPENSION REP

Constant Fixed Indicates a suspended NetFab test.

Active message exampleICTS107 JUL29 02:03:59 1800 INFO NETFAB SUSPENSION REPNETFAB was suspended due to scheduling conflict with REX(Use NetFab_Schedule_Time and NetFab_Daily_Duration parms tochange)

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Clear message examplen/a

Associated OM registers

IDPL800Example 1

The system generates IDPL800 when approximately 75% of the maximumnumber of identi ers of an y type are in use.

When an application registers to use identi er pools (IDPL), the applicationspeci es the maximum number of identi ers to allocate. If 75% of themaximum number of identi ers for the application is currently allocated, thesystem generates the log.Example 2 - TOPS07

The Identi er Pools (IDPL) subsystem generates IDPL800 whenapproximately 75% of the maximum number of TOPSLNP transactionidenti ers are currently allocated.

This log only appears with TOPSLNP information in a LET PCLenvironment.Example 3 and 4 - TOPS07

The system generates IDPL800 when the system allocates a group oftransaction identi ers. This action brings the total number allocated toapproximately 75% of the speci ed maximum number of transaction identiers for the application. The transaction identi ers are T OPS RTRS orTOPS OLNS.

The maximum number of identi ers for any IDPL identi er class is set toone hundred times the present use. The system does not generate this logoften.

Remedial actionThe operating company client noti es Northern Telecom. The clientindicates that the application that uses the IDPL identi er class that theidenti ed log reaches important levels.

AttributesAttribute Value

Severity Indeterminate

FormatIDPL800 <DATE><TIME><SSDD>High Identifier Usage

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Identifier type: <CLASS NAME>

Pool type:

Selected field descriptionsField Value Fixed or

VariableDescription

Identifier type idpl_identifier_classtopsain_trid_classrtrs_trid_classolns_trid_class

Variable The value is the name of the subclassof the idpl_identifier_class that is inheavy use. More Identifier typesfollow.

The name of the subclass of thetopsain_trid_class that is in use often.The name of the subclass of thertrs_trid_class that is in use often. Thename of the subclass of theolns_trid_class that is in use often.

Pool type None Variable This blank field be used in the future.

High Identifier Usage Constant Fixed Indicates approximately 75% of themaximum number of identifiers of thetype specified in the Identifier typefield are allocated.

Active message exampleIPDL SEP05 18:14:33 4827 High Identifier Usage

Identifier type: idpl_identifier_class

Pool type:

IDPL800 JUL09 12:12:12 0800 High Identifier Usage

Identifier type: topsain_trid_class

Pool type:

IDPL800 JUL09 12:12:12 0800 High Identifier Usage

Identifier type: rtrs_trid_class

Pool type:

IDPL800 JUL09 12:12:12 0800 High Identifier Usage

Identifier type: olns_trid_class

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Pool type:

Clear message examplen/a

Associated OM registers

IDPL801Example 1

The system generates IDPL801 when the maximum number of identi ers ofany type are in use. No additional identi ers of this type are available,which may affect call processing.

When an application registers to use identi er pools (IDPL), the applicationspeci es the maximum number of identi ers allocated. When the systemallocates the maximum number of identi ers for the application, the systemgenerates IDPL801. Example 2 - TOPS07

The Identi er Pools (IDPL) system generates IDPL801 when the systemallocates all of the maximum number of TOPSLNP transaction identi ers.

This log only appears with TOPSLNP information in a LET PCLenvironment.Example 3 and 4 - TOPS07

The system generates IDPL801 when the system allocates the maximumnumber of transaction identi ers for the application (T OPS RTRS or TOPSOLNS). No additional identi ers of this type are a vailable. If all identi ersare in use at the same time, it can affect call processing.

The maximum number of identi ers for any IDPL identi er class is set toone hundred times the present use. The system does not generate this logoften.

Remedial actionThe operating company client noti es Northern Telecom. The clientindicates that the application that uses the IDPL identi er class identi ed inthe log reached maximum levels.

AttributesAttribute Value

Severity Indeterminate

FormatIDPL800 <DATE><TIME><SSDD>Identifiers Exhausted

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Identifier type: <CLASS NAME>

Pool type:

Selected field descriptionsField Value Fixed or

VariableDescription

identifiers Exhausted ConstantTLLOGIDPL801.AA03

Variable Indicates that the maximum number ofidentifiers of the type specified in theIdentifier type field are in use.

Identifier type idpl_identifier_classtopsain_trid_classrtrs_trid_classolns_trid_class

Variable The value is the name of the subclassof the exhausted idpl_identifier_class.More Identifier types follow.

The name of the subclass of theexhausted topsain_trid_class. Thename of the subclass of thertrs_trid_class in use often. The nameof the subclass of the olns_trid_classin use often.

Pool type None Variable This blank field can be used in thefuture.

Active message exampleIPDL SEP05 18:14:33 4827 Identifiers Exhausted

Identifier type: idpl_identifier_class

Pool type:

IDPL801 JUL09 12:12:12 0800 Identifiers Exhausted

Identifier type: topsain_trid_class

Pool type:

IDPL801 JUL09 12:12:12 0800 Identifiers Exhausted

Identifier type: rtrs_trid_class

Pool type:

IDPL801 JUL09 12:12:12 0800 Identifiers Exhausted

Identifier type: olns_trid_class

Pool type:

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Clear message examplen/a

Associated OM registers

IDPL810A CCS7 server running applications that use identi er pools (IDPL)generates this log on the computing module (CM) when 75% of transactioncapabilities application part (TCAP) identi ers, either transaction orcomponent, are in use.

Remedial actionContact your next level of support.

AttributesAttribute Value

Severity Indeterminate

FormatIDPL <DATE><TIME>0810 THR High Identifier Usage

Identifier type: <CLASS NAME>

C7SERVER number: <SERVER NUMBER>

Selected field descriptionsField Value Fixed or

VariableDescription

Identifier type Alpha-numericcharacter string

Variable The value is the name of the identifierpool subclass experiencing problems.

C7SERVER number 0 to 255 Variable The value is the CCS7 server numberfor the peripheral that is experiencingproblems. The number corresponds tofield C7SVRID in table C7SERVER.

Active message exampleIDPL JUL09 12:12:12 0810 THR High Identifier Usage

Identifier type: idpl_identifier_class

C7SERVER number: 1

Clear message examplen/a

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Associated OM registers

IDPL811A CCS7 server running applications that use identi er pools (IDPL)generates this log on the computing module (CM) when all transactioncapabilities application part (TCAP) identi ers, either transaction orcomponent, are in use.

Remedial actionContact your next level of support.

AttributesAttribute Value

Severity Indeterminate

FormatIDPL <DATE><TIME>0811 THR Identifiers Exhausted

Identifier type: <CLASS NAME>

C7SERVER number: <SERVER NUMBER>

Selected field descriptionsField Value Fixed or

VariableDescription

Identifier type Alpha-numericcharacter string

Variable The value is the name of the identifierpool subclass experiencing problems.

C7SERVER number 0 to 255 Variable The value is the CCS7 sever numberfor the peripheral that is experiencingproblems. The number corresponds tofield C7SVRID in table C7SERVER.

Active message exampleIDPL JUL09 12:12:12 0811 THR Identifiers Exhausted

Identifier type: idpl_identifier_class

C7SERVER number: 1

Clear message examplen/a

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Associated OM registers

IDPL900The IDPL900 log report is generated when the IDPL audit facility has foundan identi er that is reserved, currently not in use, and has been corrected.The IDPL900 log report is displayed for every identi er that is corrected, theidenti er number is included in the log report.

When an application reserves an identi er, an audit timer is started. If thetimer expires, the application that reserved the identi er is ask ed if it stillrequires the identi er. If the application does not need the identi er, theidenti er is corrected and the IDPL900 log report is generated. Theapplication should also correct an identi er immediately after using it,enabling this log to occur infrequently. The IDPL900 log report is used forde-bugging purposes.

Revision history

In accordance with CSR Q00271213, the IDPL900 log is added to thedocument.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIDPL mmmdd hh:mm:ss ssdd INFO

Identi er type: <class name>

Identi er v alue: <4 byte number>

Selected field descriptionsField Value Fixed or

VariableDescription

Identifier type not applicable Variable Name of the subclass of theidpl_identifier_class.

Identifier value not applicable Variable Value of the identifier that is corrected.Each identifier has a unique value.

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Active message exampleIDPL900 MAY14 15:57:04 3700 INFO Identifier Audit expired

Identifier type: MTX_TRID_CLASS

Identifier value: 5495

Clear message examplen/a

Associated OM registers

IMGR100The Initialization Manager (INITMGR) subsystem generates IMGR100. Thesubsystem generates IMGR100 when the system detects a timing problemduring the start of an object registered with the manager.

Remedial actionSave the log and note observations about the initialization of the object. Ifthe system does not return the object to service (RTS), manually RTS thesystem.

AttributesAttribute Value

Severity Indeterminate

FormatIMGR100 mmmdd hh:mm:ss ssdd FLT Misuse of Init Manager

Object: init object id

Failure: fail text

Selected field descriptionsField Value Fixed or

VariableDescription

FLT Misuse of InitManager

Constant Fixed Indicates a problem with INITMGR forsome application.

Object Symbolic text Variable Indicates the bad initialization object.

Failure Initialization timed out Variable Indicates that the initialization for anobject takes too long.

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Field Value Fixed orVariable

Description

Object not fullyregistered beforerestart.

Variable Indicates that an object is notregistered before a restart.

No depended-upons ... initializationnot invoked.

Variable Indicates that no trigger mechanism ispresent for the initialization of anobject. To cause initialization,depended-upon objects or softwareentry codes must be present.

Possibility of screenproc lying or dynamicdependencies added.

Variable Indicates that the screen proc onwhich the INITMGR depends containsfalse information. Indicates thatdependencies are added after restartwhile fail-safe runs.

Active message exampleIMGR100 MAY28 09:23:35 2114 FLT Misuse of Init Manager

Object: Net, Pair 0, Plane 10.

Failure: Initialization timed out.

Clear message examplen/a

Associated OM registers

INITThe Initialization (INIT) subsystem generates INIT when a COLD, INITIALPROGRAM LOAD (IPL), RELOAD, or WARM Restart is performed. Theuser can perform a restart manually. The user issues the correct commandat the MAP terminal. The user issues the command in response tomaintenance or problem solving procedures. The system can initiate arestart to correct some types of software trouble that the TRAP reports.See TRAP log report description for additional information on traps.

In DMS output, the last two lines of INIT appear on one line.

Remedial actionSave this log report and contact the next level of support.

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AttributesAttribute Value

Severity Indeterminate

FormatINIT mmmdd hh:mm:ss ssdd

typtxt Restart no. nn at mmm-dd hh:mm:ss

inittxt

PROCID= #hhhh #hhhh: ssttxt, Last trap num nnnnn,

IC= hhhhhh=modnm:proctxt+#hhhh

PTA= hhhhhh=modnm:proctxt+#hhhh

Traceback:

hhhhhh=modnm:proctxt+#hhhh

hhhhhh=modnm:proctxt+#hhhh

hhhhhh=modnm:proctxt+#hhhh

hhhhhh=modnm:proctxt+#hhhh

CPU number n Restart occurred while synctxt.

Restart occurred on acttxt cpu.

Selected field descriptionsField Value Fixed or

VariableDescription

typtxt COLD Variable Indicates initialization phase thatdeallocates and initializes temporarystorage. The system drops all callsand tells the peripheral processors toclear all channel assignments.

IPL Variable Indicates binary image dump tape wasloaded into DMS for the first time.

RELOAD Variable Indicates binary image dump tape wasloaded in DMS again. The systemretains office configuration and

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Field Value Fixed orVariable

Description

translation data and clears all dynamicdata. The system drops transient callsand calls in the talking state.

WARM Variable Indicates initialization phase thatbegins store. The system dropstransient calls while calls in talkingstate continue.

Restart no 0-32,767 Variable Provides the number of the restart forgiven date.

at Alphanumeric Variable Provides date and time of restart.Date and time equals date and timethat appear in report header. Table Adescribes date and time notes. If dateand time are not known (for example,during an IPL or reload restart), thefollowing appears: ???-00 00:00:00

inittxt Symbolic text Variable Identifies type of restart and how itwas initiated.

COLD RESTARTS

Activity Switch

CCB Queue has faults

COLD start from command

Not a legal SWINT

Manual restart

Module Replaced

Store area links has faults (PERM)

Too many WARM starts

Clock Switch not controlled

Too many RAM parity traps

IPL RESTARTS

First entry to SOS

IPL from command

RELOAD RESTARTS

Module Replaced

Nucleus process not created

Program Store Compaction

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Field Value Fixed orVariable

Description

RELOAD from Command

STORE area links have faults (PROT)

System Image Reload

WARM RESTARTS

All ready queues empty

BASE restarted - Module replaced

BASE restarted

Cannot create ABEL

CCB queue defective

CCB states do not remain the same

CDB queue defective

CDB states do not remain the same

CMC interrupt handler stopped

ADAM not active

Idler not active

Init timer not active

Starting process not active

System Monitor not active

System process not active

Trap process not active

Did not create first process

Loader Tables Extended

Module replaced

Off-line processor goes on-line

On-line processor goes off-line

Overdue sanity report

Process on ready queue is not ready

No more letters

Sanity Interval

SENDINITDONE called two times

SENDINITDONE interval from firstprocess

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Field Value Fixed orVariable

Description

Store area links have faults (TEMP)

Too many Sanity Intervals

Too many traps to handle

Too many traps when locked

TRAP at interrupt level

TRAP during initialization

WARM Start from Command

PROCID 0000-FFFF 0000-FFFF

Variable Provides hexadecimal identificationnumber for process.

ssttxt Symbolic text Variable Identifies previous state of restartedprocess.

Last trap num 0-32767 Variable Provides trap identification number oflast trap that can initiate a systemrestart process.

IC Alphanumeric Variable Identifies software addresses andprocesses. Provides initializationcounter address and processidentification for restart process.

PTA Alphanumeric Variable Provides previous transfer address forrestart process.

Traceback Alphanumeric Variable Provides traceback of modules andprocesses run before system initiatesrestarts.

CPU number 0, 1 Variable Provides central processing unit(CPU) number. Field does not appearfor reload restart.

Restart occurredwhile

inSYNC outSYNC Variable Indicates restart state. Field does notappear for reload restart.

Restart occurred on active inactive Variable Indicates a CPU that was not activehad a restart performed. Field doesnot appear for reload restart.

Active message exampleINIT APR01 12:00:00 2112

COLD Restart no. 2 at APR-01 12:00:00.

COLD start from command.

PROCID= #E10B #401A: dead, Last trap num 0,

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IC= 00DFBC=SYSINIT.D004:COLDSTAR+#000A

PTA= 067F55=CISTOP.DF01:RESTARTC+#0058

Traceback:

00EEED=SYSINIT.D004:REINITIN+#009C

00DFBD=SYSINIT.D004:COLDSTAR+#000B

067F57=CISTOP.DF01:RESTARTC+#0059

075437=CI.EJ02:INVOKEST+#012B

0752E2=CI.EJ02:INVOKE+#009A

075C09=CI.EJ02:OBEY+#0231

CPU number O Restart occurred while inSYNC.

Restart occurred on active cpu.

Clear message examplen/a

Associated OM registers

INTL104The International Digital Communication Charge Database Procedure Gate(IDCHGGAT) subsystem generates INTL104. The subsystem generatesINTL104 to indicate that the operating company uses default charge ratesfor a given call. The subsystem generates this report when the defaultcharge rate overrides a rate access failure and permits the call tocomplete.

Remedial actionThe operating company personnel determine that the call is invalid and cantake action. The personnel also determine if some entries in the call chargedatabase are missing or not correct. Missing data or data that are notcorrect in one or more of the call charge database tables can causeproblems. Missing data or data that are not correct cause a problem. Theoperating company personnel insert the correct entries in the appropriatetables.

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AttributesAttribute Value

Severity Warning

FormatINTL104 SEP02 09:45:30 1249 INFO USING DEFAULT CHARGE

RATES CCODE = XXXXX

Selected field descriptionsField Value Fixed or

VariableDescription

INFO USINGDEFAULT CHARGERATES

Constant Fixed Indicates that the operating companyuses default rates to calculate callcharge.

CCODE Variable Variable Combined with the time and date ofthe log. The country code identifiesthe call the operating company usesfor the default charge rates.

Active message exampleNTL104 SEP02 09:45:30 1249 INFO USING DEFAULT CHARGE

RATES CCODE = 66000

Clear message examplen/a

Associated OM registers

IOAU101The Input/Output Audit (IOAU) subsystem generates IOAU101 when aninput/output (IO) buffer audit detects a problem with an IO buffer.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIOAU101 mmmdd hh:mm:ss ssdd INFO DMS I\O BUFFER FREED

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FORMAT= format, QHEAD AT hhhhhhhh, ITEM AT hhhhhhhh,

REASON= reason

Selected field descriptionsField Value Fixed or

VariableDescription

INFO DMS I\OBUFFER FREED

Constant Fixed Indicates that an IO buffer is free.

FORMAT= format, DS512_FMT Variable Identifies the format of the bufferaffected as DS512 format.

DS30_FMT Variable Identifies the format of the bufferaffected as DS30 format.

QHEAD AThhhhhhhh,

00000000-00FDFFFFF

Variable Indicates the head address of thebuffer queue that has the buffer.

ITEM AT hhhhhhhh, 00000000-00FDFFFFF

Variable Indicates the address of the buffer.

REASON=reason ORIG_Q CORRUPT Variable Indicates the queue that allocated thebuffer is defective.

NOT IN FREE Q Variable Indicates that the buffer is free but isnot in the free queue.

ALLOC TIMEOUT Variable Indicates that the allocated buffer wasnot freed on time.

QD TIMEOUT Variable Indicates that the buffer queued foroutput was not output after 5 s.

INVALID STATE Variable Indicates a defective STATE field inthe buffer.

Active message exampleIOAU101 MAY11 10:20:04 2512 INFO DMS I\O BUFFER FREED

FORMAT= DS512_FMT, QHEAD AT 0001C975, ITEM AT 0007F598,

REASON= ALLOC TIMEOUT

Clear message examplen/a

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Associated OM registers

IOAU102The Input/Output Audit (IOAU) subsystem generates IOAU102 during routeaudit when an input/output (IO) message is defective. The reason for theproblem appears on the MAP display. The system corrects the error.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU102 mmmdd hh:mm:ss ssdd INFO MESSAGE

reason HEADER=h1 h2 h3 h4

Selected field descriptionsField Value Fixed or

VariableDescription

INFO MESSAGE Constant Fixed Indicates the IO message.

reason ROUTE INVALID Variable Indicates that the IO message routetable contains an invalid entry.

REJECTED BYNODE

Variable Indicates that an outgoing messagereturns from its destination node.

TYPE INVALID Variable Indicates that the IO route auditprocess receives an SOS messagethat is not known.

HEADER=h1 h2 h3h4

0000-FFFF Variable Indicates the hexadecimal values ofthe message header.

Active message example1.IOAU102 MAY13 09:59:51 7838 INFO MESSAGE

ROUTE INVALID HEADER=0134 2044 99F0 CF92

Clear message examplen/a

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Associated OM registers

IOAU103The Input/Output Audit (IOAU) subsystem generates IOAU103 when theinput/output (I/O) route audit discovers a route that is not correct.

Remedial actionTo evaluate this report, contact the next level of support.

AttributesAttribute Value

Severity Warning

FormatIOAU103 mmmdd hh:mm:ss ssdd INFO ROUTE INVALID

devclas devnbr

PRIM,SEC ROUTE #hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

devclas devnbr Symbolic text Variable Identifies the device class and numberthat associates with the invalid route.

{PRIM.SEC} ROUTE 0000-FFFF Variable Indicates the hexadecimal value of theroute, which is either a primary (PRIM)route or a secondary (SEC) route.

INFO ROUTEINVALID

Constant Fixed Indicates that the route auditdetermines the route is invalid.

Active message exampleIOAU103 SEP27 11:52:11 1200 INFO ROUTE INVALID

LCM REM3 03 1

PRIM ROUTE #FFFF

Clear message examplen/a

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Associated OM registers

IOAU104The Input/Output Audit (IOAU) subsystem generates IOAU104 when aninput/output (IO) audit detects a link status error. The availability bit of aperipheral side (P-side) link on a node is not correct. The system correctsthe error in the status of the link between the node and one of its P-sidenodes.

For information on device classes and the device class number ranges,refer to 297-1001-451. If the node is a peripheral module (PM), refer toTable I. The CAP stands for link capacity for each type of link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU104 mmmdd hh:mm:ss ssdd INFO NODE PSLINK STATUS

ERROR

devclas nn

STATUS=nodestat LINK=nnnn STATUS=linkstat

CAP=linktype COND=linkcond

Selected field descriptionsField Value Fixed or

VariableDescription

INFO NODE PSLINKSTATUS ERROR

Constant Fixed Indicates that the status of the PS linkon a node is not correct.

devclas nn Symbolic text Variable Refer to the "Additional information"section. Identifies the node and thenumber that corresponds.

STATUS=nodestat OK Variable Describes the status of the node ascorrect.

MB Variable Describes the status of the node asmanual busy (MB).

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Field Value Fixed orVariable

Description

SB Variable Describes the status of the node assystem busy (SB).

OF Variable Describes the status of the node asoffline (OF).

UN Variable Describes the status of the node asnot equipped (UN).

,C Variable Describes the status of the node ascentral side busy.

,P Variable Describes the status of the node asperipheral side busy.

LINK=nnnn 0-4096 Variable Identifies peripheral link number of thenode.

STATUS=linkstat OK Variable Describes the status of the link ascorrect.

MB Variable Describes the status of the link asmanual busy (MB).

SB Variable Describes the status of the link assystem busy (SB).

OF Variable Describes the status of the link asoffline (OF).

UN Variable Describes the status of the link as notequipped (UN).

,C Variable Describes the status of the link ascentral-side (C-side) busy.

,P Variable Describes the status of the link asperipheral-side (P-side) busy.

CAP=linktype M Variable Indicates that the type of link fromnode to PS is message link (M).

S Variable Indicates that the type of link fromnode to PS is speech link (S).

MS Variable Refer to the "Additional information"section. Indicates that the type of linkfrom node to PS is message andspeech link (MS).

COND=linkcond OPEN Variable Indicates that link is open forcallprocessing.

CLOS Variable Indicates that the link is closed or outof service.

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Field Value Fixed orVariable

Description

MTCE Variable Indicates that the link is open formaintenance.

SPCH Variable Indicates that the link is open forspeech.

Active message example1.IOAU104 AUG21 12:18:05 9265 INFO NODE PSLINK STATUS ERROR

IOC 1

STATUS= OK LINK= 8 STATUS= MB, P CAP= M COND= CLOS

Clear message examplen/a

Associated OM registers

IOAU105The Input/Output Audit (IOAU) subsystem generates log report IOAU105when an input/output (IO) audit detects a link status error. The available bitof a peripheral side (P-side) link on a node is not correct. The systemcorrects the error status of the link between the central message controller(CMC) and one of the CMC P-side nodes.

The CAP indicates the link capacity for each type of link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU105 mmmdd hh:mm:ss ssdd INFO NODE PSLINK STATUS

ERROR

CMC n

STATUS=nodestat LINK=cardnbr portnbr STATUS=linkstat

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CAP=linktype COND=linkcond

Selected field descriptionsField Value Fixed or

VariableDescription

MS Variable Refer to the "Addtional information"section. Indicates that the type of linkfrom node to PS is message andspeech link (MS).

COND=linkcond OPEN Variable Indicates that the link is open for callprocessing.

CLOS Variable Indicates that the link is closed or outof service.

MTCE Variable Indicates that the link is open only formaintenance.

SPCH Variable Indicates that the link is open forspeech.

INVD Variable Indicates link condition that is notcorrect.

INFO NODE PSLINKSTATUS ERROR

Constant Fixed Indicates there is an error in the statusof the P-side link.

CMCn 0,1 Variable Identifies the node as CMC 0 or CMC1.

STATUS=nodestat OK Variable Describes the status of the node asOK.

MB Variable Describes the status of the node asmanual busy (MB).

SB Variable Describes the status of the node assystem busy (SB).

OF Variable Describes the status of the node asoffline (OF).

UN Variable Describes the status of the node asnot equipped (UN).

,C Variable Describes the status of the node ascentral-side (C-side) busy.

,P Variable Describes the status of the node asperipheral side busy.

LINK=cardnbr portnbr 0-13 0-4 Variable Identifies the card and the port of theCMC.

STATUS=linkstat OK Variable Describes the status of the link ascorrect.

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Field Value Fixed orVariable

Description

MB Variable Describes the status of the link asmanual busy (MB).

SB Variable Describes the status of the link assystem busy (SB).

OF Variable Describes the status of the link asoffline (OF).

UN Variable Describes the status of the link as notequipped (UN).

,C Variable Describes the status of the link as C-side busy.

,P Variable Describes the status of the link asperipheral-side busy.

CAP=linktype M Variable Indicates that the type of link fromnode to PS is message link (M).

S Variable Indicates that the type of link fromnode to PS is speech link (S).

Active message example1.IOAU105 AUG21 12:18:05 0136 INFO NODE PSLINK STATUS ERROR

CMC 1

STATUS= OK LINK= 0 0 STATUS= MB, P CAP= M COND= CLOS

Clear message examplen/a

Associated OM registers

IOAU106The Input/Output Audit (IOAU) subsystem generates log report IOAU whenan input/output (IO) audit detects a link status error. The node status doesnot agree with the peripheral available bit of the central-side (C-side) nodeto which it attaches. The system corrects the error.

Format 2 generates when the P-side status of the subscriber module urban(SMU) link does not equal the node status of the line digital trunk (LDT).

For information on device classes and the number ranges of deviceclasses, refer to 297-1001-451. If the node is a peripheral module (PM),refer to Table I. The CAP indicates the link capacity for each type of link.

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Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU106 mmmdd hh:mm:ss ssdd INFO NODE CSLINK PS STATUS

ERROR

devlc1as nn UNIT n

STATUS=nodestat LINK TO dev2clas nn

LINK=linknbr STATUS=linkstat CAP=linktype COND=linkcond

RES=linkres

1.IOAU106 mmmdd hh:mm:ss ssdd INFO NODE CSLINK PS STATUS

ERROR

pmid STATUS=nodestatus LINK=linknbr

STATUS=linkstat CAP=linktype COND=linkcond

Selected field descriptionsField Value Fixed or

VariableDescription

dev1calas nn Symbolic text Variable Refer to the "Additional information"section. Identifies the node and itsassociated number.

UNITn 0 or 1 Variable Identifies the peripheral unit that iseither UNIT 0 or UNIT 1. The unitnumber appears only if applicable; inany other condition, the field is blank.

STATUS=nodestat OK Variable Describes the status of the node ascorrect.

MB Variable Describes the status of the node asmanual busy (MB).

SB Variable Describes the status of the node assystem busy (SB).

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Field Value Fixed orVariable

Description

OF Variable Describes the status of the node asoffline (OF).

UN Variable Describes the status of the node asnot equipped (UN).

,C Variable Describes the status of the node ascentral-side (C-side) busy.

,P Variable Describes the status of the node asperipheral-side (P-side) busy.

LINK TO dev2clas nn Symbolic text Variable Refer to the "Additional information"section. Indicates the link to anothernode which is identified with the classand associated number of the node. Ifthe node is a peripheral module (PM),location information is provided.

LINK=linknbr 0-4096 Variable Identifies peripheral link number of thenode.

STATUS=linkstat OK Variable Describes the status of the link ascorrect.

MB Variable Describes the status of the link asmanual busy (MB).

SB Variable Describes the status of the link assystem busy (SB).

OF Variable Describes the status of the line asoffline (OF).

UN Variable Describes the status of the link as notequipped (UN).

,C Variable Describes the status of the link ascentral side busy.

,P Variable Describes the status of the link asperipheral side busy.

CAP=linktype M Variable Indicates that the type of link fromnode to PS is message link (M).

S Variable Indicates that the type of link fromnode to PS is speech link (S).

MS Variable Refer to the "Additional information"section. Indicates that the type of linkfrom node to PS is message andspeech link (MS).

COND=linkcond OPEN Variable Indicates that the link is open for callprocessing.

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Field Value Fixed orVariable

Description

INFO NODE CSLINKPS STATUS ERROR

Constant Fixed Indicates that the status of the CS linkis wrong.

CLOS Variable Indicates that the link is closed or outof service.

MTCE Variable Indicates that the link is open only formaintenance.

SPCH Variable Indicates that the link is open forspeech.

RES=linkres UNRESTRICT Variable Indicates that call processing uses thelink.

RESTRICT Variable Indicates that call processing does notuse the link.

Active message example1.IOAU106 OCT12 11:07:03 0800 INFO NODE CSLINK PS STATUS

ERROR

LTC 1

STATUS= MB, C LINK TO NET 1 1

LINK= 45 STATUS= OK CAP= S COND= CLOS RES= UNRESTRICT

1.IOAU106 OCT12 11:07:03 0800 INFO NODE CSLINK PS STATUS

ERROR

LDT PSAP 1 0 STATUS= MB, C LINK= 4

STATUS=MB, P CAP= MS COND= CLOS

Clear message examplen/a

Associated OM registers

IOAU107The Input/Output Audit (IOAU) subsystem generates log report IOAU107when an input/output (IO) audit detects a link status error. The node statusdoes not agree with the peripheral available bit of the central messagecontroller (CMC).

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For information on device classes and their number ranges, refer to297-1001-451. If the node is a peripheral module (PM), refer to Table I.The CAP indicates for link capacity for each type of link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU107 mmmdd hh:mm:ss ssdd INFO NODE CSLINK STATUS

ERROR

devclas nn

STATUS=nodestat LINK TO CMCn

LINK=crdn prtn STATUS=linkstat CAP=linktyp COND=linkcond

Selected field descriptionsField Value Fixed or

VariableDescription

devclas nn Symbolic text Variable Refer to the "Additional information"section. Identifies the node and theassociated number of the node.

STATUS=nodestat OK Variable Describes the status of the node asOK.

MB Variable Describes the status of the node asmanual busy (MB).

SB Variable Describes the status of the node assystem busy (SB).

OF Variable Describes the status of the node asoffline (OF).

UN Variable Describes the status of the node asnot equipped (UN).

,C Variable Describes the status of the node ascentral-side (C-side) busy.

,P Variable Describes the status of the node asperipheral-side (P-side) busy.

LINK TO CMCn 0,1 Variable Indicates link to CMC 0 or CMC 1

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Field Value Fixed orVariable

Description

LINK=crdn prtn 0-13 0-4 Variable Identifies the card and port numbersof the CMC.

STATUS=linkstat OK Variable Describes the status of the link ascorrect.

MB Variable Describes the status of the link asmanual busy (MB).

SB Variable Describes the status of the link assystem busy (SB).

OF Variable Describes the status of the link asoffline (OF).

UN Variable Describes the status of the link as notequipped (UN).

,C Variable Describes the status of the link ascentral-side busy.

,P Variable Describes the status of the link asperipheral-side busy.

CAP=linktyp M Variable Indicates that the type of link fromnode to CMC is message link.

S Variable Indicates that the type of link fromnode to CMC is speech link.

MS Variable Refer to the "Additional information"section. Indicates that the type of linkfrom node to CMC is message andspeech link.

COND=linkcond OPEN Variable Indicates that the link is open for callprocessing.

CLOS Variable Indicates that the link is closed or outof service.

MTCE Variable Indicates that the link is open only formaintenance.

SPCH Variable Indicates that the link is open forspeech.

INFO NODE CSLINKSTATUS ERROR

Constant Fixed Indicates that there is an error in theCS link status.

Active message example1.IOAU107 OCT12 11:07:03 8316 INFO NODE CSLINK STATUS ERROR

IOC 0

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STATUS= OK, C LINK TO CMC 0

LINK= 1 0 STATUS= OK, C CAP= M COND= CLOS

Clear message examplen/a

Associated OM registers

IOAU108The Input/Output Audit (IOAU) subsystem generates this report when theinput/output (IO) audit detects a node status error. The link status to anode does not agree with the central-side (C-side) availability bit of thatnode.

For information on device classes and number ranges, refer to297-1001-451. If the node is a peripheral module (PM), refer to Table I.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU108 mmmdd hh:mm:ss ssdd INFO NODE STATUS

ERROR

devclas nn

UNIT n STATUS=nodestat

1. IOAU108 mmmdd hh:mm:ss ssdd INFO NODE STATUS

ERROR

pmid STATUS=nodestat

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO NODE STATUSERROR

Constant Fixed Indicates that the status of the nodelink is wrong.

devclas nn Symbolic text Variable Refer to the "Additional information"section. Identifies the node and theassociated number of the node.

UNIT n 0 or 1 Variable Identifies the peripheral unit which iseither UNIT 0 or UNIT 1. The unitnumber appears only if applicable; inall other conditions, the field is blank.

STATUS=nodestat OK Variable Describes the status of the node ascorrect.

MB Variable Describes the status of the node asmanual busy (MB).

SB Variable Describes the status of the node assystem busy (SB).

OF Variable Describes the status of the node asoffline (OF).

UN Variable Describes the status of the node asnot equipped (UN).

C Variable Describes the status of the node ascentral-side busy.

Active message example1. IOAU108 OCT12 11:07:03 0800 INFO NODE STATUS ERROR

LTC 1

STATUS= MB, C

1. IOAU108 OCT12 11:07:03 0800 INFO NODE STATUS ERROR

LDT PSAP 1 0 STATUS= OK

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Associated OM registers

IOAU109The Input/Output Audit (IOAU) subsystem generates log report IOAU109.The subsystem generates IOAU109 when the process that monitors theinput/output (IO) audit determines that the audit did not respond. The auditprocess stops and starts again.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU109 mmmdd hh:mm:ss ssdd INFO AUDIT PROCESS

RECREATED

PROCESS= proc

Selected field descriptionsField Value Fixed or

VariableDescription

INFO AUDITPROCESSRECREATED

Constant Fixed Indicates that the audit process starts,after the process stopped.

PROCESS=proc IOALP Variable Identifies the audit process.

Active message example1. IOAU109 date time seqnbr INFO AUDIT PROCESS RECREATED

PROCESS= IOALP

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Associated OM registers

IOAU110The Input/Output Audit (IOAU) subsystem generates log report IOAU110.The subsystem generates IOAU110 when the input/output (IO) audit ndsthe link condition of a central-side (C-side) link is not correct for the linkstatus speci ed. The report updates the link condition to agree with the linkstatus. The link condition before (COND) and after (NEWCOND) updateappears.

For information on device classes and the number ranges of deviceclasses, refer to 297-1001-451. If the node is a peripheral module (PM),refer to Table I. The CAP indicates the link capacity for each type of link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU110 mmmdd hh:mm:ss ssdd INFO BAD CSLINK CONDITION

devclas nn

CSLINK=linknbr STATUS=linkstat CAP=linktype

COND=linkcond NEWCOND=linkcond

Selected field descriptionsField Value Fixed or

VariableDescription

INFO BAD CSLINKCONDITION

Constant Fixed Indicates that the condition of the CSlink is invalid.

devclas nn Symbolic text Variable Refer to the "Additional information"section. Identifies the node and theassociated number of the node.

CSLINK=linknbr 0-4096 Variable Identifies peripheral link number of thenode.

STATUS=linkstat OK Variable Describes the status of the link iscorrect.

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Field Value Fixed orVariable

Description

MB Variable Describes the status of the link asmanual busy (MB).

SB Variable Describes the status of the link assystem busy (SB).

OF Variable Describes the status of the link asoffline (OF).

UN Variable Describes the status of the link as notequipped (UN).

,C Variable Describes the status of the link ascentral-side (C-side) busy.

,P Variable Describes the status of the link asperipheral-side (P-side) busy.

CAP=linktype M Variable Indicates that the type of link fromnode to PS is message link (M).

S Variable Indicates that the type of link fromnode to PS is speech link (S).

MS Variable Refer to the "Additional information"section. Indicates that the type of linkfrom node to PS is message andspeech link (MS).

COND=linkcond OPEN Variable Indicates that the link is open for callprocessing.

CLOS Variable Indicates that the link is closed or outof service.

MTCE Variable Indicates that the link is open only formaintenance.

SPCH Variable Indicates that the link is open forspeech.

NEWCOND=linkcond OPEN Variable Indicates that the link is open for callprocessing.

Active message example1.IOAU110 MAR21 00:00:01 6406 INFO BAD CSLINK CONDITION

NET 0 0

CSLINK= 2 STATUS= OK, P CAP= M

COND= CLOS NEWCOND= CLOS

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Associated OM registers

IOAU111The Input/Output Audit (IOAU) subsystem generates log report IOAU111.The subsystem generates IOAU111 when the input/output (I/O) routeprocess detects a message link restriction. This message link restriction onthe central-side (C-side) message link does not remain the same. Messagelinks open for call processing are in UNRESTRICT STATE. Other messagelinks are in RESTRICT state on LGC/MSB. All other nodes message linksare in UNRESTRICT STATE.

Remedial actionIf logs occur often, refer to the next level of maintenance. For informationon device classes and their number ranges, refer to Table I.

AttributesAttribute Value

Severity Warning

FormatIOAU111 mmmdd hh:mm:ss ssdd INFO BAD CSLINK RESTRICTION

devclas nn

CSLINK= linknbr RES = linkres NEWRES = linkres

Selected field descriptionsField Value Fixed or

VariableDescription

INFO BAD CSLINKRESTRICTION

Constant Fixed Indicates error in the C-side linkrestriction condition.

devclas nn Alphanumeric Variable Identifies the node and its associatednumber.

CSLINK 0-31 Variable Identifies the C-side link of the node.

RES RESTRICT orUNRESTRICT

Variable Indicates the current restrictioncondition of the link, which is eitherRESTRICT or UNRESTRICT.

NEWRES RESTRICT orUNRESTRICT

Variable Indicates the new restriction conditionof the link, which is either RESTRICTor UNRESTRICT.

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Active message exampleIOAU111 FEB11 15:24:38 6167 INFO BAD CSLINK RESTRICTION

LGC 1

CSLINK= 4 RES = RESTRICT NEWRES = UNRESTRICT

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Associated OM registers

IOAU113The Input/Output Audit (IOAU) subsystem generates log report IOAU113when the subsystem detects a difference in the system load module (SLM)route table.

For information on device classes and their number ranges, refer to297-1001-451. If the node is a peripheral module (PM), refer to Table I.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format1.IOAU113 mmmdd hh:mm:ss ssdd INFO SLM ROUTE ERROR

devclas devnbr STATUS=nodestat

SLM ROUTE=(PORT_NO= nn STATUS= routestat PRIMIDX= nn

SECIDX=n)

XPORT_ID= nn PORT_COND= portcond REASON= reason

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO SLM ROUTEERROR

Constant Fixed Indicates a difference in the routeassociated with a SLM that isassociated with the PMC.

devclas devnbr Symbolic text Variable Refer to "Additional information".Identifies the device class and numberassociated with the invalid route.

STATUS=nodestat OK Variable Indicates the status of the node iscorrect.

MB Variable Indicates the status of the node ismanual busy.

SB Variable Indicates the status of the node issystem busy.

OF Variable Indicates the status of the node isoffline.

UN Variable Indicates the status of the node is notequipped.

,C Variable Indicates the status of the node iscentral-side busy.

,P Variable Indicates the status of the node isperipheral-side busy.

(PORT_NO= nn 0-15 Variable Identifies the port number found in thesystem load module route table.

STATUS= routestat OPEN Variable Indicates the route is open forcommunication.

CLOSED Variable Indicates the route is closed forcommunication.

PRIMIDX= nn 0-3 Variable Indicates the primary index to the CMport table that connects the SLM tothe PMC.

SECIDX= n) 0-15 Variable Indicates the secondary index to theCM port table connection the SLM tothe PMC.

XPORT_ID= nn 0-15 Variable Identifies the real port number fromthe CM port table to which the SLMconnects.

PORT_COND=portcond

DISABLED Variable Indicates the real port is disabled.

ENABLED Variable Indicates the real port is activated.

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Field Value Fixed orVariable

Description

REASON= reason SLM ROUTECORRUPT

Variable Indicates that the route is damaged.

SLM ROUTECLOSED

Variable PMC maintenance found a problemand closed the route.

SLM ROUTEOPENED

Variable Indicates PMC maintenance found aproblem and decided to open theroute.

SLM PORT STATUSINVALID

Variable Indicates I/O route audit determinesthe route status is not correct.

SLM PORT INDICESINVALID

Variable Indicates I/O route audit determinesthe indices in the route is not correct.

Active message example1.IOAU113 OCT16 00:43:13 2322 INFO SLM ROUTE ERROR

PMC 0 STATUS=OK

SLM ROUTE=(PORT_NO= 5 STATUS= OPEN PRIMIDX= 1

SECIDX= 0)

XPORT_ID= 4 PORT_COND= DISABLED REASON= SLM PORT STATUS

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Associated OM registers

IOD101Input/Output Device (IOD) subsystem log report IOD101. The subsystemgenerates IOD101 when a manual request is made to un-equip an input/output controller (IOC) after the controller goes of ine.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

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Format1.IOD101 mmmdd hh:mm:ss ssdd UNEQ IOC: nn; FROM OFFL

Selected field descriptionsField Value Fixed or

VariableDescription

UNEQ IOC: nn; 0-12 Variable Identifies the un-equipped IOC.

FROM OFFL Constant Fixed Identifies the IOC was offline beforethe request to un-equip the IOCoccurred.

Active message example1.IOD101 SEP04 13:32:37 3752 UNEQ IOC: 1; FROM OFFL

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Associated OM registers

IOD102The Input/Output Device (IOD) subsystem log report IOD102. Thesubsystem generates IOD102 when an input/output controller (IOC) goesof ine from an unequipped state.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD102 mmmdd hh:mm:ss ssdd OFFL IOC: nn; FROM UNEQ

Selected field descriptionsField Value Fixed or

VariableDescription

OFFL IOC: nn 0-12 Variable Identifies the IOC that is offline.

FROM UNEQ Constant Fixed Indicates IOC is un-equipped beforethe request to put IOC offlineoccurred.

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Active message example1.IOD102 SEP04 13:34:27 3853 OFFL IOC: 1; FROM UNEQ

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Associated OM registers

IOD103The Input/Output Device (IOD) subsystem log report IOD103. Thesubsystem generates IOD103 when an input/output controller (IOC) ismanually busy (ManB).

Remedial actionThe IOC returns to service (RTS) when the task is complete.

AttributesAttribute Value

Severity Indeterminate

Format**IOD103 mmmdd hh:mm:ss ssdd MANB IOC: nn; FROM stat

Selected field descriptionsField Value Fixed or

VariableDescription

MANB IOC 0-12 Variable Identifies the IOC that is manuallybusied.

FROM OFFL, OK, SYSB Variable Indicates the state of the IOC before itis ManB.

Active message example**IOD103 SEP04 13:24:46 1328 MANB IOC: 1; FROM OFFL

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Associated OM registers

IOD104The Input/Output Device (IOD) subsystem log report IOD104. Thesubsystem generates IOD104 when an input/output controller (IOC) issystem busy (SysB).

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Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format**IOD104 mmmdd hh:mm:ss ssdd SYSB IOC: nn; FROM stat reason

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB IOC 0-12 Variable Identifies the IOC that the systembusies.

FROM OK or OFFL Variable Indicates the state of the IOC is eithercorrect or OFFL before the systembusies the IOC.

reason AUD FAIL Variable Indicates that the system busied theIOC because of a failed audit.

BOTH LINKS BUSY Variable Indicates that the system busied theIOC because both links to the centralmessage controller (CMC) were busy.

AUD Variable Indicates that the system busied theIOC because an audit performed.

IOM TRAP Variable Indicates one of the reasons why theIOM is SysB.

IOM RESTART Variable Indicates one of the reasons why theIOM is SysB.

AUDSTATE Variable Indicates one of the reasons why theIOM is SysB.

Active message example**IOD104 MAR23 00:02:10 9900 SYSB IOC:0; FROM OK AUD FAIL

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Associated OM registers

IOD105The Input/Output Device (IOD) subsystem log report IOD105. Thesubsystem generates IOD105 during an attempt to return to service (RTS)an input/output controller (IOC). A manual or system request commandsthe RTS of an IOC.

Remedial actionThere is no action required if the test result is PASS and the IOC returns toservice.

AttributesAttribute Value

Severity Indeterminate

FormatIOD105 mmmdd hh:mm:ss ssdd RTS IOC: nn; FROM stat

BY scetxt; result

Selected field descriptionsField Value Fixed or

VariableDescription

RTS IOC 0-12 Variable Identifies the IOC that returns toservice.

FROM SysB or ManB Variable Indicates state of the IOC before theRTS request.

BY SYS, MAN Variable Indicates the source of the RTSrequest.

result PASS, FAIL Variable Indicates the diagnostic test result. IfPASS, the IOC returns to service. IfFAIL, refer to the "Action to be taken"section.

Active message exampleIOD105 MAR23 00:02:30 0100 RTS IOC: 0; FROM SBSY

BY SYS; PASS

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Associated OM registers

IOD106The Input/Output Device (IOD) subsystem log report IOD106. Thesubsystem generates IOD106 when a manual request un-equips an input/output controller (IOC) port from of ine (OFFL) status.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD106 mmmdd hh:mm:ss ssdd UNEQ IOC: nn, PORT: nn; FROMOFFL

Selected field descriptionsField Value Fixed or

VariableDescription

UNEQ IOC: nn; 0-12 Variable Identifies the IOC with the port that isnot unequipped.

PORT: nn; 0-63 Variable Identifies the port that is unequipped.

FROM OFFL Constant Fixed Indicates the state of the port wasoffline (OFFL) before the request toun-equip the port occurred.

Active message example1.IOD106 sep04 13:32:37 3752 UNEQ IOC: 1, PORT: 63; FROMOFFL

Clear message examplen/a

Associated OM registers

IOD107The Input/Output Device (IOD) subsystem log report IOD107. Thesubsystem generates IOD107 when a manual request places a port on aninput/output controller (IOC) of ine from manual b usy.

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The device can be any one of the following:

• MTD (0-15)

• DLC (0)

• DDU (0-9)

• CONS (0-63)

• DPAC (0-4)

The values in brackets are the number ranges for each type of device. Formore information, refer to 297-1001-451.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD107 mmmdd hh:mm:ss ssdd OFFL IOC: nn, PORT: nn; FROM

MBSY

devname: nn

Selected field descriptionsField Value Fixed or

VariableDescription

OFFL IOC: nn, 0-12 Variable Identifies the IOC with the off-line port.

PORT: nn; 0-63 Variable Identifies the offline port.

FROM MBSY Constant Fixed Indicates the state of the port ismanual busy (MBSY) before requestto put port offline occurred.

devname: nn Symbolic text Variable Identifies the device with the IOC portoffline. Refer to the "Additionalinformation" section.

Active message example1.IOD107 SEP04 13:35:40 4156 OFFL IOC: 1, PORT: 4; FROM

MBSY

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MTD : 2

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Associated OM registers

IOD108The Input/Output Device (IOD) subsystem log report IOD108. Thesubsystem generates IOD108 when the speci ed input/output controller(IOC) port is made manually busy (ManB).

Remedial actionThe IOC port must return to service when the intended activity is complete.

AttributesAttribute Value

Severity Indeterminate

Format*IOD108 mmmdd hh:mm:ss ssdd MANB IOC: nn, PORT: nn; FROM

stat

devname: nn

Selected field descriptionsField Value Fixed or

VariableDescription

MANB IOC 0-12 Variable Identifies the IOC with the manuallybusied port.

PORT 0-63 Variable Identifies the manually busied port.

FROM OK, SYSB, OFFL Variable Indicates the port was correct, SysB,or OffL before the port was ManB.

devname: nn Alphanumeric Variable Identifies the device with the IOC portthat was ManB.

Active message example*IOD108 SEP04 13:35:29 4055 MANB IOC: 1, PORT: 4; FROM

OK

MTD: 2

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Clear message examplen/a

Associated OM registers

IOD109The Input/Output Device (IOD) subsystem generates log report IOD109when the speci ed input/output controller (IOC) port is system b usy(SysB).

Remedial actionRefer to the data schema section of the Translations Guide for moreinformation.

AttributesAttribute Value

Severity Indeterminate

Format*IOD109 mmmdd hh:mm:ss ssdd SYSB IOC: nn, PORT: nn; FROMstat

devname: nn

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB IOC 0-12 Variable Identifies the IOC with the port that thesystem busied.

PORT 0-63 Variable Identifies the port busied by thesystem.

FROM OK or OFFL Variable Indicates state of the IOC port ascorrect or OffL before the systembusied the port.

devname: nn Alphanumeric Variable Identifies the device with the IOC portbusied by the system.

Active message example*IOD109 MAR23 11:21:23 8426 SYSB IOC: 0, PORT: 16; FROM OK

DLC: 0

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Clear message examplen/a

Associated OM registers

IOD110The Input/Output Device (IOD) subsystem log report IOD110. Thesubsystem generates IOD110 when a request to return to service (RTS) aport on an input/output controller (IOC) occurrs. The request is either amanual or a system request.

Remedial actionThere is no action required if the test result is PASS and the IOC portreturns to service.

AttributesAttribute Value

Severity Indeterminate

FormatIOD110 mmmdd hh:mm:ss ssdd RTS IOC: nn, PORT: nn; FROM stat

devname: nn; BY {SYS,MAN}; result

Selected field descriptionsField Value Fixed or

VariableDescription

RTS IOC 0-12 Variable Identifies the IOC with the portreturned to service.

PORT 0-63 Variable Identifies the port returned to service.

FROM SYSB or MANB Variable Indicates state of the IOC port asSysB or ManB before the RTSrequest.

devname: nn Alphanumeric Variable Identifies the device with the IOC portreturned to service.

BY {SYS,MAN} Constant Fixed Indicates the source of RTS request issystem (SYS) or manual (MAN).

result PASS Variable Indicates that the result of the RTSdiagnostic test was PASS and the IOCport returned to service.

FAIL Variable Indicates that the result of the RTSdiagnostic test was FAIL. Refer to the"Action section".

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Active message exampleIOD110 SEP04 15:03:54 1500 RTS IOC: 0, PORT 16; FROM

SBSY

DLC: 0; BY SYS; PASS

Clear message examplen/a

Associated OM registers

IOD111The Input/Output Device (IOD) subsystem log report IOD111. Thesubsystem generates IOD111 when a manual request places the speci edport of an input/output controller (IOC) off-line.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD111 mmmdd hh:mm:ss ssdd OFFL IOC: nn, PORT: nn; FROM

MANB

CONS: consname

Selected field descriptionsField Value Fixed or

VariableDescription

OFFL IOC: nn, 0-12 Variable Identifies the IOC associated with theport that is in an offline state.

PORT: nn; 0-63 Variable Identifies the IOC port placed in off-line state

FROM MANB Constant Fixed Indicates the IOC port was in MANBstate before the IOC port was in anoffline state.

CONS: consname Symbolic text Variable Identifies the console associated withthe IOC port that is in an offline state.For console names, refer to the list in

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Field Value Fixed orVariable

Description

Table TERMDEV at commandinterpreter (CI) level of the MAPterminal.

Active message example1.IOD111 SEP04 15:45:50 4800 OFFL IOC: 0, PORT: 15; FROM

MANB

CONS: prt1

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Associated OM registers

IOD112The Input/Output Device (IOD) subsystem log report IOD112. Thesubsystem generates IOD112 when a port of an input/output controller(IOC) is in manual busy (ManB) state. The IOC is in ManB as a result of amanual request.

Remedial actionReturn the IOC port to service after the intended task is complete.

AttributesAttribute Value

Severity Indeterminate

Format*IOD112 mmmdd hh:mm:ss ssdd MANB IOC: nn, PORT: nn; FROM

stat

CONS: consname

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Selected field descriptionsField Value Fixed or

VariableDescription

MANB IOC 0-12 Variable Identifies the IOC that associates withthe port that is in ManB state.

PORT 0-63 Variable Identifies the port that is in ManBstate.

FROM OK, OFFL or SYSB Variable Indicates the state of the IOC portbefore the port became ManB.

CONS Symbolic text Variable Identifies the console associated withthe IOC port that is in ManB state. Forconsole names, refer to the list intable TERMDEV at the commandinterpreter (CI) level of the MAP(maintenance and administrationposition) terminal.

Active message example*IOD112 SEP04 15:45:55 4800 MANB IOC: 0, PORT: 15; FROM OK

CONS: prt1

Clear message examplen/a

Associated OM registers

IOD113The Input/Output Device (IOD) subsystem log report IOD113. Thesubsystem generates IOD113 when a port of an input/output controller(IOC) becomes busy because of a system request.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format*IOD113 mmmdd hh:mm:ss ssdd SYSB IOC: nn; PORT: nn; FROM

stat

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CONS: consname

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB IOC 0-12 Variable Identifies the IOC associated with theport that is system busy (SysB).

PORT 0-63 Variable Identifies the port made SysB.

FROM OK or OFFL Variable Indicates status of the IOC port wasOK or OffL before IOC port becameSysB.

CONS Symbolic text Variable Identifies the console associated withthe IOC port that is SysB. For consolenames, refer to the list in tableTERMDEV at the commandinterpreter (CI) level of the MAP(maintenance and administrationposition) terminal.

Active message example*IOD113 APR21 09:41:14 3305 SYSB IOC: 0; PORT: 28; FROM OK

CONS: AMAXFER

Clear message examplen/a

Associated OM registers

IOD114The Input/Output Device (IOD) subsystem log report IOD114. Thesubsystem generates IOD114 after an attempt to return a speci ed port ofan input/output controller (IOC) to service. The attempt to RTS the portoccurs as a result of a manual (MAN) or a system (SYS) request.

Remedial actionThere is no action required if the test result is PASS and the IOC portreturns to service. If the test result is FAIL, refer to the maintenance guidesto return the IOC port to service.

AttributesAttribute Value

Severity Indeterminate

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FormatIOD114 mmmdd hh:mm:ss ssdd RTS IOC: nn, PORT: nn; FROM

stat CONS: consname; BY {SYS,MAN}; result

Selected field descriptionsField Value Fixed or

VariableDescription

RTS IOC 0-12 Variable Identifies the IOC associated with theport that returns to service.

PORT 0-63 Variable Identifies the port that returns toservice (RTS).

FROM SysB, ManB Variable Indicates status of the IOC port asSysB or ManB before the RTSrequest.

CONS Symbolic text Variable Identifies the console associated withthe IOC port that is RTS. Refer toTable TERMDEV at the commandinterpreter (CI) level of the MAP(maintenance and administrationposition).

BY {SYS,MAN}; Constant Fixed Indicates the source of RTS request.System (SYS) or manual (MAN).

result PASS Variable Indicates that the result of the RTSdiagnostic test is PASS and the IOCport is RTS.

FAIL Variable Indicates that the result of the RTSdiagnostic test is FAIL. Refer to the"Action" section.

Active message exampleIOD114 JAN02 09:07:00 3404 RTS IOC: 0, PORT: 11; FROM ManB

CONS: DIAL ; BY MAN ; FAIL

Clear message examplen/a

Associated OM registers

IOD115The Input/Output Device (IOD) subsystem log report IOD115. Thesubsystem generates IOD115 to identify different input/output controller(IOC) errors. Log IOD115 normally indicates a software problem.

IOD115 515

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Remedial actionIf the system generates log IOD115 in a way that is not normal, contact thenext level of maintenance.

AttributesAttribute Value

Severity Warning

FormatIOD115 mmmdd hh:mm:ss ssdd INFO IOC: nn; reason errcode

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IOC 0-12 Variable Identifies the IOC associated with theerror.

reason NO REPLY Variable Indicates that the IOD subsystem didnot receive any reply.

NODE INV UNSOLERR

Variable Indicates invalid, unsolicited messageerror.

NODE INV ERR Variable Indicates message from an invalidnode.

IOC LINK UT SET Variable Indicates that the IOC link is undertest.

IOC UT SET Variable Indicates that the IOC is under test.

SEND TP FAIL Variable Indicates send test process failed.

DELETE FAIL Variable Indicates Delete node failed.

ADD FAIL Variable Indicates Add node failed.

NO MAILBOX Variable Indicates that there is no mailboxavailable.

BAD REPLY Variable Indicates that the IOD subsystemreceived a reply that was not correct.

INV IOC COMMAND Variable Indicates invalid IOC command.

UNEQ PORT Variable Indicates that the port addressed isunequipped.

NO BUFFER Variable Indicates that no buffer is available.

CSLINK FAIL Variable Indicates C-side link failure.

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Field Value Fixed orVariable

Description

BIND TID FAIL Variable Indicates the failure of terminal IDbinding.

errcode Integers Variable Identifies the code associated with agiven reason.

Active message exampleIOD115 MAR23 00:02:30 0000 INFO IOC: 0; NO REPLY 5

Clear message examplen/a

Associated OM registers

IOD116The Input/Output Device (IOD) subsystem generates log report IOD116.This log report identi es input/output controller (IOC) errors that are notassociated. Log IOD116 normally indicates a software problem.

Remedial actionIf the system generates IOD116 often, contact the next level ofmaintenance.

AttributesAttribute Value

Severity Warning

FormatIOD116 mmmdd hh:mm:ss ssdd INFO reason errcode

Selected field descriptionsField Value Fixed or

VariableDescription

INFO reason SEND DP FAIL Variable Indicates an attempt to send messageto IOC daddy process failed.

TP KILLED Variable Indicates the IOC task processterminated.

ALL TP KILLED Variable Indicates all IOC task processesterminated.

FOUND REPLYBUFFER

Variable Indicates that the IOC finds a replybuffer.

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Field Value Fixed orVariable

Description

FOUND NON NILPTR

Variable Indicates that the IOC finds a pointerthat is not nil.

SEND MP FAIL Variable Indicates the send maintenanceprocess failed.

INV PS NODE Variable Indicates that the P-side node is notvalid.

errcode Integers Variable Indicates the code associated with agiven reason.

Active message exampleIOD116 SEP17 10:50:05 6678 INFO SEND DP FAIL 5

Clear message examplen/a

Associated OM registers

IOD117The Input/Output Device (IOD) subsystem log report IOD117. Thesubsystem generates IOD117 to detect a defect during a message transfersequence. The message transfer sequence occurs between the input/output controller (IOC) and the central message controller (CMC).

Remedial actionFor additional help, contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

Format.**IOD117 mmmdd hh:mm:ss ssdd FLT IOC: nn; reason

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Selected field descriptionsField Value Fixed or

VariableDescription

FLT IOC 0-12 Variable Identifies the IOC that associates withthe detected defect.

reason CHKSUMERR IC Variable Indicates the occurrence of achecksum error in an incomingmessage.

BUS OVR IC Variable Indicates the occurrence of busoverrun in an incoming message.

INV NODE NO Variable Indicates that the IOC receives amessage with an invalid node number.

MSG REROUTED Variable Indicates the reroute of an outgoingmessage to the IOC.

BUS OVR OG Variable Indicates the occurrence of busoverrun during an outgoing messagefrom the central control (CC).

CHKSUMERR OG Variable Indicates the occurrence of achecksum error in an outgoingmessage from the CC.

ACK TIMEOUT Variable Indicates that the IOC times out whenthe IOC waits for acknowledgment(ACK).

CSLKO CLOSED Variable Indicates IOC closed link to CMC 0.

CSLK1 CLOSED Variable Indicates IOC closed link to CMC 1.

NOT READY Variable Indicates that the device is not readyto receive a message.

Active message example**IOD117 SEP17 10:58:22 7411 FLT IOC: 0; CHKSUMERR IC

Clear message examplen/a

Associated OM registers

IOD118The Input/Output Device (IOD) subsystem generates log report IOD118when the system detects a defect during a message transfer sequence.The message transfer sequence occurs between a device controller andthe input/output controller (IOC). A message transfer sequence can occurbetween the IOC and central message controller (CMC).

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The device can be one of the following:

• MTD (0-15)

• DLC (0)

• DDU (0-9)

• CONS (0-63)

• DPAC (0-4)

The values in brackets are the number ranges for the type of device. Formore information, refer to the data schema section of the TranslationsGuide.

Remedial actionFor additional help, contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

Format*IOD118 mmmdd hh:mm:ss ssdd FLT IOC: nn; PORT: nn devname:nn

reason

Selected field descriptionsField Value Fixed or

VariableDescription

FLT IOC 0-12 Variable Identifies the IOC that associates withthe detected defect.

PORT 0-63 Variable Identifies the IOC port.

devname Symbolic text Variable Identifies the device that associateswith the IOC when the systemdetected a message transfersequence defect. Refer to theAdditional information section.

reason CHKSUMERR IC Variable Indicates a checksum error occurs inan incoming message to the centralcontrol (CC).

BUS OVR IC Variable Indicates the bus overrun occurs in anincoming message to the CC.

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Field Value Fixed orVariable

Description

INV NODE NO Variable Indicates that the device controllerreceives a message with an invalidnode number.

NOT READY Variable Indicates that the device is not readyto receive a message.

MSG REROUTED Variable Indicates the reroute of an outgoingmessage to the IOC.

BUS OVR OG Variable Indicates the bus overrun occursduring an outgoing message from theCC.

CHKSUMERR OG Variable Indicates a checksum error occurs inan outgoing message from the CC.

ACK TIMEOUT Variable Indicates that the IOC times out whenthe IOC waits for acknowledgment(ACK).

CSLKO CLOSED Variable Indicates IOC closed link to CMC 0.

CSLKI CLOSED Variable Indicates IOC closed link to CMC 1.

Active message example*IOD118 MAR23 11:21:23 8325 FLT IOC: 0; PORT: 16 DLC :

Clear message examplen/a

Associated OM registers

IOD119The Input/Output Device (IOD) subsystem log report IOD119 when thesystem detects a problem during a message transfer sequence. Themessage transfer sequence can occur between a console and the input/output controller (IOC). The message transfer sequence can occurbetween the IOC and central message controller (CMC).

Remedial actionFor additional help, contact next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

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Format*IOD119 mmmdd hh:mm:ss ssdd FLT IOC: nn; PORT: nn CONS:

consname

reason

Selected field descriptionsField Value Fixed or

VariableDescription

FLT IOC 0-12 Variable Identifies the IOC that associates withthe fault.

PORT 0-63 Variable Identifies the port of the IOC thatassociates with the fault.

CONS Symbolic text Variable Identifies the console. Refer to the listin the Table TERMDEV. TERMDEV isat the command interpreter (CI) levelof the MAP (maintenance andadministration position) terminal forpossible console names.

CHKSUMERR IC Variable Indicate a checksum error occurs inan incoming message to the centralcontrol (CC).

BUS OVR IC Variable Indicates a bus overrun occurs in anincoming message to CC.

INV NODE NO Variable Indicates that the console receives amessage with an invalid node number.

100 NOT READY Variable Indicates that the device is not readyto receive a message.

MSG REROUTED Variable Indicates the reroute of an outgoingmessage to the IOC.

BUS OVR OG Variable Indicates a bus overrun occurs duringan outgoing message from the CC.

CHKSUMERR OG Variable Indicates a checksum error occurs inan outgoing message from the CC.

ACK TIMEOUT Variable Indicates that the IOC times out whenthe IOC waits for acknowledgment(ACK).

CSLKO CLOSED Variable Indicates IOC closed link to CMC 0.

CSLK1 CLOSED Variable Indicates IOC closed link to CMC 1.

Active message example*IOD119 APR21 09:41:14 3204 FLT IOC: 0; PORT:28 CONS:

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AMAXFER

BUSOVR OG

Clear message examplen/a

Associated OM registers

IOD120The Input/Output Device (IOD) subsystem generates log report IOD120.The subsystem generates IOD120 when there is a discrepancy betweenthe accurate maximum device number (MDN) and the expected value. Ifthe system updates the MDN, UPDATED is output. If MDN is not updated,MISMATCH is output.

Remedial actionIf the update is successful, no action is required. If the update is notsuccessful (MISMATCH), refer to the maintenance guides to clear fault.

AttributesAttribute Value

Severity Indeterminate

Format*IOD120 mmmdd hh:mm:ss ssdd FLT IOC: nn; MDN updtxt

EXPECT: hhhh ACTUAL: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FLT IOC 0-12 Variable Identifies the input output controller(IOC) associated with thediscrepancy.

MDN UPDATE,MISMATCH

Variable Indicates if the MDN could be updatedby the system.

EXPECT 0000-FFFF Variable Indicates the expected (hexadecimal)value for MDN.

ACTUAL 0000-00FF Variable Indicates the accurate value thatgenerates as MDN.

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Active message example*IOD120 SEP17 09:24:32 9400 FLT IOC 0; MDN UPDATE

EXPECT: 0009 ACTUAL: 0008

Clear message examplen/a

Associated OM registers

IOD121The Input/Output Device (IOD) subsystem generates log report IOD121when the input/output audit audits the input/output controller (IOC) statusregister. The audit updates the route enable (RTE) or central messagecontroller (CMC) port enable (CPE) bits. The update adjusts the RTE,CMC and CPE to agree with the CMC link status.

Remedial actionTo clear a fault, refer to the maintenance guides.

AttributesAttribute Value

Severity Indeterminate

Format*IOD121 mmmdd hh:mm:ss ssdd FLT IOC: nn; bittxt UPDATED

PORT: n, STATUS REG: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FLT IOC 0-12 Variable Identifies the IOC associated with thestatus register that the system audits.

bittxt UPDATED RTE, CPE Variable Indicates that the RTE or the CPE bitsare updated to agree with the CMClink status.

PORT 0,1 Variable Identifies the CMC port.

STATUS REG 0000-00FF Variable Indicates the contents of the IOCstatus register in hexadecimal.

Active message example*IOD121 SEP17 09:24:32 9500 FLT IOC: 0; RTE UPDATED

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PORT: 0,STATUS REG: 0039

Clear message examplen/a

Associated OM registers

IOD122The Input/Output Device (IOD) subsystem generates log report IOD122.The log is generated when the speci ed port of an input/output controller(IOC) is tested and the IOC passes the test.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD122 mmmdd hh:mm:ss ssdd PASS

Selected field descriptionsField Value Fixed or

VariableDescription

PASS Constant Fixed Indicates that the specified port of anIOC passed the test.

Active message example1.IOD122 SEP04 11:52:03 5612 PASS

Clear message examplen/a

Associated OM registers

IOD123The Input/Output Device (IOD) subsystem generates log report IOD123.The subsystem generates IOD123 after the maximum device number(MDN) test failure on the speci ed input/output controller (IOC). This failureoccurs as a result of a manual or system request.

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Remedial actionTo determine defective equipment, refer to the maintenance guides.

AttributesAttribute Value

Severity Indeterminate

Format**IOD123 mmmdd hh:mm:ss ssdd FAIL MDN IOC: nn;

EXPECT: hhhh,ACTUAL: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL MDN Constant Fixed Indicates an MDN test failure.

IOC 0-12 Variable Identifies the IOC on which the MDNtest is performed.

EXPECT 0000-FFFF Variable Indicates the expected (hexadecimal)value of MDN.

ACTUAL 0000-00FF Variable Indicates the actual value of MDN asoutput.

Active message example**IOD123 SEP17 09:24:32 9600 FAIL MDN IOC: 0;

EXPECT: 0008,ACTUAL: 0009

Clear message examplen/a

Associated OM registers

IOD124The Input/Output Device (IOD) subsystem generates log report IOD124when you perform the memory sequence test manually and the test fails.The subsystem also generates log report IOD124 when the systemperforms the test and fails. The test fails on the speci ed input/outputcontroller (IOC). The log lists the address at which the test failed.

Remedial actionTo determine defective equipment, refer to the maintenance guides.

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AttributesAttribute Value

Severity Indeterminate

Format**IOD124 mmmdd hh:mm:ss ssdd FAIL SEQ IOC: nn;

ADDR: hhhh EXPECT: hhhh,ACTUAL: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

EXPECT 0000-FFFF Variable Indicates the expected value ofmemory sequence in hexadecimal

ACTUAL 0000-FFFF Variable Indicates the accurate value ofmemory sequence in hexadecimal

FAIL SEQ Constant Fixed Indicates a memory sequence testfailure

IOC 0-12 Variable Identifies the IOC associated with thememory sequence test

ADDR 0000-FFFF Variable Indicates the (hexadecimal) value ofthe address at which the memorysequence test fails

Active message example**IOD124 SEP17 09:24:32 9700 FAIL SEQ IOC: 0;

ADDR: 5E46 EXPECT: 007E,ACTUAL: 007D

Clear message examplen/a

Associated OM registers

IOD125The Input/Output Device (IOD) subsystem generates log report IOD125when you perform the memory pattern test manually and the test fails onthe speci ed input/output controller (IOC). The system also can perform thetest. The log lists the pattern (PAT) used in the test.

Remedial actionTo determine defective equipment, refer to the maintenance guides.

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AttributesAttribute Value

Severity Indeterminate

Format**IOD125 mmmdd hh:mm:ss ssdd FAIL PAT IOC: nn;

PAT: hhhh, FAIL ADDR: hhhh, ACTUAL: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL PAT Constant Fixed Indicates a memory pattern test failure

IOC 0-12 Variable Identifies the IOC associated with thememory pattern test

PAT 0000-FFFF Variable Indicates the memory pattern value inhexadecimal

FAIL ADDR 0000-FFFF Variable Indicates the hexadecimal value of theaddress at which the memory patterntest failed

ACTUAL 0000-FFFF Variable Indicates the accurate value of thememory pattern in hexadecimal

Active message example**IOD125 SEP17 09:24:32 9800 FAIL PAT IOC: 0;

PAT: 0000, FAIL ADDR: 1415, ACTUAL: 0005

Clear message examplen/a

Associated OM registers

IOD126The Input/Output Device (IOD) subsystem generates log report IOD126.The system generates IOD126 when the clock status (CLKSTS) registertest fails on the speci ed input/output controller (IOC). Y ou can perform thetest manually or the system can generate the test.

Remedial actionTo determine defective equipment, refer to the maintenance guides.

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AttributesAttribute Value

Severity Indeterminate

Format**IOD126 mmmdd hh:mm:ss ssdd FAIL CLKSTS IOC: nn; CLKSTS:

hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

IOC 0-12 Variable Identifies the IOC associated with theCLKSTS test

CLKSTS 0000-FFFF Variable Indicates the CLKSTS register valuein hexadecimal

FAIL CLKSTS Constant Fixed Indicates a CLKSTS register testfailure

Active message example**IOD126 SEP17 09:24:32 9900 FAIL CLKSTS IOC: 0; CLKSTS:0065

Clear message examplen/a

Associated OM registers

IOD127The Input/Output Device (IOD) subsystem generates log report IOD127.The system generates IOD127 after the failure of an input/output controller(IOC) status (STS) register test on the speci ed IOC. The system canperform the IOC STS register test, or the test can be performed manually.

Remedial actionRefer to the Input/Output Devices Maintenance Guide to identifyequipment that has faults.

AttributesAttribute Value

Severity Indeterminate

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Format.**IOD127 mmmdd hh:mm:ss ssdd FAIL IOCSTS IOC: nn; IOCSTS:

hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL IOCSTS Constant Fixed Indicates a STS register test failure.

IOC 0 to 12 Variable Identifies the IOC associated with thefailure.

IOCSTS 0000 to FFFF Variable Indicates the value of the IOCSTSregister in hexadecimal.

Active message example**IOD127 SEP17 09:24:32 0000 FAIL IOCSTS IOC: 0; IOCSTS:

0074

Clear message examplen/a

Associated OM registers

IOD128The Input/Output Device (IOD) subsystem generates log report IOD128.The system generates the log when a speci ed port of an input/outputcontroller (IOC) is tested and passes the test.

The device can be any one of the following:

• MTD (0-15)

• DLC (0)

• DDU (0-9)

• CONS (0-63)

• DPAC (0-4)

Remedial actionn/a

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AttributesAttribute Value

Severity Indeterminate

Format1.IOD128 mmmdd hh:mm:ss ssdd PASS IOC: nn; PORT: nn;devname: nn

Selected field descriptionsField Value Fixed or

VariableDescription

IOC: nn; 0-12 Variable Identifies the IOC associated with theport tested.

PORT: nn; 0-63 Variable Identifies the port tested.

DEVNAME: nn Symbolic text Variable Identifies the device associated withthe IOC port tested. Refer to the"Additional information" section.

Active message example1.IOD128 SEP17 09:24:32 0100 PASS IOC: 0; PORT: 1; MTD: 0

Clear message examplen/a

Associated OM registers

IOD129The Input/Output Device (IOD) subsystem log report IOD129. Thesubsystem generates IOD129 when a speci ed port of an input/outputcontroller (IOC) is tested and fails.

Remedial actionTo determine defective equipment, refer to the Input/Output DevicesMaintenance Guide.

AttributesAttribute Value

Severity Indeterminate

FormatIOD129 mmmdd hh:mm:ss ssdd FAIL IOC: nn; PORT: nn; devname:nn

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Selected field descriptionsField Value Fixed or

VariableDescription

FAIL IOC 0 to 12 Variable Identifies the IOC that associates withthe port under test

PORT 0 to 63 Variable Identifies the port under test

devname Symbolic text Variable Identifies the device that associateswith the tested IOC port

Active message exampleIOD129 JUL 5 12:00:00 5674 FAIL IOC: 0; PORT: 3; DLC: 1

Clear message examplen/a

Associated OM registers

IOD130The user or system can perform an input/output module (IOM) inservice/out of service diagnostic test. If the test fails on the speci ed input/outputcontroller (IOC) the IOD generates the IOD130 log report.

Collect all IOD logs together and associated TRAPs and SWERRs foranalysis.

Remedial actionWhen the IOM test fails, operating company personnel must make sure theinput/output module (IOM) load is correct. Operating company personnelmust reload the IOM. If the problem continues, operating companypersonnel must replace the IOM hardware.

AttributesAttribute Value

Severity • Major

• Minor

Format<alarm>IOD130 mmmdd hh:mm:ss ssdd FAIL IOM TEST

Location: <ioc_code><ioc_no>(IOM)

Trouble: <trouble_text>

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Err Code: <trouble_code>

Action: <action_code>

Selected field descriptionsField Value Fixed or

VariableDescription

< alarm > Major; minor or noalarm

Variable Indicates the degree of trouble.

< mmmdd > mmm is JAN-DEC; ddis 01-31

Variable Indicates month and date.

< hh:mm:ss > hh is 0-23; mm is0-59; ss is 0-59

Variable Indicates month and date.

< ssdd > 0-9999 Variable Indicates log report sequence number.

< ioc_node > IOC Variable Indicates the character name of theIOC.

< ioc_no > 0-19 Variable Identifies the IOC number.

< trouble_text > INVALID TESTPARMINVALIDTESTREQINVALI DIOM STATEIOMFIRMWAREERRORSMARTCONNMISSINGTEST FAILEDDEVICENOTOFFLINEDUNKNOWNRESUL T

Variable Identifies the problem.

< trouble_code > 0-#FFFF Variable Error code that indicates the IOM teststhat failed.

< action_code > Retry DOWNLOAD,or replace IOM

Variable Indicates action to take to solve theproblem.

Active message exampleMajor IOD130 MAR23 00:02:10 9900 FAIL IOM TEST

Location: IOC 0 (IOM)

Trouble: IOM_TEST_FAILED

Err Code: 00AF

Action: Retry DWNLD or replace IOM

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Clear message examplen/a

Associated OM registers

IOD201The Input/Output Device (IOD) subsystem generates IOD201 when amagnetic tape device (MTD) is unequipped from of ine state. The MTD isunequipped as a result of a manual request.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD201 mmmdd hh:mm:ss ssdd UNEQ MTD: nn; FROM OFFL

Selected field descriptionsField Value Fixed or

VariableDescription

MTD: nn; 0-15 Variable Identifies the MTD that is unequipped.

FROM OFFL Constant Fixed Indicates that the state of the MTD isoffline before the MTD is unequipped.

Active message example1.IOD201 SEP04 13:38:56 4459 UNEQ MTD: 2; FROM OFFL

Clear message examplen/a

Associated OM registers

IOD202The Input/Output device (IOD) subsystem generates IOD202 when thesystem places a magnetic tape device (MTD) in of ine state. The systemplaces MTD in an of ine state from manual b usy state as a result of amanual request.

Remedial actionn/a

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AttributesAttribute Value

Severity Indeterminate

Format1.IOD202 mmmdd hh:mm:ss ssdd OFFL MTD: nn; FROM MBSY

Selected field descriptionsField Value Fixed or

VariableDescription

OFFL MTD: nn; 0-15 Variable Identifies the MTD placed in offlinestate.

FROM MBSY Constant Fixed Indicates the state of the MTD asMBSY before the system placed theMTD in offline state.

Active message example1.IOD202 SEP04 18:34:29 3954 OFFL MTD: 0; FROM MBSY

Clear message examplen/a

Associated OM registers

IOD203The Input/Output Device (IOD) subsystem generates IOD203. Thesubsystem generates IOD203 when the system places a magnetic tapedevice (MTD) in the lousy state as a result of a manual request.

Remedial actionTo determine if the equipment is defective, refer to the Input/OutputDevices Maintenance Guide .

AttributesAttribute Value

Severity Indeterminate

Format*IOD203 mmmdd hh:mm:ss ssdd MANB MTD: nn; FROM stat

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Selected field descriptionsField Value Fixed or

VariableDescription

MANB MTD 0 to 15 Variable Identifies the manual-busy (ManB)MTD

FROM OK, SYSB, or OFFL Variable Indicates the state of the MTD beforethe MTD changed to ManB

Active message example*IOD203 SEP04 18:39:12 4700 MANB MTD: 0; FROM OK

Clear message examplen/a

Associated OM registers

IOD204The Input/Output Device (IOD) subsystem generates IOD204. Thesubsystem generates IOD204 when the system places a magnetic tapedevice (MTD) in the busy state as a result of a system request.

Remedial actionTo determine if the equipment is defective, refer to the Input/OutputDevices Maintenance Guide .

AttributesAttribute Value

Severity Indeterminate

Format**IOD204 mmmdd hh:mm:ss ssdd SYSB MTD: nn; FROM stat; reason

Selected field descriptionsField Value Fixed or

VariableDescription

SYSB MTD 0 to 15 Variable Identifies the MTD that is system busy(SysB)

FROM OK or OFFL Variable Indicates state of the MTD as OK oroff-line (OffL) before the change toSysB

reason AUDIT Variable Indicates subsystem performs aninput/output controller (IOC) audit

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Field Value Fixed orVariable

Description

FS-ERROR Variable Indicates a file system error

FAULT Variable Indicates an error in the MTD

Active message example**IOD204 SEP17 10:59:54 4800 SYSB MTD: 0; FROM OK; AUDIT

Clear message examplen/a

Associated OM registers

IOD205The subsystem generates IOD205 when an attempt to return to service(RTS) a magnetic tape device (MTD) occurs. The Input/Output Device(IOD) subsystem generates this report as a result of a manual (MAN) orsystem (SYS) request.

Remedial actionThere is no action required if the test result passed and the MTD returns-to-service. If the test result failed, refer to the maintenance guides to returnthe MTD to service.

AttributesAttribute Value

Severity Indeterminate

FormatIOD205 mmmdd hh:mm:ss ssdd RTS MTD: nn; FROM stat

BY {SYS,MAN}; result

Selected field descriptionsField Value Fixed or

VariableDescription

RTS MTD 0-15 Variable Identifies the MTD that returns toservice

FROM SYSB or MANB Variable Indicates the MTD state as systembusy (SysB) or manually-busy (ManB)before the RTS request occurred.Requests are made by the system(SYS) or manually (MAN)

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Field Value Fixed orVariable

Description

BY {SYS,MAN} Constant Fixed Indicates a SYS return-to-servicerequest or a MAN return to servicerequest

result PASS Variable Indicates a return-to-service

FAIL Variable Indicates a failed attempt to return-to-service

Active message exampleIOD205 SEP04 18:39:12 4600 RTS MTD: 0; FROM MBSY

BY MAN; PASS

Clear message examplen/a

Associated OM registers

IOD206The Input/Output Device (IOD) subsystem generates IOD206 to identifydifferent magnetic tape device (MTD) errors. The system normallygenerates this report as a result of a software problem.

Remedial actionIf the subsystem continues to generate this report, contact the next level ofmaintenance.

For the input/output module (IOM), maintenance personnel must attemptthe same action again. If the system continues to generate the log, themaintenance personnel must attempt the following

• Bsy and RTS the IOM, or

• reload the IOM, or

• change the IOM hardware

AttributesAttribute Value

Severity Warning

FormatIOD206 mmmdd hh:mm:ss ssdd INFO MTD: nn; reason errcode

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO MTD 0-15 Variable Identifies the MTD associated with theerror

reason ADD FAIL Variable Indicates an attempt to add a newMTD failed

BAD_REPLY Variable Indicates bad reply from MTD

BAD TERMINATN Variable Indicates that the IOM F/W fails toterminate the application task in theIOM F/W for the specified port

BIND TAPE TID Variable Indicates bind of tape TID failed

CSLINK_FAIL Variable Indicates C-side link failed

DELETE FAIL Variable Indicates an attempt to delete an MTDfailed

EMPTY_FAIL Variable Indicates an attempt-to-read from anempty buffer

ENDIAN FAIL Variable Indicates an attempt to set ENDIAN toBIG failed

FS NO REPLY Variable Indicates the file system did not reply

INC_LEN Variable Indicates length of the buffer > = 80

INC REC LEN Variable Indicates that the length of the recordis > = 80

INV TAPECOMMAND

Variable Indicates invalid tape command

NIL FS MB Variable Indicates nil file system mail box

NIL ROUTE Variable Indicates that there is no route fromMTD to central control (CC)

NO REPLY Variable Indicates MTD did not reply

PORT CFG FAIL Variable Indicates that the IOM F/W fails tocreate the application task for thegiven port.

RESET_FAIL Variable Indicates that MTD reset failed

SEND FS FAIL Variable Indicates send to file system failed

SEND TP FAIL Variable Indicates send to task process failed

SMRT CONN FAIL Variable Indicates that the IOM F/W fails toconfigure the specified port. A smartconnector failure caused the error

TM OR IDB Variable Indicates tape mark or id burstdetected

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Field Value Fixed orVariable

Description

UNBIND TAPE TID Variable Indicates unbind of tape TID failed

UT RESET Variable Indicates that system reset the undertest flag

WRONG READ Variable Indicates an incorrect attempt to read

WRONG FILLCOMMAND

Variable Indicates incorrect fill response

errcode Integers Variable Indicates the code associated with thespecified reason

Active message exampleIOD206 SEP04 13:16:37 9914 INFO MTD: 1; BIND TAPE TID 1

Clear message examplen/a

Associated OM registers

IOD207The Input/Output Device (IOD) subsystem generates the IOD207 log reportwhen a error associated with a message occurs on a magnetic tape device(MTD).

Remedial actionIf this report continues, contact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatIOD207 mmmdd hh:mm:ss ssdd INFO reason errcode

Selected field descriptionsField Value Fixed or

VariableDescription

INFO reason SEND_TP FAIL Variable Indicates that send-to-IOD taskprocess failed

NO_TP Variable Indicates that there is no task process

ALL TP KILLED Variable Indicates that system killed all taskprocessing

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Field Value Fixed orVariable

Description

errcode Integers Variable Indicates the code associated with thespecified reason

SEND_TP FAIL Variable Indicates that send-to-IOD daddyprocess failed

Active message exampleIOD207 OCT09 09:12:37 6501 INFO SEND TP FAIL 5

Clear message examplen/a

Associated OM registers

IOD208The Input/Output Device (IOD) subsystem generates the IOD208 logreports. The subsystem generates IOD208 when the system detects asanity timeout on the speci ed magnetic tape de vice (MTD).

Remedial actionIf the tape performs correctly, it is possible that a false alarm occurred.There is no action required. The system indicates a problem when thesystem continues to generate reports, or the tape in not operational. Theproblem is that the sanity timer on the 1X68 card is defective. You mustreplace the sanity timer. To replace the defective controller card, refer tothe Card Replacement Procedures and the maintenance guides.

AttributesAttribute Value

Severity Indeterminate

Format*IOD208 mmmdd hh:mm:ss ssdd FLT MTD: nn; SANITY TIMEOUT

Selected field descriptionsField Value Fixed or

VariableDescription

FLT MTD 0-15 Variable Identifies the MTD that has the sanityinterval

SANITY TIMEOUT Constant Fixed Identifies the interval condition ofsanity check on an MTD

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Active message example*IOD208 JAN02 16:59:32 2209 FLT MTD : 1 ; SANITY TIMEOUT

Clear message examplen/a

Associated OM registers

IOD209The Input/Output Device (IOD) subsystem generates the IOD209 logreport. The subsystem generates IOD209 when a transient fault occursduring the indicated READ, WRITE, or SELFTEST operation. Theseoperations occur on the specifed magnetic tape de vice (MTD).

Bit set and failure in the log report is shown as:

Bit set 0 -- Buffer test failed.

Bit set 1 -- Odd parity of data failed during write data to read data loop.

Bit set 2 -- Data pattern failed to match on write data to read data loop.

Bit set 3 -- Even parity of data failed during write data to read data loop.

Bit set 4 -- Test of tape command register loopback failed.

Bit set 5 -- EOD, or RCA flag stuck asserted.

Bit set 6 -- Ramp timer test failed.

Bit set 7 -- Tape is on line, and last test type did not run.

Tape command and return code (RC) bit in the log report are shown as:

Tape command -- A0FILL, RC1BIT1 -- -, Bits set in RC1 - 11, 25, -

Tape command -- A1 WRITE, RC1BIT1 -- Y, Bits set in RC1 - 1, 2, 3, Bitsset in RC2 - 17, 1, 19,

Tape command -- A2 READ, RC1BIT1 - Y, Bits set in RC1 - 1, 2, 3, Bitsset in RC2 - 17, 18

Tape command -- A3 EMPTY, RC1BIT1 -- -, Bits set in RC1 - 9

Tape command -- A4 BOT, RC1BIT1 -- -, Bits set in RC1 - -, 2, -, Bits set inRC2 - 1, -, -

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Tape command -- A5 WTP, RC1BIT1 -- Y, Bits set in RC1 - 1, 2, 3, Bits setin RC2 - -, -, -

Tape command -- A7 STATUS, RC1BIT1 -- -, Bits set in RC1 - 23, 18, 3

Tape command -- A8 FWD, RC1BIT1 -- Y, Bits set in RC1 - 1, 2, 3, Bits setin RC2 - 17, 18, -

Tape command -- SEARCH, RC1BIT1 -- N, Bits set in RC1 - -, -, 19

Tape command -- AA BCKUP, RC1BIT1 -- Y, Bits set in RC1 - 1, 2, 3, Bitsset in RC2 - 1,17, 18

Tape command -- 1 BLOCK, RC1BIT1 -- N, Bits set in RC1 - -, -, -

Tape command -- C2 BOOT, RC1BIT1 -- Y, Bits set in RC1 - 1, 2, 3

Explanation of failure reasons in the log report:

Item 1, Reason -- Tape drive not on line

Item 2, Reason -- Not ready to execute command

Item 3, Reason -- Drive rewinds

Item 4, Reason -- Tape mark detected

Item 5, Reason -- Drive does not accept command.

Item 6, Reason -- Write protected. There is no write ring

Item 7, Reason -- Drive switches locked out

Item 8, Reason -- Tape mark cannot read back on tape.

Item 9, Reason -- Buffer contents checksum failed.

Item 10, Reason -- Identification burst found.

Item 11, Reason -- Data read back from tape. This action occurs while theread part of read-while-write does not match data written to tape.

Item 12, Reason -- Parity error is a transient error. The data on the tape isOK. There was a parity error detected on the 1X68 controller when the1X68 was reading the data written to the tape. There are separate readand write cables from the 1X68 card to the 9 track tape drive. There are

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separate read and write heads on the 9 track tape drive. The read headchecks parity immediately after the write head writes the data to the tape. Ifbit 3 of RC1 is set, then there was a parity error detected on the 1X68controller card. The error was detected where the read cable attaches tothe 1X68 controller card. A setting of this bit in the IOD209 log means thatthere is no problem with the data written to the tape. If there is an error withthe data on the tape, other bits in RC1 and RC2 will set, and an IOD210log will generate.Item 13, Reason -- Parity error is a transient error. Thedata on the tape is OK. There was a parity error or other type of errordetected on the track tape drive. The error occurred when the 9 track tapedrive was writing data, or had finished writing data to the tape. There areseparate read and write heads on the 9 track tape drive. The read headchecks parity immediately after the write head writes the data to the tape. Ifbit 4 of RC1 is set, then there was a parity error or other error detected onthe 9 track tape drive. The error was detected during or after the write wasdone to the tape. The mag tape drive controller (1X68 card) backs up thetape, erases the block and moves the tape forward to begin writing theblock over on a new section of the tape. If the error is detected on the 9track tape drive again, then the mag tape drive controller (1X68 card)backs up the tape again, erases that block, and moves the tape forward tobegin writing the block over on a new section of the tape. The backing upof the tape is repeated a maximum of 3 times, until an error is not detectedon the 9 track tape drive. Log IOD209 indicates that eventually the writewas done without errors on the 9 track tape drive. If there is an error on the9 track tape drive, an IOD210 log will generate.

Item 14, Reason -- Tape drive read decoding logic able to correct aproblem in block read back. The controller attempts action again. Seedescription for bit 4.

Item 15, Reason -- Speed of drive measured is not in limits

Item 16, Reason -- Identification burst not written correctly.

Item 17, Reason -- Drive was off line during command execution.

Item 18, Reason -- Tape is at start of tape (BOT).

Item 19, Reason -- End of tape passed.

Item 20, Reason -- The read-back of block does not detect the end ofblock. A write-only erased tape or an end-of-block flag that is notoperational causes this condition. Reported only from last write, if actionattempted again.

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Item 21, Reason -- Block on last write retry had an error. Tape drive readlogic cannot read back block.

Item 22, Reason -- Flag that read back on last write attempt had a readerror The tape drive read logic corrects the read error.

Item 23, Reason -- Drive is on line.

Item 24, Reason -- Identification burst written. Burst must occur on firstwrite when tape is at BOT.

Item 25, Reason -- The OPCODE that follows is not in range 50 to 5F.System ignores data in message

Remedial actionTo clear the error and return the MTD to service, refer to the maintenanceguides. If this action fails, contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format*IOD209 mmmdd hh:mm:ss ssdd TRAN MTD: nn;

modetxt, CMD: hhhh, RC1: hhhh, RC2: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

TRAN MTD 0-15 Variable Identifies the MTD that has thetransient fault during the specifiedmode of operation

modetxt READ, WRITE,SELFTEST

Variable Indicates the mode of operation on theMTD

CMD 00A0-00C2 Variable Indicates the value of tape commandin hexadecimal

RC1 0000-00FF Variable Indicates the return code 1 (RC1)value in hexadecimal

RC2 0000-00FF Variable Indicates the return code 2 (RC2)value in hexadecimal

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Active message example*IOD209 APR20 17:46:38 1352 TRAN MTD: 0;

WRITE, CMD: 00A1, RC1: 0020, RC2 : 0000

Clear message examplen/a

Associated OM registers

IOD210The Input/Output Device (IOD) subsystem generates log report IOD210.The subsystem generates this report when the system detects a problemduring the indicated READ, WRITE, or SELFTEST operation. Thisoperation occurs on a magnetic tape device (MTD).

Remedial actionTo clear the error and return the MTD to service, refer to the maintenanceguides. If this action fails, contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format**IOD210 mmmdd hh:mm:ss ssdd FLT MTD: nn;

modetxt, CMD: hhhh, RC1: hhhh, RC2: hhhh

Selected field descriptionsField Value Fixed or

VariableDescription

FLT MTD 0-15 Variable Identifies the MTD associated with theproblem detected during the mode ofoperation

modetxt READ, WRITE,SELFTEST

Variable Indicates that the mode of operationon the MTD is READ, WRITE, orSELFTEST

CMD 00A0-00C2 Variable Indicates the tape command value inhexadecimal

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Field Value Fixed orVariable

Description

RC1 0000-00FF Variable Indicates the return code 1 (RC1)value in hexadecimal

RC2 0000-00FF Variable Indicates the return code 2 (RC2)value in hexadecimal

Active message example**IOD210 SEP04 14:34:24 6075 FLT MTD: 0;

READ, CMD: 00A8, RC1: 0010, RC2: 0000

Clear message examplen/a

Associated OM registers

IOD211The Input/Output Device (IOD) subsystem generates log report IOD211.The subsystem generates this report when the system tests the speci edmagnetic tape drive MTD and the test is successful.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD211 mmmdd hh:mm:ss ssdd PASS MTD: nn; reason

Selected field descriptionsField Value Fixed or

VariableDescription

PASS Constant Fixed Indicates that the test passed.

nn 0-15 Variable Indicates the number of the tape drivethat tested.

reason Text string. Variable Indicates the reason for the test.

Active message example1.IOD211 OCT09 09:14:46 6900 PASSMTD: 0: PASS

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Clear message examplen/a

Associated OM registers

IOD212The Input/Output Device (IOD) subsystem generates log report IOD212.The subsystem generates this report when the le system (FS) detects anerror on the speci ed magnetic tape de vice (MTD).

Remedial actionContact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format**IOD212 mmmdd hh:mm:ss ssdd FLT FS MTD: nn; reason

Selected field descriptionsField Value Fixed or

VariableDescription

FLT FS Constant Fixed Indicates the FS detected an error onthe MTD

MTD 0-15 Variable Identifies the MTD that has the error

reason NO RESPONSE Variable Indicates that the file system timed outas the file system waited for a reply

INV COMMAND Variable Indicates an incorrect command to thetape

INV MSGTYP Variable Indicates an incorrect reply from thetape to the file system

Active message example**IOD212 OCT09 09:14:46 6900 FLT FS MTD: 0; NO RESPONSE

Clear message examplen/a

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Associated OM registers

IOD213The Input/Output Device (IOD) subsystem generates log report IOD213when the system tests the speci ed magnetic tape de vice (MTD) and thetest fails.

Remedial actionTo identify defective equipment, refer to the maintenance guides.

AttributesAttribute Value

Severity Indeterminate

Format**IOD213 mmmdd hh:mmm:ss ssdd FAIL MTD: nn; reason

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL Constant Fixed Indicates the magnetic tape deviceaffected

MTD 0-15 Variable Indicates the number of the MTD thatfailed

reason Symbolic text Variable Indicates the reason the MTD failedthe test

Active message example**IOD213 FEB03 17:46:30 6900 FAIL MTD: 0; FAIL

Clear message examplen/a

Associated OM registers

IOD214The Input/Output Device (IOD) subsystem generates log report IOD214when the system detects 25 ft of blank tape between two consecutive tapemarks. This log report indicates a defective tape drive or a defective tape.

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Remedial actionCheck the tape drive for defective read/write abilities. To clear the errorand return the MTD to service, refer to the maintenance guides. If thisaction fails, contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format**IOD214 mmmdd hh:mm:ss ssdd FLT MTD

25_FEET_OF_BLANK_TAPE

MTD: nn

Selected field descriptionsField Value Fixed or

VariableDescription

FLT MTD Constant Fixed Indicates a problem with a tape ortape drive

25_FEET_OF_BLANK _TAPE

Constant Fixed Indicates the length of blank tapedetected between two following tapemarks

MTD 0-15 Variable Identifies the MTD that contains the25 ft of blank tape

Active message example**IOD214 APR19 09:14:15 4103 FLT MTD 25_FEET_OF_BLANK_TAPE

MTD: 0

Clear message examplen/a

Associated OM registers

IOD215The Input/Output Device (IOD) subsystem generates log report IOD215.The subsystem generates this report when the block size of the tape or theuser buffer exceeds the maximum block size. This condition occurs duringa read/write operation on a nine-track tape.

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Remedial actionTo clear the problem and return the MTD to service, refer to themaintenance guides. If this action fails, contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format**IOD215 mmmdd hh:mm:ss ssdd FLT MTD BLOCK SIZE TOO BIG

MTD: nn

Selected field descriptionsField Value Fixed or

VariableDescription

FLT MTD Constant Fixed Indicates a problem with a magnetictape device (MTD)

BLOCK SIZE TOOBIG

Constant Fixed Indicates that the block size of tape oruser buffer is too large

MTD 0-15 Variable Identifies the MTD that contains theblock-size problem

Active message example**IOD215 APR19 09:14:15 2135 FLT MTD BLOCK SIZE TOO BIG

MTD: 0

Clear message examplen/a

Associated OM registers

IOD301The Input/Output Device (IOD) subsystem log report IOD301. Thesubsystem generates IOD301 when the speci ed terminal is unequippedfrom of ine state as the result of a manual request.

Remedial actionn/a

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AttributesAttribute Value

Severity Indeterminate

Format1.IOD301 mmmdd hh:mm:ss ssdd UNEQ CONS ID: name,CONS: nn;

FROM OFFL

Selected field descriptionsField Value Fixed or

VariableDescription

UNEQ CONS ID:name

Symbolic text Variable Identifies the console that is beingunequipped. For console names, referto the list in Table TERMDEV at thecommand interpreter (Cl) at the MAP.

CONS: nn 0-63 Variable Identifies the console that isunequipped.

FROM OFFL Constant Fixed Indicates that the state of the consoleis offline before it is unequipped.

Active message example1.IOD301 SEP04 13:04:03 8900 UNEQ CONS ID: PRT1, CONS: 2;

FROM OFFL

Clear message examplen/a

Associated OM registers

IOD303The Input/Output Device (IOD) subsystem generates log report format forIOD303. The subsystem generates IOD303 when the system makes aspeci ed terminal b usy as a result of a manual request.

Remedial actionTo clear the alarm and return the console to service, refer to Input/OutputDevices Maintenance Guide For additional help, contact the next level ofmaintenance.

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AttributesAttribute Value

Severity Indeterminate

Format*IOD303 mmmdd hh:mm:ss ssdd MANB CONS ID: name, CONS: nn;

FROM stat

Selected field descriptionsField Value Fixed or

VariableDescription

MANB CONS ID Symbolic text Variable Identifies the console made busy by amanual request. For console names,refer to the list in Table TERMDEV atthe command interpreter (Cl) level ofthe MAP.

CONS 0 to 63 Variable Identifies the console made busy.

FROM OK, OFFL, or SYSB Variable Indicates the status of the console asOK, offline (OffL) or system busy(SysB) before it is made busy.

Active message example*IOD303 APR29 10:20:48 5815 MANB CONS ID:DMO1, CONS: 7;

FROM OK

Clear message examplen/a

Associated OM registers

IOD304The Input/Output Device (IOD) subsystem log report IOD304. Thesubsystem generates IOD304 when the system makes a speci ed terminalsystem b usy (SysB).

Remedial actionTo clear alarm and return the console to service, refer to the maintenanceguides. For additional help, contact the next level of maintenance.

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AttributesAttribute Value

Severity Indeterminate

Format*IOD304 mmmdd hh:mm:ss ssdd SYSB CONS ID: consnm, CONS: nn;

FROM stattxt

rsntxt

Selected field descriptionsField Value Fixed or

VariableDescription

SBSY CONS ID Symbolic text Variable Identifies the console that the systemmakes busy. For console names, referto the list in Table TERMDEV atcommand interpreter (Cl) level of theMAP.

CONS 0-63 Variable Specifies the number of the consolethat the system makes busy.

FROM OK or OFFL Variable Indicates the status of the consolebefore the system makes the consolebusy.

rsntxt FS ERROR Variable Indicates a file system error.

AUDIT Variable Indicates that the system makes theconsole busy to perform audit.

WAI Variable Indicates that the terminal is in 'WhoAm I' state.

ICMO Variable Indicates that the system makes theconsole busy because of an incomingmessage overload (ICMO) condition.

Active message example*IOD304 APR20 16:03:14 8207 SYSB CONS ID: MAP, CONS: 0;

FROM OK

FS ERROR

Clear message examplen/a

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Associated OM registers

IOD305The Input/Output Device (IOD) subsystem log report IOD305. Thesubsystem generates IOD305 after the system makes an attempt to returnto service (RTS) the speci ed terminal. A manual (MAN) or system (SYS)request prompts the attempt to RTS the terminal.

Remedial actionIf the diagnostic result is PASS and the terminal is RTS there is no actionrequired. If the diagnostic result is FAIL, refer to the maintenance guides toRTS the terminal.

AttributesAttribute Value

Severity Indeterminate

FormatIOD305 mmmdd hh:mm:ss ssdd RTS CONS ID: name, CONS: nn; FROMstat

BY {SYS, MAN}; result

Selected field descriptionsField Value Fixed or

VariableDescription

RTS CONS ID Symbolic text Variable Identifies the console that returned toservice (RTS). For console names,refer to the list in Table TERMDEV atcommand interpreter (CI) level of theMAP.

CONS 0-63 Variable Identifies the console RTS.

FROM MANB or SYSB Variable Indicates the status of the console aseither manual busy (ManB) or systembusy (SysB) before the console isRTS.

BY {SYS,MAN} Constant Fixed Indicates that the SYS or MANrequested to RTS.

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Field Value Fixed orVariable

Description

result PASS Variable Indicates that the result of thediagnostic on the terminal to RTS isPASS.

FAIL Variable Indicates that the result of thediagnostic on the terminal to RTS isFAIL. Refer to the "Action" section.

Active message exampleIOD305 APR20 16:03:14 8308 RTS CONS ID: MAP, CONS: 0; FROMSYSB

BY SYS; PASS

Clear message examplen/a

Associated OM registers

IOD306The Input/Output Device (IOD) subsystem log report IOD306. Thesubsystem generates IOD306 to identify terminal errors that are notrelated.

Remedial actionContact the next level of maintenance if several of these reports occur.

For the input/output module (IOM), operating company personnel mustretry the action that generated the log. If the system continues to generatethe log, operating company personnel can attempt the following:

• reload the IOM, or

• change the IOM hardware

AttributesAttribute Value

Severity Warning

FormatIOD306 mmmdd hh:mm:ss ssdd INFO CONS ID: name, CONS: nn;

reason errcode

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO CONS ID Symbolic text Variable Identifies the console that associateswith the error. For console names,refer to the list in Table TERMDEV atcommand interpreter (CI) level of theMAP.

CONS 0-63 Variable Identifies the console that associateswith the error.

reason NO REPLY Variable Indicates the central control (CC) didnot reply.

SEND TP FAIL Variable Indicates send task process failed.

DELETE FAIL Variable Indicates failure to delete a terminalfrom the Table TERMDEV.

ADD FAIL Variable Indicates failure to add a terminal.

NO BUFFER Variable Indicates that no buffer is available formessages.

CSLINK FAIL Variable Indicates failure of the central side (C-side) link.

CSLINK OPEN Variable Indicates that the C-side link is open.

NIL ROUTE Variable Indicates that the route from theconsole to the CC is nil.

FS NO REPLY Variable Indicates that the file system did notreply.

SEND FS FAIL Variable Indicates send to file system failed.

NIL FS MB Variable Indicates nil file system mail box.

IDENT CS ML FAIL Variable Identifies C-side message link failed.

PORT CFG FAIL Variable Indicates that a smart connectorfailure causes the failure of the IOM F/W to configure the given port.

SMRT CONN FAIL Variable Indicates the IOM F/W failed toterminate the application task in theIOM F/W for the given port.

BAD TERMINATN Variable Indicates the IOM F/W failed toterminate the application task in theIOM F/W for the given port.

errcode Numeric Variable Indicates error code for a givenreason.

UT RESET Variable Indicates reset while under test.

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Active message exampleIOD306 APR21 09:19:57 2784 INFO CONS ID: AMAXFER, CONS:22;

NO REPLY 5

Clear message examplen/a

Associated OM registers

IOD307The Input/Output Device (IOD) subsystem generates IOD307 when a looptest fails on the speci ed terminal.

Remedial actionRefer to maintenance guides to determine if the loop is open or if thecomponent is defective.

When an IOM test fails, the log normally indicates a hardware failure forthe IOM-TC port. Operating company personnel can try the action thatcaused the log. If the system continues to generate the same log, changethe IOM hardware.

AttributesAttribute Value

Severity Indeterminate

Format*IOD307 mmmdd hh:mm:ss ssdd FAIL CONS ID: name,CONS:

nn;LOOP

TEST

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL CONS ID Symbolic text Variable Identifies the console associated withthe loop test. For console names,refer to the list in Table TERMDEV atthe command interpreter (CI) level ofthe MAP.

CONS 0-63 Variable Identifies the console that associateswith the loop test.

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Field Value Fixed orVariable

Description

LOOPTEST Constant Fixed Refers to a test in which a message issent and repeated back to the sender.

TEST RC xx Variable Refers to the failure of the input/outputmodule (IOM) peripheral TC port test.

Active message example*IOD307 JAN01 12:34:55 0900 FAIL CONS ID: MAP, CONS: 0;

LOOP TEST

Clear message examplen/a

Associated OM registers

IOD308The Input/Output Device (IOD) subsystem generates IOD308. Thesubsystem generates IOD308 when the terminal controller detects a faulton the speci ed terminal.

Remedial actionRefer to maintenance guides to clear the fault and return the console toservice. For additional help, contact the next level of support.

AttributesAttribute Value

Severity Indeterminate

Format*IOD308 mmmdd hh:mm:ss ssdd FLT CONS ID: consnm, CONS: nn;

rsntxt

IOD308 559

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Selected field descriptionsField Value Fixed or

VariableDescription

FLT CONS ID Symbolic text Variable Identifies the console associated withthe fault. For console names, refer tothe list in Table TERMDEV at the CIlevel of the MAP.

CONS 0-63 Variable Identifies the console associated withthe fault.

rsntxt Symbolic text Variable Indicates the reason for the fault.

Active message example*IOD308 APR21 15:45:01 9033 FLT CONS ID: NWMVDU, CONS: 1;

DS NOT READY

Clear message examplen/a

Associated OM registers

IOD309The Input/Output Device (IOD) subsystem generates IOD309 when theLOOPTEST on the speci ed console passes.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD309 mmmdd hh:mm:ss ssdd PASS CONS ID: consnm; CONS: nn;

reason

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Selected field descriptionsField Value Fixed or

VariableDescription

PASS CONS ID:consnm;

Symbolic text Variable Name of console tested. For consolenames, refer to the list in TableTERMDEV at the commandinterpreter (CI) level of the MAP.

CONS: nn; 0-63 Variable Indicates the number of consoletested.

reason Symbolic text Variable Reason for test.

Active message example1.IOD309 APR20 15:42:08 6907 PASS CONS ID: NWMVDU 1

PASS

Clear message examplen/a

Associated OM registers

IOD310The Input/Output Device (IOD) subsystem generates IOD310 when the lesystem (FS) detects an error on the speci ed terminal.

Remedial actionFor additional help, contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

Format*IOD310 mmmdd hh:mm:ss ssdd FLT FS CONS ID: name, CONS: nn;

reason

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Selected field descriptionsField Value Fixed or

VariableDescription

FLT FS Constant Fixed Refers to the FS

CONS ID Symbolic text Variable Identifies the console associated withthe fault. For console names, refer tothe list in Table TERMDEV at thecommand interpreter (CI) level of theMAP.

CONS 0-63 Variable Identifies the console associated withthe fault.

reason NO RESPONSE Variable Indicates that the FS timed-out waitingfor a reply.

INV COMMAND Variable Indicates that the terminal received aninvalid command.

INV MSGTYP Variable Indicates that the FS received aninvalid message.

UNEXPECTED MSG Variable Indicates that the FS received amessage that was not expected.

Active message example*IOD310 APR20 15:42:08 6907 FLT FS CONS ID: NTS_P, CONS: 2;

INV MSGTYP

Clear message examplen/a

Associated OM registers

IOD311The Input/Output Device (IOD) subsystem generates IOD311 to indicatethat a message-related error occurred on a terminal.

Remedial actionIf the report continues, inform the next level of maintenance.

AttributesAttribute Value

Severity Warning

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FormatIOD311 mmmdd hh:mm:ss ssdd INFO reason errcode

Selected field descriptionsField Value Fixed or

VariableDescription

INFO reason SEND TP FAIL Variable Indicates that a message sent to thetest code (TC) task failed

TP KILLED Indicates that taskprocess is killed

Variable SEND DP FAIL

Indicates that amessage sent to theTC daddy processfailed

ALL TP KILLED Variable Indicates all task processes killed

errcode Integers Variable Indicates the error code for a givenreason

Active message exampleIOD311 OCT08 13:15:09 6800 INFO SEND TP FAIL 0

Clear message examplen/a

Associated OM registers

IOD312The Input/Output Device (IOD) subsystem generates IOD312 when anactive log device goes P-side busy (PBsy). An active log can go PBsywhen:

• the printer cover is lifted and the power supply to the printer isinterrupted

• a user makes the device manually busy (ManB) from the MAP

Remedial actionCheck the reason for the PBsy condition of the device and correct. Makesure the device prints log reports in 1 min of the return to service (RTS).

AttributesAttribute Value

Severity Indeterminate

IOD312 563

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FormatIOD312 mmmdd hh:mm:ss ssdd PBSY LOG_DEVICE: devname

Selected field descriptionsField Value Fixed or

VariableDescription

PBSY LOG_DEVICE Symbolic text Variable Identifies the console that becomes oris made busy. For console names,refer to the list in Table TERMDEV atthe command interpreter (CI) level ofthe MAP.

Active message exampleIOD312 NOV05 16:10:54 3000 PBSY LOG DEVICE: PRT2

Clear message examplen/a

Associated OM registers

IOD313The Input/Output Device (IOD) subsystem generates IOD313 when anactive log device that was P-side busy returns to service.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format1.IOD313 mmmdd hh:mm:ss ssdd RTS LOG_DEVICE: devname

Selected field descriptionsField Value Fixed or

VariableDescription

RTS LOG_DEVICE:devname

Symbolic text Variable Identifies the console that is returnedto service. For console names, refer tothe list in Table TERMDEV at thecommand interpreter (CI) level of theMAP.

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Active message example1.IOD313 NOV05 15:26:50 7500 RTS LOG DEVICE: PRT1

Clear message examplen/a

Associated OM registers

IOD315The Input/Output Device (IOD) subsystem generates IOD315 when theproblem indicated does not affect the console.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

Format*IOD315 mmmdd hh:mm:ss ssdd Fault Cleared CONS ID: cnsnm,

CONS:nn;

ntxt

Selected field descriptionsField Value Fixed or

VariableDescription

Fault Cleared Constant Fixed Indicates a problem is not present.

CONS ID: cnsnm, Symbolic text Variable Identifies the console with theproblem. For console names, refer tothe list in table TERMDEV at thecommand interpreter (CI) level of theMAP.

CONS:nn; 0-63 Variable Identifies the console with theproblem.

rsntxt Symbolic text Variable Indicates the cause of the problem.Refer to Table 1, Fault reasons in theIOD308 log report.

Active message example*IOD315 APR21 15:45:01 9033 Fault Cleared CONS ID: PRT3,

IOD315 565

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C ONS:1;

ICMO

Clear message examplen/a

Associated OM registers

IOD600The Input/Output (IOD) subsystem generates IOD600 when a hardwareaudit nds that the 1X67F A (an SMDI card) is not operating.

The SMDI card is an inteface board that transmits and receives voicemessage commands from voice mail systems.

When the hardware audit nds that the 1X67FA is not operating, the IX67FAis automatically busied and returned to service. The hardware audit occurswhen there are no messages sent to or from the SMDI card for a 5 to 10min. The system does not generate the IOD600 log report each time whenan audit occurs.

The hardware audit occurs only if the two patches RER26 and RER32 arein the switch and patch RER26 is activated. (If present, RER32 is activatedby default.)

This log does not require any action.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIOD600 mmmdd hh:mm:ss ssdd INFO Cons Id: name, Cons No: nn:

Report Reason: reason Details: details

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Selected field descriptionsField Value Fixed or

VariableDescription

Invalid Response Variable When cause is Invalid Response,details is set to Message Contents :00 00 00. This indicates the corereceived a wrong response from the1X67FA. The board does not work.The board is busied and return toservice to return it to operation. Thereis no action required.

Cons Id Symbolic Text Variable Identifies the console with the log. Forconsole names, refer to the list intable TERMDEV at the commandinterpreter (CI) level of the MAPdisplay.

Cons No 0 to 63 Variable Identifies the console with the log.

reason Stuck State Variable When the cause is Stuck State, detailsis set to Appox Qty Buff Msgs : 00 00XX. The firmware on the 1X67FA didnot move so that messages can notprocess. The 1X67FA is busied andreturned to service, so that messagescould be sent again. The minimumnumber of messages lost is XX. Thereis no action required.

No Response Variable When the cause is No Response,details is set to Timeout in Seconds :00 00 20. This indicates the 1X67FAdid not reply in 20 s after a messagewas sent to the 1X67FA. The 1X67FAwas busied and returned to service sothat messages can be sent again.There is no action required.

Register Invalid Variable When cause is Register Invalid,details is set to Register Contents : XXYY ZZ. This indicates one of the threecontrol registers on the 1X67FA isdefective. The 1X67FA is busied andreturned to service, so that messagescould be sent. The outgoing register isXX, which is defective if the leastimportant bit of the byte is set. Theentering register is YY, which isdefective if any of the two leastimportant bits of the byte are set. Thestatus register is ZZ, which is

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Field Value Fixed orVariable

Description

defective if the least important bit orthe six most important bits of the byteare set. There is no action required.

Active message exampleIOD600 Aug27 17:01:05 6907 Cons Id:MAP32 Cons No: 0005

Report Reason:Stuck State Details:Approx Qty Buff Msgs:00

00 32

IOD600 Aug27 17:01:05 6907 Cons Id:MAP32 Cons No: 0005

Report Reason:No Response Details:Timeout In Seconds:00

00 20

IOD600 Aug27 17:01:05 6907 Cons Id:MAP32 Cons No: 0005

Report Reason:Register Invalid Details:Register Contents

:01 03 FD

IOD600 Aug27 17:01:05 6907 Cons Id:MAP32 Cons No: 0005

Report Reason:Invalid Response Details:Message Contents

:00 00 00

Clear message examplen/a

Associated OM registers

IOD610The system generates an IOD610 log report each time an attempt todownload software occurs. The log indicates if the download wassuccessful. The log also includes system initiated auto-recovery on theinput/output module (IOM) in a loss-of-load condition. The log alsoprovides a method to trace any loss-of-load conditions that cause themultiple processor controller (MPC) to be out of service.

Log frequency when auto-download fails is approximately 2 min for 3reports in sequence for each IOM version of input/output controller (IOC).

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There are no more system download action starts after 3 attempts aremade.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatIOD610 mmmdd hh:mm:ss ssdd INFO IOM LOAD STATUS

Location: IOC <nn>(IOM)

Status: <text>

Reason: <text>

Load File: <volume name><file name>

Initiated by: <text>

RC: <nnn>

Selected field descriptionsField Value Fixed or

VariableDescription

< mmmdd > mmm is JAN-DECddis 01-31

Variable Month and date

< hh:mm:ss > hh is 0-23,mm is0-59,SS is 0-59

Variable hh is hour, mm is minute, ss is second

< ssdd > 0-9999 Variable Log report sequence number

INFO IOM LoadStatus

INFO IOM load status Variable Identifies IOD log as an informationreport

Location 0-13 for DMS switch,9-19 for the MTXswitch

Variable IOC number as defined in Table IOC

Status DOWNLOADSUCCESSFUL,DOWNLOADFAILED,DOWNLOADABORTED.

Variable Indicates the result of the IOM loaderaction.

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Field Value Fixed orVariable

Description

Reason MANUALDOWNLOADREQUEST,UPGIOMREPROGRAMTIMEOUT, UPGIOMREQUEST WITHOUTRPGM, UPGIOMREQUEST WITHRPGM, UPGIOMREQUEST, IOC NOTIN SERVICE, FAILEDTO ACCESS LOADFILE,INCOMPATIBLEBASELOAD ONBOARD,INCOMPATIBLELOADFILE ONBOARD,INCORRECT IOM BOARDSTATE, LOADERPROCESS FAILEDTO START,DOWNLOADING BYOTHERUSERS,AUTO_RECOVERY OFF (3ATTEMPTS),AUTO_RECOVER YOFF (BASELOAD),AUTO_RECOVER YOFF (DIFFLOAD),SAMELOADFILE ONBOARD,FAIL TOGET UT BIT,AUTORECOVERYDISABLED,RTSREQUEST,AUTORECOVERYREQUEST,

Variable Describes the cause for the downloadaction if the action passed and thecause for download failure if the actionfailed.

Load file 12 character volumename; 8 character filename

Variable Indicates download volume and filename if file is available

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Field Value Fixed orVariable

Description

Initiated by system or user ID Variable Indicates if system recovery or manualaction starts the download action

RC 0-999 Variable This field does not apply to anoperating company or operatingcompany client.

Active message exampleIOD610 Jul09 12:12:12 9900 INFO IOM Load Status

Location: IOC 3

Status: Download successful

Reason: Manual

Load File: SOODV001 IOMRAA01

RC: 3

Initiated by; ADMIN

Clear message examplen/a

Associated OM registers

IOGA101The Input/Output Gate (IOGA) subsystem generates log report IOGA101.This report appears when the IO error handler handles a message-relatedfault report. A speci ed node generates this message-related f ault reportor the system generates this report for the node. Use the IOGATE..ONcommand in program IOQUERY to ag the report.

Remedial actionThere is no action required. The system supresses this report normally.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

IOGA101 571

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Format1.IOGA101 mmmdd hh:mm:ss ssdd INFO IOERROR

RA=hhhhhhhh, NT=nodtxt, REASON=n, CMCNO=n,

PIMB=hhhhhhhh, IHRC=n

Selected field descriptionsField Value Fixed or

VariableDescription

CMCNO=n 0,1 Variable Indicates which CMC has an interruptposted

PIMB=hhhhhhhh, 00000000-FFFFFFFF Variable Indicates starting address of themessage buffer.

IHRC=n Variable IO error handler return code, asfollows:

0 Variable = no correct message

1 Variable = entering message correct

2 Variable = rebounded outgoing message

3 Variable = node number not correct

4 Variable = node closed (CMC error handleronly). Allows CMC maintenance totake CMC out of service while ininterrupt handler.

5 Variable = I Will Send (IWS) received (CMCerror handler only). Message in outputmessage buffer (OMB) can only besent again.

INFO IOERROR Constant Fixed Indicates that the input/output ERRORhandler processed a fault in themessage subsystem

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software where thisprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Indicates the type ofnode that generated the fault.

REASON=n, Variable Provides cause for I/O error asfollows: (causes 1 through 4 apply tocentral message controller (CMC)nodes only):

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Field Value Fixed orVariable

Description

0 Variable = rebounded message interruptposted (NMC and higher level nodes.Examples are NET and nodesbeyond)

1 Variable = error interrupt detected from CMC

2 Variable = neither CMC posted an interrupt

3 Variable = CMC interrupt limit exceeded

4 Variable = message limit passed in CMCoutput queue (message rerouteattempted)

5 Variable = DP conference register fault (entersCPU IO error handler)

Active message example1.IOGA101 FEB03 18:02:58 8717 INFO IOERROR

RA=80808000, NT=CM_NODE, REASON=2, CMCNO=0,

PIMB=FFFFFFFF, IHRC=0

Clear message examplen/a

Associated OM registers

IOGA102The Input/Output Gate (IOGA) subsystem generates log report IOGA102.This report appears when a node reports a change in status. The statuschange occurs on the peripheral side (P-side) link of the node to the nextnode on the P-side. Use the IOGATE..ON command in program IOQUERYto ag this report.

Node aspect return codes:

Code 0 -- Requested action taken

Code 1 -- Invalid parameters. Actions do not occur because node or link isinvalid. Actions also do not occur because a node at the other end of theink is not present.

Code 2 -- Resources are not present. Actions do not occur becauseprocess is not available. A retry attempt can occur.

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Code 3 -- Action overridden because node at other end of link does notcomply (equipment can be in wrong state).

Code 4 -- Requested action failed

Code 5 -- Requested action performed, but user must wait for successmessage.

Remedial actionThere is no action required. The system suppresses this report normally.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

Format1.IOGA102 mmmdd hh:mm:ss ssdd INFO PSLINK

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, PSLINK=#hhhh, MLC=n,

NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software where thisprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype that had a change in the status ofthe P-side link

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type

PSLINK=#hhhh, 0000-FFFF Variable Indicates the P-side message LINKport:

bits 1-12 = port number

bits 13, 14 = ability

(0=message, 1=speech)

MLC=n, Variable Indicates the message link condition.

0 Variable = opened

1 Variable = maintenance opened

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Field Value Fixed orVariable

Description

2 Variable = closed

NARC=n, Symbolic text Variable Refer to Table 1, Node aspect returncodes

INFO PSLINK Constant Fixed Indicates a change in the status of theP-side link occurred

Active message example1.IOGA102 FEB0317:35:00 9225 INFO PSLINK

RA=45502000, NT=CMC_NODE, NODE=3, PSLINK=#000B, MLC=2,

NARC=B

Clear message examplen/a

Associated OM registers

IOGA103The Input/Output Gate (IOGA) subsystem generates IOGA103. This reportgenerates when a node reports a change in status. The change in statusoccurs on the central side (C-side) of the node link to the next node on itsC-side. Use the IOGATE..ON command in program IOQUERY to ag thereport.

Remedial actionThere is no action required. The system suppresseds this report normally.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

Format1.IOGA103 mmmdd hh:mm:ss ssdd INFO CSLINK

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, CSLINK=#hhhh, MLC=n,

NARC=n

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Selected field descriptionsField Value Fixed or

VariableDescription

RA=hhhhhhhh, 0000000-FFFFFFFF Variable Provides the return address, thelocation in the software whereprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype that had a change in the status ofthe C-side link.

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type

CSLINK=#hhhh, 0000-FFFF Variable Indicates the C-side message LINKport: bits 1-12 = port number bits 13,14 = capability (0=message,1=speech)

MLC=n, Variable Indicates the message link condition

0 Variable =opened

1 Variable = maintenance opened

2 Variable = closed

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report

INFO CSLINK Constant Fixed Indicates a change in the status of theC-side link occurred

Active message example1.IOGA103 JAN01 13:15:31 6339 INFO CSLINK

RA=00033570, NT=IOC_NODE, NODE=9, CSLINK=#0000, MLC=1,

NARC=0

Clear message examplen/a

Associated OM registers

IOGA104The Input/Output Gate (IOGA) subsystem generates log report IOGA104.This report appears when a node tests the peripheral side (P-side) link ofthe node. Use the IOGATE..ON command in program IOQUERY to ag thereport.

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Remedial actionThere is no action required. The system normally supresses this report.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

Format1.IOGA104 mmmdd hh:mm:ss ssdd INFO TEST_PSLINK

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, PSLINK=#hhhh, NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software whereprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype that had the P-side link tested

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type

PSLINK=#hhhh, 0000-FFFF Variable Indicates the P-side message LINKport:

bits 1-12 = port number

bits 13, 14 = capability

(0=message, 1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report

INFO TEST_PSLINK Constant Fixed Indicates that the system performed aTEST on the P-side link of a node

Active message example1.IOGA104 FEB03 17:35:15 9528 INFO TEST_PSLINK

RA=00000100, NT=CMC_NODE, NODE=3, PSLINK=#000A, NARC=5

Clear message examplen/a

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Associated OM registers

IOGA105The Input/Output Gate (IOGA) subsystem generates log report IOGA105.This report appears when a node reports that the system closed a node.The system closes the central side (C-side) link of the node to the nextnode on the C-side. The system transfers control of that link to the C-sidenode. Use the IOGATE..ON command in program IOQUERY to ag thereport.

Remedial actionThere is no action required. The system suppressed this report normally.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

Format1.IOGA105 mmmdd hh:mm:ss ssdd INFO CSLINK_TROUBLE

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, CSLINK=#hhhh, NARC=N

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CSLINK_TROUBLE

Constant Fixed Indicates that the system generatedthis report because of problems withthe C-side link

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software where thisprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype that has problems in its C-sidelink.

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates in the node type.

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Field Value Fixed orVariable

Description

CSLINK=# hhhh, 0000-FFFF Variable Indicates the C-side message LINKport:

bits 1-12 = port number

bits 13, 14 = ability

(0=message, 1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes.

Active message example1.IOGA105 FEB03 17:46:30 6800 INFO CSLINK_TROUBL

RA=54534100, NT=CMC_NODE , NODE=3, CSLINK=#0000, NARC=5

Clear message examplen/a

Associated OM registers

IOGA106The Input/Output Gate (IOGA) subsystem generates log report IOGA106.This report appears when a node requests another node on the C-side toreset the rst node. Use the IOGATE..ON command in program IOQUERYto ag the report.

Remedial actionThere is no action required. The system suppresses this report normally.This report works as a tool that debugs.

AttributesAttribute Value

Severity Warning

Format1.IOGA106 mmmdd hh:mm:ss ssdd INFO RESET_NODE

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, CSLINK=#hhhh, NARC=n

IOGA106 579

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO RESET_NODE Constant Fixed Indicates that the IOGA issues arequest to reset a node

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software where thisprocedure initiated

NT=nodtxt, Symbolic text Variable Refer to Table N. Indicates whichnode type must be reset

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type

CSLINK=#hhhh, 0000-FFFF Variable Indicates the (1st) C-side messageLINK port of the node:

bits 1-12 = port number

bits 13, 14 = capability

(0=message, 1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report

Active message example1.IOGA106 FEB03 17:39:49 4174 INFO RESET_NODE

RA=4F465200, NT=IOC_NODE, NODE=53, CSLINK=#0000, NARC=0

Clear message examplen/a

Associated OM registers

IOGA107The Input/Output Gate (IOGA) subsystem generates log report IOGA107.This report appears when a node receives the reset indication ''WHO AM I''(WAI) from the next node on the P-side. Use the IOGATE..ON command inprogram IOQUERY to ag the report.

Remedial actionThere is no action required. The system suppresses this report normally.This report works as a tool that debugs.

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AttributesAttribute Value

Severity Warning

Format1.IOGA107 mmmdd hh:mm:ss ssdd INFO WAI_RECEIVED

RA=hhhhhhhh, NT=txt_node, NODE=nnnn, PSLINK=#hhhh,

NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFOWAI_RECEIVED

Constant Fixed Indicates that a node received the'Who am I' indication

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Provides the return address, thelocation in the software where thisprocedure initiated

NT=txt_node, Symbolic text Variable Refer to Table N. Indicates whichnode type received the reset condition

Node=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type

PSLINK=#hhhh, 0000-FFFF Variable indicates the P-side message LINKport:

bits 1-12 = port number

bits 13, 14 = ability

(0=message, 1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report

Active message example1.IOGA107 JAN01 13:15:15 5834 INFO WAI_RECEIVED

RA=00120440, NT=IOC_NODE, NODE=5, PSLINK=#0037,NARC=2

Clear message examplen/a

IOGA107 581

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Associated OM registers

IOGA108The Input/Output Gate(IOGA)108 log generates when one node queriesthe next node on its central side (C-side). The second node checks for thestatus of the C-side link of the rst node. Use the IOGA TE..ON command inprogram IOQUERY to ag the report for output.

Remedial actionThere is no action required. The system normally suppresses the report.The report is only a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA108 mmmdd hh:mm:ss ssdd INFO QUERY_CSLINK

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, CSLINK=#hhhh,

CSML=hhhhhhhh,

STATUS=#hhhh, NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFOQUERY_CSLINK

Constant Fixed Indicates that a QUERY regarding thestatus of a C-side link has been made.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocedure is invoked.

NT=nodtxt, The Node Type, asdescribed in TableTable N.

Variable Identifies the node type that is in theprocess of having the link queried.

NODE=nnnn, 0-2047 Variable Indicates the node number associatedwith the node type by the system.

CSLINK=#hhhh, 0000-FFFF Variable Identifies the C-side message LINKport:

bits 1-12 = port number

bits 13, 14 = capability

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Field Value Fixed orVariable

Description

(0=message, 1=speech)

CSML=hhhhhhhh, 00000000-FFFFFFFF Variable Indicates the C-side message link.Identifies the C-side node and port forthe link specified.

bits 0-15 = node number

bits 16-28 = port number

bits 31-32 = capability

STATUS=#hhhh, 0000-001F if bits 0-3= 0 1 2 3 4 if bit 4 = 1if bit 5 = 1

Variable Indicates the resource status of thelink:

then status = OK

machine busy

man busy

offline

unequipped

status = C-side busy

status = P-side busy

NARC=n Symbolic text Variable Refer to Table 1. Node aspect returncodes in the IOGA102 log report.

Active message example1.IOGA108 FEB03 17:29:55 2302 INFO QUERY_CSLINK

RA=0309F200, NT=CPU_NODE, NODE=2, CSLINK=#0000,

CSML=00000000,

STATUS=#0014, NARC=0

Clear message examplen/a

Associated OM registers

IOGA109The Input/Output Gate (IOGA) subsystem generates this report. The reportgenerates when one node queries the next node on its peripheral side (P-side) for its (the second node) status. Use the IOGATE..ON command inprogram IOQUERY to ag the report for output.

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Remedial actionThere is no action required. The system normally supresses this report.The report is only a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA109 mmmdd hh:mm:ss ssdd INFO QUERY_PSNODE

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, PSLINK=#hhhh

STATUS=#hhhh, NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFOQUERY_PSNODE

Constant Fixed Indicates that this report generatedbecause the IOGA subsystem queriedthe P-side node for the status.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocedure is invoked.

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype that is queried.

NODE=nnnn, 0-2047 Variable Identifies the node number associatedwith the node type; by the system.

PSLINK=#hhhh 0000-FFFF Variable Specifies the P-side message LINK:

bits 4-15 = port/index

bits 2,3 = capability

(0 = message, 1 = speech)

0,1 = condition

(0 = opened,1 = maintenance opened,

2 = closed)

STATUS=#hhhh, 0000-001F Variable Indicates the resource status of the P-side node:

if bits 0-3 = Variable then status =

0 Variable OK

1 Variable machine busy

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Field Value Fixed orVariable

Description

2 Variable man busy

3 Variable offline

4 Variable unequipped

if bit 4 = 1 Variable status = C-side busy

NARC=n Symbolic text Variable Refer to Table 1. Node aspect returncodes in the IOGA102 log report.

Active message example1.IOGA109 JAN02 13:09:48 6238 INFO QUERY_PSNODE

A=00031C53, NT=IOC_NODE, NODE=5, PSLINK=#100C

STATUS=#0000, NARC=0

Clear message examplen/a

Associated OM registers

IOGA110The Input/Output Gate(IOGA) subsystem generates report IOGA110 whena node subsystem learns of the detection of an alarm condition. Use theIOGATE..ON command in program IOQUERY to ag the report for output.

Remedial actionFor information only. The system normally suppresses this report. Thereport is only a debugging tool.

AttributesAttribute Value

Severity • Warning

• Minor

• Major

• Critical

Format1.IOGA110 mmmdd hh:mm:ss ssdd INFO ALARM

RA=hhhhhhhh, NT=nodtxt, ALARM=#hhhh, ON=n

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ALARM Constant Fixed Indicates that this report generatesbecause of the detection of an alarmcondition.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocedure is invoked.

ALARM=n, 0000-0003 Variable Gives the Alarm type as follows:

0 = no alarm

1 = minor alarm

2 = major alarm

3 = critical alarm

ON=n 0-1 Variable false-true

NT=nodtxt, Symbolic text Variable Refer to Table N. Indicates the type ofnode that detected the alarmcondition.

Active message example1.IOGA110 FEB03 18:05:31 3868 INFO ALARM

RA=444E2000, NT=IOC_NODE , ALARM=#0000, ON=1

Clear message examplen/a

Associated OM registers

IOGA111The Input/Output Gate (IOGA) subsystem generates report IOGA111 whenthe subsystem retrieves the opcode mnemonic for a given numericopcode. Use the IOGATE..ON command in program IOQUERY to ag thereport for output.

Remedial actionThere is no action required. The system normally suppresses the report.The report is only a debugging tool.

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AttributesAttribute Value

Severity Warning

Format1.IOGA111 mmmdd hh:mm:ss ssdd INFO OPCODE

RA=hhhhhhhh, NT=nodtxt, OPC=#hhhh, MNEM=opcodtxt

NBYTES=nnnn, RC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO OPCODE Constant Fixed Indicates this report generatedbecause of the retrieval of an opcodemnemonic.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocedure is invoked.

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype of the IO gate.

OPC=#hhhh, 0000-FFFF Variable Gives the numeric opcode for whichthe mnemonic is retrieved

MNEM=opcodtxt Maximum of 8characters.

Variable Gives the mnemonic for given opcodein OPC field.

NBYTES=nnnn, 1-9775 Variable Identifies the number of bytes of datato follow.

RC=n 0-1 Variable Return code for the node type.

RC = 0 if opcode is invalid.

RC = 1 if opcode is valid.

Active message example1.IOGA111 JAN02 13:15:36 6743 INFO OPCODE

RA=00033AF1, NT=TDC_NODE, OPC=0000, MNEM=

NBYTES=3422, RC=1

Clear message examplen/a

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Associated OM registers

IOGA112The Input/Output Gate (IOGA) subsystem generates report IOGA112 whenthe system translates a given opcode mnemonic in to the numericequivalent. Use the IOGATE..ON command in program IOQUERY to agthe report for output.

Remedial actionThere is no action required. The system normally suppresses this report.The report is for debugging purposes.

AttributesAttribute Value

Severity Warning

Format1.IOGA112 mmmdd hh:mm:ss ssdd INFO MNEMONIC

RA=hhhhhhhh, NT=nodtxt, MNEM=opcodtxt

OPC=#hhhh, RC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO MNEMONIC Constant Fixed Indicates that the system generatedthis report because the systemtranslated a mnemonic opcode in tothe numeric equivalent.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocess is invoked.

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype of the IO gate.

MNEM=opcodtxt, Maximum of 8characters.

Variable identifies the opcode mnemonic totranslate.

OPC=#hhhh, 0000-FFFF Variable Identifies the numeric opcodeequivalent of the mnemonic.

RC=n 0-1 Variable The return code for the node type.

RC = 0 if opcode is invalid.

RC = 1 if opcode is valid.

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Active message example1.IOGA112 JAN02 13:15:36 6743 INFO MNEMONIC

RA=00033AF1, NT=TDC_NODE, MNEM=

OPC=0000, RC=1

Clear message examplen/a

Associated OM registers

IOGA113The Input/Output Gate (IOGA) subsystem generates report IOGA113 whenthe subsystem receives a call to return a node number. This numbercorresponds to the speci ed device name and number for the nodesubsystem identi ed by the node type name. Use the IOGATE..ONcommand in program IOQUERY to ag the report for output.

Remedial actionThere is no action required. The system normally suppresses the report.The report is only a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA113 mmm dd hh:mm:ss ssdd INFO DEVICENAME

RA=hhhhhhhh, NT=nodtxt, DEVNAME=dvnmtxt, nnnn, NODE=nnnn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO DEVICENAME Constant Fixed Indicates that a device name andnumber are used to identify a nodetype and number.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA), thelocation in the software where thisprocedure is invoked.

NT=nodtxt, Symbolic text Variable Identifies the node subsystem.

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Field Value Fixed orVariable

Description

DEVNAME=dvnmtxt, Maximum 8characters.Applicationdependent.

Variable Used with the device number toidentify the device.

nnnn, 0000-9999 Variable Indicates the device number.

NODE=nnnn 0-2047 Variable Identifies the node number associatedwith the node type by the system.

Active message example1.IOGA113 JAN02 13:15:36 6743 INFO DEVICENAME

RA=00033AF1, NT=TDC_NODE, DEVNAME=MTD, 8224, NODE=2

Clear message examplen/a

Associated OM registers

IOGA114The Input/Output Gate (IOGA) subsystem generates log report IOGA114.The subsystem generates this report when the subsystem is called toretrieve the symbolic names for a given node number. These symbolicnames are the device name and number. The user must use theIOGATE..ON command in program IOQUERY to ag the report for output.

Remedial actionThere is no action required. The system normally suppresses IOAG114.This report is normally for use as a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA114 mmmdd hh:mm:ss ssdd INFO NODENO

RA=hhhhhhhh, NT=nodtxt, NODE=nnnn, DEVNAME=dvnm,

nnnn,

RC=n

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO NODENO Constant Fixed Indicates that the system generatedthis report after the system retrieved anode device name and Number fromthe node number.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address, the locationin the software at which this procedurestarted.

NT=nodtxt, Symbolic text Variable Refer to Table N. Identifies the nodetype.

NODE=nnnn, 0-2047 Variable Indicates the node number that thesystem associates with the node type.

DEVICENAME=dvnm Maximum eightcharacters.Applicationdependent.

Variable Identifies the device that the systemretrieved from the node number.

nnnn, 0000-9999 Variable Indicates the device number.

RC=n 0-1 Variable Indicates the return code number:

RC = 0 if node is not defined

RC = 1 if node is defined

Active message example1.IOGA114 JAN01 09:15:55 5930 INFO NODENO

RA=6D6F7000, NT=IOC_NODE, NODE=6, DEVNAME=MTD, 8224,

RC=1

Clear message examplen/a

Associated OM registers

IOGA115The Input/Output Gate (IOGA) subsystem generates log report IOGA115.The subsystem generates this report when the P-side node requests thatthe C-side node enter the system busy state. The user must use theIOGATE..ON command in program IOQUERY and ag the report for output.

IOGA115 591

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Remedial actionThere is no action required. The system normally suppresses this report.This report is normally for use as a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA115 INFO mmmdd hh:mm:ss ssdd SYSTEM_BUSY_CSIDE

RA=hhhhhhhh, NT=nodnm, NODE=nnnn, CSLINK=#hhhh,

NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

SYSTEM_BUSY_CSIDE

Constant Fixed Indicates that the P-side noderequests that the C-side node enterthe system busy state.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Gives the return address (RA) of thecalling procedure.

NT=nodnm, Symbolic text Variable Refer to Table N. Identifies the IOsystems node type.

NODE=nnnn, 0-2047 Variable Provides the system assigned nodenumber.

CSLINK=#hhhh, 0000 - FFFF Variable C-side message LINK port:

bits 1-12 = port number

bits 13, 14 = capability

(0=message, 1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report.

Active message example1.IOGA115 JAN01 09:15:55 5930 INFO SYSTEM_BUSY_CSIDE

RA=6D6F7000, NT=IOC_NODE, NODE=6, CSLINK=#0001, NARC=0

Clear message examplen/a

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Associated OM registers

IOGA116The Input/Output Gate (IOGA) subsystem generates log report IODA116when the C-side of the speci ed node requests a P-side cardlist.

Remedial actionThere is no action required. The system normally suppresses log reportIOGA. This report is normally for use as a debugging tool.

AttributesAttribute Value

Severity Warning

Format1.IOGA116 mmmdd hh:mm:ss ssdd INFO PSLINK_CARDLIST

RA=hhhhhhhh, NT=nodnm, NODE=nnnn, PSLINK=#hhhh,

NARC=n

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PSLINK_CARDLIST

Constant Fixed Indicates that the C-side requests a P-side cardlist.

RA=hhhhhhhh, 00000000-FFFFFFFF Variable Indicates the return address of thecalling procedure

NT=nodnm, Symbolic text Variable Refer to Table N. Indicates the IOsystems node type.

NODE=nnnn, 0-2074 Variable Indicates the node number that thesystem assigns.

PSLINK=#hhhh, 0000-FFFF Variable Indicates the P-side message LINKport:

bits 1-12 = port number

bits 13,14 = capability

(0=message,1=speech)

NARC=n Symbolic text Variable Refer to Table 1, Node aspect returncodes in the IOGA102 log report.

Active message example1.IOGA116 JAN01 09:16:07 6408 INFO PSLINK_CARDLIST

IOGA116 593

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RA=02089B00, NT=IOC_NODE , NODE=5, PSLINK=#0001, NARC=0

Clear message examplen/a

Associated OM registers

IPGW300The Internet Protocol Gateway (IPGW) subsystem causes the generationof log report IPGW300 when it reports a trap to the XMS-based peripheralmodule (XPM). The XPM forwards this message to the control module(CM) for display. The trap is seen by the IP Gateway as an exceptionreport. This report does not result in any maintenance actions being takenon the IP Gateway.

Remedial actionThis log report is for information only. No action is required.

AttributesAttribute Value

Severity Indeterminate

FormatIPGW300 <mmmdd><hh:mm:ss><ssdd>TBL IPGW Trap

IPGW <site><nn><n><host xpm>TASK <taskid>TIME:<hh:mm:ss:ms>

IPGW TRAP/EXCEPTION TYPE: <except.type>,ADDRESS:<2bytes><2bytes>

FUNCTION NAME and OFFSET: <function name>+ <1 byte>

Selected field descriptionsField Value Fixed or

VariableDescription

IPGW IPGW name Variable Identifies the IP Gateway reporting thetrap

Host XPM Host XPM name Variable Identifies the host XPM where the IPGateway resides

TASK Task name Variable Identifies the IP Gateway task thatwas running when the trap occurred

TIME Time of day Variable Indicates the time of day in hours,minutes, seconds, and hundreths ofseconds when the trap occurred

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Field Value Fixed orVariable

Description

IPGW TRAP/EXCEPTION TYPE

Names of exceptionsas identified by the IPGateway include:System Reset,Machine Check, DataMemory Access,Instruction Fetch,External Interrupt,Memory Access,Program, FloatingPoint Unavailable,Decrementor. SystemCall, Trace, FloatingPoint Assist

Variable Lists the name of the exception typeas identified by the IP Gateway. Thisis the type of trap.

ADDRESS Four hex bytes Variable Identifies the address in the IPGateway's memory where theexception occurred

FUNCTION NAMEand OFFSET

Name of the function.A hex byterepresenting theoffset.

Variable Lists the name of the function that wasrunning when the exception occurred.The offset is a measurement into thefunction indicating how much codehad executed before the exception/trap occurred.

Active message exampleIPGW300 JUN16 17:01:10 4500 TBL IPGW Trap

IPGW GWIP 10 1 on LTC 4,TASK:media_, TIME:05:04:10.02

IPGW TRAP/EXCEPTION TYPE: External Interrupt,

ADDRESS: 190B 0706 FUNCTION NAME and OFFSET:

sendWAI_8XpmProxy +17

Clear message examplen/a

Associated OM registers

IPGW500The Internet Protocol Gateway (IPGW) subsystem generates log reportIPGW500 to report a change in the state of an IP Gateway. Log reportIPGW500 information includes the "from" and "to" states of the IP

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Gateway. For example, the following IPGW500 log report example showsthat the state of IP Gateway 10 1 on LTC 4 changes from the OffL state tothe ManB state. If the "to" state of the IP Gateway is SysB or CBsy, amajor alarm generates.

Remedial actionThis log report is for information only. No action is required.

AttributesAttribute Value

Severity • Major

• Warning

Formataim IPGW500 <mmmdd><hh:mm:ss><ssdd>INFO IPGW State Change

IPGW <site><nn><n>on <host XPM><to_state>from <from state>

Selected field descriptionsField Value Fixed or

VariableDescription

** Variable Indicates a major alarm

IPGW IPGW name Variable Identifies the IP Gateway thatchanged state

Host XPM Host XPM name Variable Identifies the host XMS-basedperipheral module (XPM) where the IPGateway resides

To state OffL, ManB, CBsy,InSv, ISTb, SysB

Variable Indicates the state of the IP Gatewayafter the log report

From state OffL, ManB, CBsy,InSv, ISTb, SysB

Variable Indicates the state of the IP Gatewaybefore the log report

aim (blank) Variable Indicates no alarm

Active message exampleIPGW500 JUN15 17:15:28 3000 INFO IPGW State Change

IPGW GWIP 10 1 on LTC 4: ManB from OffL.

**IPGW500 JUN15 17:15:28 3000 INFO IPGW State Change

IPGW GWIP 10 0 on LTC 14: SysB from InSv.

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Clear message examplen/a

Associated OM registers

IPGW600The Internet Protocol Gateway (IPGW) subsystem causes log reportIPGW600 to generate when it reports a software error (SWERR) to theXMS-based peripheral module (XPM). The XPM forwards the SWERRreport to the computing module (CM), which in turn generates an IPGW600log report describing the SWERR as reported by the IP Gateway.

Remedial actionThis log is for information purposes only. No action is required.

AttributesAttribute Value

Severity Warning

FormatIPGW600 <mmmdd><hh:mm:ss><ssdd>INFO IPGW SWERR

IPGW <site><nn><n>on <host XPM>TASK: <task_name>

IPGW SWERR TYPE: <swerr_type>, TIME: <nn: nn:nn.nn>

TEXT: <text_supplied_by_Gateway>

Selected field descriptionsField Value Fixed or

VariableDescription

IPGW IPGW name Variable Identifies the IP Gateway that isreporting the SWERR

Host XPM Host XPM name Variable Identifies the host XPM where the IPGateway reporting the SWERRresides

TASK Task name Variable Identifies the task that was running inthe IP Gateway when the SWERRoccurred

IPGW SWERR TYPE SWERR or INFO Variable Indicates the type of SWERR asclassified by the IP Gateway. The IPGateway classifies a software errorSWERR as more severe than aninformation (INFO) SWERR.

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Field Value Fixed orVariable

Description

TIME Time of day Variable Indicates the time of day in hours,minutes, seconds, and hundreths ofseconds when the SWERR occurred

TEXT 30 characters Variable The IP Gateway supplies up to 30characters of text related to theSWERR to provide additionalinformation.

Active message exampleIPGW600 JUN16: 06:00:45 4400 INFO IPGW SWERR

IPGW GWIP 10 1 on LTC 4, TASK: tSwExcTask

IPGW SWERR TYPE: Swerr, TIME: 04:03:10.05

TEXT: Value out of range for type.

Clear message examplen/a

Associated OM registers

IPGW601The Internet Protocol Gateway subsystem generates log report IPGW601to report a problem associated with a hardware fault.

Remedial actionThis log report is for information only. No action is required.

AttributesAttribute Value

Severity • Warning

• Major

• Minor

FormatIPGW601 <mmmdd><hh:mm:ss><hh:mm:ss>INFO IPGW HW Exception

IPGW <site><nn><n>on <host XPM>, REASON: <text_reason>

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Selected field descriptionsField Value Fixed or

VariableDescription

IPGW IPGW name Variable Identifies the IP Gateway that isreporting the hardware problem

Host XPM Host XPM name Variable Identifies the host XPM where the IPGateway reporting the hardwareproblem resides

REASON IPGW P-side Alarm,IPGW Card AuditFailure, P-sideOverload MAJORALARM, P-sideOverload MINORALARM, XPMInterface Alarm,Exception Report,7X07 Self Test Failed,7X07 Diagnosticsfailed, IPGW LinkAudit failed

Variable Describes the hardware related faultbeing reported by the IP Gateway

Active message exampleIPGW601 JUN16 05:55:53 3800 INFO IPGW HW Exception

IPGW GWIP 10 1 on LTC 4, Reason: 7X07 Self Test failed

Clear message examplen/a

Associated OM registers

IPGW602The Internet Protocol Gateway (IPGW) subsystem generates log reportIPGW602 to report a problem that is associated with a software fault.

Remedial actionThis log report is for information only. No action is required.

IPGW602 599

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AttributesAttribute Value

Severity • Warning

• Minor

• Major

FormatIPGW602 <mmmdd><hh:mm:ss><ssdd>IPGW SW EXCEPTION

IPGW <site><nn><n>on <host XPM>, REASON: <text_reason>

Selected field descriptionsField Value Fixed or

VariableDescription

IPGW IPGW name Variable Identifies the IP Gateway that isreporting the software related fault

Host XPM Host XPM name Variable Identifies the host XPM where the IPGateway that is reporting the softwarerelated fault resides

REASON IPGW P-side Alarm,IPGW Card AuditFailure, P-sideOverload MAJORALARM, P-sideOverload MINORALARM, XPMInterface Alarm,Exception Report,7x07 Self Test failed,7x07 Diagnosticsfailed, IPGW LinkAudit failed

Variable Describes the software related faultbeing reported by the IP Gateway

Active message exampleIPGW602 JUN16 05:35:63 3800 INFO IPGW SW EXCEPTION

IPGW GWIP 10 1 ON LTC 4,REASON:P-side Overload MINOR ALARM

Clear message examplen/a

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Associated OM registers

IPGW603The Internet Protocol Gateway (IPGW) subsystem generates log reportIPGW603 to report information that is not included in the other IPGW logreports. The log report includes both the current state of the IP Gatewayand a line of descriptive text, for example, no response from XPM. If thestate of the IP Gateway is CBsy or SysB, a major alarm generates.

Remedial actionThis log is for information only. No action is required.

AttributesAttribute Value

Severity • Major

• Warning

Formataim IPGW603 <mmmdd><hh:mm:ss><ssdd>INFO IPGW

IPGW <site><nn><n>on <host XPM>, IPGW State: <state>

<text_description>

Selected field descriptionsField Value Fixed or

VariableDescription

aim (blank) Variable Indicates no alarm

** Variable Indicates major alarm

IPGW IPGW name Variable Identifies the IP Gateway that is beingreported on

Host XPM Host XPM name Variable Identifies the host XMS-basedperipheral module (XPM) where the IPGateway resides

IPGW State OffL, ManB, CBsy,SysB, InSv, IStb

Variable Indicates the state of the IP Gatewaywhen this log report generates

Text description line of text Variable Information about the IP Gateway thatis being reported

Active message exampleIPGW603 JUN16 09:49:05 5500 INFO IPGW

IPGW603 601

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IPGW GWIP 10 0 on LTC 0, IPGW State: ISTb

SST320 No response from XPM

**IPGW603 JUN16 09:49:05 5500 INFO IPGW

IPGW GWIP 10 0 on LTC 0, IPGW State: SysB

Diag Failed: Check for possible logs

Clear message examplen/a

Associated OM registers

IPGW604The Internet Protocol Gateway subsystem generates log report IPGW604to report the takeover of an IP Gateway due to sparing. Log reportIPGW604 identi es the IP Gateway that was spared as well as the spare IPGateway that has taken over the spared IPGWs call processing.

If there are no spares available or data lied when an out-of-service IPGateway returns to service (RTS), a log report IGW604 generates that liststhe IP Gateway as primary for itself. See log report format 2 for anexample.

Format 1 identi es an IP Gate way that goes out of service and has its callprocessing taken over by a spare IP Gateway. The rst IP Gateway listed isthe IP Gateway that has gone out of service. The second IP Gateway listedis the IP Gateway that becomes a primary IP Gateway taking over the callprocessing for the out of service IP Gateway.

Format 2 identi es an IP Gate way that becomes the primary IP Gatewayfor another IP Gateway that has gone out of service. The system softwareassigns an IP Gateway that is not processing calls as a spare. When aspare IP Gateway begins call processing for an out of service IP Gateway,it becomes a primary IP Gateway.

Remedial actionThis log report is for information only. No action is required.

AttributesAttribute Value

Severity Warning

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FormatIPGW604 <mmdd><hh:mm:ss><ssdd>INFO IPGW Takeover

IPGW <site><nn><n>Spared by IPGW <site><nn><n>

IPGW604 <mmmdd><hh:mm:ss><ssdd>INFO IPGW Takeover

IPGW <site><nn><n>Primary for IPGW <site><nn><n>

Selected field descriptionsField Value Fixed or

VariableDescription

IPGW IPGW name Variable Identifies the IP Gateway that eitherhas gone out of service and wasspared by another IP Gateway orbecame a primary IP Gateway foranother IP Gateway that has gone outof service. See the additionalinformation that follows.

Active message exampleIPGW604 JUN16 05:55:53 3500 INFO IPGW Takeover

IPGW GWIP 10 1 SPARED BY IPGW GWIP 4 4

IPGW604 JUN16 02:23:39 3900 INFO IPGW Takeover

IPGW GWIP 1 1 Primary for IPGW GWIP 2 3

Clear message examplen/a

Associated OM registers

ISA100The International Service Analysis (ISA) subsystem generates reportISA100 when the user enters the PRINT command at the maintenance andadministration position (MAP) terminal. The MAP terminal is in the SA orSAEDIT level. This level is in the Service Analysis procedure. The eldsdisplayed vary and depend on the analysis of the Call Class. Refer toService Analysis, 297-1001-471, for examples of log reports for otherclasses.

Remedial actionn/a

ISA100 603

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AttributesAttribute Value

Severity Warning

FormatISA100 mmmdd hh:mm:ss ssdd INFO ISA SUMMARY

ANALYST: antxt OFFICE: oftxt

DATE: yyyy/mm/dd hh:mm:ss:ttt ddd. Mode: mtxt Calltype: ctxt

--Incoming-- --Outgoing--

CKT aaaabbxxyyyy n CKT aaaabbxxyyyy

txt1 txt1 txt1 txt1 txt1

nn nn nn nn nn

txt2 txt2 txt2 txt2 txt2

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISA SUMMARY Constant Fixed Indicates this is an ISA summaryreport.

ANALYST: anxt OPERATOR Variable Indicates the person that performs theanalysis.

OFFICE: oftxt Symbolic text Variable Refer to Table OFCENG in the OfficeParameters Reference Manual .Identifies the office that is service-analyzed.

DATE: yyyy/mm/dd year/month/day Variable Specifies the time of the report.

hh:mm:ss:ttt 0-23:59:59:999 Variable Specifies the time of the report.

ddd MON.-SUN. Variable Specifies the day of the week.

MODE:mtxt INTL Variable Specifies the call origination type.

---Incoming--- Constant Fixed Indicates that the fields below provideinformation on the incoming circuit.

CKT aaaabbxxyyyy aaaa=city namebb=province namexx=trunk groupyyyy=trunk number

Variable Gives the CLLI and ckt # for theincoming ckt.

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Field Value Fixed orVariable

Description

---Outgoing--- Constant Fixed Indicates that the fields below provideinformation on the outgoing circuit.

CKT aaaabbxxyyyy aaaa=city namebb=province namexx=trunk groupyyyy=trunk number

Variable Gives the CLLI and ckt # for theoutgoing ckt.

txt1 nn txt2 Symbolic text Variable Refer to Service Analysis,297-1001-471 . Indicates that theanalyst/machine detects event blocks.The blocks consist of a 3-characterevent name over the elapsed time.

Active message exampleISA100 MAR03 11:24:25 8311 INFO ISA SUMMARY

Analyst: OPERATOR Office:OFFICE

Date: 1987/03/03 10:56:23.421 SAT. Mode ILNMP

CallClass:INTL

------Incoming------ -------Outgoing--------

CKT DOMMFWKIGANT 0 CKT ANTMFWKOGANG

RCR CON ANS DSD DSG

0 4 11 25 25

SYS SYS SYS SYS SYS

Clear message examplen/a

Associated OM registers

ISDN100The ISDN subsystem generates ISDN100. The subsystem generatesISDN100 when a D-channel handler (DCH) or an enhanced DCH (EDCH)detects that a terminal does not respond. The terminal does not respond toa terminal endpoint identi er (TEI) check or audit. The log also generateswhen the ISDN line drawer for remotes (ILDR) or a V5I interface (V5I)detects that a terminal is not available for message traf c. The system addsthe ILDR name to the data in the log.

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Remedial actionDetermine the reason the terminal is not available and contact the nextlevel of maintenance.

AttributesAttribute Value

Severity Warning

FormatISDN100 mmmdd hh:mm:ss ssdd INFO Terminal Unavailable

ISG: <n>Chnl: <n>typtxt <pmid><n>LEN= <len>

Data: TEI = <nnn>EC = <nn>LTID <txt nn>

Action Taken: TEI Audit

ISDN100 mmmdd hh:mm:ss ssdd INFO Terminal Unavailable

ILDR <ildr>LEN = <len>TEI = <tei>EC = <ec>

LTID = <ltid>

ISDN100 mmmdd hh:mm:ss ssdd INFO Terminal Unavailable

V5I = <Node number>LEN = <len>TEI = <tei>EC = <ec>

LTID = <ltid>

Selected field descriptionsField Value Fixed or

VariableDescription

LTID 1 to 8 Variable characters, followed by a space and anumber 1 to 1022 This field identifiesthe logical terminal identifier (LTID)assigned to the logical terminal.

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Data Constant Fixed This field indicates that the followingdata can be used to analyze the faultcondition.

Action Taken: TEIAudit

Constant Fixed This field indicates TEI audit detects afault condition.

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Field Value Fixed orVariable

Description

INFO Constant Fixed This field indicates that this is aninformation log report that does notrequire action.

Terminal Unavailable Constant Fixed This field indicates that the DCHdetects that a terminal is not availablefor message traffic.

< Node number > Integer Variable This field indicates the V5 nodenumber.

DCH (or EDCH) ISG 0 to 9 Variable This field indicates the DCH (orEDCH) or the ISDN service group(ISG) number.

CHNL 0 to 31 Variable This field identifies the time slot of theDCH.

typtxt symbolic text Variable This field identifies the D-channeltype.

pmid LGCI, LTCI, or PLGC Variable This field indicates the type ofperipheral module (PM) and itsassociated number.

LEN Integer Variable This field provides the externalrepresentation of the line equipmentnumber (LEN).

TEI 0 to 127 Variable This field indicates the TEI of theterminal that is not available.

EC Integer Variable This field identifies the error code(EC). This code is for debuggingpurposes only. EC is not displayed incase of ISDN access controller (IAC).

Active message exampleISDN100 APR09 16:15:09 5678 INFO Terminal Unavailable

ISG: 1 Chnl: 4 BRA LTC: 1 LEN: HOST 01 0 08 07

Data: TEI = 69 EC = FF LTID ISDN 1

Action Taken: TEI Audit

ISDN100 APR09 16:15:09 5678 INFO Terminal Unavailable

ILDR 1 00 LEN = REM1 00 1 5 2 TEI = 86 EC = 0

LTID = ISDN 3

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ISDN100 APR09 16:15:09 5678 INFO Terminal Unavailable

V5I = 72 LEN = REM1 00 1 5 2 TEI = 86 EC = 0

LTID = ISDN 3

Clear message examplen/a

Associated OM registers

ISDN101The ISDN subsystem generates ISDN101. The loops are associated withthe D-channel handler (DCH) or the enhanced DCH (EDCH). The ISDNsubsystem generates log ISDN101 when a DCH or EDCH is not availablefor message traf c. This report also generates when the ISDN line dra werfor remotes (ILDR) cannot go into traf c level. The loops are alsoassociated with the ILDR. The report indicates that the loops are notavailable for message traf c. If multiple terminals respond to a terminalendpoint identi er (TEI), make sure you remove the terminals from service.

Remedial actionWhen the ISDN subsystem generates this log, check the following items:

• Verify data: check tables LTDEF and LTMAP for entries that relate tothe STC and LEN in the log output, and correct problems.

• Check for additional log information that relates to the given STC orLEN.

• Make sure that the STC or ILDR has the correct load and load again ifnecessary.

• Busy and return to service (RTS) the STC or ILDR.

AttributesAttribute Value

Severity Indeterminate

FormatISDN101 mmmdd hh:mm:ss ssdd FLT Loop Unavailable

STC = nnnn LEN = len TEI = nn

ISDN101 mmmdd hh:mm:ss ssdd FLT Loop Unavailable

ILD = <drawer>LEN = <len>

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ISDN101 mmmdd hh:mm:ss ssdd FLT Loop Unavailable

V5I = <Node number>LEN = <len>TEI = nn

Selected field descriptionsField Value Fixed or

VariableDescription

FLT Loop Unavailable Constant Fixed This field indicates that you cannot putthe DCH or EDCH in to the trafficlevel. The loops are associated withthe DCH or EDCH. The loop is notavailable for message traffic.

STC 0 to 1023 Variable This field identifies the signalingterminal controller (STC). Refer totable STINV in the data schemasection of the Translations Guide .This field can display the DCH, whichincludes the channel number, the typeof channel (basic rate access [BRA],Bd, or primary rate access [PRA]).The field can also display theassociated peripheral module (PM)and number, and information like theSTC version.

< Node number > Integer Variable This field indicates the V5 nodenumber.

LEN Symbolic text Variable This field indicates the line equipmentnumber (LEN) of the terminal. Refer totable SPECCONN in the data schemasection of the Translations Guide .

TEI 0 to 63 Variable This field indicates the TEI of theterminal. Refer to table LTMAP in thedata schema section of theTranslations Guide .

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Active message exampleISDN101 OCT09 16:15:09 4833 FLT Loop Unavailable

STC = 14 LEN = HOST 10 1 00 03 TEI = 1

ISDN101 OCT09 16:15:09 4833 FLT Loop Unavailable

ILD = 4 LEN = REM1 00 1 5 2

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ISDN101 OCT09 16:15:09 4833 FLT Loop Unavailable

V5I = 72 LEN = REM100 152 TEI = 11

Clear message examplen/a

Associated OM registers

ISDN102The ISDN subsystem generates ISDN 102. The subsystem generates thislog when the D-channel handler (DCH), enhanced DCH (EDCH), ISDN linedrawer for remotes (ILDR) or V5 interface (V5I) detects a duplicateterminal endpoint identi er (TEI) on the same loop. The system removesthe line from service. All following communication that uses the removedTEI is not successful. This condition affects call processing and D-channelpacket (SAPI 16) services. The log report ISDN102 indicates that morethan one terminal on the loop using the same TEI is present.

Remedial actionUse the TEI command at the LTPDATA level of the MAP (maintenanceand administration position) terminal display to restore the TEI. If thecondition continues to occur, the DCH or ILDR audit again removes theTEI from service. The condition exists as long as more than one terminaluses the same TEI on the same loop.

AttributesAttribute Value

Severity Indeterminate

FormatISDN102 mmmdd hh:mm:ss ssdd FLT TEI Removed

ISG: <n>Chnl: <n>typtxt <pmid>:<n>

Data: Redundant TEI = <nnn>

Action Taken: TEI Check

ISDN102 mmmdd hh:mm:ss ssdd FLT TEI Removed

ILD = <drawer>LEN = <len>TEI = <tei>

ISDN102 mmmdd hh:mm:ss ssdd FLT TEI Removed

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V5I =<Node number>LEN = <len>TEI = <tei>

Selected field descriptionsField Value Fixed or

VariableDescription

FLT Constant Fixed This field indicates that a faultcondition is detected.

TEI Removed TEI Removed Variable This field indicates that the DCHdetects a duplicate TEI on the sameloop and removes it from service.

ISG 0-255 Variable This field indicates the D-channelhandler (DCH) member.

CHNL 1-31 Variable This field indicates the time slot of theDCH.

typtxt symbolic text Variable This field identifies the D-channeltype.

pmid LGCI nLTCI n Variable This field indicates the type ofperipheral module (PM), ISDN linegroup controller (LGCI) or ISDN linetrunk controller (LTCI), and itsassociated number. Refer to table I ofthe Log Report Reference Manual .

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

LEN Integer Variable This field provides the externalrepresentation of the line equipmentnumber (LEN).

< Node number > Integer Variable This field indicates the V5l nodenumber.

Data Constant Fixed This field indicates the following datacan analyze the fault condition.

TEI 0 to 127 Variable This field indicates the TEI of theterminal removed from service. Referto table LTMAP in the data schemasection of the Translations Guide .

Action Taken Constant Fixed This field indicates TEI check detectsa fault condition.

Active message exampleISDN102 AUG 11 01:00:53 8080 FLT TEI Removed

ISG: 1 Chnl: 4 BRA LTC: 1 Len: HOST 01 0 08 07

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Data: Redundant TEI = 69

Action Taken: TEI Check

ISDN102 OCT09 14:39:09 2247 FLT TEI Removed

ILD = 4 LEN = REM1 00 1 5 2 TEI = 86

ISDN102 OCT09 14:39:09 2247 FLT TEI Removed

V5I = 72 LEN = REM1 00 1 5 2 TEI = 86

Clear message examplen/a

Associated OM registers

ISDN103The system generates ISDN103 when manual action changes the state ofthe Bd-channel. The change includes the ISDN line drawer for remotes(ILDR) Bd-channel. The reason for the new state appears only for SysB.

Remedial actionIf the Bd-channel is changed to SysB, check the reason and try to correctthe problem.

AttributesAttribute Value

Severity Warning

FormatISDN103 mmmdd hh:mm:ss ssdd INFO Bd Info

STC = nnnn Bd Chnl stltxt from st2txt

ISDN103 mmmdd hh:mm:ss ssdd INFO Bd Info

ILD = <site><frame><unit><drawer><drawer><state1>from

<state2><reason>

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO Bd Info Constant Fixed Indicates that manual action changesthe state of the Bd-channel.

STC = nnnn 0 through 1023 Variable Identifies the signalling terminalcontroller (STC). Refer to table STINVin the Translations Guide. This fieldcan display the D-channel handler,which includes its channel number,the type of channel (basic rate access[BRA], Bd, or primary rate access[PRA]. This field also can display theassociated PM and number andinformation like the STC version.

Bd Chnl st1txt Symbolic text Variable Refer to Table E. Indicates the currentstate of the Bd-channel.

from st2txt Symbolic text Variable Refer to Table E. Indicates theprevious state of the Bd-channel.

site 0000-ZZZZ Variable Indicates the site name (abbreviation).

frame 0 through 99 Variable Indicates the line concentratingmodule (LCM) frame number.

unit 0 or 1 Variable Indicates the unit number.

drawer 0 through 19 Variable Indicates the ILDR drawer number inthe LCM.

Bd_chnl Bd1 or Bd2 Variable Indicates the Bd-channel number inthe ILDR.

Active message exampleISDN103 OCT09 14:03:35 1244 INFO Bd Info

STC = 4 Bd Chn1 InSv from ManB

ISDN103 OCT09 14:03:35 1244 INFO Bd Info

ILD = REM1 00 1 4 Bd1 SysB from InSv Sync Lost

Clear message examplen/a

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Associated OM registers

ISDN104The Integrated Services Digital Network (ISDN) subsystem generatesISDN104 when sync is lost on the Bd channel. This causes the service toremove the Bd channel. It indicates that a problem exists with theconnection between the DMS switch and the packet handler (PH).

Reasons for a sync loss include: the D-channel handler (DCH) is out ofservice or the DS1 carrier is out of service. Another reason for a sync lossis when a problem is at the PH.

Remedial actionUse the CONT command at the DCH level of the MAP terminal todetermine where the loop problem exists on the loop. Try to correct anyproblems, return to service (RTS) the carriers if they are not in service, andRTS the Bd channel. If the loop failure continues, contact the next level ofmaintenance.

AttributesAttribute Value

Severity Indeterminate

FormatISDN104 mmmdd hh:mm:ss ssdd FLT Chnl Sync Loss

STC = nnnn DS1 Port nn Chnl nn

Selected field descriptionsField Value Fixed or

VariableDescription

FLT Chnl Sync Loss Constant Fixed Indicates that sync is lost on the Bdchannel.

This causes theservice to remove theBd channel. STC

0-1023 Variable Identifies the signaling terminalcontroller (STC). Refer to TableSTINV in the data schema section ofthe Translations Guide . This field candisplay the DCH, which includes theDCH channel number and the type ofchannel (BRA, Bd, or PRA). This fieldalso displays the associatedperipheral module (PM) and number,and information such as the STCversion.

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Field Value Fixed orVariable

Description

DS1 Port 0-19 Variable Indicates the DS1 port number. Referto Table SPECCONN in the dataschema section of the TranslationsGuide .

Chnl 1-24 Variable Indicates the DS1 channel number.Refer to Table SPECCONN in thedata schema section of theTranslations Guide .

Active message exampleISDN104 OCT09 14:07:43 1562 FLT Chnl Sync Loss

STC = 14 DS1 Port 16 Chn1 1

Clear message examplen/a

Associated OM registers

ISDN105The Integrated Services Digital Network (ISDN) subsystem generatesISDN105 when synchronization is lost on the primary rate access (PRA)STC/B-channel. This causes the removal of the B-channel from service.The ISDN report indicates a problem exists with the PRA interface. Thesystem provides the signaling terminal controller (STC) number and DS1port and channel. Reasons for a sync loss include when the STC or theDS1 carrier goes out of service.

This log also contains a blank line of 64 characters in length. This blankline is initialized to be overwritten by MSL layer procedures if the speci cPM and carrier exists in table CARID.

Remedial actionVerify that the STC or DS1 is out of service. If out of service, takecorrecting action to bring the STC or DS1 into service. If the problemcontinues, contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

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FormatISDN105 mmmdd hh:mm:ss ssdd FLT PRA SYNC LOSS

STC = nnn DS1 Port nn Chnl n

Selected field descriptionsField Value Fixed or

VariableDescription

FLT PRA SYNCLOSS

Constant Fixed Indicates a PRA loss of sync

STC 0-1023 Variable Indicates the STC number. Refer toTable SPECCONN in the dataschema section of the TranslationsGuide .

DS1 Port 0-19 Variable Indicates the DS1 port number. Referto Table SPECCONN in the dataschema section of the TranslationsGuide .

Chnl 1-24 Variable Indicates the DS1 channel number.Refer to Table SPECCONN in thedata schema section of theTranslations Guide .

(blank line) constant Variable Consists of a blank line, 64 charactersin length. The Blanks can only beoverwritten by MSL layer procedures ifthe specific PM and carrier exists intable CARID. Refer to Table CARID inthe data schema section of theTranslations Guide .

Active message exampleISDN105 Jan05 15:07:43 1562 FLT PRA SYNC LOSS

STC = 12 DS1 Port 16 Chnl 1

Clear message examplen/a

Associated OM registers

ISDN106The ISDN subsystem generates ISDN106 when Layer 1 of the speci ed D-channel fails and the fail ag is set.

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Remedial actionDetermine the reason for the failure and contact the next level ofmaintenance.

AttributesAttribute Value

Severity Warning

FormatISDN106 mmmdd hh: mm: ss: ssdd Flt D Chnl L1 AutonomousFailed

DCH: n CHNL: nn typtxt pmid: n LEN: len EC: n

ISDN106 mmmdd hh: mm: ss: ssdd Flt D Chnl L1 AutonomousFailed

ILD = <drawer>LEN = <len>EC = <ec>

ISDN106 mmmdd hh:mm:ss ssdd INFO D Chnl L1 Autonomous Failed

V5I = <Node number>LEN = <len>EC = <ec>

ISDN106 mmmdd hh:mm:ss ssdd INFO D Chnl L1 Autonomous Failed

ISG: n CHNL: nn typtxt pmid: n LEN: len EC: n

Selected field descriptionsField Value Fixed or

VariableDescription

Fit D Chn 1 L1Autonomous Failed

CONSTANT Variable This field indicates the failure of thespecified D-channel

DCH 0 to 9 Variable This field provides the D-channelhandler (DCH) number.

CHNL 0 to 31 Variable This field identifies the time slot of theD-channel.

typtxt symbolic text Variable This field identifies the D-channeltype.

pmid LGCI n LTCI n Variable This field indicates the type ofperipheral module (PM), ISDN linegroup controller (LGCI) or ISDN linetrunk controller (LTCI), and itsassociated number.

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Field Value Fixed orVariable

Description

LEN Integer Variable This field provides the externalrepresentation of the line equipmentnumber (LEN).

EC Integer Variable This field identifies the error code thatprovides the reason for failure. Thiscode is only to debug.

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

< Node number > Integer Variable This field indicates the V5I nodenumber.

Active message exampleISDN106 APR09 16:15:09 5678 Flt D Chnl L1 Autonomous Failed

DCH = 8 CHNL:10 BRA LTCI 2 LEN: HOST 10 1 08 01 EC: 2

ISDN106 APR09 16:15:09 5678 Flt D Chnl L1 Autonomous Failed

ILD = 4 LEN = REM1 00 1 5 2 EC = 0

ISDN106 APR09 16:15:09 5678 INFO D Chnl L1 Autonomous Failed

V5I = 72 LEN = REM1 00 1 5 2 EC = 0

Clear message examplen/a

Associated OM registers

ISDN107The ISDN subsystem generates ISDN107 when the system fails to restorea terminal endpoint identi er (TEI). The ISDN107 indicates that the systemchecks a previously failed TEI during the link establishment audit cycle.The cycle is in the logical link manager of the ISDN line trunk controller/ISDN line group controller (LTCI/LGCI) or the V5 interface (V5I). Thesystem does not restore the previously failed TEI.

Remedial actionDetermine the reason for the failure and contact the next level ofmaintenance.

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AttributesAttribute Value

Severity Indeterminate

FormatISDN107 mmmdd hh:mm:ss ssdd Info TEI Autonomous RestoreFailed

DCH: n CHNL: nn typtxt pmid: n LEN: len TEI: nnn

ISDN107 mmmdd hh:mm:ss ssdd Info TEI Autonomous RestoreFailed

ILD = <drawer>LEN = <len>TEI = <tei>

ISDN107 mmmdd hh:mm:ss ssdd Info TEI Autonomous RestoreFailed

V5I = <Node number>LEN = <len>

TEI = <tei>

Selected field descriptionsField Value Fixed or

VariableDescription

Info TEl AutonomousRestore Failed

CONSTANT Variable This field indicates a check of thefailure of a previous TEI. The failure isnot restored by the system.

DCH 0 to 9 Variable This field provides the D-channelhandler (DCH) number.

CHNL 0 to 31 Variable This field identifies the time slot of theD-channel.

< Node number > Integer Variable This field indicates the V5I nodenumber.

typtxt symbolic text Variable This field identifies the D-channeltype.

pmid LGCI n or LTCI n Variable This field indicates the type ofperipheral module (PM), LGCI orLTCI, and its associated number.

LEN Integer Variable This field provides the externaldescription of the line equipmentnumber (LEN).

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Field Value Fixed orVariable

Description

TEI 0 to 128 Variable This field identifies the TEI.

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Active message exampleISDN107 APR09 16:15:09 5678 Info TEI Autonomous RestoreFailed

DCH: 8 CHNL:10 BRA LTCI 2 LEN: HOST 10 1 08 01 TEI: 2

ISDN107 APR09 16:15:09 5678 Info TEI Autonomous RestoreFailed

ILD = 4 LEN = REM1 00 1 5 2 TEI = 86

ISDN107 APR09 16:15:09 5678 Info TEI Autonomous RestoreFailed

V5I = 72 LEN = REM1 00 1 5 2 TEI = 86

Clear message examplen/a

Associated OM registers

ISDN108The ISDN subsystem generates ISDN108 when the system restores aterminal endpoint identi er (TEI). This log indicates that a pre viouslyremoved TEI passes a check. The TEI passes the check during the logicallink management (LLM) audit of the ISDN line trunk controller/ISDN linegroup controller (LTCI/LGCI). The TEI may also pass a check during anaudit of the V5 interface (V5I). The system restores the TEI.

Remedial actionRun a SUSTATE test to make sure that the system establishescommunication with the restored TEI.

AttributesAttribute Value

Severity Indeterminate

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FormatISDN108 mmmdd hh: mm: ss: ssdd Info TEI Autonomous Restored

DCH: n CHNL: nn typtxt pmid: n LEN: len TEI: n

ISDN108 mmmdd hh: mm: ss: ssdd Info TEI Autonomous Restored

ILD = <drawer>LEN = <len>

TEI = <tei>

ISDN108 mmmdd hh: mm: ss: ssdd Info TEI Autonomous Restored

V5I = <Node number>LEN = <len>TEI = <tei>

Selected field descriptionsField Value Fixed or

VariableDescription

Info TEI AutonomousRestored

CONSTANT Variable This field indicates that the LLM auditrestored to service (RTS) a TEI.

< Node number > Integer Variable This field indicates the V5I nodenumber.

DCH 0 to 9 Variable This field provides the D-channelhandler (DCH) number.

CHNL 0 to 31 Variable This field identifies the time slot of theDCH.

typtxt symbolic text Variable This field identifies the DCH type.

pmid LGCI n or LTCI n Variable This field indicates the type ofperipheral module (PM), LGCI, orLTCI and the associated number.

LEN Integer Variable This field provides the externalrepresentation of the line equipmentnumber (LEN).

TEI 0 to 128 Variable This field identifies the TEI.

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Active message exampleISDN108 APR09 16:15:09 5678 Info TEI Autonomous Restored

DCH: 8 CHNL: 10 BRA LTCI 2 LEN: HOST 10 1 08 01

TEI : 2

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ISDN108 APR09 16:15:09 5678 Info TEI Autonomous Restored

ILD = 4 LEN = REM1 00 1 5 2 TEI = 86

ISDN108 APR09 16:15:09 5678 Info TEI Autonomous Restored

V5I = 72 LEN = REM1 00 1 5 2 TEI = 86

Clear message examplen/a

Associated OM registers

ISDN109The ISDN subsystem generates ISDN109 when a D-channel is in serviceagain and the fail ag clears. This report generates when a D-channel that failed before passes a check. The check passes during the logical linkmanagement (LLM) audit in the ISDN line trunk controller/line groupcontroller (LTCI/LGCI) or V5 interface (V5I). The system restores the D-channel.

Remedial actionRun a SUSTATE test to make sure that the restored D-channel establishescommunication.

AttributesAttribute Value

Severity Indeterminate

FormatISDN109 mmmdd hh: mm: ss: ssdd Info D Chnl L1 AutonomousRestored

DCH: n CHNL: nn typtxt pmid: n LEN: len

ISDN109 mmmdd hh: mm: ss: ssdd Info D Chnl L1 AutonomousRestored

ILD = <drawer>LEN = <len>

ISDN109 mmmdd hh: mm: ss: ssdd Info D Chnl L1 AutonomousRestored

V5I = <Node number>LEN = <len>

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ISDN109 mmmdd hh: mm: ss: ssdd Info D Chnl L1 AutonomousRestored

ISG: n CHNL: nn typtxt pmid: n LEN: len

Selected field descriptionsField Value Fixed or

VariableDescription

Info D Chnl L1AutonomousRestored

Constant Fixed This field indicates the LLM auditrestores the specified D-channel toservice.

< Node number > Integer Variable This field indicates the V5I nodenumber.

DCH 0 to 9 Variable This field provides the D-channelhandler (DCH) number

CHNL 0 to 31 Variable This field identifies the time slot of theDCH

typtxt symbolic text Variable This field identifies the DCH

pmid LGCI n LTCI n Variable This field indicates the type ofperipheral module (PM), LGCI, orLTCI and the associated number.

LEN symbolic text Variable This field provides the external imageof the line equipment number (LEN).

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Active message exampleISDN109 APR09 16:15:09 5678 Info D Chnl L1 AutonomousRestored

DCH: 8 CHNL: 10 BRA LTCI 2 LEN: HOST 10 1 08 01

ISDN109 APR09 16:15:09 5678 Info D Chnl L1 AutonomousRestored

ILD = 4 LEN = REM1 00 1 5 2

ISDN109 APR09 16:15:09 5678 Info D Chnl L1 AutonomousRestored

V5I = 72 LEN = REM1 00 1 5 2

ISDN109 DEC01:10:32:02 8300 FLT D Chnl L1 AutonomousRestored

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ISG = 0 Chnl 5 BRA LTC 0 LEN = HOST 01 0 14 20

Clear message examplen/a

Associated OM registers

ISDN110The Integrated Services Digital Network (ISDN) subsystem generatesISDN110. The subsystem generates ISDN110 when one D-channel is inan in-service (INSV) state and the other D-channel is in a standby (STB)state.

Remedial actionDetermine if the D-channel carrier is in service or out of service. If the D-channel carrier is out of service, take appropriate action to bring it intoservice. If the problem continues, make sure that hardware functions.Perform a Continuity test (CONT) or a Loopback test (LoopBK). Thesetests check if the transmission line functions. Access these tests throughthe following directories:

• MAPCI

• MTC

• TRKS

• TTP

• PRADCH

AttributesAttribute Value

Severity Warning

FormatISDN110 mmmdd hh:mm:ss ssdd INFO PRA D-CHANNEL STATUS

trkid D1=cccc nnn nn nn : txt D2=cccc nnn nn nn : txt

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO PRA D-CHANNEL STATUS

Constant Fixed Indicates the status of the specified D-channels

trkid Symbolic text Variable Specifies the trunk circuit ID. Refer toTable I.

D1 DTCI=Digital TrunkController - ISDNLTCI=Line TrunkController - ISDN

Variable Identifies the digital peripheral module(PM) type of the first D-channel

nnn 0-127 Variable Identifies the digital PM number of thefirst D-channel

nn 0-19 Variable Identifies the DS-1 line number of thefirst D-channel

nn 1-24 Variable Identifies the time slot on DS-1 of thefirst D-channel

txt INS=In-Service stateSTB=Standby state

Variable Indicates the status of the first D-channel

D2 DTCI=Digital TrunkController - ISDNLTCI=Line TrunkController - ISDN

Variable Identifies the digital PM type of thesecond D-channel

nnn 0-127 Variable Identifies the digital PM number of thesecond D-channel

nn 0-19 Variable Identifies the DS-1 line number of thesecond D-channel

nn 1-24 Variable Identifies the time slot on DS-1 of thesecond D-channel

txt INS=in-service stateSTB=standby state

Variable Indicates the status of the second D-channel

Active message exampleISDN110 MAY07 10:14:05 1606 INFO PRA D-CHANNEL STATUS

PRACLLI1 D1=DTCI 12 10 19 : INS D2=DTCI 12 10 20 : STB

Clear message examplen/a

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Associated OM registers

ISDN111The Integrated Services Digital Network (ISDN) subsystem generatesISDN111 when one D-channel is in an active (ACT) state. The other D-channel is in an out-of-service (OOS) state.

Remedial actionDetermine if the D-channel carrier is in service or out of service. If the D-channel carrier is out of service, take correcting action to bring it intoservice. If the problem continues, make sure that hardware functions.Perform a Continuity test (CONT) or a Loopback test (LoopBK). Thesetests check if the transmission line functions. Access these tests throughthe following directories:

• MAPCI

• MTC

• TRKS

• TTP

• PRADCH

AttributesAttribute Value

Severity • Major

• Warning

FormatISDN111 mmmdd hh:mm:ss ssdd INFO PRA D-CHANNEL MAJOR ALARM

trkid D1=cccc nnn nn nn : txt D2=cccc nnn nn nn : txt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PRA D-CHANNEL MAJORALARM

Constant Fixed Indicates a major alarm associatedwith the specified D-channels

trkid Symbolic text Variable Specifies the trunk circuit ID. Refer toTable I.

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Field Value Fixed orVariable

Description

D1 DTCI=digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital peripheral module(PM) type of the first D-channel

nnn 0-127 Variable Identifies the digital PM number of thefirst D-channel

nn 0-19 Variable Identifies the DS-1 line number of thefirst D-channel

nn 1 -24 Variable Identifies the time slot on DS-1 of thefirst D-channel

txt ACT=active stateOOS=out-of-servicestate

Variable Indicates the status of the first D-channel

D2 DTCI=digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital PM type of thesecond D-channel

nnn 0-127 Variable Identifies the digital PM number of thesecond D-channel

nn 0-19 Variable Identifies the DS-1 line number of thesecond D-channel

nn 1-24 Variable Identifies the time slot on DS-I of thesecond D-channel

txt ACT=active stateOOS=out-of-servicestate

Variable Indicates the status of the second D-channel

Active message exampleISDN111 MAY07 10:12:32 0903 INFO PRA D-CHANNEL MAJOR ALARM

PRACLLI D1=DTCI 12 11 19 : ACT D2=DTCI 12 11 20 : OOS

Clear message examplen/a

Associated OM registers

ISDN112The Integrated Services Digital Network (ISDN) subsystem generatesISDN112 when both D-channels are in an out-of-service (OOS) state.

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Remedial actionDetermine if the D-channel carrier is in service or OOS. If the D-channelcarrier is OOS, take appropriate action to return it to service. If the problemcontinues, make sure the hardware functions. Perform a Continuity test(CONT) or a Loopback test (LoopBK). These tests check if thetransmission line functions. Access these tests through the followingdirectories:

• MAPC1

• MTC

• TRKS

• TTP

• PRADCH

AttributesAttribute Value

Severity • Critical

• Warning

FormatISDN112 mmmdd hh:mm:ss ssdd INFO PRA D-CHANNEL CRITICALALARM

trkid D1=CCCC nnn nn nn : txt D2=cccc nnn nn nn : txt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PRA D-CHANNEL CRITICALALARM

Constant Fixed Indicates a critical alarm associatedwith the specified D-channels

trkid Symbolic text Variable Specifies the trunk circuit ID. Refer toTable I.

D1 DTCI =digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital peripheral module(PM) type of the first D-channel

nnn 0-127 Variable Identifies the digital PM number of thefirst D-channel

nn 0-19 Variable Identifies the DS-1 line number of thefirst D-channel

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Field Value Fixed orVariable

Description

nn 1-24 Variable Identifies the time slot on DS-1 of thefirst D-channel

OOS Constant Fixed Indicates the first D-channel is out-of-service

D2 DTCI=digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital PM type of thesecond D-channel

nnn 0-127 Variable Identifies the digital PM number of thesecond D-channel

nn 0-19 Variable Identifies the DS-1 line number of thesecond D-channel

nn 1-24 Variable Identifies the time slot on DS-1 of thesecond D-channel

OOS Constant Fixed Indicates the second D-channel isOOS

Active message exampleISDN112 MAY07 10:11:12 0701 INFO PRA D-CHANNEL CRITICALALARM

PRACLLI D1=DTCI 12 11 19 : OOS D2=DTCI 12 11 20 : OOS

Clear message examplen/a

Associated OM registers

ISDN113The Integrated Services Digital Network (ISDN) subsystem generatesISDN113 when a manual D-channel switchover occurs. The log indicatesthe active (ACT) and out-of-service (OOS) D-channels after the switchover.

Remedial actionDetermine if the D-channel carrier is in service or OOS. If the D-channelcarrier is OOS, take appropriate action to return it to service. If the problemcontinues, make sure the hardware functions. Perform a Continuity test

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(CONT) or a Loopback test (LoopBK). These tests check and see if thetransmission line functions. Access these tests through the followingdirectories:

• MAPCI

• MTC

• TRKS

• TTP

• PRADCH

AttributesAttribute Value

Severity Warning

FormatISDN113 mmmdd hh:mm:ss ssdd INFO PRA D-CHANNEL MANUAL

SWACT

trkid D1=cccc nnn nn nn : txt D2=cccc nnn nn nn : txt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PRA D-CHANNEL MANUALSWACT

Constant Fixed Indicates a manual switchover occurs

trkid Symbolic text Variable Specifies the trunk circuit ID. Refer toTable I.

D1 DTCI=digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital peripheral module(PM) type of the first D-channel

nnn 0-127 Variable Identifies the digital PM number of thefirst D-channel

nn 0-19 Variable Identifies the DS-1 line number of thefirst D-channel

nn 1-24 Variable Identifies the time slot on DS-1 of thefirst D-channel

txt ACT=active stateOOS=out-of-servicestate

Variable Indicates the current status of the firstD-channel

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Field Value Fixed orVariable

Description

D2 DTCI=digital trunkcontroller - ISDNLTCI=line trunkcontroller - ISDN

Variable Identifies the digital PM type of thesecond D-channel

nnn 0-127 Variable Identifies the digital PM number of thesecond D-channel

nn 0-19 Variable Identifies the DS-1 line number of thesecond D-channel

nn 1-24 Variable Identifies the slot on DS-1 of thesecond D-channel

txt ACT=active stateOOS=out-of-servicestate

Variable Indicates the current status of thesecond D-channel

Active message exampleISDN113 MAY07 10:14:35 1807 INFO PRA D-CHANNEL MANUAL SWACT

PRACLLI D1=DTCI 12 11 19 : OOS D2=DTCI 12 11 20 : ACT

Clear message examplen/a

Associated OM registers

ISDN115The ISDN subsystem generates log report ISDN115. The systemgenerates ISDN115 when the attempted terminal endpoint identi er (TEI)assignment exceeds the value of the subscription counters. Thesubscription counters represent the maximum number of acceptable linksfor the set of TEI values. This condition causes the switch to perform a TEIaudit.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

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FormatISDN115 mmmdd hh:mm:ss ssdd INFO Subscription limitsexceeded

ISG: <n>CHNL: <n>typtxt <pmid>LEN: <len>

Data: Redundant TEI= <nnn><sci>SC = <n>

Action Taken: TEI Audit

ISDN115 mmmdd hh:mm:ss ssdd INFO Subscription limitsexceeded

ILD = <drawer>LEN = <len>TEI = <tei>

<nd>SC = <sc>

ISDN115 mmmdd hh:mm:ss ssdd INFO Subscription limitsexceeded

V51 = <Node number>LEN= len TEI= nnn 111 SC= limit

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed This field indicates that ISDN115 is aninformation log that does not requireaction.

Subscription limitsexceeded

Subscription limitsexceeded

Variable This field indicates that the actionexceeds set limits.

ISG 0 to 255 Variable This field indicates the D-channelhandler (DCH) number.

CHNL 1 to 31 Variable This field indicates the time slot of theDCH.

typtxt symbolic text Variable This field identifies the D-channeltype.

pmid LGCn, LTC n, orRCCI n

Variable This field indicates the type ofperipheral module (PM) and theassociated number of the PM.

LEN Integer Variable This field indicates the externaldescription of line equipment number(LEN).

< Node number > Integer Variable This field indicates the V5I nodenumber.

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Field Value Fixed orVariable

Description

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

Data Constant Fixed This field indicates you can use thedata to analyze the error condition.

Redundant TEI-n 0-127 Variable This field indicates repeated TEIvalues.

111SC nd1 SC= d1 or nd2SC=d2

Variable This field indicates the subscriptioncounter and limit.

sci nd1 or nd2 Variable This field indicates the subscriptioncounter.

SC Numeric value Variable This field indicates subscriptioncounter limit.

Action Taken Constant Fixed This field indicates TEI audit detectedan error condition.

Active message exampleISDN115 AUG 11 01:00:53 INFO Subscription limits exceeded

ISG= 1 CHNL:4 BRA LTC: 1 LEN: HOST 01 0 08 07

Data: Redundant TEI= 127 ndl SC = 2

Action Taken: TEI Audit

ISDN115 APR09 16:15:09 5678 INFO Subscription limitsexceeded

ILD = 4 LEN = REM1 00 1 5 2 TEI = 86

ndl SC = 8

ISDN115 APR09 16:15:09 5678 INFO Subscription limitsexceeded

V5I = 72 LEN = REM1 00 1 5 2 TEI = 86

ndl SC = 8

Clear message examplen/a

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Associated OM registers

ISDN116The ISDN subsystem generates log report ISDN116. The subsystemgenerates ISDN116 to record the results of the terminal endpoint identi er(TEI) audit. When the action identi er has a TEI value assigned to aterminal on a loop, the switch performs a TEI audit.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN116 mmmdd hh:mm:ss ssdd INFO TEI has not been assigned

ISG: <n>CHNL: <n>typtxt <pmid><n>LEN: <len>

Data: TEI = <n>

Action Taken: Identity Denied Message

ISDN116 mmmdd hh:mm:ss ssdd INFO TEI has not been assigned

ILD = <drawer>

LEN = <len>

TEI = <tei>

ISDN116 mmmdd hh:mm:ss ssdd INFO TEI has not been assigned

V5I = <Node number>

LEN = <len>

TEI = <tei>

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed This field indicates that ISDN116information log report does not requireaction.

TEI has not beenassigned

Constant Fixed This field indicates the TEI does nothave an assigned value.

ISG: n 0 to 255 Variable This field indicates the D-channelhandler (DCH) number.

CHNL: n 0 to 31 Variable This field indicates the time slot of theD-channel.

typxtxt Symbolic text Variable This field identifies the D-channeltype.

pmid LGC n, LTC n, orRCCI n

Variable This field indicates the type ofperipheral module (PM) and theassociated number of the PM.

LEN Integer Variable This field indicates the externaldescription of line equipment number(LEN).

Data Constant Fixed This field indicates that you can usethe data to analyze the error condition.

< Node number > Integer Variable This field indicates the V5I nodenumber.

drawer 0 to 19 Variable This field indicates the ILDR drawernumber in the line concentratingmodule (LCM).

TEI 0 to 127 Variable This field indicates repeated TEIvalues.

Action Taken Constant Fixed This field indicates that the TEI auditdetected an error condition.

Active message exampleISDN116 APR09 16:15:09 5678 Info TEI has not been assigned

ISG: 1 CHNL: 4 BRA LTC 1 LEN: HOST 01 1 08 07

Data:TEI: 69

Action Taken: Identity Denied Message

ISDN116 APR09 16:15:09 5678 Info TEI has not been assigned

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ILD = 4

LEN = REM1 00 1 5 2

TEI = 86

ISDN116 APR09 16:15:09 5678 Info TEI has not been assigned

V5I = 72

LEN = REM1 00 1 5 2

TEI = 86

Clear message examplen/a

Associated OM registers

ISDN118The ISDN subsystem generates this report when it establishes or restoresa link with the D-channel under unexpected conditions. The subsystemestablishes the link when the primary rate access (PRA) D-channel isrestored to service and synchronized for use. The ISDN subsystem onlygenerates this log when the previous state of the D-channel was not acarrier fail, man-busy, D-channel in-service busy (DCH-INB), or PM busy.The ISDN subsystem does not generate this log following a switch activity(SWACT) reset.

The purpose of this log is to signal recovery from a synchronizationproblem. The ISDN subsystem does not generate this log forestablishment or restoration of the link under normally expected conditions.This log tells the technician that a D-channel entered or returned to serviceand synchronization is complete.

Remedial actionThis log does not require action. It only provides information.

AttributesAttribute Value

Severity Warning

FormatISDN118 mmmdd hh:mm:ss ssdd INFO PRA Sync Established

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ISP = n DTCI/LTC n Port n Chnl n

Selected field descriptionsField Value Fixed or

VariableDescription

ISP = n 0 or 1 Variable Indicates the ISDN signalingpreprocessor (ISP) number in theactive ISDN digital trunk controller(DTCI) or line/trunk controller (LTC)unit.

DTCI (or LTC) n 0 - 4 Variable Indicates the number of the DTCI orthe LTC.

Port n 0-19 Variable Indicates the DS-1 port number. Referto Table SPECCONN in the CustomerData Schema Reference Manual .

Chnl n 1-24 Variable Indicates the DS-1 channel number.Refer to Table SPECCONN in theCustomer Data Schema ReferenceManual .

INFO PRA SyncEstablished

Constant Fixed The indicated D-channel returned toservice and synchronizationcompleted.

Active message exampleISDN118 MAR02 16:42:27 9833 INFO PRA Sync Established

ISP=1 DTCI 0 Port 1 Chnl 24

Clear message examplen/a

Associated OM registers

ISDN120The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN120 when a periodic TEI audit fails during a routine test. TheTEI audit fails when a switch receives more responses from terminals thanexpected during the audit.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

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AttributesAttribute Value

Severity Warning

FormatISDN120 mmmdd hh:mm:ss ssdd INFO Routine Test

ISG: <n>Chnl: <n>typtxt LTC: <n>LEN: <len>

Analysis Data: Redundant TEI = <nnn>

Action Taken: TEI Audit

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN120 is aninformation log report that does notrequire action.

Routine Test Routine Test Variable Indicates that the system performed aTEI audit.

ISG 0-255 Variable Identifies the ISDN service group(ISG) number.

Chnl 0-31 Variable Identifies the timeslot of the D-channel.

typtxt symbolic text Variable Identifies the D-channel type.

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and the associatednumber of the ISDN120. Refer toTable I of the Log Report ReferenceManual .

LEN Integers Variable Provides the external description ofthe line equipment number (LEN).

Analysis Data Constant Fixed Provides data to analyze the errorcondition.

Redundant TEI 0-127 Variable Provides the repeated TEI value.

Action Taken TEI Audit Variable Indicates that the TEI audit detectedan error condition.

Active message exampleISDN120 AUG11 01:00:53 8800 INFO Routine Test

ISG: 1 Chnl: 4 BRA LTC: 1 LEN: HOST 01 0 08 07

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Analysis Data: Redundant TEI = 127

Action Taken: TEI Audit

Clear message examplen/a

Associated OM registers

ISDN121The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN121. The subsystem generates ISDN121 when a terminalinitiates an identity verify message that contains a terminal endpoint identier (TEI) value of 127.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN121 mmmdd hh:mm:ss ssdd INFO Identity Verify Message

ISG: <n>Chnl: <n>typtxt pmid: <n>LEN: <len>

Analysis Data: None

Action Taken: Redundant TEI Query

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN121 is aninformation log.

Identity VerifyMessage

Identity VerifyMessage

Variable Indicates that a terminal initiates anidentity verify message that contains aTEI of 127.

ISG 0-255 Variable IdentiieN service group (ISG) number.

Chnl 0-31 Variable Identifies the timeslot of the D-channel.

typtxt symbolic text Variable Identifies the D-channel type.

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Field Value Fixed orVariable

Description

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and the associatednumber of the PM. Refer to Table I ofthe Log Report Reference Manual .

LEN Integers Variable Provides the external description ofthe line equipment number (LEN).

Data Constant Fixed Provides data to analyze the errorcondition.

TEI 0-127 Variable Identifies a known TEI or indicates theTEI is not known.

Action Taken Repeated TEI Query Variable Indicates that repeated TEI querydetected an error condition.

Active message exampleISDN121 AUG11 01:00:53 8800 INFO Identity Verify Message

ISG: 1 Chnl: 4 BRA LTC: LEN: HOST 01 0 08 07

Data: None

Action Taken: Redundant TEI Query

Clear message examplen/a

Associated OM registers

ISDN122The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN 122. The subsystem generates ISDN 122 when a terminalsends a frame that was not planned to the switching system. The systemsends the frame for the current link access protocol for the D-channel(LAPD) state.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

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FormatISDN122 mmmdd hh:mm:ss ssdd INFO Unsolicited Response

ISG: <n>Chnl: <n>typtxt pmid: <n>LEN: <len>

Data: TEI = <nnn>

Action Taken: Redundant TEI Query

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN122 is aninformation log report.

Unsolicited Response Unsolicited Response Variable Indicates that the layer two softwaredetected a response that was notrequested.

ISG 0-255 Variable Identifies the ISDN service group(ISG) number.

Chnl 0-31 Variable Identifies the timeslot of the D-channel.

typtxt symbolic text Variable Identifies the D-channel type.

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and the associatednumber of the PM. Refer to Table I ofthe Log Report Reference Manual .

LEN Integers Variable Provides the external description ofthe line equipment number (LEN).

Data Constant Fixed Indicates that you can use the datathat follows to analyze the errorcondition.

TEI repeated 0-127 Variable Identifies the number of a known TEIor indicates TEI is not known.

Action Taken TEI Query Variable Indicates that the repeated TEI Querydetected an error condition.

Active message exampleISDN122 AUG11 01:00:53 8800 INFO Unsolicited Response

ISG: Chnl: 4 BRA LTC: 1 LEN: HOST 01 0 08 07

Data: TEI = 127

Action Taken: Redundant TEI Query

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Clear message examplen/a

Associated OM registers

ISDN200The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN200. The subsystem generates ISDN200 at intervals of 24 h atthe end of the daily Layer 2 audit. This report contains a maximum of tenISDN lines for each generation. The following items appear in the report:

• total number of frames received and transmitted

• number of frames received and frames transmitted again in whicherrors exceed the threshold value

• percentage of the total frames these errors represent.

Remedial actionDetermine the reason for the high transmission error rate on the indicatedISDN lines. To clear the problem, refer to Trouble Locating and ClearingProcedures .

AttributesAttribute Value

Severity Warning

FormatISDN200 mmmdd hh:mm:ss ssdd INFO FRAMES ERRORS LINES

LEN: site frame unit drwr ckt

Frames received in total : nnnn In error: nnnn nn%

Frames transmitted in total: nnnn Retrans : nnnn nn%

LEN: site frame unit drwr ckt

Frames received in total : nnnn In error: nnnn nn%

Frames transmitted in total: nnnn In Retrans: nnnn nn%

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO FRAMESERROR LINES

Constant Fixed Indicates that ISDN200 log containsinformation on frame and line errors.

LEN Constant Fixed This field, and following parameters,identify the line equipment numbers(LEN) of the ISDN line circuitsassociated with the log.

site HOST or aaaa Variable If the location of the LEN is at thecentral office (CO), site = HOST. If theLEN is at a remote site, then site = thefour letter (aaaa) name of the remotelocation.

frame 00-99 Variable Indicates the number of the ISDN lineconcentrating module (LCMI) orenhanced (LCME) equipment frameand the location of the specified linecircuit.

unit 0 or 1 Variable Indicates the upper (0) or lower (1)LCM unit in the specified frame.

drwr 00-19 Variable Indicates the line drawer (or linesubgroup) and the location of the linecircuit.

ckt 00-31 Variable Identifies the line circuit associatedwith the log.

Frames received intotal

Integers Variable Indicates the total number of framesreceived by the specified ISDN line.

In error Integers Variable Indicates the number of receivedframes in error on each ISDN line.

% Integers Variable Indicates the percentage of receivedframes in error.

Frames transmitted intotal

Integers Variable Indicates the total number frames thespecified ISDN lines can transmit.

Retrans Integers Variable Indicates the number of framestransmitted again in error on eachISDN line.

% Integers Variable Indicates the percentage of framestransmitted again in error.

Active message exampleISDN200 OCT31 12:00:00 1200 INFO FRAMES ERRORS LINES

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LEN: HOST 55 1 5 6

Frames received in total : 4256 In error: 262 6%

Frames transmitted in total: 4000 Retrans : 50 1%

LEN: HOST 40 1 10 4

Frames received in total : 3025 In error: 150 5%

Frames transmitted in total 3050 Retrans : 175 6%

Clear message examplen/a

Associated OM registers

ISDN201The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN201. The subsystem generates ISDN201 at 24 h intervals atthe end of the daily Layer 2 and 3 audit.

This log report includes the following information:

• Complete switch system percentage of frames received in error andtransmitted again

• The number of line equipment numbers (LEN) on the switching systemthat report these types of errors

• The number of LENs on the switching system with high Layer 2protocol abnormality rates

• The number of LENs on the switching system with high Layer 3protocol abnormality rates

• The number of defective lines reported in the ISDN200 logs

Counts of ISDN basic rate access (BRA) lines determine the percentagecalculation for frames received in error. BRA lines include both alternatemark inversion [AMI] and 2B1Q lines.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

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FormatISDN201 mmmdd hh:mm:ss ssdd INFO Frame report

Percentage of errored frames on ISDN switch <n.n>%

Percentage of retransmitted frames on ISDN switch <n.n>%

Number of LENs reporting transmission errors <n>

Number of LENs reporting layer 2 high abnormalities <n>

Number of LENs reporting layer 3 high abnormalities <n>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN201 is forinformation only and does not requireaction.

Frames report Constant Fixed Indicates that ISDN201 containsinformation on the percentage oferrored frames and frames transmittedagain, on the ISDN switch.

Percentage of erroredframes on ISDNswitch

00.0-99.9 Variable Indicates the percentage of erroredframes.

Number of LENs thatreport layer two highproblem rates

0-9999 Variable Indicates number of LENs that havelayer 2 high protocol problem rates.

Number of LENs thatreport layer three highproblem rates

0-9999 Variable Indicates number of LENs that havelayer 3 high protocol problem rates.

Percentage of framestransmitted again onISDN switch

00.0-99.9 Variable Indicates the percentage of framestransmitted again.

Active message exampleISDN201 AUG 11 01:00:53 8800 INFO Frame Report

Percentage of errored frames on ISDN switch : 0.0%

Percentage of retransmitted frames on ISDN switch : 0.0%

Number of LENs reporting transmission errors 0

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Number of LENs reporting layer2 protocol abnormalities 8

Number of LENs reporting layer3 protocol abnormalities 2

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Associated OM registers

ISDN202The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN202. The subsystem generates ISDN202 when you use theMAP command reset layer (RLAYER) <<n>> to reset performance counts.These performance counts are for a posted Line Equipment Number(LEN).

The n in the command RLAYER <n> indicates 1, 2 or 3 for layers 1, 2 or 3.

Remedial actionThere is no action required. Retain this log report for use in debugging.

AttributesAttribute Value

Severity Warning

FormatISDN202 <date><time><seq#>INFO Layer <layer#>Pegs reset

LEN <len>REASON : RLAYER command issued

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN202 is aninformation log.

Pegs reset Constant Fixed Indicates that the performance countsregisters for layer 1, 2 or 3 are reset.

LEN Integers Variable Indicates the external description ofLEN reporting register resets.

Layer # 1, 2, 3 Variable Indicates layer number.

REASON RLAYER commandissued

Variable Identifies the reason the registerswere reset.

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Active message exampleISDN202 DEC 10 20:53:53 7100 INFO Layer 1 Pegs reset

LEN HOST 01 0 00 04 LAYER 2 REASON : RLAYER command issued

Clear message examplen/a

Associated OM registers

ISDN203The ISDN subsystem generates log report ISDN203. The subsystemgenerates ISDN203 every 24 h after the layer 2 audit.

Log report ISDN203 displays the following:

• Layer 2 high abnormality rate information. The high abnormality rate isthe percentage of frames errored and re-transmitted on the ISDNswitch. Peg counts of all ISDN basic rate interface (BRI) linesdetermine the percentage calculation of the ISDN203 report. The BRIlines include alternate mark inversion (AMI) and 2B1Q lines. This reportdisplays the number of defective lines reported in the ISDN200 logs.When the error count for the line equipment number (LEN) exceeds thethreshold, the system prints the LEN in the ISDN203 log. If a LENexperiences service interruption, the system prints the LEN in theISDN203 log. The system displays a maximum of ten LENs in each log.

• Layer 2 packet abnormality information that displays the protocolabnormality threshold for layer 2 in of ce parameterLAYER2_PACKET_ABN_PEGS_THLD in table OFCVAR. In addition,the log report displays the affected LEN and the high abnormalityprotocol count.

Remedial actionDetermine the reason for the high percentage of transmission error rate onthe bad ISDN lines associated with ISDN200 log reports.

AttributesAttribute Value

Severity Warning

FormatISDN203 mmmdd hh:mm:ss ssdd INFO Layer 2 High AbnormalityRate

Abnormality Threshold: <n>

ISDN203 647

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LEN <len>Abnormalities: <n>Minutes Disrupted: <n>

ISDN203 mmmdd hh:mm:ss ssdd INFO Layer 2 High AbnormalityRate

Abnormality Threshold : <n>

LEN <len>Abnormalities : <n>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates an information-only logreport

AbnormalityThreshold

1-1000 Variable Indicates the abnormality thresholdvalue

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Abnormalities 1-65535 Variable Indicates the abnormality count

Minutes Disrupted Integers Variable Indicates the time (in minutes) ofservice interruption

Active message exampleISDN203 APR27 01:44:54 0192 INFO Layer 2 High AbnormalityRate

Abnormality Threshold: 20

LEN Host67 1 00 05 Abnormalities 24 Minutes Disrupted: 3

LEN Host67 1 00 10 Abnormalities 25 Minutes Disrupted:10

LEN Host67 1 01 14 Abnormalities 31 Minutes Disrupted: 3

LEN Host67 1 06 00 Abnormalities 20 Minutes Disrupted: 0

LEN Host67 1 06 01 Abnormalities 24 Minutes Disrupted: 0

LEN Host67 1 06 04 Abnormalities 28 Minutes Disrupted: 5

LEN Host67 1 08 31 Abnormalities 24 Minutes Disrupted: 7

LEN Host67 1 15 08 Abnormalities 21 Minutes Disrupted: 0

LEN Host67 1 08 10 Abnormalities 0 Minutes Disrupted: 7

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LEN Host67 1 15 24 Abnormalities 21 Minutes Disrupted: 0

ISDN203 APR27 01:44:54 0192 INFO Layer 2 High AbnormalityRate

Abnormality Threshold: 10

LEN HOST 01 0 04 04 Abnormalities: 360

Clear message examplen/a

Associated OM registers

ISDN204The ISDN subsystem generates log report ISDN204. ISDN204 generatesafter the layer 2/3 audit that runs one time every 24 h. The report lists amaximum of ten affected line equipment numbers (LEN) that have a highlayer 3 abnormality rate. ISDN204 reports layer 3 high abnormality ratesfor voice services and packet data.

Remedial actionThere is no action required. Retain this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN204 mmmdd hh:mm:ss ssdd INFO Layer 3 High AbnormalityRate

Circuit Abnormality Threshold: <n>

LEN: <len>Abnormalities: <n>

ISDN204 mmmdd hh:mm:ss ssdd INFO Layer 3 High AbnormalityRate

Packet Abnormality Threshold: <n>

LEN: <len>Abnormalities: <n>

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 3 HighAbnormality Rate

Constant Fixed Information-only log report that doesnot require action

Circuit/PacketAbnormalityThreshold

1-1000 Variable Indicates the abnormality thresholdvalue for voice or packet data

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Abnormalities 1-65535 Variable Indicates the abnormality count

Active message exampleISDN204 AUG11 01:44:54 0596 INFO Layer 3 High AbnormalityRate

Circuit Abnormality Threshold: 10

LEN HOST 00 0 00 01 Abnormalities: 60

ISDN204 APR27 01:44:54 0596 INFO Layer 3 High AbnormalityRate

Packet Abnormality Threshold: 10

LEN HOST 01 0 04 04 Abnormalities: 60

Clear message examplen/a

Associated OM registers

ISDN205The ISDN subsystem generates log report ISDN205. The subsystemgenerates ISDN205 when the layer 2 transmission performance exceedsthe value set for of ce parameter LAYER2_PEGS_THRESHOLD_LEVELin table OFCVAR.

Layer 2 transmission performance can be one of the following:

• total frames received in error divided by the total frames received

• total frames retransmitted divided by the total frames transmitted

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Remedial actionThere is no action required. Retain this log for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN205 mmmdd hh:mm:ss ssdd INFO Layer 2 Trans PerfThreshold

L2 PKT Performance Threshold : <n.n>%

Percentage of frames received in error on ISDN switch :<n.n>%

Percentage of retransmitted frames on ISDN switch : <n.n>%

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 2 TransPerf Threshold

Constant Fixed Information-only message: Layer 2Transmission Performance Threshold

L2 PKT PerformanceThreshold

0.00-99.9 Variable Indicates the threshold value fortransmission performance for layer 2

Percentage of framesreceived in error onISDN switch

0.00-99.9 Variable Indicates the percentage of frames inerror

Percentage ofretransmitted frameson ISDN switch

0.00-99.9 Variable Indicates the percentage ofretransmitted frames

Active message exampleISDN205 APR27 01:44:54 0394 INFO Layer 2 Trans PerfThreshold

L2 PKT Performance Threshold: 10%

Percentage of frames received in error on ISDN switch: 85.1%

Percentage of retransmitted frames on ISDN switch: 34.5%

Clear message examplen/a

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Associated OM registers

ISDN301The ISDN subsystem generates log report ISDN301. Log report ISDN301generates after the detection of a layer 3 protocol abnormality. TechnicalRequirement 821 (TR821) speci es the layer 3 protocol abnormality.

ISDN301 reports layer 3 protocol abnormalities for both voice services andpacket data. ISDN301 lists the type of abnormality and information on thecause of the abnormality for voice services. Also, ISDN301 lists the type ofabnormality for packet data. X.25 Protocol Systems (XPS) generate thislog report for packet data.

Abnormality types for ISDN301 log report for voice services:

DISCONNECT Received

DISCONNECT Transmitted

MSG Rcvd containing an unallocated CR value

MSG Rcvd less the min length

MSG Rcvd w/ an invalid CR value

MSG Rcvd w/ invalid protocol discriminator info

Progress Transmitted

REL COM Received

REL COM Transmitted

RELEASE Received

SETUP Rcvd w/ CR ag incorrectly set to 1

STATUS Received STATUS Transmitted

The possible causes for the generation of ISDN301 for voice services:

BC not implemented -- Event - Service or option not implemented

channel type not implemented

facility not implemented

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only restricted digital information BC is availablesvce_or_opt_not_implemented_unspecified

invalid CR -- Event - invalid message

identified channel does not exist

a suspended call exists

call identity in use

no call suspended

call having the REQed call identity cleared

called user not part of CUG

incompatible destination

dest missing and direct call not SUBSed

invalid transit network selection

invalid_message_unspecified

mandatory info element is missing -- Event - Protocol error

message type nonexistent or not implemented

message not compat with state

element nonexistent or not implemented

invalid info element contents

msg not compatible with state

recovery on timer expiration

protocol error unspecified

response_to_status_enquiry

user_information_discarded

temporary_failure

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The possible abnormality types for an ISDN301 log report for packet data:

Restart packet received

Restart packet transmitted

Reset packet received

Reset packet transmitted

Clear packet received

Clear packet transmitted

Diagnostic packet transmitted

Diagnostic packet received

Service disruption reset packet

Service disruption clear packet

The possible cause codes for the generation of ISDN301 for packet data:

DTE Restart

Local Procedure Error

Network Congestion

Network Operational

Registration/Cancellation con rmed

DTE Originated

Out of Order

Remote Procedure Error Remote DTE Operational

Incompatible Destination

Network Out of Order

Number Busy

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Reverse Charging Acceptance Not Subscribed

Fast Select Acceptance Not Subscribed

Ship Absent

Invalid Facility Request

Access Barred Not Obtainable

RPOA Out of Order

Diagnostic Packet

Remedial actionn/a Save this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN301 mmmdd hh:mm:ss ssdd INFO Layer 3 ProtocolAbnormality

PMID: <n>LEN: <len>TEI: <n>PDN: <n>

Abnormality: <Abnormality Type>

Cause: <Cause Type>

ISDN301 mmmdd hh:mm:ss ssdd INFO Layer 3 Packet Protocol

Abnormality

LEN: <len>

Abnormality: <Abnormality Type>

Cause: <Cause Type>

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN301 is aninformation-only log and does notrequire action

Layer 3 ProtocolAbnormality

Constant Fixed Indicates that the system detects alayer 3 protocol abnormality

PMID LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and the associatednumber of the PM.

LEN Alphanumeric textstring

Variable Provides the external description ofthe line equipment number (LEN).

TEI 0-127 Variable Terminal endpoint identifier (TEI)specifies a number assigned to anISDN set. 127 indicates an invalid TEIvalue.

PDN 10 digits Variable Provides the primary directory number(PDN) as a full national directorynumber (DN) that includes the servingnumbering plan area (SNPA).

Abnormality Symbolic text Variable Indicates layer 3 protocol abnormality.The types of protocol abnormalities forvoice services and packet data arelisted in "Explanation" .

Cause Symbolic text Variable Indicates the cause value for the layer3 protocol abnormality. The causes ofprotocol abnormalities for voiceservices and packet data are listed in"Explanation" .

Active message exampleISDN301 AUG11 01:00:53 4827 INFO Layer 3 ProtocolAbnormality

LTC: 1 LEN: HOST 01 1 14 25 TEI: 69 PDN: 6136217356

Abnormality: Disconnect Received

Cause: Temporary Failure

ISDN301 NOV27 02:00:01 7800 INFO Layer 3 Packet Protocol

Abnormality

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LEN: HOST 01 0 04 04

ABNORMALITY:RESTART PKT TRANSMITTED

CAUSE: LOCAL PROCEDURE ERROR

Clear message examplen/a

Associated OM registers

ISDN302The Integrated Services Digital Network (ISDN) subsystem generates logreport ISDN302 to track parameter downloading abnormalities.

The system generates ISDN302 under the following conditions:

• The XPM receives a parameter download (PD) request from theterminal through a REGISTER message. The REGISTER isSCP_X_Originate_Msg with the PDL_Start_Event. The ExtendedPeripheral Module (XPM) determines that some type of initial erroroccurred. The system sends the REGISTER message to the CM toindicate that the system received a PD request. The XPM sends aRELEASE_COMPLETE message with the speci ed error that occurred.The RELEASE_COMPLETE message is an SCP_X_Feature_Msg witha PDL_Log Event. The message from the XPM allows the FPE todetermine the type of error that occurred. The FPE generates theISDN302 log report.

• The XPM receives a PD request from the terminal and an error did notoccur. The XPM sends a REGISTER message to the CM to request adownload. This REGISTER message is an SCP_X_Originate_Msg withthe PDL_Start_Event. The CM starts to gather the data to download.The data can be digital network interconnecting (DNI) or do not Disturb(DND). When an error occurs while the CM attempts to retrieve thedata, the CM generates the ISDN302 log with the error condition. TheCM sends a RELEASE_COMPLETE message to the XPM. Thismessage is an SCP_C_Feature_Msg with and PDL_Abort_Event.

• The XPM receives a PD request from the terminal and an error did notoccur. The XPM sends a REGISTER message to the CM that indicatesthe XPM requires a PD. The REGISTER message is anSCP_X_Originate_Msg with the PDL_Start_Event. The CM can gatherthe data and download the data to the XPM. The data can be DNI orDND. When the XPM detects an error in the data that the CMdownloads, the XPM sends a RELEASE_COMPLETE message to the

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CM. The RELEASE_COMPLETE message is an SCP_X_Feature_Msgwith an PDL_Release_Event. The message identi es the error thatoccurred.

• The XPM receives a PD request from the terminal and an error did notoccur. The XPM sends a REGISTER message to the CM that indicatesthe XPM requires a PD. The REGISTER message is anSCP_X_Originate_Msg with the PDL_Start_Event. The CM can gatherthe data and download the data to the XPM. The data can be DNI orDND. The terminal detects an error in the data that the CM downloads.The terminal sends a RELEASE_COMPLETE message to the XPM.The XPM determines the error that occurred and sends aRELEASE_COMPLETE message to the CM. TheRELEASE_COMPLETE message is an SCP_X_Feature_Msg with anPDL_Release_Event.

Different data requirements cause different event types. A e xible formatprocedure is provided.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatISDN302 mmmddhh:mm:ss ssdd Parameter Downloading Abnormality

LEN = <len>

SPID = <spid>or TEI = <tei>(see note 1)

SOURCE: XPM/CPE/CM CAUSE: <cause value>(see note 2)

ANALYSIS DATA: <analysis data>(see note 2)

ERROR DETAIL: <Optional Data>(see note 2)

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Selected field descriptionsField Value Fixed or

VariableDescription

LEN 0 to 25 Variable Provides an external description of theline equipment number (LEN)

SPID 0 to 19 Variable Identifies the Service Profile ID (SPID)for which a PD error occurred. Theuser enters the SPID.

TEI 0 to 127 Variable Identifies the Terminal EndpointIdentifier (TEI) of the terminal. The TEIis present when the:

*terminal/phone is not initialized

*SPID is not present

*SPID is not consistent

*XPM cannot not interpret the SPID

SOURCE Values can be one ofthe following: *XPM*CM *CPE

Variable Indicates the location of the error inthe switch and terminal duringdownload.

CAUSE Values can be one ofthe following:*General downloaderror *ROSE ROIVerror *Terminal failedto report results*Segmentation error*Too frequent request*Terminal not started*Duplicate request*Improper SPID *Non-existent SPID*Inconsistent SPID*ROSE reject generalerror *OSE rejectinvoke error *Useraborted download*Data not consistentwith terminal *Invalidunrecognizeableevent report*Reassembly error*ROSE error

Variable Indicates the reason for failure.

ANALYSIS DETAIL 0 TO 199. This fielddoes not alwayscontain information.Values can be one of

Variable Provides additional detailedinformation about the problem.Includes information on incorrect datain the incoming message.

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Field Value Fixed orVariable

Description

the following:*Unrecognized APDU*Mistyped APDU*Badly structuredAPDU *UnuseableAPDU *Duplicateinvocation*Unrecognizedoperation *Mistypedargument *Resourcelimitation *Invalid data*Call Appearance notsupported *IntercomGroups not supported*FA or Fl out of range*Call Appearance IDout of range *DNAppearance ID out ofrange *Excess DNsent *BC notsupported *Timerexpiry *No suchobject instance*Message problem*None

ERROR DETAIL 0 to 199. This fielddoes not alwayscontain information.This field can containvalues that are a bytestream of the APDUor the TEI.

Variable Provides additional detailedinformation about the problem.Includes information on data in theincoming message.

Active message exampleISDN302 APR20 01:03:40 4833 INFO Parameter DownloadingAbnormality

LEN = HOST 10 1 00 03

SPID = 862401

SOURCE: XPM CAUSE: ROSE Reject Invoke Error

ANALYSIS DATA: Mistyped Argument

ERROR DETAIL: 02 02 31 32 AC 08 82

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Clear message examplen/a

Associated OM registers

ISDN303The ISDN subsystem generates log report ISDN303 when layer 3 packetabnormality counters exceed capacity on a basic rate interface (BRI) line.X.25 Protocol Systems (XPS) in the X.25 link interface unit (XLIU) keep thecount of layer 2 packet abnormalities. The XPSs generate this log whenthe counter exceeds its capacity. The XPSs also port the information forthis log to the computing module (CM) for generation of its log report. TheCM log is identical to the XLIU log.

The ISDN303 log lists the line equipment number (LEN), the type ofcounter capacity, the type of abnormality, and the counter capacity.

Remedial actionReport the instance of this log generation to the personnel responsible forthe next level of support.

AttributesAttribute Value

Severity Warning

FormatISDN303 mmmdd hh:mm:ss ssdd INFO Layer 3 Packet CounterCapacity

Log

LEN <len>

Counter/Reason: <Abnormality Type>TYPE: Abnormality

Counter Capacity: <n>

Selected field descriptionsField Value Fixed or

VariableDescription

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Counter/Reason Symbolic text Variable Describes the abnormality

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Field Value Fixed orVariable

Description

TYPE Symbolic text Variable Indicates the type as abnormality orservice disruption

Counter Capacity Hexadecimal number Variable Indicates the counter capacity value

INFO Layer 3 PacketCounter Capacity Log

Constant Fixed Information-only message: packetabnormality counter capacity

Active message exampleISDN303 NOV27 13:23:58 4600 INFO LAYER 3 COUNTER CAPACITY

LEN: ISDN 00 0 10 00

COUNTER/REASON: RESET PACKET TRANSMITTED TYPE: PACKET

PROTOCOL ABNORMALITY

COUNTER CAPACITY: #FFFF FFFF

ISDN303 DEC01 02:00:01 2200 INFO Layer 3 Packet CounterCapacity Log

LEN: HOST 00 0 10 00

COUNTER/REASON: RESET PACKET TRANSMITTED TYPE: PACKET

PROTOCOL ABNORMALITY

COUNTER CAPACITY: #FFFF FFFF

Clear message examplen/a

Associated OM registers

ISDN304The Integrated Services Digital Network (ISDN) subsystem generatesISDN304. This event occurs when the D-channel handler-channel handler(DCH) or enhanced D-channel handler (EDCH) detects a layer-2 protocolabnormality. The technical requirement 821 (TR821) speci es thisabnormality. The report includes the type of abnormality.

Abnormality type that appears in the abnormality field of an ISDN301 logreport:

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Disconnect Mode frame Rcvd

Disconnect Mode frame Sent

Frames Rcvd w/cntrl field not defined

Frames Rcvd w/info field not permitted or supervisory or unnum frame w/incorrect length

Frames Rcvd w/invalid receive sequence number

Frames Rcvd w/info field exceeds max established length

Unexpected frames received

FRMR frame Rcvd

UA or DM not Rcvd to establish or reset link after N2 SABM sent

Invalid frames Rcvd

Remedial actionThere is no action required. Save this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN304 mmmdd hh:mm:ss ssdd INFO Layer 2 ProtocolAbnormality

typtxt pmid: <n>LEN: <len>TEI: <n>

Abnormality: <Abnormality Type>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that this log report isinformation only. There is no exactaction to take.

Layer 2 ProtocolAbnormality

Layer 2 ProtocolAbnormality

Variable Indicates that the detection of alayer-2 abnormality.

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Field Value Fixed orVariable

Description

typtxt symbolic text Variable Identifies the D-channel type.

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and the associatednumber.

LEN Integers Variable Provides the external image of the lineequipment number (LEN).

TEI 0-127 Variable Identifies the TEI number.

Abnormality Symbolic text Variable Indicates layer-2 abnormality. Theabnormalities are listed in"Explanation"

Active message exampleISDN304 AUG11 01:00:53 4827 INFO Layer 2 ProtocolAbnormality

BRA LTC: 1 LEN: HOST 01 1 14 25 TEI:69

Abnormality: Disconnect mode frame rcvd

Clear message examplen/a

Associated OM registers

ISDN305The Integrated Services Digital Network (ISDN) subsystem generates thislog when an ISDN line exceeds the Service Disruption threshold. Thisthreshold is de ned by of ce parameter LAYER2_SERVICE_DSRPT_THLD, which resides in table OFCVAR.

Remedial actionNo speci c action is required. Sa ve this log report for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN305 mmmdd hh:mm:ss ssdd INFO Service disruption exceeded

typtxt pmid: <n>LEN: <len>

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Abnormality: <Abnormality Type>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that this is an information-only log report that requires nospecific action to be taken.

Service DisruptionExceeded

Service DisruptionExceeded

Variable Indicates that the service disruptionthreshold has been exceeded.

typtxt symbolic text Variable Identifies the D-channel type.

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and its associatednumber. Refer to Table I of the LogReport Reference Manual .

LEN Integers Variable Provides the external representationof the line equipment number (LEN).

Active message exampleISDN305 Jan 29 22:53:15 0538 INFO Service DisruptionExceeded

BRA LTC: 0 LEN: HOST 01 0 07 03

LEN has exceeded the Layer 2 Service Disruption threshold.

Clear message examplen/a

Associated OM registers

ISDN306The ISDN subsystem generates log report ISDN306 when layer 2 packetabnormality counters exceed capacity on a basic rate interface (BRI) line.X.25 Protocol Systems (XPS) in the X.25 link interface unit (XLIU) keep thecount of layer 2 packet abnormalities. The XPSs generate this log whenthe counter exceeds its capacity. The XPSs also port the information forthis log to the computing module (CM) for generation of its log report. TheCM log is identical to the XLIU log.

The ISDN306 log lists the line equipment number (LEN), the type ofcounter capacity, the type of abnormality, and the counter capacity.

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Remedial actionReport the instance of this log generation to the personnel responsible forthe next level of support.

AttributesAttribute Value

Severity Warning

FormatISDN306 mmmdd hh:mm:ss ssdd INFO Layer 2 Packet CounterCapacity Log

LEN <len>

Counter/Reason: <Abnormality Type>TYPE: <Abnormality>

Counter Capacity: <n>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 2 PacketCounter Capacity Log

Constant Fixed Information-only message: packetabnormality counter capacity

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Counter/Reason Symbolic text Variable Describes the abnormality

TYPE Symbolic text Variable Indicates the type as protocolabnormality or service disruption

Counter Capacity Hexadecimal number Variable Indicates the counter capacity value

Active message exampleISDN306 JAN25 02:06:03 4800 INFO Layer 2 Counter Capacity

LEN: ISDN 00 0 10 00

COUNTER/REASON: FRMS RCVD WITH INVALID RECEIVE SEQ NUMBER

TYPE: PROTOCOL ABNORMALITY

COUNTER CAPACITY: #FFFF FFFF

ISDN306 JAN25 02:06:03 3100 INFO Layer 2 Packet CounterCapacity Log

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LEN: ISDN 00 0 10 00

COUNTER/REASON: FRMS RCVD WITH INVALID RECEIVE SEQ NUMBER

TYPE: PROTOCOL ABNORMALITY

COUNTER CAPACITY: #FFFF FFFF

Clear message examplen/a

Associated OM registers

ISDN307The ISDN subsystem generates log report ISDN307 when the HDLC frameprocessor (HFP) nds a packet abnormality for layer 2. The HFP is part ofthe DMS packet handler. X.25 Protocol Systems (XPS) in the X.25 linkinterface unit (XLIU) detect packet abnormalities and generate this log. TheXPSs also port the log information to the computing module (CM) forgeneration of its log report.

Log report ISDN307 lists the line equipment number (LEN) and the type ofpacket abnormality. The CM log report ISDN307 also includes the channeltype on which the layer 2 packet abnormality occurred on the BRI accessline.

Remedial actionReport the instance of this log generation to the personnel responsible forthe next level of support.

AttributesAttribute Value

Severity Warning

FormatISDN307 mmmdd hh:mm:ss ssdd INFO Layer 2 ProtocolAbnormality

LEN: <len>

ABNORMALITY: <Abnormality Type>

ISDN307 mmmdd hh:mm:ss ssdd INFO Layer 2 Packet Protocol

Abnormality Log

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LEN: <len>Channel: <Channel Type>

ABNORMALITY: <Abnormality Type>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 2 PacketProtocol AbnormalityLog

Constant Fixed Information-only message: layer 2protocol abnormality

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Channel B1, B2, D Variable Indicates the channel type on whichthe layer 2 packet protocolabnormality occurred on the BRIaccess line

Abnormality Symbolic text Variable Indicates the type of abnormalitydetected on the BRI line

Active message exampleISDN307 NOV27 02:00:01 7800 INFO Layer 2 ProtocolAbnormality

LEN: HOST 01 0 04 04

ABNORMALITY: UNEXPECTED FRMS RCVD

ISDN307 DEC01 13:25:34 8000 INFO Layer 2 Packet ProtocolAbnormality Log

LEN: HOST 00 0 00 0 Channel: B2

ABNORMALITY: DM FRM SENT IN RESPONSE TO SABM/SABME

Clear message examplen/a

Associated OM registers

ISDN308The ISDN subsystem generates log report ISDN308. ISDN308 generates ifthe count of layer 2 service disruptions exceeds the value set for of ceparameter LAYER2_SERVICE_DSRPT_THLD in table OFCVAR.ISDN308 displays the threshold value for service disruptions, the lineequipment number (LEN), and the count of service disruptions.

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Remedial actionThere is no action required. Retain this log for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN308 mmmdd hh:mm:ss ssdd INFO Layer 2 Service Disruption

Threshold

Pkt L2 Service Disruption Threshold: <n>

LEN <len>Pkt L2 Service Disruptions: <n>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 2 ServiceDisruption Threshold

Constant Fixed Information-only message: Layer 2Service Disruption

Pkt L2 ServiceDisruption Threshold

1-1000 Variable Indicates the value set for officeparameterLAYER2_SERVICE_DSRPT_THLD

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Pkt L2 ServiceDisruptions

0-65535 Variable Indicates the count of layer 2 servicedisruptions

Active message exampleISDN308 APR27 01:44:54 0293 INFO Layer 2 Service Disruption

Threshold

Pkt L2 Service Disruption Threshold: 4

LEN HOST 01 0 04 04 Pkt L2 Service Disruptions: 12

Clear message examplen/a

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Associated OM registers

ISDN309The ISDN subsystem generates log report ISDN309. ISDN309 generates ifthe count of layer 3 service disruptions exceeds the value set for of ceparameter LAYER3_PACKET_SVC_THLD in table OFCVAR. ISDN309displays the threshold value for service disruptions, the line equipmentnumber (LEN), and the count of service disruptions.

Remedial actionThere is no action required. Retain this log for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN309 mmmdd hh:mm:ss ssdd INFO Layer 3 Service Disruption

Threshold

Pkt L3 Service Disruption Threshold: <n>

LEN <len>Pkt L3 Service Disruptions: <n>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer 3 ServiceDisruption Threshold

Constant Fixed Information-only message: Layer 3Service Disruption Threshold

Pkt L3 ServiceDisruption Threshold

1-1000 Variable Indicates the value set for officeparameterLAYER3_PACKET_SVC_THLD

LEN Alphanumeric textstring

Variable Provides the external description ofthe LEN

Pkt L3 ServiceDisruptions

0-65535 Variable Indicates the count of layer 3 servicedisruptions for the LEN

Active message exampleISDN309 APR27 01:44:54 0697 INFO Layer 3 Service Disruption

Threshold

Pkt L3 Service Disruption Threshold: 4

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LEN HOST 01 0 00 04 Pkt L3 Service Disruptions: 28

Clear message examplen/a

Associated OM registers

ISDN311The integrated services digital network (ISDN) subsystem generates theISDN311 log report. ISDN311 generates when the layer 3 circuit-switchedservice disruption count for a basic rate interface (BRI) line exceeds itsthreshold value. Of ce parameter L3_SVC_DSRPT_THLD in tableISDNVAR de nes the threshold v alue.

The XMS-based peripheral module (XPM) detects ISDN layer 3 signalingconditions that cause D-channel service disruptions on a BRI. The XPMthen sends a record of the service disruption to the computing module(CM), which increments the layer 3 service disruption counter.

Remedial actionn/a is required. Use this log for performance monitoring.

AttributesAttribute Value

Severity Warning

FormatISDN311 mmmdd hh:mm:ss ssdd INFO Service Disruption Exceeded

pmid: <n>LEN: <len>

<Description>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN311 is aninformation-only log and does notrequire action

Service DisruptionExceeded

Constant Fixed Indicates that the layer 3 servicedisruption count for circuit-switchedservices exceeds its threshold value

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Field Value Fixed orVariable

Description

pmid LTC, LGC, RCC Variable Identifies the type of peripheralmodule (PM) and its associatednumber. Refer to table I in thisdocument for more information.

LEN Alphanumeric textstring

Variable Provides the external description ofthe line equipment number (LEN)

Description Text Variable Indicates that the LEN has exceededthe layer 3 service disruptionthreshold for circuit switched services

Active message exampleISDN311 APR08 18:14:33 8119 INFO Service Disruption Exceeded

LTC: 3 LEN: HOST 07 1 00 04

LEN has exceeded the Layer 3 Service Disruption Threshold

for Ckt

Clear message examplen/a

Associated OM registers

ISDN312The integrated services digital network (ISDN) subsystem generates theISDN312 log report. ISDN312 occurs when the layer 3 service disruptioncounter for circuit-switched services reaches its capacity on a basic rateinterface (BRI) line.

ISDN312 lists the affected peripheral module (PM), line equipment number(LEN), and the counter capacity.

Remedial actionn/a is required. Use this log for performance monitoring.

AttributesAttribute Value

Severity Warning

FormatISDN312 mmmdd hh:mm:ss ssdd INFO Counter Capacity Reached

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pmid: <n>LEN: <len>

<Description>

Counter Capacity: #FFFF

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN312 is aninformation-only log and does notrequire action

Counter CapacityReached

Constant Fixed Indicates that the layer 3 servicedisruption counter for circuit-switchedservices is at its maximum value

pmid LTC, LTG, RCC Variable Identifies the type of PM and itsassociated number. Refer to table I inthis document for more information.

LEN Alphanumeric text Variable Provides the external description ofthe LEN

Description Text Variable Indicates that the layer 3 servicedisruption counter for circuit switchedservices for the LEN has reached itscapacity

Counter Capacity Hexadecimal number Variable Indicates the counter capacity

Active message exampleISDN312 APR08 16:43:05 8119 INFO Counter Capacity Reached

LTC: 3 LEN: HOST 07 1 00 04

Layer 3 Service Disruption counter has reached its

capacity for Ckt.

Counter Capacity: #FFFF

Clear message examplen/a

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Associated OM registers

ISDN313The ISDN subsystem generates log report ISDN313 after the detection of alayer 3 packet protocol abnormality. Technical Requirement 821 (TR821)describes the layer 3 protocol abnormality.

The ISDN subsystem generates this log report when it nds a layer 3 packet protocol abnormality on a packet link. Log report ISDN313 lists the typeof abnormality and information about the cause of the abnormality. X.25Protocol Systems (XPS) in the X.25 link interface unit (XLIU) detect packetabnormalities and generate log report ISDN 301. The XPSs also port thelog information to the computing module (CM) for generation as log reportISDN313.

Remedial actionThere is no action required. Save this log for debugging purposes.

AttributesAttribute Value

Severity Warning

FormatISDN313 mmmdd hh:mm:ss ssdd INFO Layer 3 Packet Protocol

Abnormality Log

LEN: <len>Channel: <Channel Type>

Abnormality: <Abnormality Type>

Cause: <Cause Type>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Indicates that ISDN313 is aninformation-only log and does notrequire action.

Layer 3 PacketProtocol AbnormalityLog

Constant Fixed Indicates that the system detects alayer 3 protocol abnormality.

LEN Alphanumeric textstring

Variable Provides the external description ofthe line equipment number (LEN).

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Field Value Fixed orVariable

Description

Channel B1, B2, D Variable Indicates the channel type on whichthe Layer 3 Packet ProtocolAbnormality occurred on the BRIaccess line.

Cause Symbolic text Variable Indicates the cause value for the layer3 protocol abnormality. "Additionalinformation" in this module lists thecauses of protocol abnormalities forvoice services and packet data.

Abnormality Symbolic text Variable Indicates layer 3 protocol abnormality."Additional information" in this modulelists the types of protocolabnormalities for voice services andpacket data.

Active message exampleISDN313 DEC01 13:23:58 2300INFO Layer 3 Packet Protocol

Abnormality Log

LEN: ISDN 00 0 10 01 Channel: D

Abnormality: Reset Packet Transmitted

Cause: Out of Order (01)

Clear message examplen/a

Associated OM registers

ISDN401The DMS switch generates the ISDN401 log report at 00:14 during each24-h period, if the operating company personnel sets the ISDN401 loggeneration ON. This log report contains the details about the transmissionperformance of a single Northern Telecom National ISDN (NTNI) primaryrate interface (PRI) D-channel. Both the log report and report type areadded in module ISTLGIPL.

The ISDN401 log report contains the following information:

• NTNI PRI D-channel information

• period of time for the reported counts

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• counts from the four active counters for the 24-h period

• percentage of retransmissions and percentage reception errors fromthe active counters for the 24-h period

The PRI: OFM-Data Link Monitor feature allows the DMS switch togenerate log report ISDN401. The default for this option is OFF. Theoperating company personnel must activate this option with the CIcommand PRADLYLG. This command controls the log generationmechanism for all the NTNIPRI D-channels on the DMS switch. Operatingcompany personnel can use the rst option in the PRADL YLG command,TXPERF, to turn on OFM 13, turn off OFM 13, or query the OFM 13 status.

Once the operating company personnel activate the log report option, theDMS switch generates log report ISDN401. The DMS switch generates logreport ISDN401 at 00:14 h at the end of a 24-h count period for each NTNIPRI D-channel. The DMS switch generates log report ISDN401. The DMSswitch then transfers the contents of the active counter to the holdingcounter, and then resets the active counters.

Remedial actionBellcore TR-TSY-000821 recommends 4% as the default value forpercentage of transmissions. If the percentage of retransmissions exceedsthis default value, then determine the reason for the increase in theretransmissions rate and take corrective measures.

AttributesAttribute Value

Severity Warning

FormatLOAD_NAME CM ISDN401 mmmdd hh:mm:ss ddd INFO PRI

PERFORMANCE REPORT Transmission Performance Count for

<pm_type><ext_pmno><ckt_no><timeslot_no>from mmm-dd hh:mm

to mmm-dd hh:mm:ss

----------

Counter Name Value Counter Name Value

----------

PRI_S0_RETX xxxxxxxxxx PRI_S0_RX_CRC xxxxxxxxxx

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PRI_S0_TX xxxxxxxxxx PRI_S0_RX xxxxxxxxxx

%_PRI_RETX xxx.xx% %_PRI_ERROR xxx.xx%

----------

Selected field descriptionsField Value Fixed or

VariableDescription

pm_type 0-125 Variable This integer is the size of thesymbolic, such as "DTCI or "LTC".This value is the datafill in tableTRKSGRP.

ext_pmno 0-511 Variable This integer is the PM number onwhich the D-channel resides. Thisvalue is the datafill in tableTRKSGRP.

ckt_no 1 -180 Variable This integer is the circuit number(DS-1 number) on which the D-channel resides. This value is thedatafill in table TRKSGRP.

timeslot_no 1 -24 Variable This integer is the timeslot (channel)on which the D-channel resides. Thisvalue is the datafill in tableTRKSGRP. (For this NTNI log, theonly valid value is 24.)

PRI_S0_RETX 0-4294967295 Variable This value is the number of frames theD-channel retransmits in the ISDNswitch.

PRI_S0_RX_CRC 0-4294967295 Variable This value is the number of frames theD-channel receives in error in theISDN switch.

PRI_S0_TX 0-4294967295 Variable This value is the total number offrames the D-channel transmits in theISDN switch.

PRI_S0_RX 0-4294967295 Variable This value is the total number offrames the D-channel receives in theISDN switch.

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Field Value Fixed orVariable

Description

%_PRI_RETX 0-100 Variable This value is the percentage of framesthe ISDN switch retransmits. Thispercentage is the number ofretransmissions divided by the totalnumber of transmitted frames andthen multiplied by 100%.

%_PRI_ERROR 0-100 Variable This value is the percentage of errorframes the ISDN switch receives. Thispercentage is the number of framesreceived in error divided by the totalnumber of frames received and thenmultiplied by 100%.

Active message exampleTCSA_08AK CM ISDN401 MAY21 00:14:13 2800 INFO PRI

PERFORMANCE REPORT Transmission Performance Count for DTCI 0

1 24 from MAY-20 00:14 to MAY-21 00:14

-------------------------------------------------------

Counter Name Values Counter Name Values

-------------------------------------------------------

PRI_S0_RETX 70 PRI_S0_RX_CRC 0

PRI_S0_TX 2000 PRI_S0_RX 3000

%_PRI_RETX 3.50% %_PRI_ERROR 0.00

-------------------------------------------------------

Clear message examplen/a

Associated OM registers

ISDN402The DMS switch generates ISDN402 log report at 00:14 during each 24-hperiod if the operating company personnel sets ISDN402 log generationON. This log report contains the details about layer 2 and layer 3 protocolabnormalities of a single Northern Telecom National ISDN (NTNI) PRI D-

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channel in the DMS switch. For a list of layer 2 and layer 3 protocolabnormalities that can occur, refer to the PRI Service Disruptions andAbnormalities feature description in the Feature Description manual. Boththe log report and report type are added in module ISTLGIPL.

Log report ISDN402 contains the following information:

• NTNI PRI D-channel information

• duration of time for which the counts are reported

• counts of the two active counters that contain the 24-h counts

The PRI: Service Disruptions and Abnormalities feature allows the DMSswitch to generate log report ISDN402. The default for this option is OFF.The operating company personnel must use the CI command PRADLYLGto activate this log reporting option. This command controls the loggeneration mechanism for all the NTNI PRI D-channels on the DMSswitch. Operating company personnel can use the rst option in the PRADLYLG command, HPRABN, to perform the following:

• to turn on the operational feature matrix (OFM) 14

• to turn off the OFM 14

• to query the OFM 14 status

When the operating company personnel activate the log report option, theDMS switch can generate log report ISDN402. The DMS switch generateslog report ISDN402 at 00:14 h at the end of a 24-h count period for eachNTNI PRI D-channel. The DMS switch generates this log report and thentransfers the contents of the active counter to the holding counter, and thenresets the active counters.

Remedial actionBellcore TR-TSY-00821 recommends the following default values:

• 30 for layer 2 protocol abnormalities

• 20 for layer 3 protocol abnormalities

Layer 2 and layer 3 abnormality counts can exceed the respective defaultvalues. Check the reason for the increase in the abnormality counts andtake corrective measures.

AttributesAttribute Value

Severity Warning

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FormatLOAD_NAME CM ISDN402 mmmdd hh:mm:ss ssdd INFO PRI

ABNORMALITY REPORT Protocol Abnormality Rate for <pm_type>

<ext_pmno><ckt_no><timeslot_no>from mmm-dd hh:mm to mmm-dd

hh:mm

______________________________________________________

Counter Name Value Counter Name Value

PRI_L2_ABN xxxxx PRI_L3_ABN xxxxx

_______________________________________________________

Selected field descriptionsField Value Fixed or

VariableDescription

pm_type 0-125 Variable This number is the size of thesymbolic, such as "DTCI" or "LTC".This value is the datafill in tableTRKSGRP.

ext_pmno 0-511 Variable This integer is the PM number onwhich the D-channel resides. Thisvalue is the datafill in tableTRKSGRP.

ckt_no 1-180 Variable This integer is the circuit number(DS-1 number) on which the D-channel resides.

timeslot_no 1-24 Variable This integer is the timeslot (channel)on which the D-channel resides. Thisvalue is the datafill in tableTRSKGRP. (For the NTNI log, theonly valid value is 24.)

PRI_L2_ABN 0-65535 Variable This integer is the number of layer 2protocol abnormalities for the D-channel.

PRI_L3_ABN 0-65535 Variable This integer is the number of layer 3protocol abnormalities for the D-channel.

Active message exampleTCSA_08AK CM ISDN402 MAY21 00:14:13 2800 INFO PRI

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ABNORMALITY REPORT Protocol Abnormality Rate for DTCI 0 1 24

from MAY-20 00:14 to MAY-21 00:14

--------------------------------------------------------

Counter Name Value Counter Name Value

--------------------------------------------------------

PRI_L2_ABN 7 PRI_L3_ABN 4

--------------------------------------------------------

Clear message examplen/a

Associated OM registers

ISDN404Log report ISDN 404 provides the operating company with a status reportof the accessibility of the Call Forward Interface Busy (CFIB) billingcounters, which are maintained on a routelist basis. The switch generatesone log report for each routelist every 24 hours (at 00:14 hours).

Remedial actionFor immediate information only. n/a is required.

AttributesAttribute Value

Severity Warning

FormatLOAD_NAME CM ISDN 404 mmmdd hh:mm:ss ssdd INFO BILLINGCOUNTER REPORT

CFIB Billing counters for <route>from mmm dd hh:mm to mmm ddhh:mm

------------------------------------------------------------------------

Billing Counter Value

---------------------------------------------------------------------

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RND_Answers xxxx

RDN_Alerted xxxx

RDN_Busy xxxx

RDN_No_Avail xxxx

Selected field descriptionsField Value Fixed or

VariableDescription

route RTE_TAB (IBNRTE,IBNRT2, IBNRT3,IBNRT4, OFRT,OFR2, OFR3, OFR4)route_index (0-1023)

Variable Route

Datafilled in table DNROUTE for theDN that has CFIB subscribed

RDN_Answers unsigned integer size:0-65,536

Variable Counts the number of forwarded callsthat are answered by a remote DN

RDN_Alerted unsigned integer size:0-65,536

Variable Counts the number of forwarded callsthat are not answered by a remote DN

RDN_Busy unsigned integer size:0-65,536

Variable Counts the number of forwarded callsto a remote DN that is busy

RDN_No_Avail signed integer size:0-65,536

Variable Counts the number of forwarded callsfor which the remote switch does nothave an available B-channel toterminate the call

Active message exampleTCSA_11AK CM ISDN 404 NOV 11 00:14:11 9300 INFO BILLINGCOUNTER REPORT

CFIB Billing counters for IBNRTE 20 from NOV 10 00:14 to NOV11 00:14

---------------------------------------------------------------------

Billing Counter Value

------------------------------------------------------------------------

RDN_Answers 2

RDN_Alerted 0

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RDN_Busy 0

RDN_No_Avail 3

Clear message examplen/a

Associated OM registers

ISP101The Packet Handler (PH) subsystem generates ISP101. The subsystemgenerates ISP101 when the system cannot establish a communicationslink between the PH and the operations, administration, and maintenanceprocessor (OAMP). The log also appears if the system detects a link failurewhen the link establishes.

Remedial actionDetermine the problem with the link and correct the problem. Check thatthe PH is rebooting. Make sure the OAMP and the link function.

AttributesAttribute Value

Severity Warning

FormatISP101 alarm date time INFO PH-Communications Link Failure

Problem : probtxt

Reason Code : codetxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH-Communications LinkFailure

Constant Fixed Indicates a failure in thecommunications link between theOAMP and the PH.

Problem Symbolic text Variable Indicates the problem that caused thelink failure.

Reason Code Integers Variable Identifies the reason code.

Active message exampleISP101 alarm date time INFO PH-Communications Link Failure

ISP101 683

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Problem : Could not establish link

Reason Code : 0

Clear message examplen/a

Associated OM registers

ISP102The Packet Handler subsystem generates ISP102. The subsystemgenerates ISP102 when the operations, administration, and maintenanceprocessor (OAMP) tries to upload a master con guration le (MCF). The OAMP tries to upload this MCF from the Packet Handler (PH) and this MCFis not present.

Remedial actionCheck the PH to make sure if the MCF is present. If the le is not present,the command is not correct. If the le is present, then the O AMP is notfunctioning correctly. Generate a customer service report (CSR), andattach a copy of the log report.

AttributesAttribute Value

Severity Warning

FormatISP102 alarm date time INFO PH-Service data upload Failure

Problem : probtxt

AM File Name : amtxt

Selected field descriptionsField Value Fixed or

VariableDescription

1NFO PH-Servicedata upload Failure

Constant Fixed Indicates that the OAMP cannotupload data from the PH.

Problem Symbolic text Variable Indicates the file is not found.

AM File Name Symbolic text Variable Identifies the AM that required thedata.

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Active message exampleISP102 alarm date time INFO PH-Service data upload Failure

Problem : File not found

AM File Name : am1

Clear message examplen/a

Associated OM registers

ISP103The Packet Handler (PH) subsystem generates ISP103. The subsystemgenerates ISP103 when the operation, administration, and maintenanceprocessor (OAMP) tries to download a master con guration le (MCF) to thePH.

Remedial actionIf the reason indicates that the le is already present, the command is notcorrect. If you cannot create the le, contact the ne xt level of maintenance.

AttributesAttribute Value

Severity Warning

FormatISP103 alarm date time INFO PH-Service data download Failure

Problem : probtxt

AM File Name : amtxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH-Servicedata download Failure

Constant Fixed Indicates that the OAMP failed todownload a MCF file to the PH.

Problem Symbolic text Variable Identifies the reason for the failure.

AM File Name Symbolic text Variable Identifies the file that the OAMP failedto download.

ISP103 685

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Active message exampleISP103 alarm date time INFO PH-Service data download Failure

Problem : Cannot create mcf

AM File Name : AM1

Clear message examplen/a

Associated OM registers

ISP104The Packet Handler (PH) subsystem generates ISP104. The subsystemgenerates ISP104 when the operation, administration, and maintenanceprocessor (OAMP) fails to activate the data for an access module (AM) onthe PH.

Remedial actionMake sure that the AM is operational before you use the command. If theproblem eld indicates Activate failure, the data in the command is notcorrect. Correct the data and use the command again.

AttributesAttribute Value

Severity Warning

FormatISP104 alarm date time INFO PH-Activate Service data Failed

Problem : probtxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH-ActivateService data Failed

Constant Fixed Indicates that the OAMP failed toactivate the data for an AM.

Problem Symbolic text Variable Identifies the reason for failure.

Active message exampleISP104 alarm date time INFO PH-Activate Service data Failed

Problem : AM not operational

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Clear message examplen/a

Associated OM registers

ISP105The Packet Handler (PH) subsystem generates ISP105 when a softwareproblem occurs on the SUN occurs.

Remedial actionGenerate a customer service report (CSR) and attach a copy of the logreport.

AttributesAttribute Value

Severity Warning

FormatISP105 date time INFO PH-SOFTWARE ERROR

ERROR REASON : errortxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH-SOFTWARE ERROR

Constant Fixed Indicates that a software erroroccurred.

ERROR REASON Integers Variable Identifies the error.

Active message exampleISP105 date time INFO PH-SOFTWARE ERROR

ERROR REASON : 1

Clear message examplen/a

ISP105 687

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Associated OM registers

ISP106The Integrated-Services Digital Network (ISDN) subsystem generates logreport ISP106. The ISDN subsystem generates ISP106 when the systemdrops the link to the operations, administration, and maintenanceprocessor (OAMP).

Remedial actionInspect network operations protocol (NOP) logs to determine the reasonfor the link failure. Correct the problem.

AttributesAttribute Value

Severity Warning

FormatISP106 date time INFO ISDN Service Provisioning Error

Communications link to the OAMP has been dropped.

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISDN ServieProvisioning Error

Constant Fixed A service provisioning error occurred.

Communications linkto the OAMP hasbeen dropped.

Constant Fixed An error occurred after the systemdropped the link to OAMP.

Active message exampleISP106 date time INFO ISDN Service Provisioning Error

Communications link to the OAMP has been dropped.

Clear message examplen/a

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Associated OM registers

ISP107The Integrated-Services Digital Network (ISDN) subsystem generatesreport ISP107. The subsystem generates ISP107 when an error occurswhen the operation, administration, and maintenance processor (OAMP)executes a command from SERVORD. The error can also occur whenOAMP executes audit applications.

Remedial actionFix the identi ed problem and enter the command ag ain.

AttributesAttribute Value

Severity Warning

FormatISP107 date time INFO ISDN Service Provisioning Error

Command : cmdtxt

Ltid : ltid group ltid number

Problem : probtxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISDN ServiceProvisioning Error

Constant Fixed A service provisioning error occurs.

Command Symbolic text Variable Command was in process when theerror occurred.

Ltid Integers Variable Logical terminal identifier (LTID) groupand number.

Problem Symbolic text Variable Identifies the problem.

Active message exampleISP107 date time INFO ISDN Service Provisioning Error

Command : Delete

Ltid : 0 103

ISP107 689

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Problem : Incorrect parameters

Clear message examplen/a

Associated OM registers

ISP108The Integrated-Services Digital Network (ISDN) subsystem generatesISP108 when the merge command is used.

Remedial actionCorrect the problem that the result eld identi es and issue the commandagain.

AttributesAttribute Value

Severity Warning

FormatISP108 date time INFO ISDN PH NAS MERGE COMMAND

RESULT : resultxt

Selected field descriptionsField Value Fixed or

VariableDescription

RESULT Symbolic text Variable Identifies the result. A 0 result meansthe merge was successful. Thefollowing are other results that canappear in this field:

No previous MCF

RO processing error

Pl # invalid or out of range

NAS MCF corrupted

ISDN MCF corrupted

Internal error

Cannot download to PH

Cannot upload from PH

ISDN MCF corrupted

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Field Value Fixed orVariable

Description

NAS PI has no external name

ISON PI has no external name.

INFO ISDN PH NASMERGE COMMAND

Constant Fixed A merge command is used.

Active message exampleISP108 date time INFO ISDN PH NAS MERGE COMMAND

RESULT : 1

Clear message examplen/a

Associated OM registers

ISP109The Integrated-Service Digital Network (ISDN) subsystem generatesISP109. The subsystem generates ISPN109 when a problem occurs onthe operation, administration and maintenance processor (OAMP) andhalts the process of commands.

Remedial actionThis log is for information only. There is no action required.

AttributesAttribute Value

Severity Warning

FormatISP109 date time INFO ISDN Service Provisioning Error

Packet Handler Server has been halted.

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISDN ServiceProvisioning Error

Constant Fixed Indicates that a service provisioningerror is occured.

Packet HandlerServer has beenhalted.

Constant Fixed Indicates the system halts commandsthat the packet handler serverprocesses.

ISP109 691

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Active message exampleISP106 date time INFO ISDN Service Provisioning Error

Packet Handler Server has been halted.

Clear message examplen/a

Associated OM registers

ISP110The Packet Handler (PH) subsystem generates ISP110. The subsystemgenerates ISP110 when the servord or audit process tries to send data tooperation, administration, and maintenance processor (OAMP). Thesystem dropped the link.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatISP110 mmmdd hh:mm:ss ssdd INFO ISDN Service Provisioning

Error

Due to link failure. Unable to send data to OAMP.

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISDN ServiceProvisioning Error

Constant Fixed Indicates a service provisioning erroroccurred.

Due to link failure.Unable to send datato OAMP.

Constant Fixed Indicates the OAMP cannot receivedata because of link failure file.

Active message exampleISP110 date time INFO ISDN Service Provisioning Error

Due to link failure. Unable to send data to OAMP.

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Clear message examplen/a

Associated OM registers

ISP113The ISDN Service Provisioning (ISP) subsystem generates ISP113. Thesubsystem generates ISP113 when the operation, administration, andmaintenance processor (OAMP) fails to download processing element/peripheral interface (PE/PI) information to the packet handler (PH). Thesystem generates ISP113 when you use the PH return to service (RTS)command. Failure normally occurs because of differences between data inthe PH and in table PHINV.

Remedial actionCheck the processing element/peripheral interface (PE/PI) con guration intable PHINV. If necessary, correct the entry. RTS the PH node.

AttributesAttribute Value

Severity Warning

FormatISP113 mmm dd hh:mm:ss ssdd INFO PH NODE RTS COMMAND

PH NODE: node name card

RESULT : restxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH NODE RTSCOMMAND

Constant Fixed operating company personnel entersthe PH RTS command.

PH NODE Symbolic text Variable Identifies the PH node and card.

RESULT Invalid PHconfiguration data

Variable Explains failure when PH RTS isentered (up to 60 character string)Note: See the strings that appearbelow. Also some OAM error,processor messages apply that beginwith OAM in the SERVORDReference Manual.

Variable Download software for new service.

ISP113 693

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Field Value Fixed orVariable

Description

Variable Download software failure to modifyused ISDN PE.

Variable Download failed to modify non-ISDNPE. Download failed processing error.

Variable Download failed bad data sent inprocessing request.

Variable RTS not allowed.

Active message exampleISP113 JAN02 13:11.58 7200 INFO PH NODE RTS COMMAND

PH NODE : AM47 CARD 4

RESULT : OAMP: Invalid PH Configuration Data

Clear message examplen/a

Associated OM registers

ISP114The system generates ISP114 when operating company personnel use themerge command.

Remedial actionFix the problem the result eld identi es. Issue the command ag ain.

AttributesAttribute Value

Severity Warning

FormatISP114 mmmdd hh:mm:ss ssdd INFO PH LOADPM COMMAND

RESULT: resultxt

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO PH LOADPMCOMMAND

Constant Fixed Operating company personnel usesthe merge command.

RESULT Character string Variable The result of the merge command.

Active message exampleISP114 JAN27 08:09:45 4500 INFO PH LOADPM COMMAND

RESULT: Command successful

Clear message examplen/a

Associated OM registers

ITN201The InTerNet (ITN) subsystem generates log report ITN201 when thetransmission control protocol (TCP) sequence numbers or TCP control bitsegments are continuously incorrect. The connection (CONN) also aborts,because the maximum consecutive error count is reached.

Remedial actionThere is no action required. Note the source host internet protocol (IP)addresses of failed peer TCP users.

AttributesAttribute Value

Severity Warning

FormatITN201 mmmdd hh:mm:ss ssdd INFO RECEIVE TCP SEGMENT

ERROR

COUNT EXCEEDED

NODE: nodeid

ACTION: tcpaction

LOCAL TCP PORT: portnum LOCAL IP: aa.bb.cc.dd

ITN201 695

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REMOTE TCP PORT: portnum REMOTE IP: aa.bb.cc.dd

Selected field descriptionsField Value Fixed or

VariableDescription

INFO RECEIVE TCPSEGMENT ERRORCOUNT EXCEEDEDNODE: nodeid

Symbolic text Variable Identifies the node of the ethernetinterface unit (EIU) in the computingmodule (CM) of SuperNode, wherethe log originated.

ACTION: tcpaction Symbolic text Variable Indicates a variable-length characterstring that describes the action takenby the local TCP when the log eventoccurred.

LOCAL or REMOTETCP PORT: portnum

Unsigned < range 0 tothe 65535 >

Variable Indicates the TCP port number ofinteger source or destination TCPservice user.

LOCAL or REMOTEIP: aa.bb.cc.dd

Table < 0 to 3 > ofbyte

Variable Indicates the internet host address ofthe source or destination service user.

Active message exampleITN201 MAY30 16:45:48 2201 INFO RECEIVE TCP SEGMENT ERROR

COUNT EXCEEDED

NODE: EIU207

ACTION: CONN ABORTED

LOCAL TCP PORT: 30814 LOCAL IP: 47.36.8.1

REMOTE TCP PORT: 257 REMOTE IP: 98.23.0.3

Clear message examplen/a

Associated OM registers

ITN203The InTerNet (ITN) subsystem generates log report ITN203. Thesubsystem generates ITN203 when the subsystem receives a connectionreset request from the peer transmission control protocol (TCP). The TCPsends the connection reset request in the form of a RESET segment. TheTCP aborts the connection.

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Remedial actionThere is no manual action required. Note the source host addresses of badpeer TCP users.

AttributesAttribute Value

Severity Warning

FormatITN203 mmmdd hh:mm:ss ssdd INFO REMOTE PEER CONNECTION

ABORT

RECEIVED

NODE: nodeid

ACTION: tcpaction

LOCAL TCP PORT: portnum LOCAL IP: aa.bb.cc.dd

REMOTE TCP PORT: portnum REMOTE IP: aa.bb.cc.dd

Selected field descriptionsField Value Fixed or

VariableDescription

INFO REMOTEPEER CONNECTIONABORT RECEIVEDNODE: nodeid

Symbolic text Variable Indicates the node identifier of theethernet interface unit (EIU) in thecomputing module (CM) ofSuperNode. The log originates in theCM of the Supernode.

ACTION: tcpaction Symbolic text Variable Indicates a variable-length characterstring that describes the action thatthe local TCP takes when the logevent occurs.

LOCAL or REMOTETCP PORT: portnum

Unsigned integer <range 0 to 65535 >

Variable Indicates the TCP port number of thesource or destination TCP serviceuser.

LOCAL or REMOTEIP: aabb.cc.dd

Table < 0 to 3 > ofbyte

Variable Indicates the internet host address ofthe source or destination service user.

Active message exampleITN203 mmmdd hh:mm:ss ssdd INFO REMOTE PEER CONNECTION

ITN203 697

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ABORT

RECEIVED

NODE: EIU207

ACTION: CONN ABORTED

LOCAL TCP PORT: 30814 LOCAL IP: 47.36.8.1

REMOTE TCP PORT: 257 REMOTE IP: 98.23.0.3

Clear message examplen/a

Associated OM registers

ITN204The InTerNet (ITN) subsystem generates log report ITN204. Thesubsystem generates ITN204 when transmission control protocol (TCP)aborts the connection between peer TCP applications. The TCP aborts theconnection between peer TCP applications because of a processing errorin the local implementation of TCP.

Remedial actionThere are no manual actions required. Issue a customer service report(CSR) so that software errors (SWER) can be traced.

AttributesAttribute Value

Severity Warning

FormatITN204 mmmdd hh:mm:ss ssdd INFO LOCAL TCP SERVICE

FAILURE

NODE: nodeid

ACTION: tcpaction

LOCAL TCP PORT: portnum LOCAL IP: aa.bb.cc.dd

REMOTE TCP PORT: portnum REMOTE IP: aa.bb.cc.dd

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO LOCAL TCPSERVICE FAILURENODE

Symbolic text Variable Node identifier of ethernet interfaceunit (EIU) in SuperNode computingmodule (CM). The log originates in theCM of the Supernode.

ACTION Symbolic text Variable Variable length character string thatdescribes local TCP action when theevent occurs.

LOCAL TCP orREMOTE

Unsigned integer <range 0-65535 >

Variable TCP port number of the source ordestination TCP service user

LOCAL IP orREMOTE

Table < 0-3 > byte Variable Internet source or destination useraddress.

Active message exampleITN204 JUN05 16:45:48 2201 INFO LOCAL TCP SERVICE FAILURE

NODE: EIU207

ACTION: CONN ABORTED

LOCAL TCP PORT: 30814 LOCAL IP: 47.36.8.1

REMOTE TCP PORT: 257 REMOTE IP: 98.23.0.3

Clear message examplen/a

Associated OM registers

ITN205The InTerNet (ITN) subsystem generates log report ITN205. Thesubsystem generates ITN205 when the local transmission control protocol(TCP) aborts the connection. The TCP aborts the connection because theretransmission time exceeds the limit, with no acknowledgment from thepeer TCP. Assume that the remote is dead.

Remedial actionThere are no manual actions required. Check the status of the connectionpath between peer TCPs and the status of the remote peer node.

ITN205 699

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AttributesAttribute Value

Severity Warning

FormatITN205 mmmdd hh:mm:ss ssdd INFO RETRANSMIT TIMEOUT TO

REMOTE

TCP PEER

NODE: nodeid

ACTION: tcpaction

LOCAL TCP PORT: portnum LOCAL IP: aa.bb.cc.dd

REMOTE TCP PORT: portnum REMOTE IP: aa.bb.cc.dd

Selected field descriptionsField Value Fixed or

VariableDescription

INFO RETRANSMITTIMEOUT TOREMOTE TCP PEERNODE: nodeid

Symbolic text Variable Indicates the node identifier of theethernet interface unit (EIU) in thecomputing module (CM) of theSuperNode. The log originates at theCM of the SuperNode.

ACTION: tcpaction Symbolic text Variable Indicates a variable-length characterstring that describes the action thatthe local TCP takes when the logevent occurs.

LOCAL or REMOTETCP PORT: portnum

Unsigned integer <range 0 to 65535 >

Variable Indicates the TCP port number of thesource or destination TCP serviceuser.

LOCAL or REMOTEIP: aa.bb.cc.dd

Table < 0 to 3 > ofbyte

Variable Indicates the internet host address ofthe source or destination service user.

Active message exampleITN205 JUN05 16:45:48 2201 INFO RETRANSMIT TIMEOUT TO

REMOTE

TCP PEER

NODE: EIU207

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ACTION: CONN ABORTED

LOCAL TCP PORT: 30814 LOCAL IP: 47.36.8.1

REMOTE TCP PORT: 257 REMOTE IP: 98.23.0.3

Clear message examplen/a

Associated OM registers

ITN206The InTerNet (ITN) subsystem generates log report ITN206. Thesubsystem generates ITN206 when the peer transmission control protocol(TCP) record mark service does not position the received start of messagedelimiter. The TCP aborts the connection.

Remedial actionThere are no manual actions required. Note the source host IP address ofthe bad TCP with record marking implementation.

AttributesAttribute Value

Severity Warning

FormatITN206 mmmdd hh:mm:ss ssdd INFO RCVD RECORD MARK

MISALIGNMENT

NODE: nodeid

ACTION: tcpaction

LOCAL TCP PORT: portnum LOCAL IP: aa.bb.cc.dd

REMOTE TCP PORT: portnum REMOTE IP: aa.bb.cc.dd

ITN206 701

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO RECVDRECORD MARKMISALIGNMENTNODE: nodeid

Symbolic text Variable Indicates the node identifier of theethernet interface unit (EIU) in thecomputing module (CM) of theSuperNode. The log originates in theCM of the SuperNode.

ACTION: tcpaction Symbolic text Variable Indicates a variable-length characterstring that describes the action thatthe local TCP takes when the eventoccurs.

LOCAL or REMOTETCP PORT: portnum

Unsigned integer <range 0 to 65535 >

Variable Indicates the TCP port number of thesource or destination TCP serviceuser.

LOCAL or REMOTEIP: aa.bb.cc.dd

Table < 0 to 3 > ofbyte.

Variable

Active message exampleITN206 JUN05 16:45:48 2201 INFO RCVD RECORD MARK

MISALIGNMENT

NODE: EIU207

ACTION: CONN ABORTED

LOCAL TCP PORT: 30814 LOCAL IP: 47.36.8.1

REMOTE TCP PORT: 257 REMOTE IP: 98.23.0.3

Clear message examplen/a

Associated OM registers

ITN207The system generates log report ITN207 for each node in Table IPHOSTthat has a set transmission control protocol (TCP) connection limit. Thesystem generates ITN207 for each connection attempt that can exceed theconnection limit, or this node. The limit as entered can be different from thecorrect limit. Another log in this group records the new limit. The generationof this log is subject to throttling at the source. The rst limit is set to threetimes in 10 min.

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Remedial actionThere are no manual actions required. Table IPHOST limits the number ofconnections on a node. Evaluate this limit again if too many TCPconnection requests for a node are blocked.

AttributesAttribute Value

Severity Warning

FormatITN207 mmmdd hh:mm:ss ssdd INFO ALL TCP connection resources

in use

NODE: nodeid ACTION: accttext

DATAFILLED LIMIT: limitwas CONNECTIONS IN USE: limitis

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ALL TCPconnection resourcesin use NODE: nodeid

The node identifiervalue:

Variable Indicates the node identifier fromwhere the LOG event originates.

CM - computingmodule

Variable

ElU# - ethernetinterface unit identifier

Variable

ACTION: acttext String Variable Indicates the text string that describesaction that the TCP takes in responseto an event.

DATAFILLED LIMIT:limitwas

Variable lengthnumeric string

Variable Indicates the TCP connection limit asset in Table IPHOST for the indicatednode.

CONNECTIONS INUSE: limitis

Variable lengthnumeric string

Variable Indicates the TCP connection limit asthat available resources note.

Active message exampleITN207 FEB09 16:45:48 2201 INFO ALL TCP connection

resources in use

NODE: EIU207 ACTION: none

ITN207 703

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DATAFILLED LIMIT: 10 CONNECTIONS IN USE: 5

Clear message examplen/a

Associated OM registers

ITN208The system generates log ITN208 on node restarts. The system alsogenerates ITN208 when transmission control protocol (TCP) cannotallocate enough resources. These resources are required to achieve thequantity (entered in table IPHOST) that table IPHOST requests. Log ITNrecords the nal limit. Use the nal limit to e valuate the engineered valuesagain.

Remedial actionManual action is required. Table IPHOST limits the number of TCPconnections on a node. Engineer the number of TCP connections on thenode and change the table entries accordingly.

System memory reductions do not allow requested connections to receiveenough resources. Reduced simultaneous connections can block TCPconnections requests. An engineering representative must analyze thecause of the event.

AttributesAttribute Value

Severity Indeterminate

FormatITN208 mmmdd hh:mm:ss ssdd TBL Insufficient system resources

available

NODE: nodeid ACTION: acttext

DATAFILLED LIMIT: limitwas MAX CONNECTIONS ALLOWED:

limitis

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Selected field descriptionsField Value Fixed or

VariableDescription

Insufficient systemresources available

CM--computingmodule

Variable Node identifier at which the LOGevent originates.

NODE EIU#--Ethernet Variable Interface unit identifier.

ACTION Charater string Variable TCP action in response to an event.

DATAFILLED LIMIT Integers Variable TCP connection limit set in tableIPHOST for the indicated node.

MAX CONNECTIONSALLOWED

Integers Variable TXP connection limit on TCP node.

Active message exampleITN208 mmmdd hh:mm:ss ssdd TBL Insufficient system resources available

NODE: nodeid ACTION: acttext

DATAFILLED LIMIT: limitwas MAX CONNECTIONS

ALLOWED : limitis

Clear message examplen/a

Associated OM registers

ITN299The Transmission Control Protocol (TCP) subsystem generates log reportITN299. The TCP subsystem generates ITN299 when the number of TCPlog reports for a LOG number exceeds the threshold limit. The TCP logsfor the log number are held for the rest of the log threshold interval. Thesystem outputs the start and end time, the LOG generation, and thresholdcounts.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

ITN299 705

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FormatITN299 mmmdd hh:mm:ss ssdd INFO nodeid TCP SUMMARY LOG

NODE: nodeid LOG ITN logid

DURING THE LAST nn MINUTES:

LOGS ISSUED: numlogs LOGS THRESHOLDED: numthresh

Selected field descriptionsField Value Fixed or

VariableDescription

INFO nodeid CM or EIU Variable Identifies the ethernet interface unit(EIU) or computing module (CM) inwhich the LOG event originates.

TCP SUMMARY LOGNODE: nodeid

CM or EIU Variable Identifies the ethernet interface unit(EIU) or computing module (CM) inwhich the LOG event originates.

LOG ITN: logid Symbolic text Variable Indicates LOG number. The systemgenerates summary log ITN299 for agiven LOG number.

DURING THE LASTnn MINUTES:

Symbolic text Variable Indicates the log limit interval duringwhich log events thresholded.

LOGS ISSUED: Symbolic text Variable Indicates the correct number of logsthat the system generates during thelog limit interval.

LOGSTHRESHOLDED:

Symbolic text Variable Indicates the correct number of logevents that thresholded during the logthreshold interval.

Active message exampleITN299 JUN06 16:45:48 2201 INFO EIU207 TCP SUMMARY LOG

NODE: EIU207 LOG ITN201

DURING THE LAST 10 MINUTES:

LOGS ISSUED: 5 LOGS THRESHOLDED: 456

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Associated OM registers

ITN300The Internet Protocol (IP) subsystem generates log report ITN300. Thesystem generates ITN300 when an incoming IP packet cannot deliver to alocal upper layer protocol (ULP). This ULP is not active on this node andcannot receive the IP packet.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

Format.ITN300 mmmdd hh:mm:ss ssdd INFO IP FAILED TO DELIVER IN

PACKET

NODE: nodeid

<ulp>IS NOT ACTIVE ON THIS NODE

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP FAILED TODELIVER IN PACKETNODE: nodeid

CM, FP0, EIU201, orAP1

Variable Identifies the node involved in the log.

< ulp > character string.Example: UDP

Variable Provides the name of the destinationULP.

IS NOT ACTIVE ONTHIS NODE SRC IP:aa.bb.cc.dd

Table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.Appears as four decimal bytes(aa.bb.cc.dd). Dots separate thedecimal bytes.

DST IP: rr.ss.tt.uu Table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. Appears as fourdecimal bytes (rr.ss.tt.uu). Dotsseparate the decimal bytes.

ITN300 707

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Active message exampleITN300 FEB10 14:45:24 5785 INFO IP FAILED TO DELIVER IN

PACKET

NODE: EIU201

UDP IS NOT ACTIVE ON THIS NODE

STC IP: 47 . 36 . 0 . 3

DST IP: 47 . 164 . 0 . 2

Clear message examplen/a

Associated OM registers

ITN301The Internet Protocol (IP) subsystem generates log report ITN301. Thesystem generates ITN301 when an incoming IP packet cannot deliver to itsdestination because the route is not known.

Remedial actionCheck the contents of data tables IPNETWRK and IPROUTER. Make surethat the contents comply with network architecture and assigned IPaddresses. Check if a default ethernet interface unit (EIU) is entered intables IPNETWRK and IPROUTER. A local area network (LAN) thatconnects directly to a SuperNode requires a default EIU and externalrouter. The LAN routes messages from a SuperNode to a host. The host isnot on a LAN, and connects directly to a DMS switch.

AttributesAttribute Value

Severity Warning

FormatITN301 mmmdd hh:mm:ss ssdd INFO IP FORWARD FAILED

NODE: nodeid

ROUTE TO THE DESTINATION UNKNOWN

SRC IP: aa.bb.cc.dd

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DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP FORWARDFAILED NODE

CM, FPO, EIU201, orAP1

Variable The node involved in the log.

ROUTE TO THEDESTINATIONUNKNOWN

Constant Fixed Route to the destination not known.

SRC IP table < 0-3 > bytes Variable Source IP address has 4 decimalbytes (aa.bb.cc.dd). Dots separate thedecimal bytes.

DST IP table < 0-3 > bytes Variable Destination IP address has 4 decimalbytes (rr.ss.uu). Dots separate thedecimal bytes.

Active message exampleITN301 FEB10 14:45:24 5785 INFO IP FORWARD FAILED

NODE : CM

ROUTE TO THE DESTINATION UNKNOWN

SRC IP: 47 . 36 . 0 . 3

DST IP: 47 . 164 . 0 . 2

Clear message examplen/a

Associated OM registers

ITN302The Internet Protocol (IP) subsystem generates log report ITN302. The IPsubsystem generates ITN302 when an incoming IP packet cannot deliverto its destination. The IP packet cannot deliver to its destination becausethe destination route is not available. This problem occurs on an ethernetinterface unit (EIU). The problem occurs when the FTA of the hostdestination, that goes to the SuperNode, is not available.

ITN302 709

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Remedial actionBusy (BUSY) the system and return to service (RTS) the EIU thatgenerates this log. This procedure refreshes the ARP CACHE on the EIUwith the SuperNode FTAs (as known on the computing module (CM)). Awarm restart of the system or the EIU cannot contribute to recovery fromthis defective condition.

AttributesAttribute Value

Severity Warning

FormatITN302 mmmdd hh:mm:ss ssdd INFO IP FORWARD FAILED

NODE: nodeid

ROUTE TO THE DESTINATION KNOWN BUT UNAVAILABLE

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP FAILEDNODE

CM, FPO, EIU201, orAP1

Variable Identifies node involved in the log.

ROUTE TO THEDESTINATIONKNOWN BUTUNAVAILABLE

Constant Fixed Destination route not available.

SRC IP table < 0-3 > bytes Variable Source IP address is 4 decimal bytes(aa.bb.cc.dd). Dots separate thedecimal bytes.

DST IP table < 0-3 > bytes Variable Destination IP address is 4 decimalbytes (rr.ss.tt.uu). Dots separate thedecimal bytes.

Active message exampleITN302 FEB10 13:45:24 5785 INFO IP FORWARD FAILED

NODE : CM

ROUTE TO THE DESTINATION KNOWN BUT UNAVAILABLE

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SRC IP: 47 . 36 . 0 . 3

DST IP: 47 . 164 . 0 . 2

Clear message examplen/a

Associated OM registers

ITN303The Internet Protocol (IP) subsystem generates this report when anincoming IP packet cannot deliver to its destination node. This problemoccurs when the packet requires fragmentation. The packet requiresfragmentation to send it to the next subnet on the route to a destination.Fragmentation is not accepted because the DF bit in the IP header is set toDONT FRAGMENT.

Descriptions for each eld in the log report appear in the following list:

Fields:

• INFO IP FORWARD FAILED NODE: nodeid

• Value:CM, EIU201, or AP1

• Description: Identifies the node involved in the log.

• FRAGMENTATION REQUIRED BUT DF BIT SET TO DONT FRAG

• Value: Constant

• SRC IP: aa.bb.cc.dd

• Value: Table <0 to 3> of byte

• Description: Indicates the address of the source IP. Appears as fourdecimal bytes (aa.bb.cc.dd) Dots separate the decimal bytes.

• DST IP: rr.ss.tt.uu

• Value: Table <0 to 3> of byte

• Description: Indicates the address of the destination IP. Appears asfour decimal bytes (rr.ss.tt.uu). Dots separate the decimal bytes.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

ITN303 711

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FormatITN303 mmmdd hh:mm:ss ssdd INFO IP FORWARD FAILED

NODE: nodeid

FRAGMENTATION REQUIRED BUT DF BIT SET TO DONT

FRAG

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Active message exampleITN303 FEB10 14:45:24 5785 INFO IP FORWARD FAILED

NODE: EIU305

FRAGMENTATION REQUIRED BUT DF BIT SET TO DONT FRAG

SRC IP: 47 . 36 . 0 . 3

DST IP: 47 . 164 . 0 . 2

Clear message examplen/a

Associated OM registers

ITN304The Internet Protocol (IP) subsystem generates report ITN304. Thesubsystem generates ITN304 when the system cannot deliver an incomingIP packet to the destination. The system cannot deliver the IP packetbecause the TIME TO LIVE of the datagram expired.

On the computing module (CM), if the subsystem generates ITN304, thesystem cannot deliver the IP packet to the destination upper layer protocol(ULP).

On the ethernet interface unit (EIU), the meaning of ITN304 is that thesystem cannot deliver the expired datagram in the local area. This log canmean also that the system cannot forward the expired datagram to the naldestination route.

Remedial actionn/a

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AttributesAttribute Value

Severity Warning

FormatITN304 mmmdd hh:mm:ss ssdd INFO FAILED TO DELIVER IN PACKET

NODE: nodeid

DATAGRAM TIME TO LIVE (TTL) EXPIRED

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

DST IP: rr.ss.tt.uu Table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. The address isdisplayed as four decimal bytes(rr.ss.tt.uu) separated by dots.

INFO FAILED TODELIVER PACKETNODE: nodeid

CM, EIU201, or AP1 Variable Identifies the node involved in the log.

DATAGRAM TIMETO LIVE (TTL)EXPIRED

Constant Fixed

SRC IP: aa.bb.cc.dd Table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.The address is displayed as fourdecimal bytes (aa.bb.cc.dd) separatedby dots.

Active message exampleITN304 FEB10 14:45:24 5785 INFO FAILED TO DELIVER IN PACKET

NODE: EIU207

DATAGRAM TIME TO LIVE (TTL) EXPIRED

SRC IP : 47.36.0.3

DST IP : 47.164.0.2

ITN304 713

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Clear message examplen/a

Associated OM registers

ITN305The Internet Protocol (IP) subsystem generates report ITN305 when IPscreening prevents delivery of an incoming IP packet.

Remedial actionCheck screening in data table IPNETWRK. If screening is ON, check if theexternal node IP address is entered in table EXNDINV. If any externalnodes entered in table EXNDINV are of ine (OFFL) the system screens outIPpackets. The system screens out incoming and outgoing IP packets, toand from the nodes.

AttributesAttribute Value

Severity Warning

FormatITN305 mmmdd hh:mm:ss ssdd INFO IP SCREENED INCOMING PACKET

NODE: nodeid

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP SCREENEDINCOMING PACKETNODE:nodeid

CM, EIU201, or AP1 Variable The node involved in the log.

SRC IP table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.The address is displayed as fourdecimal bytes (aa.bb.cc.dd) separatedby dots.

DST IP table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. The address isdisplayed as four decimal bytes(rr.ss.tt.uu) separated by dots.

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Active message exampleITN305 FEB10 14:45:24 5785 INFO IP SCREENED INCOMING

PACKET

NODE: EIU201

SRC IP: 47.36 .0.3

DST IP: 47.164.0.2

Clear message examplen/a

Associated OM registers

ITN306The Internet Protocol (IP) subsystem generates report ITN306 when anincoming IP packet has a bad IP header. The ITN306 report can indicatethat one or more of the following elds contain v alues that are wrong:

• IP Version (byte 0).

• IP Header Length (IHL) (byte 0).

• Total Length (byte 1).

For more details, refer to IP MIL-STD-1777.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatITN306 mmmdd hh:mm:ss ssdd INFO BAD IP HEADER RECEIVED

NODE: nodeid

BYTE <byte_loc>IN IP HEADER HAS A WRONG VALUE

THE IP HEADER FIELDS ARE (IN HEXADECIMAL FORMAT):

<ip_header>

ITN306 715

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SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO BAD IPHEADER RECEIVEDNODE: nodeid

CM, EIU201, FPO, orAP1

Variable Identifies the node involved in the log.

BYTE < byte_loc > 0-59 Variable Indicates the number of the byte in theIP header where the system detecteda problem. The system numbers thebytes from zero in the order that thesystem receives the bytes.

IN IP HEADER HASA WRONG VALUETHE IP HEADERFIELDS ARE (INHEXADECIMALFORMAT): <ip_header >

Ten words. 0000-FFFF (hexadecimal)

Variable Indicates the first ten words of the IPheader. The IP header is displayed inhexadecimal format.

SRC IP: aa.bb.cc.dd Table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.The address is displayed as fourdecimal bytes (aa.bb.cc.dd) separatedby dots.

DST IP: rr.ss.tt.uu Table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. The address isdisplayed as four decimal bytes(rr.ss.tt.uu) separated by dots.

Active message exampleITN306 FEB10 14:45:24 5785 INFO BAD IP HEADER RECEIVED

NODE: CM

BYTE 0 IN IP HEADER HAS A WRONG VALUE

THE IP HEADER FIELDS ARE (IN HEXADECIMAL FORMAT):

0055 6400 0000 06F9 5FA8 242F 0300 242F 0800

SRC IP: 47.36.0.3

DST IP: 47.36.8.4

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Clear message examplen/a

Associated OM registers

ITN310The Internet Protocol (IP) subsystem generates report ITN310 when thesubsystem cannot transmit a message that originates on this node. Thesystem cannot transmit the message because of IP screening.

Remedial actionCheck screening ag in data table IPNETWRK. If screening is ON, check ifexternal node IP address is entered in table EXNDINV. If any externalnodes entered in table EXNDINV are of ine (OFFL) the system screens outIP packets. The system screens incoming and outgoing IP packets, to andfrom the nodes.

AttributesAttribute Value

Severity Warning

FormatITN310 mmmdd hh:mm:ss ssdd INFO SCREENED OUTGOING PACKET

NODE: nodeid

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO SCREENEDOUTGOING PACKETNODE

CM, EIU201, or AP1 Variable Identifies the node involved in the log.

SRC IP Table < 0 to 3 > ofbyte

Variable Indicates the source IP address. Theaddress is displayed as four decimalbytes (aa.bb.cc.dd) separated by dots.

DST IP Table < 0 to 3 > ofbyte

Variable Indicates the destination IP address.The address is displayed as fourdecimal bytes (rr.ss.tt.uu) separatedby dots.

ITN310 717

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Active message exampleITN310 FEB10 14:45:24 5785 INFO SCREENED OUTGOING PACKET

NODE: EIU307

SRC IP: 47.36.8.1

DST IP: 47.36.0.9

Clear message examplen/a

Associated OM registers

ITN311The Internet Protocol (IP) subsystem generates report ITN311 when thesubsystem cannot transmit a message that originates on this node. Thesubsystem cannot transmit the message because the datagram requiresfragmentation. The upper layer protocol (ULP) does not allowfragmentation of the datagram.

Descriptions for each eld in the log report appear in the following list:

Fields:

• INFO IP TRANSMIT FAILED NODE: nodeid

• Value: CM, EIU201, or AP1

• Description: Identifies the node involved in the log.

• FRAGMENTATION REQUIRED BUT ULP SET DF BIT TO DONTFRAG

• Value: Constant

• SRC IP: aa.bb.cc.dd

• Value: Table <0 to 3> of byte

• Description: Indicates the address of the source IP. The address isdisplayed as four decimal bytes (aa.bb.cc.dd) separated by dots.

• DST IP: rr.ss.tt.uu

• Value: Table <0 to 3> of byte

• Description: Indicates the address of the destination IP. The address isdisplayed as four decimal bytes (rr.ss.tt.uu) separated by dots.

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Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatITN311 mmmdd hh:mm:ss ssdd INFO IP TRANSMIT FAILED

NODE: nodeid

FRAGMENTATION REQUIRED BUT ULP SET DF BIT TO DONT

FRAG

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Active message exampleITN311 FEB10 14:45:24 5785 INFO IP TRANSMIT FAILED

NODE: EIU201

FRAGMENTATION REQUIRED BUT ULP SET DF BIT TO DONT FRAG

SRC IP: 47.36.0.3

DST IP: 47.164.0.2

Clear message examplen/a

Associated OM registers

ITN312The Internet Protocol (IP) subsystem generates report ITN312 when thesystem cannot transmit a message that originates on this node. Thesubsystem cannot transmit the message because the route to thedestination is not known.

ITN312 719

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On the computing module (CM), for a message from SuperNode to a localareas network (LAN), the subsystem generates ITN312 when

• the Ethernet interface unit (EIU) in data Table IPROUTER does notconnect to the LAN of the destination host.

• Table IPNETWRK does not contain a default EIU to connect to anexternal router.

On an EIU a message from SuperNode that has a destination other thanthe LAN connected to the EIU causes the subsystem to generate ITN312.This EIU is not the default EIU.

Remedial actionCheck the contents of data Tables IPNETWRK and IPROUTER foragreement with the network architecture and assigned IP addresses. Thesystem requires a default EIU and an external router on a LAN directlyconnected to SuperNode to route messages. The system routes thesemessages from SuperNode to any host that is not on a LAN directlyconnected to the DMS switch. Make sure that Tables IPNETWRK andIPROUTER contain a default EIU.

AttributesAttribute Value

Severity Warning

FormatITN312 mmmdd hh:mm:ss ssdd INFO IP TRANSMIT FAILED

NODE: nodeid

ROUTE TO THE DESTINATION UNKNOWN

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP TRANSMITFAILED NODE

CM, EIU201, FP0, orAP1

Variable Identifies the node involved in the log.

ROUTE TO THEDESTINATIONUNKNOWN

Constant Fixed Indicates the route to the destinationis not known.

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Field Value Fixed orVariable

Description

SRC IP Table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.The address is displayed as fourdecimal bytes (aa.bb.cc.dd) separatedby dots.

DST IP Table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. The address isdisplayed as four decimal bytes(rr.ss.tt.uu) separated by dots.

Active message exampleITN312 FEB10 14:45:24 5785 INFO IP TRANSMIT FAILED

NODE: nodeid

ROUTE TO THE DESTINATION UNKNOWN

SRC IP: 47.36.8.1

DST IP: 47.36.0.5

Clear message examplen/a

Associated OM registers

ITN313The Internet Protocol (IP) subsystem generates report ITN313 when thesystem cannot transmit a message that generates on this node. Thesystem cannot transmit the message because the route to the destinationis not available.

On an Ethernet interface unit (EIU), the system cannot transmit themessage when:

• the destination host (if within SuperNode) is out-of-service.

• the FTA of the destination host (if within SuperNode) is not available.

ITN313 721

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On the computing module (CM), the system cannot transmit the messagewhen:

• the FTA of the destination host is not available. The FTA of thedestination host is in the SuperNode.

• the destination host is on a local area network (LAN) directly connectedto SuperNode. The EIUs that connect to this LAN are not in service, orthe FTAs of the EIUs are not available.

• the route to the destination host is through the default EIU. The EIU isout of service or the FTA of the EIU is not available.

Remedial actionIf the destination host is a SuperNode and the system generates ITN313on an EIU, busy and RTS the EIU. This action updates the ARP CACHEwith the FTAs as they are known on the CM. If the system generatesITN313 on the CM, check the status of all EIUs connected to thedestination LAN. Also check the status of the default EIU. The DST IP ofthis log speci es the destination host. Make sure that the destination host isentered to make the FTA available. If this action does not allow the systemto transmit the message, manual action cannot correct the problem.

AttributesAttribute Value

Severity Warning

FormatITN313 mmmdd hh:mm:ss ssdd INFO IP TRANSMIT FAILED

NODE: nodeid

ROUTE TO THE DESTINATION KNOWN BUT UNAVAILABLE

SRC IP: aa.bb.cc.dd

DST IP: rr.ss.tt.uu

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP TRANSMITFAILED

Constant Fixed Indicates that the IP transmit failed

NODE CM, EIU201, FP0, orAP1

Variable Identifies the node involved in the log

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Field Value Fixed orVariable

Description

ROUTE TODESTINATIONKNOWN BUTUNAVAILABLE

Constant Fixed Indicates the route is not available

SRC IP Table < 0 to 3 > ofbyte

Variable Indicates the address of the source IP.The address is displayed as fourdecimal bytes (aa.bb.cc.dd) separatedby dots.

DST IP Table < 0 to 3 > ofbyte

Variable Indicates the address of thedestination IP. The address isdisplayed as four decimal bytes(rr.ss.tt.uu) separated by dots.

Active message exampleITN313 FEB10 14:45:24 5785 INFO IP TRANSMIT FAILED

NODE: CM

ROUTE TO THE DESTINATION KNOWN BUT UNAVAILABLE

SRC IP: 47.36.8.4

DST IP: 47.36.6.8

Clear message examplen/a

Associated OM registers

ITN314The Internet Protocol (IP) subsystem generates this log report when the IPlayer sends a message to a wrong destination IP address.

Remedial actionThere is no immediate action required. In post-analysis, verify the IPaddress in the log with the subnet mask in table IPNETWRK.

AttributesAttribute Value

Severity Warning

ITN314 723

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FormatITN314 mmmdd hh:mm:ss ssdd TBL INFO IP TRANSMIT FAILED

NODE: nodeid

INVALID DESTINATION IP ADDRESS SPECIFIED

SRC IP: xx.xx.xx.xx

DST IP: yy.yy.yy.yy

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP TRANSMITFAILED

Constant Fixed This field indicates the IP addresstransmit failed.

NODE CM, EIU#, or FP# Variable This field identifies the node that wascited by the log.

INVALIDDESTINATION IPADDRESSSPECIFIED

Constant Fixed This field indicates the destination IPaddress is wrong.

SRC IP Table < 0 to 3 > ofbyte

Variable This field indicates the address of thesource IP. Displayed as four decimalbytes (xx.xx.xx.xx) separated by dots.

DST IP Table < 0 to 3 > ofbyte

Variable This field indicates the address of thedestination IP. Displayed as fourdecimal bytes (yy.yy.yy.yy) separatedby dots.

Active message exampleITN314 JUL24 11:24:26 9200 INFO IP TRANSMIT FAILED

NODE: CM

INVALID DESTINATION IP ADDRESS SPECIFIED

SRC IP: 47.187.48.11

DST IP: 47.80.0.209

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Associated OM registers

ITN315The system generates report ITN315 when an audit detects a mismatch.The mismatch occurs between the transmission control protocol/internetprotocol (TCP/IP) connection data. The system stores this data on series 3nodes and the computing module.

The data for TCP/IP connections is stored in tables. These tables include,IPHOST, IPROUTER, and IPSCP on both the computing module (CM) andon series 3 nodes. Series 3 nodes include Ethernet interface units (EIU),Ethernet link interface units (ELIU), le processors (FP), applicationprocessors (AP), and application-processor units (APU).

Remedial actionThe system automatically corrects mismatches found by the audit. There isno immediate action required.

If the system generates ITN315 often, the problem can originate with theload. Contact the next level of support.

AttributesAttribute Value

Severity Warning

FormatITN315 mmmdd hh:mm:ss ssdd INFO IP Table Data Mismatch

<node_name><node_number>- <primary_application>

Table = <table_name>

Field = <field_name>

Selected field descriptionsField Value Fixed or

VariableDescription

table_name IPHOST, IPNETWRK,IPPROTO,IPROUTER, IPSCP,or IPTHRON

Variable Identifies the affected table

field_name alphanumericcharacter string

Variable Identifies the affected field

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Field Value Fixed orVariable

Description

INFO IP Table DataMismatch

Constant Fixed Indicates a mismatch between theTCP/IP connection data stored on aseries 3 node and on the CM

node_name AP, APU, EIU, ELIU,or FP

Variable Identifies the affected series 3 node

node_number 0 to 511 Variable Indicates the number of the affectednode

primary_application alphanumericcharacter string

Variable Identifies the affected application

Active message exampleITN315 NOV22 16:31:10 0600 INFO IP Table Data Mismatch

ELIU 1 - CCS7

Table = IPSCP

Field = SCP_IP_ADDR1

Clear message examplen/a

Associated OM registers

ITN399The Internet Protocol (IP) subsystem generates report ITN399 for logs thatare thresholded. The subsystem also generates ITN399 when the numberof logs exceeds the maximum number allowed for the speci ed log number.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatITN399 mmmdd hh:mm:ss ssdd INFO IP SUMMARY

NODE: nodeid LOGITNlognum

DURING THE LAST <time_period>MINUTES

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<numlogs>WERE ISSUED OF WHICH <numthresh>WERE

SUPPRESSED

Selected field descriptionsField Value Fixed or

VariableDescription

INFO IP SUMMARYNODE: nodeid

CM or EIU Variable Identifies the node involved in the log.

LOGITNIognum Symbolic text Variable Identifies the ITN log number forwhich the system generates thissummary log.

DURING THE LAST <time_period >

Minutes Variable Indicates the log threshold intervalduring which the thresholding of logsoccurs.

MINUTES < numlogs>

Long Integer Variable Indicates the correct number of eventslogged.

WERE ISSUED OFWHICH < numthresh>

Long Integer Variable Indicates the number of logssuppressed (the correct number oflogs generated is: < numlogs > <numthresh > ).

Active message exampleITN399 FEB09 16:45:48 2201 INFO IP SUMMARY

NODE: EIU207 LOGITN300

DURING THE LAST 10 MINUTES

23 LOGS WERE ISSUED OF WHICH 22 WERE SUPPRESSED

Clear message examplen/a

Associated OM registers

ITN501The system generates this log when the user enters an id that is not valid.When this event occurs system rejects the login and generates this log.

Remedial actionn/a

ITN501 727

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AttributesAttribute Value

Severity Warning

FormatITN501 mmmdd hh:mm:ss ssdd INFO FTP User Login Rejected

NODE: nodeid USER: userid

REASON: INVALID USER NAME

LOCAL FTP PORT: portnum LOCAL IP: aa.bb.cc.dd

REMOTE FTP PORT: portnum REMOTE IP: aa.bb.cc.dd

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM Variable The node identifier from where the logevent originates.

USER Variable Variable User identification

REASON Constant Fixed Indicates entry of a user id that is notvalid.

LOCAL or REMOTEFTP PORT

Variable Variable Indicates the FTP source ordestination port.

LOCAL or REMOTEIP

Variable Variable Indicates the source or destination IP

Active message exampleITN501 NOV30 10:17:27 9935 INFO FTP User Login Rejected

NODE: CM USER: rsr

REASON: INVALID USER NAME

LOCAL FTP PORT: 21 LOCAL IP: 47.108.14.1

REMOTE FTP PORT: 4597 REMOTE IP: 47.142.210.105

Clear message examplen/a

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Associated OM registers

ITN600The system generates this log when the BOOTP server can not nd anempty entry in table IPHOST. Table IPHOST can hold 64 entries. TheTCP/IP stack does not function on that node when this event occurs.

Remedial actionCollect the contents of tables IPHOST, APINV and LIUINV. Remove nodesthat are not necessary from table IPHOST. Some nodes to remove arenodes that do not require the TC/IP stack. Change the screening ag in theIPNETWRK tuple. Clients issue BOOTP requests and return the screeningag to its original v alue.

AttributesAttribute Value

Severity Indeterminate

FormatITN600 mmmdd hh:mm:ss ssdd TBL BOOTP: Table IPHOST is full

NODE: nodeid

CLIENT: clientid

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM Variable The node identifier from where logevent originates.

CLIENT FP# Variable The node that sends a request to theserver and the server adds to tableIPHOST.

Active message exampleITN600 NOV10 13:56:43 1600 TBL BOOTP: Table IPHOST is full

NODE: CM

CLIENT: FP1

Clear message examplen/a

ITN600 729

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Associated OM registers

ITN601The system generates this log when the BOOTP server allocates an IPaddress for a BOOTP client and does not nd an a vailable IP address onthe local subnet. This allocation occurs on the DMS-SuperNode subnet.The server in table IPHOST can not add the BOOTP client node. The TCP/IP stack can function but not on that node.

Remedial actionCollect the contents from tables IPNETWRK, IPHOST and IPROUTER.The Lan administrator must increase the host bits to the network for theDMS-SuperNode. The result is a decrease in the number of subnet bits.Verify that the number of DMS-SuperNode subnet bits in table IPHOST isthe identical to the number on the network.

AttributesAttribute Value

Severity Indeterminate

FormatITN601 mmmdd hh:mm:ss ssdd TBL BOOTP: No unused IP addresses

left on DMS-SuperNode subnet.

NODE: nodeid

CLIENT: clientid

SUBNET MASK: subnetmask

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM Variable The node identifier from where the logevent originates.

CLIENT FP# Variable The node (BOOTP client) that sends arequest to the server and the server toadds to table IPHOST.

SUBNETMASK Variable Variable The current subnet mask fo the DMS-SuperNode. This value is inhexadecimal.

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Active message exampleITN601 NOV10 13:56:43 1600 TBL BOOTP: No unused IP addresses

left on DMS-SuperNode subnet

NODE: CM

CLIENT: FP1

SUBNET MASK: FFFFFFFO

Clear message examplen/a

Associated OM registers

ITN602The system generates this log when the BOOTP server or relay agentrejects a BOOTP request with a value in the hops eld that is greater thanallowed. The client that sends the request does not receive a reply fromthe BOOTP on the DMS-SuperNode.

Remedial actionLocate the node of the BOOTP request with the hardware address andhardware type. If the BOOTP request to the DMS-SuperNode is validincrease the max hops count on the server (CM) and relay agents (EIUs)with SNMP.

AttributesAttribute Value

Severity Warning

FormatITN602 mmmdd hh:mm:ss ssdd INFO BOOTP: Request rejectedbecause

hops count is too high.

NODE: nodeid

CLIENT HARDWARE ADDRESS IN REQUEST: hwaddr

CLIENT HARDWARE TYPE: hwtype

HOPS VALUE IN REQUEST: hopsval

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MAXIMUM HOPS ACCEPTED: maxhops

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM or EIU# Variable The node identifier from where the logevent originates.

CLIENT HARDWAREADDRESS INREQUEST

Variable Variable The hardware address in hexadecimalfor the BOOTP request.

CLIENT HARDWARETYPE

Variable Variable The hardware type of the BOOTPrequest.

HOPS VALUE INREQUEST

Variable Variable The value of the hops field in theBOOTP request.

MAXIMUM HOPSACCEPTED

Variable Variable The maximum hops value for the node(server/relay agent)

Active message exampleITN602 NOV 10 13:56:43 1600 INFO BOOTP: Request rejected

because hops count is too high.

NODE: CM

CLIENT HARDWARE ADDRESS IN REQUEST: 0000A7002F95

CLIENT HARDWARE TYPE: Ethernet (10 Mb)

HOPS VALUE IN REQUEST: 2

MAXIMUM HOPS ACCEPTED: 1

Clear message examplen/a

Associated OM registers

ITN603The system generates this log when the BOOTP client does not receive areply for a BOOTP request an does not send a new request. The systemdoes not send a new request because the process exceeds the maximumtimeout value of 1 minute. The BOOTP client does not have an IP addressand the TCP/IP software does not function on the client node.

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Remedial actionCheck for ITN logs that indicate why the datagrams that the client sends donot reach the CM. Check for ITN logs that indicate why datagrams that theCM sends do not reach the client. Verify that the BOOTP server processbootpsv is active on the CM. Type disp udp in the NETMAN tool on the CMto display all UDP endpoints. Add the client (FP) in table IPHOST.

AttributesAttribute Value

Severity Indeterminate

FormatITN603 mmmdd hh:mm:ss ssdd TBL BOOTP: Client times out andhas not

been allocated an IP address

NODE: nodeid

Selected field descriptionsField Value Fixed or

VariableDescription

NODE FP# Variable The node identifier from where the logevent orginates.

Active message exampleITN603 NOV 10 13:56:43 1600 TBL BOOTP: Client times out and

has not been allocated an IP address

NODE: FP1

Clear message examplen/a

Associated OM registers

ITN604The system generate this log when the BOOTP server receives a BOOTPrequest from an external node and can not nd data on the node. Theserver on the DMS-SuperNode can not send a BOOTP reply to the client.

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Remedial actionDisplay the contents of the internal database with the DISP BOOTPcommand of the NETMAN tool. Use the hardware address and hardwaretype to identify the node that sends the BOOTP request. If the node sendsvalid requests to the DMS-SuperNode add data on the node in the BOOTPdatabase. Add the node tp table EXNDINV.

AttributesAttribute Value

Severity Warning

FormatITN604 mmmdd hh:mm:ss ssdd TBL BOOTP: No information on

BOOTP external client

NODE: nodeid

CLIENT HARDWARE ADDRESS IN REQUEST: hwaddr

CLIENT HARDWARE TYPE: hwtype

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM Variable The node identifier from where the logevent originates.

CLIENT HARDWAREADDRESS INREQUEST

Variable Variable The hardware address of the BOOTPrequests that the system rejects. Thisvalue is in hexadecimal.

CLIENT HARDWARETYPE

Variable Variable The hardware type for the BOOTPrequest that the system rejects.

Active message exampleITN604 NOV 10 13:56:43 1600 INFO BOOTP: No information on

BOOTP external client

NODE: CM

CLIENT HARDWARE ADDRESS IN REQUEST: 0000A7002F95

CLIENT HARDWARE TYPE: Ethernet (10 Mb)

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Clear message examplen/a

Associated OM registers

ITN699The Bootstrap Protocol (BOOTP) subsystem generates this log reportwhen the number of BOOTP log reports exceeds a set threshold limit.When the number of logs reaches the threshold the system stops the logsfor that log number for the interval that remains.

Remedial actionINT699 is a summary log. This log does not require any action.

AttributesAttribute Value

Severity Warning

FormatITN699 mmmdd hh:ss ssdd INFO nodeid BOOTP SUMMARY LOG

NODE: nodeid LOG ITN logid

During the last 10 minutes:

numlogs logs were issued of which numsuppr were suppressed

Selected field descriptionsField Value Fixed or

VariableDescription

NODE CM, FP#, AP#, EIU# Variable The node identifier from where the logevent orginates.

LOG ITN Variable Variable The log number that the systemgenerates the summary log for.

NUMLOGS LONGINT Variable Number of logs the system issues fora set interval.

NUMSUPPR LONGINT Variable Number of logs the system stops fo aset interval.

Active message exampleITN699 NOV10 13:56:43 1600 INFO EIU206 BOOTP SUMMARY LOG

NODE: EIU206 LOG ITN600

ITN699 735

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During the last 10 minutes

8 logs were issued of which 7 were suppressed

Clear message examplen/a

Associated OM registers

ITOC100Log report ITOC100 is generated when the computing module (CM)ITOCS, message switch (MS) ITOCS, or both are empty, thus causing acritical condition. Note that two to four of the messages can be displayed todescribe the critical alarm.

Remedial actionThe craftsperson must take the appropriate actions (for example, SBF orDUMP) to register an image le in an IT OCS.

AttributesAttribute Value

Severity Critical

Format1.***ITOC100 mmm dd hh:mm:ss ssdd FLT ITOC

No entries in ITOC for: {ITOC_States}

Selected field descriptionsField Value Fixed or

VariableDescription

FLT ITOC CM on SLM 0 Variable Indicates no ITOC entries for CM onsystem load module (SLM) 0

No entries in ITOC for Variable

CM on SLM 1 Variable Indicates no ITOC entries for CM onSLM 1

MS on SLM 0 Variable Indicates no ITOC entries for MS onSLM 0

MS on SLM 1 Variable Indicates no ITOC entries for MS onSLM 1

Active message example1. *ITOC100 FEB 16 10:56:01 3923 FLT ITOC

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No entries in ITOC for: CM on SLM 0 CM on SLM 1

MS on SLM 1

Clear message examplen/a

Associated OM registers

ITOC101The system generates report ITOC101 when at least one computingmodule (CM) and one message switch (MS) ITOC image le are a vailable.At least one of the two ITOCs that remain is empty. The system candisplay one or two messages to describe the minor alarm.

Remedial actionThe technician must take action (for example, SBF or DUMP) to register animage le in an IT OC.

AttributesAttribute Value

Severity Minor

Format*ITOC101 mmm dd hh:mm:ss ssdd

FLT ITOC No entries in ITOC for: {ITOC_States}

*ITOC101 mmm dd hh:mm:ss ssdd

FLT ITOC No entries in ITOC for: {ITOC_States}

Selected field descriptionsField Value Fixed or

VariableDescription

FLT ITOC No entriesin ITOC for

CM on SLM 0 Variable Indicates there are no ITOC entries forCM on system load module (SLM) 0

CM on SLM 1 Variable Indicates there are no ITOC entries forCM on SLM 1

MS on SLM 0 Variable Indicates there are no ITOC entries forMS on SLM 0

MS on SLM 1 Variable Indicates there are no ITOC entries forMS on SLM 1

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Active message example*ITOC101 FEB16 10:56:01 3923

FLT ITOC No entries in ITOC for: CM on SLM 0 MS on

SLM 1

Clear message examplen/a

Associated OM registers

ITOC102Log report ITOC102 is generated to con rm that all ITOCs containregistered image les. Image les are re gistered by the Autodump processor the craftsperson (using SBF or DUMP commands).

Remedial actionNone. For information only.

AttributesAttribute Value

Severity Warning

FormatITOC102 mmmdd hh:mm:ss sequencenumber INFO ITOC

ITOC alarm cleared

Active message exampleITOC102 FEB16 10:56:01 3923 INFO ITOC

ITOC alarm cleared

Clear message examplen/a

Associated OM registers

IWBM900The log report IWBM900 is a Debug Log that should be produced only indesigners'' laboratories.

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This is a debug log that should be produced only during debugging inlaboratories.

Log history

SN06 (DMS)

Log IWBM900 was changed for Enhanced Logs Phase 2 by FeatureB89007430.

Remedial actionn/a

AttributesAttribute Value

Severity • Critical

• Warning

Format<office>IWBM900 <mmmdd><hh:mm:ss><ssdd>FLT ATM LCD

Alarm Raised

Location: <location>ATM RM in Slot: <Card slot #>

Description: ATM LCD (Loss of Cell Delineation)

critical alarm raised.

Location: SPM <spm number>Type: <DMSCP, IW, SMG4, DPT>

Fabric: <IP, ATM, N/A>

Selected field descriptionsField Value Fixed or

VariableDescription

office text Variable Office name

spm # SPM 0 to 85 Variable The affected SPM

location SPM 0 to 85 Variable The affected IWSPM

fwsm sourceSPM: 0 to 85 Variable Affected SPM

contextereated: 0 to F Variable Contexts created based on DS512links

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Field Value Fixed orVariable

Description

cause: string Variable reason message is received

framework OK: Y/N Variable Is ATM framework OK?

num_frwks_insv: 1 to4

Variable Affected SPM

class type DMSCP Variable Legacy SPM

Used when the node class is datafilledas DMSCP in table MNNODE.

Fabric is not applicable when type =DMSCP.

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

IP Variable Table MNCKTPAK CPKTYPE = GEM

Active message exampleRTPN06BT IWBM900 JUN17 14:27:59 2700 INFO Designer Debug Log

SPM: 15 IW_Bridge: 0

Framework State Message Received.

fwsm.sourceSPM: 15

fwsm.contextsCreated: 0x000F

fwsm.cause: 0x0005 = AtmFrwk_PVC_SVC_cap

fwsm.frameworkOK: Y

fwsm.num_frwks_insv: 0

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Location: SPM 14 Type: IW Fabric: ATM

Clear message examplen/a

Associated OM registers

KTRK100The Killer Trunk Reporting (KTRK) subsystem generates log reportKTRK100. The subsystem generates KTRK100 when feature packageNTX876AA is present, and the GENKTLOG eld in table KTP ARMS is setto ON.

The following describes each trunk in the log report that has a minimum ofone of the following killer trunk (KT) properties:

Trunks:

• KILLER TRUNK

• Trunk that the system seizes repeatedly. A problem does not allow thesystem to hold the trunk for a given length of time. For example,defective transmission can cause the subscriber to drop the connectionand attempt the call again. These trunks have a high attempt rate.

• SLOW RELEASE TRUNK

• Trunk that has a low attempt rate and with a rather high use.Supervisory equipment that does not function can cause this condition.

• ALWAYS BUSY TRUNK

• Trunk that has zero attempts and is busy during the report interval. (Forexample, if the report interval is 1h, the use is 36.0 hundred callseconds (CCS)). Under-engineer of the group, normal high use, andequipment problems can cause this condition.

• ALWAYS IDLE TRUNK

• Trunk that has a use of 0 CCS and zero (0) attempts. Networkmanagement controls that are not correct, over-engineering, andequipment that does not function can cause this condition.

The Killer Trunk Reporting feature provides three modes of operation:AUTO, MANUAL, and SEMIAUTO.

In the AUTO mode, the system provides the trunk circuits for each rotationin order of trunk groups, de ned in T able TRKGRP. When the next reportinterval begins, application of the next set of trunk circuits starts with thenext trunk group.

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In MANUAL mode, trunk circuits are provided in order of the groupsdeclared in Table KTGROUP. If the number of circuits declared in TableKTGROUP, exceeds the maximum (2048), 2048 are provided. The systemprovides the same set for each report interval as long as the MANUALmode is enabled.

A third mode of operation, SEMIAUTO, combines the MANUAL and AUTOmodes. When the system operates in SEMIAUTO mode, trunk circuits arerecorded according to the groups de ned in Table KTGROUP. All circuits inthese groups are provided for each rotation.

For all modes of operation, partial trunk groups are not provided.

The KTRK100 log report lists of ce thresholds for pe g counts and holdingtimes; the accurate peg count for each trunk; use rate; holding time; and atrouble text message. Call processing updates call statistics. A separateprocess updates statistics for the amount of use. The process competeswith call processing, but runs in step with report intervals.

The following types of trunk groups contain KT properties: A5, AOSS, ATC,AVOVS, AVINSW, AVTNDM, AVNO5, CA, DA, ES, GW, IBNTI, IBNTO,IBNT2, IS, IT, MTR, OC, OI, OOC, OP, OPR, OS, PRA, PX, P2, RC, SC,T2, TDDO, TI, TO, TOPS, TOPSARU, and VR.

Three tables control the KT process and the generation of log reportKTRK100:

• Table KTPARMS contains a tuple that controls the KT process. Thisprocess de nes the scan rate, report interv als, peg and holding timethresholds, and mode. The GENKTLOG eld speci es if the systemgenerates the KTRK100 log at the end of every report interval. IfGENKTLOG is set to OFF, the system does not generate the KTRK100log.

• Table KTGROUP contains a list of trunk groups for inspection when theKT software is in MANUAL or SEMIAUTO mode.

• Table KTMINMAX contains the peg and holding time criteria for eachtrunk group. The values in this table are when the user issues theKTREPORT command with the ANALYZE command.

Holding registers store KTRK100 information. Standard circular log buffersnormally store log information. Holding registers store this information sothat the user can only request the last report the system generated. Whena user requests an older report, the system generates the followingKTRK100 report message:

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KTRK100 mmmdd hh:mm:ss ssdd INFO KTRK_REPORT REPORT NOLONGER AVAILABLE

Remedial actionSave all reports for network planning personnel.

AttributesAttribute Value

Severity • Critical

• Warning

Format**KTRK100 mmmdd hh:mm:ss ssdd INFO KTRK_REPORT

____________________________________________________________

EXCEPTIONS

KTPARMS CRITERIA: PEG HT TROUBLE

>n <n trbltext

>n trbltext

GROUP MEMBER PEG USAGE HT TROUBLE

TOPCOMFAMF 1 1 10 10 SLOW RELEASE

5 14 640 45 SLOW RELEASE

LNTOPSI 1 6 180 30 SLOW RELEASE

2 0 0 * ALWAYS IDLE

EMGY 1 0 900 * ALWAYS BUSY

ACCUMULATION TIME: 1 0

____________________________________________________________

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Selected field descriptionsField Value Fixed or

VariableDescription

INFOKTRK_REPORT

Constant Fixed Defines the report as a killer trunkreport

EXCEPTIONS Constant Fixed Indicates KT report is for trunks thatcontain KT properties

KTPARMS CRITERIA Constant Fixed Indicates that table KTPARMI definespeg and use criteria

PEG Constant Fixed Provides column heading for pegcount measurements

HT Constant Fixed Provides column heading for holdingtime measurements.

TROUBLE Constant Fixed Provides column heading for acharacter string that indicates killertrunk property on the trunk

ktpegmin Symbolic text Variable Refer to table KTPARMS. Identifiesminimum number of pegs thresholdbefore the holding time comparisonoccurs. Refer to the list in thecustomer data table KTPARMS foroffice defined KTPEGMIN thresholdvalues. Use the customer data listfrom the command interpreter (Cl)MAP (maintenance and administrationposition) level.

< kthtmax Symbolic text Variable Identifies maximum killer trunk holdingtime threshold in seconds for a singletrunk. Refer to the list in the customerdata table KTPARMS from the ClMAP level for office definedKTHTMAX threshold values. Refer totable KTPARMS.

KILLER TRUNK Constant Fixed Indicates the system observes thekiller trunk property when the followingconditions apply:

*the actual measurement for PEG isgreater than the specified value forpeg_thresh

*the actual measurement for HT isless than the specified value forht_thresh

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Field Value Fixed orVariable

Description

> srhtmin Symbolic text Variable Identifies the minimum slow releaseholding time threshold in seconds fora single trunk. Refer to the list in thecustomer data table KTPARMS fromthe Cl MAP level for office definedSRHTMIN threshold values. Refer totable KTPARMS.

SLOW RELEASE Constant Fixed Indicates the slow release property isobserved when the actualmeasurement for holding time wasgreater than the specified value for >ht_thresh

GROUP Constant Fixed Provides column heading for trunkidentification

MEMBER Constant Fixed Provides column heading for trunkmember identification

USAGE Constant Fixed Provides column heading for use ratemeasurements

clli Symbolic text Variable The CLLI appears for the firstobserved trunk in a group that circuitnumbers identify. CLLI does notappear for the trunks that remain inthe group; only the circuit number isprovided. All circuit numbers associatewith the previous CLLI. Refer to TableTRKGRP.

ext_trk Symbolic text Variable Displays the trunk circuit number. TheMEMBER column is the external trunkname of each member, and is notnecessarily printed in a sequence.The order follows the order of tableTRKMEM. Refer to table TRKGRP.

n1 1-32767 Variable Provides peg count for observed trunk

n2 1-32767 Variable Provides use rate for observed trunk

n3 1-32767 Variable Provides holding time in seconds forobserved trunk. If a *appears in theHT column, then the number ofaccumulated pegs is zero, and theholding time can not be calculated.

trbl Always busy Variable Indicates always busy property is onthe trunk

Always idle Variable Indicates always idle property isobserved on the trunk

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Field Value Fixed orVariable

Description

Blank Variable Indicates KT properties were not onthe trunk.

Killer trunk Variable Indicates KT property on the trunk

Slow release Variable Indicates slow release (SR) propertyis on the trunk

KT and SR Variable Indicates both KT and SR propertiesare on the trunk

ACCUMULATIONTIME

Numeric Variable Identifies the test interval in hours andminutes

POSSIBLE REPORTINCONSISTENCY:REPORT NUMBERDIFFERENT

Constant Fixed When this message appears at theend of the KRTK100 log report, andindicates a system dump. A new logreport that starts to dump into theholding registers, can invalidate someof the information that already printed.

Active message example**KTRK100 JUN27 21:57:04 6600 INFO KTRK_REPORT

____________________________________________________________

EXCEPTIONS

KTPARMS CRITERIA: PEG HT TROUBLE

>5 <6 KILLER TRUNK

>7 SLOW RELEASE

____________________________________________________________

GROUP MEMBER PEG USAGE HT TROUBLE

TOPCOMFAMF 1 1 10 10 SLOW RELEASE

5 14 640 45 SLOW RELEASE

LNTOPSI 1 6 180 30 SLOW RELEASE

2 0 0 * ALWAYS IDLE

EMGY 1 0 900 * ALWAYS BUSY

ACCUMULATION TIME: 1 0

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____________________________________________________________

Clear message examplen/a

Associated OM registers

LAQ330The system generates log report LAQ330 when the Log Acquisition (LAQ)subsystem noti es that the system aborts the connection.

The SN Operation Controller (OPC) system provides log processing. Thelog processing consists of the following functions:

• the Data Collector collects SN logs and SN OPC UNIX ApplicationEnvironment (UAE) logs

• the Problem Manager correlates SN logs

• the Problem View browses logs and problems

• the Problem View delivers logs to a local printer

Feature AJ2892 implements an application that allows an SN OPC toobtain logs from a SNODE CM across a TCP/IP connection. This featureallows the system to generate an AUDIT log. The system generates thislog if an AUDIT in the SN OPC requests a log to test the TCP/IPcommunication path. The log also tests the health of the DMS LOGSYSTEM.

Feature AJ2892 creates the LAQ in the SN OPC side as a client process.This condition occurs so that the LAQ sends a request and receives resultsto/from the remote client. The SN CM side contains the remote client. TheData Collector communicates with this process to receive/stop the streamof SNODE CM logs.

The Data Resource Manager (DRM) controls the LAQ. The DRM createsthe process when the SN OPC is in service. The LAQ is registered to DRMto monitor the status of the Data Collector. The LAQ is also registered toDRM to monitor the status of AUDIT.

The LAQ originates and manages the TCP/IP connection establishedtoward the remote server in the SNODE CM. This module containsdescriptions of the reception and transmission buffers that handle theincoming/outgoing messages.

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After the TCP/IP connection is established, LAQ connects to the DataCollector (DC). To connect to the DC, the LAQ creates an IPC connectivitywhen the DC is in service and available.

When the Data Collector sends an IPC message to request logs, the LAQacts on the request. The LAQ sends the "start-log-request" message toSNLAQTCP process in SN CM.

The LAQ receives logs. Use the procedures in the Data Collector interfacelibrary to pass these logs to the Data Collector. This process continuesuntil the Data Collector sends a stop log IPC message. A(stop_logs_request) message is sent to the server.

Remedial actionTake the following actions in response to the log report:

• Check that the DARPA Ethernet Interface Unit (EIU) is in ONLINEstate.

• Check that SN CM starts. If SN CM start, the client part of this featureestablishes the connection again after the SN CM is in service.

• Check the connectivity between SN CM and SN OPC. Use theappropriate ''PING'' tool.

• Check for related UAE logs.

AttributesAttribute Value

Severity Critical

Format**Critical LAQ330 FAIL FCC136AP OPC LAQ mmmdd hh:mm

LAQ(2530)

<description>

LOG: <faulty mnemonic>

1

Expert data: laqrtx.c()

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Selected field descriptionsField Value Fixed or

VariableDescription

alarm Critical Variable Indicates the severity of the problem

description Lost connection toCM

Variable Indicates the communication failure

faulty mnemonic Failed Variable Indicates the fault type

Active message example**Critical LAQ330 FAIL FCC136AP OPC LAQ 190292 17:00:00

LAQ(2530)

Lost connection to CM

LOG: FAILED

1

Expert data: laqrtx.c()

Clear message examplen/a

Associated OM registers

LAQ331The system generates log report LAQ331 when the Log Acquisition (LAQ)subsystem noti es that the system cannot establish the connection.

The SN Operation Controller (OPC) system provides log processing. Thelog processing consists of the following functions:

• the Data Collector collects SN logs and SN OPC UNIX ApplicationEnvironment (UAE) logs

• the Problem Manager correlates SN logs

• the Problem Viewer browses logs and problems

• the Problem Viewer delivers logs to a local printer

Feature AJ2892 implements an application that allows an SN OPC toobtain logs from a SNODE CM across a TCP/IP connection. This featurealso allows the system to generate an AUDIT log. The system generates

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this log if an AUDIT in the SN OPC requests a log to test the TCP/IPcommunication path. The log also tests the health of the DMS LOGSYSTEM.

Feature AJ2892 creates the LAQ in the SN OPC side as a client process.The LAQ sends a request and receives results to/from the remote client inthe SN CM side. The Data Collector communicates with this process toreceive/stop the stream of SNODE CM logs.

The Data Resource Manager (DRM) controls the LAQ. The DRM createsthe process when the SN OPC is in service. The LAQ is registered to DRMto monitor the status of the Data Collector. The LAQ is also registered toDRM the status of AUDIT.

The LAQ originates and manages the TCP/IP connection toward theremote server in the SNODE CM. This module contains descriptions of thereception and transmission buffers that handle the incoming/outgoingmessages.

After the TCP/IP connection is established, the LAQ connects to the DataCollector (DC). To connect to the DC, the LAQ creates an IPC connectivitywhen the DC is in service and available.

When the Data Collector sends an IPC message to request logs, the LAQacts on the request. The LAQ sends the "start-log-request" message toSNLAQTCP process in SN CM.

The LAQ receives logs. Use the procedures in the Data Collector interfacelibrary to pass these logs to the Data Collector. This process continuesuntil the Data Collector sends a stop log IPC message. A(stop_logs_request) message is sent to the server.

Remedial actionTake the following actions in response to the log report:

• Check that the DARPA Ethernet Interface Unit (EIU) is in the on-linestate.

• Check that SN CM starts. If the SN CM starts, the client part of thisfeature establishes the connection again after the SN CM is in service.

• Check the connectivity between SN CM and SN OPC. Use theappropriate ''PING'' tool.

• Check for related UAE logs.

• To interrupt the path, of ine the EIU that corresponds and attempt toestablish the connection.

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AttributesAttribute Value

Severity Critical

Format**Critical LAQ331 FAIL FCC136AP OPC LAQ mmmdd hh:mm

LAQ(2530)

<description>

LOG: <faulty mnemonic>

1

Expert data: laqrtx.c()

Selected field descriptionsField Value Fixed or

VariableDescription

alarm Critical Variable Indicates the severity of the problem

description Not able to establish aconnection to the CM

Variable Indicates the communication failure

faulty mnemonic Failed Variable Indicates the fault type

Active message example**Critical LAQ331 FAIL FCC136AP OPC LAQ 191092 13:04:12

LAQ(2530)

Unable to establish a connection to the CM

LOG: FAILED

1

Expert data: laqrtx.c()

Clear message examplen/a

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Associated OM registers

LAQ602The system generates log report LAQ602. This report appears when LogAcquisition (LAQ) subsystem noti es that the DMS LOG SYSTEM lostsome SuperNode (SN) CM logs.

The SN Operations Controller (OPC) system provides log processing. Thelog processing consists of the following functions:

• the Data Collector collects SN logs and SN OPC UNIX ApplicationEnvironment (UAE) logs

• the Problem Manager correlates SN logs

• the Problem Viewer browses logs

• the Problem Viewer delivers logs to a local printer

Feature AJ2892 implements an application that allows a SN OPC to obtainlogs from a SNODE CM across a TCP/IP connection. This feature allowsthe system to generate an AUDIT log. The system generates this log if anAUDIT in the SN OPC requests a log to test the TCP/IP communicationpath. The log also tests the health of the DMS LOG SYSTEM.

Feature AJ2892 creates the LAQ in the SN OPC side as a client process.This condition occurs so that the LAQ sends a requests and receivesresults to/from the remote client. The SN CM side contains the remoteclient. The Data Collector communicates with this process to receive/stopthe stream of SNODE CM logs.

The Data Resource Manager (DRM) controls the LAQ. The DRM createsthe process when the SN OPC is in service. The LAQ is registered to DRMto monitor the status of the Data Collector. The LAQ is also registered toDRM to monitor the status of AUDIT.

The LAQ originates and manages the TCP/IP connection that isestablished toward the remote server in the SNODE CM. This modulecontains descriptions of the reception and transmission buffers that handlethe incoming/outgoing messages.

After the LAQ connection is established the LAQ connects to the DataCollector (DC). To connect to the DC, the LAQ creates an IPC connectivitywhen the DC is in service and available.

When the Data Collector sends an IPC message to request logs, theLAQacts on the request. The LAQ sends the "start-log-request" message toSNLAQTCP process in SN CM.

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The LAQ receives logs. Use the procedures in the Data Collector interfacelibrary to pass these logs to the Data Collector. This process continuesuntil the Data Collector sends a stop log IPC message. A(stop_logs_request) message is sent to the server.

The SuperNode CM section of AJ2892 receives the number of the log lostin the DMS LOG SYSTEM. The number then noti es the SN OPC sectionof AJ2892. The AJ2892 feature generates a UAE (UNIX ApplicationEnvironment) log that conveys the number of SN CM logs lost.

Remedial actionThe DMS LOG SYSTEM can handle an average of one SNode CM logeach second. The average size of a SNode CM log is 150 bytes. Enforce astream of 10 logs every second to stress the DMS LOG SYSTEM. Eachlog contains 800 characters. When the DMS LOG SYSTEM is stressed,the system generates one UAE log every 2 s. A UAE log indictes the loglost at the CM side. The SN OPC administrator uses the PULSE tool toperform this process.

AttributesAttribute Value

Severity Warning

FormatLAQ602 INFO FCC136AP OPC LAQ mmmdd hh:mm LAQ(2530)

<description>

LOG:

1

Expert data: laqmain.c()

Selected field descriptionsField Value Fixed or

VariableDescription

description Number of log lost(CM side): 0-65535

Variable Denotes number of logs at SNode CMside

Active message exampleLAQ602 INFO FCC136AP OPC LAQ 191092 13:04:12 LAQ(2530)

Number of log lost (CM side):4

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LOG:

1

Expert data: laqmain.c()

Clear message examplen/a

Associated OM registers

LCD100This log is generated when the call detail record (CDR) call durationexceeds the time between the origination and the disconnect.

Remedial actionThis log does not require any action. It is for information only.

AttributesAttribute Value

Severity Warning

FormatLCD100 mmmdd hh:mm:ss ssdd INFO LONG CALLDUR INFO

SEQNUM: = <sequence number>

ORIG:CKT = originating trunk equipment>

TERM:CKT = terminating trunk equipment>

ORIG YR = <number of years since 1976>

MO = <month>

DAY = <day>

HR = <hour>

MIN = <minutes>

SEC = <seconds>

DISC YR = <number of years since 1976>

MO = <month>

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DAY = <day>

HR = <hour>

MIN = <minutes>

SEC = <seconds>

RU CALLDUR = <recording unit call duration>

CCB ANS = <call condense block answer indicator>

CDB MSG = <call data block message type>

CDBCALLDUR = <call data block call duration>

CDB ANS = <call data block answer indicator>

Selected field descriptionsField Value Fixed or

VariableDescription

seq_# 0-65535 Variable This field indicates the sequencenumber assigned to the call atdisconnect.

orig:ckt clli nnnnCommonLanguage LocationIdentifier for the trunkgroup datafilled in theCLLI customer datatable Circuit numberfor the trunk in theCLLI group (0-9999)

Variable This field indicates the originatingtrunk circuit equipment.

term:ckt clli nnnnCommonLanguage LocationIdentifier for the trunkgroup datafilled in theCLLI customer datatableCircuit numberfor the trunk in theCLLI group (0-9999)

Variable This field indicates the terminatingtrunk circuit equipment.

orig_yr 0-63 Variable This field indicates the number ofyears since 1976 that pertains to thecall's origination.

month 1-12 Variable Month.

day 1-31 Variable Day.

hr 0-23 Variable Hour.

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Field Value Fixed orVariable

Description

min 0-59 Variable Minutes.

sec 0-59 Variable Seconds.

disc_yr 0-63 Variable This field indicates the number ofyears since 1976 that pertains to thecall's disconnect.

mo 1-12 Variable Month.

ru_calldur 0-21474835 Variable This field indicates the recording unitcall duration. This is a four-byte clockthat contains the amount of time(measured in ten-millisecond ticks)between the answer and thedisconnect.

ccb_ans 0 or 1 Variable This field indicates the call condenseblock answer indicator.0 indicates thecall was not answered.1 indicates thecall was answered.

cdb_msg 0-32767 Variable This field indicates the call data blockmessage type.

cdb_calldur 0-21474835 Variable This field indicates the call data blockcall duration (measured in ten-millisecond ticks).

cdb_ans 0 or 1 Variable This field indicates the call data blockanswer indicator.0 indicates the callwas not answered.1 indicates the callwas answered.

Active message exampleLCD100 JAN24 20:05:05 0000 INFO LONG CALLDUR INFO

SEQ #: 18801

ORIG:CKT Z1024 37

TERM:CKT C2126 107

ORIG YR: 19 MO: 1 DAY: 24 HR: 20 MIN: 3 SEC: 46

DISC YR: 19 MO: 1 DAY: 24 HR: 20 MIN: 5 SEC: 5

RU CALLDUR: 01681055

CCB ANS: 0

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CDB MSG: 18

CDB CALLDUR: 01681055

CDB ANS: 1

Clear message examplen/a

Associated OM registers

LCD200This log is generated when the call detail record (CDR) call duration hasbeen detected and corrected.

Remedial actionThis log does not require any action. It is for information only.

AttributesAttribute Value

Severity Warning

FormatLCD200 mmmdd hh:mm:ss ssdd INFO LCD HAS BEEN DETECTED ANDCORRECTED

SEQNUM: = <sequence number>

ORIG:CKT = <originating trunk equipment>

TERM:CKT = <terminating trunk equipment>

ORIG YR = <number of years since 1976>

MO = <month>

DAY = <day>

HR = <hour>

MIN = <minutes>

SEC = <seconds>

DISC YR = <number of years since 1976>

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MO = <month>

DAY = <day>

HR = <hour>

MIN = <minutes>

SEC = <seconds>

RU CALLDUR = <recording unit call duration>

CCB ANS = <call condense block answer indicator>

CDB MSG = <call data block message type>

CDB CALLDUR = <call data block call duration>

CDB ANS = <call data block answer indicator>

Selected field descriptionsField Value Fixed or

VariableDescription

seq_# 0-65535 Variable This field indicates the sequencenumber assigned to the call atdisconnect.

orig:ckt clli nnnnCommonLanguage LocationIdentifier for the trunkgroup datafilled in theCLLI customer datatable Circuit numberfor the trunk in theCLLI group (0-9999)

Variable This field indicates the originatingtrunk circuit equipment.

term:ckt clli nnnnCommonLanguage LocationIdentifier for the trunkgroup datafilled in theCLLI customer datatableCircuit numberfor the trunk in theCLLI group (0-9999)

Variable This field indicates the terminatingtrunk circuit equipment.

orig_yr 0-63 Variable This field indicates the number ofyears since 1976 that pertains to thecall's origination.

month 1-12 Variable Month.

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Field Value Fixed orVariable

Description

day 1-31 Variable Day.

hr 0-23 Variable Hour.

min 0-59 Variable Minutes.

sec 0-59 Variable Seconds.

disc_yr 0-63 Variable This field indicates the number ofyears since 1976 that pertains to thecall's disconnect.

mo 1-12 Variable Month.

ru _calldur 0-21474835 Variable This field indicates the recording unitcall duration. This is a four-byte clockthat contains the amount of time(measured in ten-millisecond ticks)between the answer and thedisconnect.

ccb_ans 0 or 1 Variable This field indicates the call condenseblock answer indicator.0 indicates thecall was not answered.1 indicates thecall was answered.

cdb_msg 0-32767 Variable This field indicates the call data blockmessage type.

cdb_calldur 0-21474835 Variable This field indicates the call data blockcall duration (measured in ten-millisecond ticks).

cdb_ans 0 or 1 Variable This field indicates the call data blockanswer indicator.0 indicates the callwas not answered.1 indicates the callwas answered.

Active message exampleLCD200 JAN24 20:05:05 0000 INFO LCD HAS BEEN DETECTED ANDCORRECTED

SEQ #: 18801

ORIG:CKT Z1024 37

TERM:CKT C2126 107

ORIG YR: 19 MO: 1 DAY: 24 HR: 20 MIN: 3 SEC: 46

DISC YR: 19 MO: 1 DAY: 24 HR: 20 MIN: 5 SEC: 5

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RU CALLDUR: 01681055

CCB ANS: 0

CDB MSG: 18

CDB CALLDUR: 01681055

CDB ANS: 1

Clear message examplen/a

Associated OM registers

LINE100The line maintenance (LINE) subsystem generates the LINE100 log whenyou perform a line diagnostic test from the

• MAP terminal, and the test passes

• shower queue on an integrated services digital network (ISDN) loop oran analog line, and the test passes

A log report with an event type of trouble (TBL), fault (FLT), or information(INFO) precedes a system-initiated diagnostic test.

Remedial actionn/a

AttributesAttribute Value

Severity • Warning

• Minor

• Major

• Critical

FormatLINE100 mmmdd hh:mm:ss ssdd PASS LN_DIAG

len DN dn

DIAGNOSTIC RESULT diagtxt

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ACTION REQUIRED acttxt

CARD TYPE cardtype

Selected field descriptionsField Value Fixed or

VariableDescription

*= minor **= major ***= critical

Variable fault severity

PASS LN_DIAG Constant Fixed Indicates a line diagnostic test wasperformed and passed. A linediagnostic test checks for hardware-related faults in line equipment.

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

NO DIRN Variable NO DIRN appears when channel unitsare involved.

The system does not support DN forchannel units on special servicemodules (shelves used with a remotecarrier urban [RCU] that houseequipment that supports specialservices).

DIAGNOSTICRESULT

Constant Fixed Indicates the result of diagnostictesting follows

diagtxt Text string Variable The results of diagnostic testing

ACTION REQUIRED Constant Fixed Indicates the recommended useraction follows

actxt Text string Variable The recommended user action

If there is no user action required, theentry is "None".

CARD TYPE Constant Fixed Indicates that card information follows

cardtype Alphanumeric textstring

Variable The product engineering code (PEC)of the ISDN line card (ISLC) in theISLC loop tested

Active message example*LINE100 JAN01 00:00:07 5678 PASS LN_DIAG

LINE100 761

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HOST 55 1 00 24 DN 2557229999

DIAGNOSTIC RESULT Card Diagnostic OK

ACTION REQUIRED None

CARD TYPE 6X17BA

Clear message examplen/a

Associated OM registers

LINE101The Line Maintenance (LINE) subsystem generates report LINE101. Thesubsystem generates LINE101 when the system or the user runs adiagnostic test, and the test fails. The user runs the diagnostic test from theMAP terminal. The system runs the test from the shower queue on anintegrated service digital network (ISDN) loop.

A report with event type trouble (TBL), fault (FLT), or information (INFO)precedes a system initiated diagnostic test.

The system initiates a diagnostic for some of the system problems inLINE113. The subsystem generates LINE101 if the diagnostic test fails.The line equipment number (LEN) of an RDTISD line can display in thislog.

Remedial actionIf you cannot find the diagnostic reason and action required displays in theinformation below, contact the next level of maintenance.

LINE101 indicates failures in the diagnostic test. The DIAGNOSTICREASON and ACTION REQUIRED displays are in the explanation table.Use the following references to isolate and correct the failures thatLINE101 indicates:

• For all failures that relate to central control or peripheral moduleequipment, see Trouble Locating and Clearing Procedures .

• For all failures that relate to data entry, see the data schema section ofthe Translations Guide .

• For all failures that relate to line equipment, see Lines MaintenanceGuide .

• For more information about line diagnostic tests, see LinesMaintenance Guide .

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Use the following instructions in response to the log report:

Values:

• Addon Datafilled

• Response: Indicates that the system tested a circuit pack that connectsto a key set. An add on is not entered correctly in customer data TableKSETINV.

• Instruction: Cktloc. To correct table KSETINV, refer to the data schemasection of the Translations Guide .

• Addon Not Responding

• Response: Indicates that the system tested a circuit pack that connectsto a key set. One of the add ons entered in customer data TableKSETINV does not respond to the test.

• Instruction: Cktloc. To correct table KSETINV, refer to the data schemasection of the Translations Guide .

• Audit in Progress

• Response: Indicates a line card audit is in progress.

• Instruction: Try the diagnostic again.

• Bad Wink From PSAP

• Response: Indicates PSAP test fails at the LTP level of the MAPbecause of an abnormal wink display received from the PSAP.

• Instruction: Check PSAP hardware.

• Buffer Full Flag High

• Response: Indicates the circuit pack buffer is full. The system performsthis part of the test after the signal loops to a key set. The buffer fullflag status remains high. The high status does not allow the peripheralmodule to send additional messages.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedures.

• Buffer Full Flag Low

• Response: Indicates the circuit pack buffer is not ready to receivemessages from the peripheral module. The system performs this partof the test after the peripheral module sends a request to the circuitpack. The peripheral sends a request to the circuit pack to signal a keytest. The buffer full flag status remains low. The low status does notallow the peripheral module to send additional messages.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedures.

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• Bus Extender

• Response: Indicates the bus extender loopback test fails. The testconsists of a tone that the RCU maintenance card sends to the busextender card. The tone loops and returns to the maintenance card foranalysis.

• Instruction: Replace bus extender card (NT3A17).

• Bypass Active

• Response: Indicates that the metallic bypass is active.

• Instruction: Try again.

• CARD MISSING

• Response: Indicates a request to test circuit pack was made, but packwas not present at suspect equipment location.

• Instruction: Insert card. See Lines Maintenance Guide for card insertionprocedures.

• CARD OK,FACTST ABORT

• Response: Indicates circuit pack test completes correctly, but thesystem aborts the test before the facility test completes.

• Instruction: Manual test. Refer to Lines Maintenance Guide for manualtest procedures.

• CC - No Mailbox

• Response: Indicates that there are not enough software resourcesavailable to perform test.

• Instruction: Try again. See Lines Maintenance Guide for manual testprocedures.

• nnnn nnnn nnnn nnnn CHANNEL LOSS

• Response: Indicates the channel loss subtest of the extendeddiagnostic fails, where nnnn represents tones that the transmission testunit (TTU) measure.

• Instruction: Replace card.

• Check +48V switch

• Response: Indicates reversal relay does not operate correctly.

• Instruction: Reversal Rel. See Lines Maintenance Guide for procedure.

• CKT CANNOT BE IDLED

• Response: Indicates attempt to idle circuit pack for tests fails, and thetest does not start

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• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedure.

• Coin Collect

• Response: Indicates the positive coin control voltage subtest of theextended diagnostic fails.

• Instruction: Replace card.

• Coin Presence

• Response: Indicates the positive or negative coin control groundsubtest of the extended diagnostic fails.

• Instruction: Replace card.

• Coin Return

• Response: Indicates the negative coin control voltage subtest of theextended diagnostic fails.

• Instruction: Replace card.

• Communication failed to a line card.

• Response: Indicates that the line card did not receive a C-channelresponse.

• Instruction: Check card.

• Communication failed to NT1

• Response: Indicates that NT1 did not receive a C-channel response.

• Instruction: Check NT1.

• Connection Fail

• Response: Indicates test connection between PM and remote modulefails.

• Instruction: To check the PM and remote module for faults, post the PMand remote module at the PM level of the MAP. Issue the commandstring "QUERYPM FLT." Replace defective cards. If the PM andremote module are free of faults, test DS-1 link A.

• CONNECTION FAULT

• Response: Indicates that the system did not establish connectionbetween the line and test equipment.

• Instruction: Try again. See Lines Maintenance Guide for procedure.

• DCH cont failed: EC OFF: LU interface

• Response: Indicates failure of the D-channel handler continuity test atthe LU interface with error checking off.

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• DCH cont failed: EC ON: LU interface

• Response: Indicates failure of the D-channel handler continuity test atthe LU interface with error checking on.

• DCH cont failed: L interface

• Response: Indicates failure of a D-channel handler continuity test at theL interface.

• Instruction: Check ISLM links.

• DCH cont failed: T interface

• Response: Indicates failure of a test of a D-channel handler continuityat the T interface.

• DCH cont No response from IAC or DCH

• Response: Indicates the ISDN access controller or the D-channelhandler does not respond to the continuity test.

• Instruction: Test DCH.

• DCH not in service

• Response: Indicates the D-channel handler selected for the test is notin service

• Instruction: Check DCH and links.

• Defective DSIC circuit on DPMC

• Response: Indicates that a fault is present in one of the DSIC circuitson the DPMC. The DPMC is defective.

• Instruction: Replace the DPMC.

• Defective facility sensors on DPMC

• Response: Indicates that a fault is present in the DPMC facilitysensors. The DPMC is defective.

• Instruction: Replace the DPMC.

• Defective mate 10V regulator on DPMC

• Response: Indicates that a fault is present in the mate 10-volt regulatoron the DPMC. The DPMC is defective.

• Instruction: Replace the DPMC.

• Defective prime 10V regulator on DPMC

• Response: Indicates that a fault is present in the prime 10-volt regulatoron the DPMC. The DPMC is defective.

• Instruction: Replace the DPMC.

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• Defective relay drivers on DPMC

• Response: Indicates that a fault is present in the DPMC relay drivers.The DPMC is defective.

• Instruction: Replace the DPMC.

• Defective 30V meas. circuit on DPMC

• Response: Indicates that a fault is present in the DPMC 30-voltmeasurement circuit. The DPMC is defective.

• Instruction: Replace the DPMC.

• Defective 30V power source on DPMC

• Response: Indicates that a fault is present in the DPMC 30-volt powersource. The DPMC is defective.

• Instruction: Replace the DPMC.

• DIAGNOSTIC ABORTED

• Response: Indicates that the system aborts extended diagnostics for areason that is not known. The system aborts extended diagnostics afterthe system establishes a connection over the facility.

• Instruction: Check facility. See Lines Maintenance Guide for procedure.

• Digital Port Card not present

• Response: Indicates the DPC for the line sub-group that contains thegiven LEN is not present.

• Instruction: Insert an 8X47 card in the correct slot.

• Digit received !=1

• Response: The digit that the line card receives is not one (1).

• Instruction: Check the line card and MTE.

• DPMC control logic fault

• Response: Indicates a fault is present in the DPMC control logic. TheDPMC is defective.

• Instruction: Replace the DPMC.

• DPMC failed to operate relay

• Response: Indicates the DPMC fails to operate the relay to connect theDPMC to the line to be diagnosed. It is possible that the DPMC (8X55)is the cause of the failure.

• Instruction: Replace the DPMC (8X55) and repeat the test. If thecondition persists, replace the 8X47 (digital port card).

• DPMC in use by another line on the DLM

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• Response: Indicates that it was necessary to perform tests on the DPC.The DPMC was not available to perform the tests. The DPMC wasalready performing tests on another line on the same DLM (by manualor system request). Repeat the test. If the condition persists, executethe LOOPBK QUERY ALL command (MAP level LTPDATA). Thiscommand makes sure that no MADO has a DPC loopback active(through LOOPBK DPC command). A MADO with an active DPCloopback, remains in use until a LOOPBK RLS command is issued forthat MADO.

• Instruction: Try again.

• DSIP failure on looparound on/off

• Response: Indicates the DSIP fails to turn the PCM looparound on/offat the DPC (with the DPMC). Check the DLM and verify that the DPMCis in the proper slot. Verify the versions of the DSIP firmware and theDLM software load.

• Instruction: Check peripherals.

• DSIP failed to connect DPMC

• Response: Indicates the digital set interface processor (DSIP) does notdetect the DPMC (8X55) in the DLM. Check the DLM. Verify the 8X55is in the proper slot. Remove the card. Install the card again and repeatthe test. If the problem persists, the DPMC is defective. Replace theDPMC.

• Instruction: Check peripherals.

• DSIP failed to perform DPMC test

• Response: Indicates that the system must use DPMC. The DSIP doesnot execute the DPMC test which precedes each use of the DPMC.Verify the versions of the DSIP firmware and the DLM software load.

• Instruction: Check peripherals.

• DSIP failed to perform test

• Response: Indicates that the DSIP fails to perform the set presencetest. Replace the 8X49 card.

• Instruction: Replace card.

• nnnn nnnn nnnn nnnn ECHO RET LOSS

• Response: Indicates that the echo return loss subtest of the extendeddiagnostic fails, where nnnn represents tones that the transmission testunit (TTU) measures.

• Instruction: Replace card.

• nnnn nnnn nnnn nnnn Eq Pads Test

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• Response: Gives the results of the equalization pads test failure.

• Instruction: Replace card. May be a defective line card or a line cardthat is not correct.

• Equalization High

• Response: Indicates that circuit pack impedance is high for the line andset requirementsOR

• Indicates that loop or set impedance is high for circuit packrequirements.

• Instruction: Replace card. See Lines Maintenance Guide forprocedure.OR

• Check loop or set. See Lines Maintenance Guide for procedure.

• Equalization low.

• Response: Indicates circuit pack impedance is low for circuit pack andset requirements.OR

• Indicates loop or set impedance is low for circuit pack requirements.

• Replace card. See Lines Maintenance Guide for procedure.OR

• Check loop or set. See Lines Maintenance Guide for procedure.

• EQUIP FAULT

• Response: Indicates that a fault that cannot be identified causes thetest to fail.

• Instruction: Try again. See Lines Maintenance Guide for procedure.

• Excessive voltage (>10V) on loop

• Response: Indicates that the system measures a voltage in excess of10 volts on the loop. Check the MDF and jack panel and verify that noexternal voltages are applied to the line.

• Instruction: Check facility.

• Ext Not Datafilled

• Response: Indicates that the system tests a circuit pack that connectsto a key set. An extension is not entered correctly in customer dataTable KSETINV.

• Instruction: Cktloc. See the data schema section of the TranslationsGuide to correct table KSETINV.

• Ext Not Responding

• Response: Indicates that the system tests a circuit pack connected to akey set. One of the extensions entered in customer data TableKSETINV does not respond to the test.

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• Instruction: Cktloc. See the data schema section of the TranslationsGuide to correct table KSETINV.

• External RAM fault detected

• Response: Indicates that the system detects a fault on the line cardexternal RAM.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedures.

• Failed data transmission to set

• Response: Indicates that the system detects an error in the receiveddata or no data was received. A bad loop or a defective SAM cancause the system to not receive data. If the operating companypersonnel unplug or power down a SAM, the system does not receivedata.

• Instruction: Check loop and set. See the data schema section of theTranslations Guide to correct table KSETINV.

• Failed to operate CUTOFF relay

• Response: Indicates cutoff relay fails to operate.

• Instruction: Check relay.

• Failed to release loopbk.

• Response: Indicates loopback release failure in continuity test to the L,U, and T interfaces.

• Failed to run DCHCON. Try again.

• Response: Indicates that the DCH continuity test was not run.

• Instruction: Check DCH and IAC and try test again.

• Failed to set 2B+D loopbk: L interf.

• Response: Indicates the failure of the two B channels and D channelloopback at the L interface

• Instruction: Loopback L.

• Failed to set 2B+D loopbk: LU interf

• Response: Indicates that the the two B-channels and D-channelloopback at the LU interface fail.

• Instruction: Loopback LU.

• Failed to set 2B+D loopback: T interf.

• Response: Indicates that the two B-channels and D-channel loopbackat the T interface.

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• Instruction: Loopback T.

• Fault in DPC, subscriber loop, or set

• Response: Indicates the PCM looparound test at the DSIC in the setfails (the PCM looparound test at the PSTS passes). The DLM doesnot have a DPMC (8X55), the user cannot perform the test at the DPC.Check the jack and line cord, and set and verify all connections. If theconnections are in order, connect a test set to the line. If the line failsdiagnostics again, the DLIC or the associated parts of the electricalcircuit on the DPC is defective. Replace the DPC. If the line passesdiagnostics with the test set, then the subscriber set is defective.Replace the subscriber set.

• Instruction: Check facility.

• Fault in set -- set not responding

• Response: Indicates the set does not acknowledge the set and failssignalling tests. The DPMC facility sensors detect a set on the line.Check the set and verify all connections. If the connections are inorder, the set is defective. Replace the set.

• Instruction: Check facility.

• nnnn nnnn nnnn nnnn Flux Cancel Test

• Response: Provides the results of the flux cancellation test.

• Instruction: Replace card.

• Foreign voltage on loop -- check MDF

• Response: Indicates that the DPMC diagnoses the subscriber loop anddetects a foreign voltage. Check the subscriber loop.

• Instruction: Check facility.

• FUNCTIONAL TEST FAIL

• Response: Indicates that the system detects a hardware fault duringfunction test procedure of suspect equipment.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedure.

• IAC Queue full.

• Response: Indicates that the ISDN access controller queue is full.

• Instruction: Try the test again.

• INCOMING SEIZURE

• Response: Indicates that the facility is not tested, because the systemseizes before the user requests the test.

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• Instruction: Check facility. See Lines Maintenance Guide for procedure.

• Internal RAM/CPU tault detected

• Response: Indicates that the system detects a fault on the line cardinternal RAM or the CPU.

• Instruction: Replace card. Refer to Lines Maintenance Guid for cardreplacement procedure.

• Invalid Card Code For Test

• Response: Indicates that the PSAP test is denied at the LTP level ofthe MAP display because a card code is invalid.

• Instruction: Try again. Try with LDT line only PSAPWA card code.

• Invalid channel number to DPMC

• Response: Indicates that the DSIP receives a command for which thespecified channel (for example, line) does not loop/unloop correctly.Verify the versions of the DLM and LTC/LGC software and the DSIPfirmware.

• Instruction: Check peripherals.

• Invalid command to IAC.

• Response: Indicates that the ISDN access controller receives acommand that is invalid.

• Instruction: Check IAC load.

• Invalid DCH

• Response: Indicates that the D-channel handler selected for the test isinvalid.

• Invalid DPMC request sent to DLM

• Response: Indicates that the DLM receives a DPMC command that isinvalid. Verify the versions of the DLM and LTC/LGC software loads.

• Instruction: Check peripherals.

• Invalid request to IAC.

• Response: Indicates an IAC receives a request that is invalid.

• Instruction: Check IAC load.

• Invalid response from IAC/DCH

• Response: Indicates that the response from the ISDN access controlleror the D-channel handler is invalid.

• Instruction: Check DCH.

• Invalid response to self test

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• Response: Indicates that a line card transmits a response that is invalidduring a self test. An invalid response occurs when the line card isdefective. An invalid response also occurs when the card in the slot isnot the card that is entered.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedure.

• Invalid RIT reply from DSIP (XXXX)

• Response: NOTE: XXXX indicates the point (PSTS, DPC, DSIC, orMADO) at which the system performs the signalling looparound test.Indicates that the DSIP reply to the RIT (signaling looparound)message is invalid. Replace the 8X49 card. Replace the 8X46 cardONLY if the condition persists.

• Instruction: Replace card.

• ISLM not responding

• Response: Indicates that there is no response from the ISDN linemodule.

• Instruction: Check ISLM.

• Jack Access Active

• Response: Indicates that a jack access is present at the RCU.

• Instruction: Try the test again.

• Last digit message

• Response: Indicates that the digit reception process is idle and thesystem cannot collect digits until the digit reception process restarts.

• Instruction: Check the line card and MTE.

• LC BPVO register test failed.

• Response: Indicates failure of the test on the line card bipolar voltageoverflow register.

• Instruction: Check line card.

• LC context restore failed.

• Response: Indicates failure of line card status after a context restore.

• Instruction: Check line card.

• Line Data Error :Terminal id.

• Response: Indicates an error in data on the line.

• Instruction: Check data.

• Local Testing Active

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• Response: Indicates a local test initiated at the Maintenance card of theRCU.

• Instruction: Try the test again.

• Loop communication fault.

• Response: Indicates that the system does not receive C-channelresponses from a loop component.

• Looped data does not match (XXXX)

• Response: NOTE: XXXX indicates the point (PSTS, DPC, DSIC, orMADO) at which the system performs the signalling looparound test.Indicates that the data that the system receives from the looparoundtest does not match the data sent. Replace the 8X46 card. Replace the8X49 card ONLY if the condition persists.

• Instruction: Replace card.

• Looped message not received (DPC)

• Response: Indicates that the signalling looparound test at the DPCfails. Replace the DPC (8X47).

• Instruction: Replace card.

• Looped message not received (DSIC)

• Response: Indicates that signalling looparound test at the DSIC fails.Check the set and verify all connections. If the connections are good,replace the set.

• Instruction: Check facility.

• Looped message not received (MADO)

• Response: Indicates that the signalling looparound test at the MADOfails. Check the MADO and verify all connections. If the connectionsare good, replace the MADO.

• Instruction: Check facility.

• Looped message not received (PSTS)

• Response: Indicates that the signalling looparound test at the PSTSfails. Replace the 8X46 card. Replace the 8X49 card ONLY if thecondition persists.

• Instruction: Replace card.

• LTA CANCELLED

• Response: Indicates that the request for line test access (LTA) wascancelled, and that the system aborts the test.

• Instruction: Try again. See Lines Maintenance Guide for procedure.

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• LU interface not activated.

• Response: Indicates the LU interface is not activated.

• Instruction: Check line card.

• MADO reset error

• Response: Indicates that the MADO has failed to perform its resetfunction. Check the MADO and verify all connections. If theconnections are good, the MADO is defective. Replace the MADO

• Instruction: Check facility.

• MADO self test failed

• Response: Indicates that the MADO acknowledges the MADO andpasses signalling and PCM tests. The microprocessor in the MADOfails the MADO self-test. Check the MADO and verify all connections. Ifthe connections are good, the MADO is defective. Replace the MADO.

• Instruction: Check facility.

• Main Datafilled

• Response: Indicates that the system tests a circuit pack that connectsto a key set. The main set is not entered correctly in customer dataTable KSETINV.

• Instruction: Check loop&set. See the data schema section of theTranslations Guide to correct table KSETINV.

• Main Not Responding

• Response: Indicates that the system tests a circuit pack that connectsto a business set. The main set entered in customer data TableKSETINV does not respond to the test.

• Instruction: Check loop&set. Refer to Lines Maintenance Guide forprocedure.

• Messaging Failure To Data Option

• Response: Indicates that the MADO firmware no longer recognizesmessaging. Indicates that microprocessor in the source MADO canlose sanity. A communication failure occurs between the DSIC and theMADO.

• Instruction: CHK 8X49,SET. Make sure that MADO power is plugged inand works. Run the diagnostic on another MADO that is on the sameport card and DLM unit. If the diagnostic passes, the MADOmicrocontroller is defective. Replace the MADO. If the diagnostic fails,check the 8X49 card (DSIP).

• Messaging Failure To Set Firmware

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• Response: Indicates that the M3000 digital telephone firmware nolonger recognizes messaging. Indicates that the microprocessor in theset can lose sanity. A communication failure occurs between the DSICand the firmware chip.

• Instruction: CHK 8X49,SET. Make sure the M3000 power source isplugged in and works. Run the diagnostic on another set that is on thesame port card and DLM unit. If the diagnostic passes, the setmicrocontroller is defective. Replace the M3000 set. If the diagnosticfails, check the 8X49 card (DSIP).

• Messaging Inhibited

• Response: Indicates messaging between the PM and remote module isinhibited temporarily

• Instruction: Try the test again.

• Metering Card not Datafilled

• Response: Indicates that the metering pulse test detects a difference inthe line data. Data in Table LENLINES indicates that the 6X94AA lineunder test supports an SPM or a coin phone. Data in Table LNINVindicates that a 6X95AA metering tone card is not present. Themetering tone card is not present in slot 0 of the odd line subgroup forthe LCM drawer that contains the line under test.

• Instruction: Check data. See the data schema section of theTranslations Guide to correct table KSETINV.

• Metering Card not Responding

• Response: Indicates that the metering tone card (6X95AA) does notrespond. The metering tone card does not respond because the card isdefective or the the card is not present in the drawer

• Instruction: Check card or replace card. Refer to Lines MaintenanceGuide for procedure.

• Metering Card set to 16KHz

• Response: Indicates metering pulse test for a 6X94AA line card detectsa metering pulse with a frequency of 16KHz. The 6X95AA meteringtone card dip switch can be set to supply 12KHz or 16KHz. The dipswitch is set to 16KHz.

• Instruction: Change dip switch setting. See Lines Maintenance Guidefor procedure.

• Modem fault detected

• Response: Indicates that the system detects a fault in the line cardmodem circuits.

• Instruction: Replace card. See Lines Maintenance Guide for procedure.

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• MTA connection failure

• Response: Indicates MTA busy.

• Instruction: Check driver.

• Mtc Bus Unavailable

• Response: Indicates that the maintenance bus at the RCU isunavailable for tests.

• Instruction: Try the test again. If the maintenance bus is still unavailableafter several retries, check the faceplate of the maintenance card foralarms. To check the PM level of the MAP for RCU alarms, post theRCU and issue the command "QUERYPM FLT." A defectivemaintenance card can cause a maintenance bus to be unavailableindefinitely.

• Neg Coin Off-Hook

• Response: Indicates that the negative coin control voltage subtest ofthe extended diagnostic fails.

• Instruction: Replace card.

• NIL Equip Fault

• Response: Indicates a test equipment fault. The external trunk name ofthe test equipment is invalid.

• Instruction: Repair test equipment and try again.

• No card present in slot.

• Response: Indicates that a card is not present in the slot.

• Instruction: Insert card.

• NO CARD RESPONSE

• Response: Indicates attempt to idle circuit pack for tests that fail andtests that do not start.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedures.

• NO COMMUNICATION

• Response: Indicates attempt to idle circuit pack for tests that fail andtests that do not start.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedures.

• No digit mssg

• Response:

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• Indicates that the system performs a loop detector test on a line card.The test returns a result of no digit mssg received from the line card.The loop detector test passes through the following steps:

• The system sends a message to the line card. The system requeststhat the line card scan for off-hook.

• The system sends a message to the line card. The system requeststhat the line card receive digit one after it receives origination_msg.

• The system requests that MTE send digit one (line card and MTEconnect through the Metallic Test Access network).

• The system receives a DIGIT_MSG from the line card or the line carddoes not generate a digit mssg.

• Instruction: Check the line card and MTE.

• No DSIP RIT reply received (XXXX)

• Response: Indicates that DSIP does not reply to the RIT (signallinglooparound) message from the DLM. Replace the 8X49 card.

• Instruction: Replace card.

XXXX indicates the point (PSTS, DPC, DSIC, or MADO) at which thesystem performs the signalling looparound test.

• NO LINE CARD DIAG

• Response: Indicates that the facility test is complete, but the systemaborts the test before the circuit pack test is complete.

• No Line Card0

• Response: Indicates that the line card to be tested is absent

• Instruction: Insert card.

• NO LOOP CONNECTION

• Response: Indicates that the system detects a fault during attempts toestablish a connection through the network.

• Instruction: Check network. See Trouble Locating and ClearingProcedures .

• No LTA Card

• Response: Indicates that the LTA card is not on the RCU.

• Instruction: Insert LTA card.

• No MADO or fault in DPC, loop, or set

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• Response: Indicates that the MADO does not acknowledge the MADO.Check the set and MADO and verify all connections. If all connectionsare in order, the fault is in the loop or the DLIC (or associated circuitry)on the DPC. Check loop integrity. If the fault is not in the loop, replacethe DPC.

• Instruction: Check facility.

• No MADO or signalling failure in MADO

• Response: Indicates that the MADO does not acknowledge the MADOand fails signalling tests. The voice set acknowledges the voice set andpasses signalling tests. A MADO is not present or the MADO isdefective. Check the set to verify that the MADO is installed correctlyand that the cables connect correctly. If connections are in order,replace the MADO.

• Instruction: Check facility.

• No Mtc Card

• Response: Indicates that a maintenance card is not present at theRCU.

• Instruction: Insert maintenance card.

• No response from IAC

• Response: Indicates the ISDN access controller does not respond.

• Instruction: Check peripherals.

• NO RESPONSE FROM LTC

• Response: Indicates attempt to idle line trunk controller for tests fails,and test did not start

• Instruction: Check peripherals. Refer to Index to MaintenanceProcedure Documents for procedure.

• or No Response from LTC

• Response: Indicates that the system does not receive a response fromthe LTC/LGC for a message sent by the diagnostic process. Check theLTC/LGC and the DLM.

• Instruction: Check peripherals.

• NO RESPONSE FROM PERIPHERAL

• Response: Indicates attempt to idle peripheral for testing failed, andtest did not start

• Instruction: Check peripherals. See Index to Maintenance ProcedureDocuments for procedure.

• No response to self test

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• Response: Indicates the card does not respond to requests for a selftest. The line card is defective or the card in the slot is not the card thatis entered.Indicates the card does not respond to requests for a selftest. The line card is defective or the card in the slot is not the card thatis entered.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedure.

• No set or fault in DPC, loop, or set

• Response: Indicates that the set does not acknowledge the set andfails signalling tests. Because the DLM that contains the correspondingDPC does not have a DPMC (8X55), the system cannot test the DPCsignalling. Verify that a set is present and check the jack, line cord, andset connections. If the connections are good, replace the set with a testset. If the line continues to fail diagnostics, then the DPC is defective.Replace the DPC. Temporarily relocate the DN to a different LEN.Enter the defective LEN in Table IVDTRBL to block the bad port untilyou replace the card. If the line passes diagnostics with the test set,then the subscriber set is defective. Replace the subscriber set.

• Instruction: Check facility.

• No Signalling, Loop&Set

• Response: Indicates that the peripheral module did not send a signal tothe connected keyset.

• Instruction: Replace card. See Lines Maintenance Guide for cardreplacement procedure.

• No Signalling to Set

• Response: Indicates that the module did not send a signal or theconnected keyset did not receive a signal.

• Instruction: Check card and peripheral set. See Lines MaintenanceGuide for procedure.

• No SMS Pside Channel

• Response: Indicates that no DS-1 channel is available.

• Instruction: Try the test again.

• No SMU Pside Channel

• Response: Indicates that no DS-1 channel is available.

• Instruction: Try the test again.

• No Tone Detected

• Response: Indicates PSAP test fails because the PSAP does not returnbusy tone after the PSAP sends ANI digits

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• Instruction: Check TTU/PSAP.

• No Wink From PSAP

• Response: Indicates that the PSAP test fails. The PSAP test failsbecause a wink is not present from the PSAP.

• Instruction: Check PSAP/TTU. Make PSAP hardware and entries of thetested line card code compatible. Make sure the ''E911_PSAP_RECPRE_WINK_TIME'' parameter in Table OFCENG is entered correctly.

• Noise Level nnnn DB NOTCH NOISE

• Response: Indicates that noise subtest of the extended diagnostic fails,where nnnn is the noise level that measures the transmission test unit(TTU).

• Instruction: Replace card.

• Noise Level nnnn DB WEIGHT NOISE

• Response: Indicates that noise subtest of the extended diagnostic fails,where nnnn is the noise level that measures the transmission test unit(TTU)

• Instruction: Replace card.

• NT1 BPVO register test failed

• Response: Indicates failure of the test of the NT1 bipolar voltageoverflow register.

• Instruction: Check NT1.

• NT1 context restore failed

• Response: Indicates failure of NT1 status after a context restore

• Instruction: Check NT1.

• Off-Hook

• Response: Indicates that the off-hook subtest of the extendeddiagnostic fails.

• Instruction: Replace card.

• On-Hook

• Response: Indicates that on-hook subtest of the extended diagnosticfails.

• Instruction: Replace card.

• Open Circuit -- check loop (or no set)

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• Response: Indicates that the DPMC diagnoses the subscriber loop anddetects an open circuit wad. Verify that a set connects on the loop.Check the subscriber loop. If you do not find faults, the open circuit canbe inside the set.

• Instruction: Check facility.

• nnnn nnnn nnnn nnnn Pad nDB Test

• Response: Provides the result of the pad DB test, where n is the exactpad value on which the test fails.

• Instruction: Replace card.

• PAM Loopback

• Response: Indicates the PAM loopback test fails. The PAM loopbacktest is a test tone sent from the RCU maintenance card to the transmit/receive multiplexer card. The system loops the tone and returns thetone to the maintenance card for analysis.

• Instruction: Replace transmit/receive multiplexer card (NT3A18).

• PCM looparound failure at DSIC in set or PCM failure at DSIC in set

• Response: Indicates that the set acknowledges the set and passes thesignalling looparound test at the set. The set passes the PCMlooparound test at the PSTS, and fails the PCM looparound test at theset. Try to substitute a known good set. If the fault clears, the originalset was bad. If the fault persists, check loop integrity. If the loop isgood, the DPC is defective. Replace the DPC.

• Instruction: Check facility.

• PCM looparound not activated (XXXXX)

• Response: NOTE: XXXXX indicates the point (PSTS, DPC, DSIC,MADO, or CODEC) at which the system performs the PCM looparoundtest. Indicates that the system cannot start the PCM looparound.

• Instruction: Replace 8X49 card.

• PCM looparound not released (XXXXX)

• Response: NOTE: XXXXX indicates the point (PSTS, DPC, DSIC,MADO, or CODEC) at which the system performs the PCM looparoundtest. Indicates that the system cannot stop the PCM looparound.

• Instruction: Replace 8X49 card.

• PCM looparound test failed at DPC

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• Response: Indicates that the PCM looparound test that uses the tonegeneration and tone detection circuitry of the transmission test trunk(TTT) fails. The test fails at the DPC looparound point. The readingsthat the tone detection circuitry take indicate that the frequency and/orthe level are not within tolerance limits.

• Instruction: Replace DPC (8X47).

• PCM looparound test failed at PSTS

• Response: Indicates that the PCM looparound test that uses the tonegeneration and tone detection circuitry of the transmission test trunk(TTT) has fails. The test fails at the PSTS looparound point. Thereadings that the tone detection circuitry take indicate that thefrequency and/or the level are not within tolerance limits.

• Instruction: Replace 8X46 card. Replace 8X49 card if the problempersists.

• PCM looparound test failed at XXXXX

• Response: NOTE: XXXXX indicates the point (DSIC, MADO, orCODEC) at which the system performs the PCM looparound test.Indicates that the PCM looparound test that uses the tone generationand tone detection circuitry of the transmission test trunk (TTT) hasfails. The test fails at the DPC looparound point. The readings that thetone detection circuitry take indicate that the frequency and/or the levelare not permitted. Check the set and verify all connections. If allconnections are in order then the set (or MADO) is. defective. ForXXXXX = DSIC or CODEC, replace the set. For XXXXX = MADO,replace the MADO first. Replace the set if the problem persists.

• Instruction: Check facility.

• PM Not Ready

• Response: Indicates the remote module is not ready to process testrequests.

• Instruction: Try the test again.

• PM Reply Timeout

• Response: Indicates that the PM fails to respond to a CC request totest the remote module. Also indicates that the PM fails to return testresults in a given time. The remote module can fail to respond to a PMtest request, or to return test results in a given time.

• Instruction: Try the test again. If the fault persists, check for alarms andlogs that indicate defective common equipment. Check the cards forthe message path between the CC, PM, and remote module first.Defective software can cause a PM reply timeout. Collect PM180 andSWER reports. Contact technical support.

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• Positive Coin Off-Hook

• Response: Indicates that positive coin control voltage subtest of theextended diagnostic fails.

• Instruction: Replace card.

• Pre V. Trip

• Response: Indicates ringing current was tripped abnormally.

• Instruction: RG trip fail. See Lines Maintenance Guide for procedure.

• PSTS test resources not available

• Response: Indicates that another line on the same DLM unit usesPSTS test resources. Repeat the test. If the condition persists, executethe command "LOOPBK QUERY ALL" at the LTPDATA level of theMAP terminal. This verifies that no MADO on this DLM unit is left with aPSTS loopback manually activated.

• Instruction: Try again.

• RESET FAILED

• Response: Indicates attempt to reset circuit pack after tests fail, andpack does not return to service.

• Instruction: Replace card. See Lines Maintenance Guide for procedure.

• Resistance XXXXXX OHMS

• Response: Indicates failure to seal current test. xxx represents adecimal number.

• Instruction: Battery feed

• Reverse Battery

• Response: Indicates that the reverse battery subtest of the extendeddiagnostic fails.

• Instruction: Replace the card.

• Rg Rly Stuck

• Response: Indicates that the ringing relay test fails because the ringingrelay (K3 on the line card) is stuck. Welded contacts cause the ringingrelay to be stuck.

• Instruction: Replace the line card.

• Ringing Failed

• Instruction: Check ringing.

• Ringing Failed Pre Trip

• Instruction: Check ringing.

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• RIT failed to run

• Response: Indicates that the line group controller did not perform therun integrity test (RIT).

• Instruction: Check PM. See Index to Maintenance ProcedureDocuments for procedure.

• ROM fault detected

• Response: Indicates that the system detects a fault on the line cardROM.

• Instruction: Replace card. See Lines Maintenance Guide for procedure.Replace Set. Telephone the subscriber and ask if the display part ofthe suspect set functions correctly. If the display part of the set doesnot function correctly, arrange to replace or service the set.

• Self test: ROM f RAM p SCP p Timer p

• Response: Indicates that the system detects an ISDN loop from theshower queue. Indicates that the diagnostic fails. The fail reasonincludes all diagnostic errors for T line card.

• Instruction: Diagnose the ISDN loop from the MAP in order to performan extended diagnostic. Check for a defective line card in the carrier.

• Self test: ROM f RAM p SCP p Timer p

• Response: Indicates a line card in an RCU line card carrier failsdiagnostics. These cards include the 7A20AA, 7A21AA, 7A23AA,7A25AA, 7A26AA, and 7A27AA.

• Instruction: Check the line card and the associated line card carrier.

• Set Display Not Responding

• Response: Indicates that the keyset display macro does not report itsstatus during diagnostic tests.

• Short circuit check subs loop&set

• Response: Indicates that DPMC diagnoses the subscriber loop andthat the system detects a short circuit. Check the subscriber loop. If thesystem detects no faults, the short may be inside the set.

• Instruction: Check facility.

• SHORT TEST ONLY

• Response: Indicates that the user requests that the system perform theextended diagnostic test but the system performs a short test.

• Instruction: Try again. See Lines Maintenance Guide for procedure.

• Signal failure - DPC, loop, or set

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• Response: Indicates that the voice set acknowledges the presence ofthe voice set but fails signalling tests. The DLM that contains thecorresponding digital port card does not have a digital portmaintenance card (DPMC 8X55). The system cannot test the DPCsignalling. Check the jack, line cord, and set. Verify all connections. Ifthe connections are good, replace the set with a test set (one whichpasses diagnostics). If the line fails diagnostics again, the DPC isdefective. Replace the DPC. Temporarily relocate the DN to a differentLEN. Enter the defective LEN in Table IVDTRBL to mark the bad portuntil you replace the card. If the line passes diagnostics with the testset, then the subscriber set is defective. Replace the subscriber set.

• Instruction: Check facility.

• Signal failure -- DPC or Meridian set

• Response: Indicates that set acknowledges the set, but the signallinglooparound test at the set fails. Try to substitute a known good set. Ifthe fault disappears, the original set was bad. If the fault persists, checkloop integrity. If the loop proves good, the DPC is defective. Replacethe DPC.

• Instruction: Check facility.

• Signal failure - MADO not responding

• Response: If the connections are good, replace the set with a test set.If the line continues to fail diagnostics, then the DPC is defective.Replace the DPC. Temporarily relocate voice and data DNs to differentLENs. Enter the defective LENs in Table IVDTRBL to block the badports until you replace the card. If the line passes diagnostics with thetest set, then the subscriber set is defective, be replaced. Replace thesubscriber set. If the connections are good, replace the set with a testset. If the line continues to fail diagnostics, then the DPC is defective.Replace the DPC. Temporarily relocate voice and data DNs to differentLENs. Enter the defective LENs in Table IVDTRBL to block the badports until you replace the card. If the line passes diagnostics with thetest set, then the subscriber set is defective, be replaced. Replace thesubscriber set.

• Instruction: Check facility.

• Signalling failure in MADO

• Response: Indicates that the MADO acknowledges the MADO and failssignalling tests. The voice set acknowledges the voice set and passessignalling tests. The MADO is defective or the connections aredefective. Check the set to verify that the MADO is installed correctlyand that the cables connect correctly. If the connections are good,replace the MADO.

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• Instruction: Check facility.

• Single-End

• Response: Indicates that short diagnostics (local tests) fail.

• Instruction: Replace card.

• Software error -- check for SWERR

• Response: Indicates that a software error occurs.

• Instruction: Check logs and retain the SWERR. Technical support usesthe SWERR.

• Suspected LCC Fault

• Response: Indicates that a line card carrier (LCC) that contains the linecard being tested can be defective.

• Instruction: Test the other line cards on the line card carrier. If all cardsfail, replace the line card carrier. If other line cards pass diagnostics,replace the original line card that failed.

• SV1 Stuck After Ringing

• Response: Indicates that the supervision bit (SV1) that transmits on/off-hook status is HIGH after the system applies ringing. The status mustbe LOW when ringing relay releases.

• Instruction: Replace card.

• SV1 Stuck Before Ringing

• Response: Indicates that the supervision bit (SV1) that transmits on/off-hook status is LOW before the system applies ringing status. Thestatus must be HIGH when ringing relay operates.

• Instruction: Replace card.

• Sync loss at U interface

• Response: Indicates synchronization is lost at the U interface.

• Instruction: Check NT1 lntst.

• Talk Battery

• Response: Indicates that the talk battery subtest of the extendeddiagnostic fails.

• Instruction: Replace card.

• Termination out of range.

• Response: Indicates that a termination check finds termination to beout of range

• Instruction: Lntst.

LINE101 787

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• Test Alarm Return Code

• Response: Indicates that a fault is present at the remote module. Thefault does not allow the system to execute the test request.

• Instruction: Check the remote module. Defective common equipmentcards, defective wiring, or a defective channel test unit can causefailure.

• Test dialed Off-hook

• Response: Indicates a diagnostic failure for a line that connects to anNT3A06BA or NT3A07BA line card carrier.

• Instruction: Check line card.

• TEST EQUIPMENT FAULT

• Response: Indicates that the system detects a fault on test equipmentrequired to complete test procedures that remain.

• Instruction: Try again. See Lines Maintenance Guide for procedure.

• Test register failed at LC

• Response: Indicates test register failure at ISDN line card

• Instruction: Check line card.

• Test register failed at NT1

• Response: Indicates test register failure at NT1

• Instruction: Check NT1.

• nnnn nnnn nnnn nnnn THL Test

• Response: Provides the results of the transhybrid loss test.

• Instruction: Replace Card.

• Timeout on PSAP seize

• Response: Indicates PSAP test fails at the LTP level of the MAPbecause of no response from the line after the initiation of the PSAPtest on the line.

• Instruction: Check PSAP/DS1. Try other lines to the same PSAPdestination. If the other lines pass, it is only an isolated circuit problem.If the other lines fail, it a PSAP problem, a DS-1 carrier problem, or achannel bank hardware problem. Correct the problem.

• Tip XXX v. Ring XXX v. CO operated.

• Response: Indicates relay fails to operate.

• Instruction: Check cutoff relay.

• Tip XXX v. Ring XXX v. CO released.

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• Response: Indicates that voltage is out of range before the systemperforms the cutoff relay test. XXX represents a decimal number.

• Instruction: Check power supply.

• Tip Ringing, ANI Gnd

• Response: Indicates the tip ringing subtest or ANI ground subtest of theextended diagnostic fails.

• Instruction: Replace card.

• U Loop parameters out of range.

• Response: Indicates a U loop test finds the U loop parameters out ofrange.

• Instruction: Lntst.

• Unexpected PM Reply

• Response: Indicates that the PM or remote module sends a messageduring tests that the DMS switch cannot understand.

• Instruction: Retry the test. If the fault persists, collect log and SWERreports. Contact technical support.

• WRONG CARD INSERTED

• Response: Indicates that the circuit pack that the user inserted is notthe type expected

• Instruction: Change the card. See Lines Maintenance Guide forprocedure.

• WRONG Tone

• Response: Indicates that the PSAP test fails at the LTP level of theMAP display. The PSAP test fails because the PSAP does not returnbusy tone after the PSAP sends ANI digits.

• Instruction: Try again. Try other lines to the same PSAP destination. Ifthe other lines pass, the problem is only an isolated circuit. If the otherlines fail, the problem is a PSAP problem or a DS-1 carrier problem.

• 11600 Hz 4.8 Volts 178 mSecs

• Response: Indicates that a metering pulse test for a 6X94AA line carddetects a metering pulse for one or more frequency. Amplitude andduration are not in specification for this pulse.

• Instruction: Metering. See Lines Maintenance Guide for procedure.

• 30V DPC power source defective

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• Response: Indicates that DPMC tests the DPC and the 30 volt DPCpower source is defective. Replace the DPC.

• Instruction: Replace card.

AttributesAttribute Value

Severity • Warning

• Critical

• Major

• Minor

Format**LINE101 mmmdd hh:mm:ss ssdd FAIL LN_DIAG

len DN dn

DIAGNOSTIC RESULT diagtxt

ACTION REQUIRED acttxt

CARD TYPE cardtype

Selected field descriptionsField Value Fixed or

VariableDescription

* alarm Variable • = minor, * *= major, ** *= critical

FAIL LN_DIAG Constant Fixed Indicates that the system performed aline diagnostic test. This test checksfor hardware related faults in lineequipment.

LEN len Variable Provides equipment identification forthe suspect loop equipment.

DN dn Variable Provides a directory number for thesuspect loop equipment.

NO DIRN Variable Special service modules do notsupport directory numbers (DN) forchannel units. Special servicemodules are shelves used with aremote carrier urban (RCU) thathouses equipment to support special

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Field Value Fixed orVariable

Description

services. No directory number (NODIRN) appears in this field whenchannel units are associated.

DIAGNOSTICRESULT

diagtxt Variable Indicates the result of diagnostic tests.See "Action" .

ACTION REQUIRED actxt Variable Indicates the suggested action to take.Refer to the Diagnostic Result table.

CARD TYPE cardtype Variable Identifies the product engineeringcode (PEC) of the ISDN line card(ISLC) involved in the ISLC loop thatthe tests diagnose.

Active message example*LINE101 JAN01 00:00:07 5678 FAIL LN_DIAG

HOST 55 1 0 2 DN 2557229999

DIAGNOSTIC RESULT PUPS failure detected

ACTION REQUIRED Test drawer

CARD TYPE BX27AA

*LINE101 OCT31 12:00:01 2112 FAIL LN_DIAG

HOST 55 1 0 2 DN 8997811999

DIAGNOSTIC RESULT Self test: ROM f RAM p SCP p Timer p

ACTION REQUIRED Chk LC

CARD TYPE 7A27AA

*LINE101 OCT31 12:00:01 2112 FAIL LN_DIAG

HOST 55 1 0 2 DN 6167811999

DIAGNOSTIC RESULT Self test: ROM f RAM p SCP p Timer p

ACTION REQUIRED Chk LC

CARD TYPE 7A33AA

LINE101 791

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Clear message examplen/a

Associated OM registers

LINE102The Line Maintenance (LINE) subsystem generates LINE 102 when thesystem changes the line state from call processing busy (CPB) to lockout(LO). Normally, LINE102 indicates a facility problem. The systemautomatically assigns a treatment to the line. The system generatesLINE138 to identify the treatment.

Remedial actionCheck the LINE log report buffer for line trouble report(s) for the same lineequipment. Follow the Action To Be Taken for the trouble report(s) that thesystem generates.

AttributesAttribute Value

Severity Indeterminate

FormatLINE102 mmmdd hh:mm:ss ssdd LO ON

len DN dn

FROM CPB

Selected field descriptionsField Value Fixed or

VariableDescription

LO ON Constant Fixed Indicates suspect line equipmentplaced on LO list.

len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for line placed on LO list.

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the line placed onLO list.

FROM CPB Constant Fixed Indicates that the line equipment statebefore placed on LO list was CPB.

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Active message exampleLINE102 APR01 12:00:00 2112 LO ON

HOST 00 0 00 31 DN 2557811999

FROM CPB

Clear message examplen/a

Associated OM registers

LINE103The Line Maintenance (LINE) subsystem generates log report LINE103.The subsystem generates LINE103 when a line removes from the lockout(LO) list, and returns to service (RTS). These actions occur as a result of asystem request, or a manual request from the LTP MAP level. The systemgenerates LINE103 to con rm the R TS of a speci ed line that w as on theLO list.

Remedial actionn/a

AttributesAttribute Value

Severity Indeterminate

FormatLINE103 mmmdd hh:mm:ss ssdd RTS

len DN dn

FROM LOCKOUT

Selected field descriptionsField Value Fixed or

VariableDescription

RTS Constant Fixed Indicates line equipment returned toservice.

len Symbolic text Variable Refer to Table I. Provides theequipment identification (lineequipment number) for the linereturned to service. DN dn Symbolic

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Field Value Fixed orVariable

Description

text Refer to Table I. Provides thedirectory number for the line returnedto service.

FROM LOCKOUT Constant Fixed Identifies line equipment state beforereturn to service as LOCKOUT.

Active message exampleLINE103 APR01 12:00:00 2112 RTS

HOST 03 0 04 01 DN 7811999

FROM LOCKOUT

Clear message examplen/a

Associated OM registers

LINE104The Line Maintenance (LINE) subsystem generates log report LINE104when a problem occurs during call processing. If the problem interrupts acall in progress, the DMS switch routes the call to a treatment. The DMSswitch generates log report LINE138 and identi es the treatment applied tothe line.

The DMS switch can also initiate diagnostic tests. The start of testsdepends on the type of problem.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatLINE104 mmmdd hh:mm:ss ssdd TBL

TROUBLE CODE = tbltxt INFO = infotxt

REPORTED BY len DN dn

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ORIG len DN dn TERM

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

DN TERM Symbolic text Variable Refer to Table I. Provides terminatingdirectory for numbers dialed.

CALLID Symbolic text Variable Refer to Table I.

TBL TROUBLECODE

Symbolic text Variable Refer to Table G. Reports lineequipment to identify problems.

INFO Symbolic text Variable Refer to Table F. Provides additionalinformation for problem isolation.

REPORTED BY len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for line reporting the trouble.

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the line reportingthe trouble.

ORIG len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for the originating line.

Active message exampleLINE104 APR01 12:00:00 2112 TBL

TROUBLE CODE = INTEGRITY_LOST INFO = NIL

REPORTED BY HOST 03 0 14 24 DN 2557811999

ORIG HOST 03 0 14 24 DN 2557811999 TERM

CALLID = 123456

Clear message examplen/a

LINE104 795

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Associated OM registers

LINE106The Line Maintenance (LINE) subsystem generates log report LINE106when a problem occurs during dial pulse reception on a line. Log reportLINE106 indicates that a foreign electromagnetic force (FEME) distorts thesignal.

If the problem interrupts a call in progress, the DMS switch routes the callto a treatment and generates LINE138. Log report LINE138 identi es thetreatment applied to the line. The DMS switch can also initiate diagnostictests. The start of tests depends on the type of problem.

Remedial actionThe operating company personnel check the LINE log buffer for LINE 100and LINE 101. The system initiates diagnostic tests.

If the system does not initiate diagnostic tests, the operating companypersonnel isolate the fault. The operating company personnel perform linediagnostics on the suspect line equipment from the line test position LTPMAP level. For more information on line diagnostic testing, refer to LinesMaintenance Guide , 297-1001-594.

The system generates a line diagnostic report when the system runs adiagnostic test for the suspect line equipment. The test runs as a result of asystem or manual request. To clear the fault, use the following procedures:

• If the system generates LINE100 (PASS) and continues to generateLINE106 for the suspect line equipment, contact the next level ofmaintenance.

• If the system generates LINE101 (FAIL), follow the Action to Take forLINE101.

Try to clear the fault until one of the following occurs:

• The system generates log report LINE100. The system does notgenerate log report LINE105.

• Contacted the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatLINE106 mmmdd hh:mm:ss ssdd TBL

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len DN dn

TROUBLE CODE = tbltxt

INFO = infotxt

CALLED NUMBER = dn

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for the suspect line equipment.

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the suspect lineequipment.

TROUBLE CODE Symbolic text Variable Refer to Table I. Identifies problemsthat suspect line equipmentencounter.

INFO Symbolic text Variable Refer to Table I. Provides additionalinformation for problem isolation.

CALLED NUMBER Symbolic text Variable Refer to Table I. Provides directorynumber and prefixes that theoriginating station dials for domesticand international calls. The callednumber has 15 digits.

CALLID Symbolic text Variable Refer to Table I.

Active message exampleLINE106 APR01 12:00:00 2112 TBL

HOST 03 0 14 24 DN 2557811999

TROUBLE CODE = EXTRA_PULSE

INFO = NIL

CALLED NUMBER = 19196211234

CALLID = 123456

LINE106 797

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Clear message examplen/a

Associated OM registers

LINE107The Line Maintenance (LINE) subsystem generates log report LINE107when a line requests an insulation test. Log report LINE107 provides theAC and DC offset voltage for the tested line equipment. Log reportLINE107 informs the user of the ringing differential offset for an exact linethat causes ringing to fail.

Remedial actionCheck facility.

AttributesAttribute Value

Severity Warning

FormatLINE107 mmmdd hh:mm:ss ssdd INFO

len DN dn

VOLTAGE INFO = h1 h2

Selected field descriptionsField Value Fixed or

VariableDescription

INFO len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for the suspect line equipment

DN dn Table I Variable Refer to Table I. Provides the ten-digitdirectory number for the suspect lineequipment

VOLTAGE INFO 0000-FFFF Variable Provides ringing differential offset inhexadecimal.

Active message exampleLINE107 APR01 12:00:00 2112 INFO

HOST 03 0 14 24 DN 2557811999

VOLTAGE INFO = 0000 0003

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Clear message examplen/a

Associated OM registers

LINE108The Line Maintenance (LINE) subsystem generates log report LINE108when a problem occurs during digitone reception on a line.

Log report LINE108 indicates a hardware problem with the line circuit packor facility. The user can cause partial dial, permanent signal, and varioustreatments. The treatments can generate log report LINE108. Thehardware problems do not indicate that the hardware is defective.

If the problem interrupts a call in progress, the DMS switch routes the callto a treatment and generates log reports LINE138 or FTR600. The DMSalso identi es the treatment applied to the line.

The DMS switch can also start diagnostic tests. The start of tests dependson the type of problem.

The following list describes Trouble code:

DIG_RCVR_NOISE_ HIGH - Multi-frequency receiver detects level ofnoise.

EXTRA_PULSE - Single digit receives eleventh pulse.

INVALID_DIGIT_ RECEIVED - One of the four digits not expected from adigital multi-tone frequency telephone. A digitone receiver or a UniversalTone receiver receives one of the four digits.

LARGE_TWIST - Digital multi-frequency receiver detects a deviation fromthe expected frequency.

PERMANENT_SIGNAL - Permanent signal detects on the line equipment.Digits not collected.

MUTILATED_DIGIT - The digital multi-frequency receiver receivesfrequencies that are not correct or less or more than two frequencies.

NO_INTERDIGIT_ PAUSE - Digital multi-frequency receiver does notdetect a pause between the digits received.

PARTIALDIAL - Received not enough number of digits before the receivertimed out. Received at least one digit.

LINE108 799

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Remedial actionThe operating company personnel checks the LINE log buffer for LINE 100and LINE 101 diagnostic reports that the system initiated.

If the system does not initiate diagnostic tests, the operating companypersonnel isolate the fault. The operating company personnel perform linediagnostics on the suspect line equipment from the line test position (LTP)MAP level. For additional information, see the Lines Maintenance Guide ,297-1001-594.

The system generates a line diagnostic report when the system runs adiagnostic test for the suspect line equipment. The test runs as a result of asystem or manual request. To clear the fault, use the following procedures:

• If the system generates LINE100 (PASS) and continues to generateLINE108 with the same receiver circuit pack, check the receiver circuitpack. To check the receiver circuit pack, use the step-by-stepprocedures in Trouble Locating and Clearing Procedures .

• If the system generates LINE100 and continues to generate LINE108with different receiver circuit packs, contact the next level of support.

• If the system generates LINE101 (FAIL), follow the Action to Take forLINE101.

Try to clear the damage until one of the following occurs:

• The system generates LINE100. The system does not generateLINE108.

• Contacted the next level of technical support.

AttributesAttribute Value

Severity Warning

FormatLINE108 mmmdd hh:mm:ss ssdd TBL

len DN dn

TROUBLE CODE = tbltxt

INFO = infotxt

DIGITONE RECEIVER = CKT trkid

CALLED NUMBER = dn

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CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len site ff b/m ddcc Variable This field provides equipmentidentification (line equipment number)for suspect line equipment.

DN dn Symbolic text Variable This field provides the directorynumber for the suspect lineequipment.

TROUBLE CODE Symbolic text Variable This field identifies problems thatsuspect line equipment encounter.

INFO Nil Variable This field provides additionalinformation for problem isolation.

DIGITONERECEIVER

clli nnnn Variable This field provides trunk identificationfor the trunk that carries the call thatoriginates from a line that connects toa digitone telephone set.

CALLED NUMBER Symbolic text Variable This field provides directory andprefixes that the originating systemdials for domestic and internationalcalls. The called number has 15 digits.

CALLID Variable This field provides a number thatidentifies each call.

Active message exampleLINE108 MAR12 11:54:04 231L TBL

HOST 00 0 00 13 DN 2558230020

TROUBLE CODE = EXTRA_PULSE

INFO = NIL

DIGITONE RECEIVER =

CALLED NUMBER = $

CALLID = 25231360

Clear message examplen/a

LINE108 801

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Associated OM registers

LINE109The Line Maintenance (LINE) subsystem generates log report LINE109when a problem occurs during call processing.

If the problem interrupts a call in progress, the DMS switch routes the callto a treatment. The DMS generates log report LINE138 and identi es thetreatment applied to the line.

The DMS switch can also initiate diagnostic tests. The start of testsdepends on the type of problem.

Remedial actionCheck LINE and TRK log buffers for diagnostic reports and problemreports for the same line or trunk equipment.

• If the system nds either a f ailed diagnostic report or problem report,follow the Action to Take for that report.

When the system corrects the problem, make test calls over the suspecttrunk(s). If the problem persists, contact the next level of support.

Try to clear the fault until one of the following occurs:

• The system generates LINE109.

• Contacted the next level of support.

AttributesAttribute Value

Severity Warning

FormatLINE109 mmmdd hh:mm:ss ssdd TBL

len DN dn

TROUBLE CODE = tbltxt

INFO = infotxt

OGT = CKT trkid

CLDNO = dn

DIG OUT = digits

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ANISPILL = B

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for suspect line equipment

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the suspect lineequipment

TROUBLE CODE Symbolic text Variable Refer to table G. Identifies problemthat the suspect line equipmentencounter.

INFO Symbolic text Variable Refer to table F. Provides additionalinformation for problem isolation.

OGT Symbolic text Variable Refer to table I. Provides equipmentCLDNO Symbolic text identification foroutgoing trunk.

CLDNO Symbolic text Variable Refer to table I. Provides directorynumber and prefixes that originatingstation dials for domestic andinternational calls. The called numberhas 15 digits.

DIG OUT digits Variable Provides digits outpulsed before aproblem occurs. Digits include: 1 to 20integers = destination and/ororigination address; KP = key pulse;ST = start pulse.

$ Variable Indicates digits not transmitted beforea problem occurs.

ANISPILL Y or N Variable Provides Boolean value that indicatesif automatic number identification(ANI) is required for calls to route overthe outgoing trunk (Y = yes, N = no).

Active message exampleLINE109 APR01 12:00:00 2112 TBL

HOST 03 0 14 24 DN 2557811999

TROUBLE CODE = EXTRA_PULSE

INFO = NIL

LINE109 803

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OGT = CKT RTPNCOG 1

CLDNO = 19197811234

DIG OUT = $

ANISPILL = Y

Clear message examplen/a

Associated OM registers

LINE110The Line Maintenance (LINE) subsystem generates log report LINE110.The subsystem generates LINE110 when the subsystem detects anelectromagnetic force (FEME) on a line during a foreign potential test. Thevoltage measured for the suspect line equipment is outside the followingrange:0

<= AC_VOLTAGE<= 100, -100<= DC_VOLTAGE<= 100

Remedial actionTo isolate the fault, perform line diagnostics on suspect line equipmentfrom the LTPLTA and MAP level. For more information on line diagnostictesting, refer to Lines Maintenance Guide , 297-1001-594. The systemgenerates either LINE100 or LINE101.

• If the system generates LINE101 (FAIL), follow the Action to be Takenfor LINE101.

• If the system generates LINE100 (PASS) and continues to generateLINE110 for the suspect line, contact the next level of support.

Try to clear the fault until one of the following occurs:

• The system generates LINE100.

• The system does not generate LINE110.

Contact the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

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FormatLINE110 mmmdd hh:hh:ss ssdd TBL FEMF_DETECTED

len DN dn

Selected field descriptionsField Value Fixed or

VariableDescription

TBLFEMF_DETECTED

Constant Fixed Indicates suspect line equipmentdetects FEMF.

len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for suspect line equipment

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the suspect lineequipment

Active message exampleLINE110 APR01 12:00:00 2112 TBL FEMF_DETECTED

HOST 03 0 14 24 DN 2557811999

Clear message examplen/a

Associated OM registers

LINE111The Line Maintenance (LINE) subsystem generates log report LINE111.This report appears when the system removes a foreign electromagneticforce (FEME) from a line. The system removes a FEME from a line afterthe completion of a foreign potential test.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatLINE111 mmmdd hh:hh:ss ssdd INFO FEMF_REMOVED

LINE111 805

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len DN dn

Selected field descriptionsField Value Fixed or

VariableDescription

INFOFEMF_REMOVED

Constant Fixed Indicates the system removed FEMFon suspect line equipment

len Alphanumeric textstring

Variable Provides equipment identification (lineequipment number) for the suspectline equipment.

DN dn Variable Provides the directory number (DN)for suspect line equipment.

Active message exampleLINE111 APR01 12:00:00 2112 INFO FEMF_REMOVED

HOST 03 0 14 24 DN 2557811999

Clear message examplen/a

Associated OM registers

LINE112The Line Maintenance (LINE) subsystem generates log report LINE112.This report appears when the system detects a coin is stuck in a coinboxduring coin operation. The system detects this coin on a line that connectsto a coin box. The system cannot remove the coin.

Remedial actionRelease the coin. To release the coin, refer to the coinbox manufacturermaintenance manual.

AttributesAttribute Value

Severity Indeterminate

FormatLINE112 mmmdd hh:mm:ss ssdd TBL STUCK_COIN

LEN len DN dn

CALLID = callid

806 DMS_ECTStoLINE alarms and logs reference

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Selected field descriptionsField Value Fixed or

VariableDescription

TBL STUCK_COIN Constant Fixed Indicates the system detected a cointhat is stuck during coin operation

len Symbolic text Variable Refer to table I. Provides equipmentidentification (line equipment number)for suspect line equipment

DN dn Symbolic text Variable Refer to table I. Provides the directorynumber for the suspect line equipment

CALLID = callid Symbolic text Variable Refer to table I. Identifies affected callprocess.

Active message exampleLINE112 APR01 12:00:00 2112 TBL STUCK_COIN

HOST 00 0 19 20 DN 2557811999

CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE113The Line Maintenance (LINE) subsystem generates log report LINE113when a problem occurs during attempts to apply ringing to a line.

The DMS switch routes the call to a treatment and generates LINE113.The DMS switch identi es the treatment applied to the line.

The DMS switch can also initiate diagnostic tests. The start of the testdepends on the type of problem.

Remedial actionCheck the LINE log buffer for LINE100 and LINE101 diagnostic reportsthat the system generates.

• If the system generates LINE101 (FAIL), follow Action to be Taken forLINE101.

• If the system generates LINE100 (PASS) or the system does notgenerate either line diagnostic, follow the appropriate action below:

LINE113 807

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• LCM: Check if ringing generator switch settings are set correctly. Referto GS6X30 for the correct settings. Perform diagnostics from theperipheral module (PM) maintenance and administration postion (MAP)level.

• LM: Check if ringing generator voltage is in the expected limits. Refer toGS2X05 for the voltage limits. Perform diagnostics from the PM MAPlevel.

• RLCM: Check if ringing generator switch settings are set correctly.Refer to GS6X60 for the correct settings. Perform diagnostics from thePM MAP level.

• The system can continue to generate LINE113 line equipmentconnected to the same ringing generator. The system can continue togenerates this report after you:

• isolate and correct problems

• do not discover any new problems

• If the system continues to generate this report when these conditionsare present, diagnose the following:

• Facility. Refer to the facility maintenance manual.

• Line Circuit Pack For more information concerning line diagnostictesting, refer to Lines Maintenance Guide , 297-1001-594.

• Telephone. Refer to the telephone set maintenance manual.

• The system can continue to generate LINE113 for line equipmentconnected to the same peripheral module. The system can continue togenerate this report after you:

• isolate and correct problems with the line circuit pack, telephone andfacility

• do not discover other problems

• If the system continues to generate this report when these conditionsare present, contact the next level of maintenance. Attempt to clear thefault until one of the following occurs:

• The system does not generate LINE113 for line equipment connectedto the same peripheral module

• You contacted the next level of maintenance.

AttributesAttribute Value

Severity Indeterminate

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FormatLINE113 mmmdd hh:mm:ss ssdd TBL

len DN dn

TROUBLE CODE = tbltxt

RINGING TROUBLE = ringtxt

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for line experiencing ringing trouble.

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the lineexperiencing ringing trouble.

TROUBLE CODE Symbolic text Variable Refer to Table G. Identifies theproblem.

NO_WINK_FROM_PSAP

Variable Indicates PSAP fails to send the winkbefore PSAP seizes the line

PSAP_WINK_FAIL Variable Indicates wink from the PSAP doesnot conform to the standard winkduration

RINGING TROUBLE AC_OFFSET_RANGE

Variable Indicates accurate voltage measuredduring foreign potential test was not inthe acceptable AC voltage range (0 <= AC_VOLTAGE < = 100)

ALL_RGS_BSY Variable Indicates all line module (LM) or linecontrol module (LCM) ringinggenerators are busy

CARD_ACCESS_FL Variable Indicates one of the buses to applyringing was not accessed

DC_OFFSET_RANGE

Variable Indicates accurate voltage measuredduring foreign potential test was not inthe acceptable DC voltage range(-100 < = DC_VOLTAGE < =100)

DRAWER_SLOT_OCC

Variable Indicates bus to the drawer was notaccessed and ringing was not applied

LINE113 809

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Field Value Fixed orVariable

Description

MATE_RG_UNAVAIL Variable Indicates switch to the mate ringinggenerator is necessary, but the mateis not available

NO_LINE_CARD Variable Indicates ringing was applied to acircuit pack that was not available

NO_RING_CURRENT

Variable Indicates message ringing wasreceived, and a ringing current wasnot applied

OWN_RG_UNAVAIL Variable Indicates ringing generator for LM bayor LCM unit was not available whenthe message was received to applyringing

PRETRIP Variable Indicates message was not sent toapply ringing to a single party line.Ringing was applied anyway. Pretripcan indicate inside or outside planttrouble.

REVERTIVE_PRETRIP

Variable Indicates message was not sent toapply ringing to a multi-party line.Ringing was applied anyway.Revertive pretrip can indicate inside oroutside plant trouble.

RG_SLOT_OCC Variable Indicates a channel to apply ringingwas not accesed

RG_CAP_EXCEEDED

Variable Indicates ringing ecapacitance wasexceeded

RINGING_NO_TROUBLE

Variable Indicates hardware problem with theringing generator did not occur

RINGING_TROUBLE Variable Indicates problem that was notexpected occurred when message forringing was received or applied

STUCK_RINGER Variable Indicates a continuous ring or a failureto apply ringing

CALLID Symbolic text Variable Refer to Table I

Active message exampleLINE113 APR01 12:00:00 2112 TBL

HOST 03 0 14 24 DN 2557811999

TROUBLE CODE = RINGING FAILED

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RINGING TROUBLE = STUCK_RINGER

CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE114The Line Maintenance (LINE) subsystem generates log report LINE114.This report appears when a diagnostic test of line equipment detects thefailure of one of the two digital-set-interface chips (DSIC).

The subsystem performs the diagnostic test as a result of the following:

• a manual request from the line test position (LTP) (or ALT)maintenance or administration position (MAP) level

• a system request in response to problems

Remedial actionReplace the DPMC (8X55) card.

AttributesAttribute Value

Severity Warning

Format*LINE114 mmmdd hh:mm:ss ssdd INFO DLM ff s

DEFECTIVE DSIC ON 8X55 DPMC CARD -- REPLACE CARD

Selected field descriptionsField Value Fixed or

VariableDescription

DAMAGED DSIC ON8X55 DPMC CARD -REPLACE CARD

Constant Fixed Indicates that a defect 8X55 card ispresent and requires replacement

INFO DLM ff 0-99 Variable Provides the frame number of theDLM

s 0-1 Variable Provides the shelf number of the DLM

LINE114 811

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Active message example*LINE114 JAN01 07:07:19 8800 INFOR DLM 08 0

DEFECTIVE DSIC ON 8X55 DPMC CARD -- REPLACE CARD

Clear message examplen/a

Associated OM registers

LINE115The Line Maintenance (LINE) subsystem generates LINE115 when a callthat originates from another line connected to the DMS switch terminates.The call terminates to a line with the calling line identi cation (CLI) serviceorder (SO) option.

Remedial actionSave LINE115 for the department that requests the CLI SO option to beset for the line.

AttributesAttribute Value

Severity Warning

FormatLINE115 mmmdd hh:mm:ss ssdd INFO CALLING LINE IDENT

len DN dn

CALLING LINE = len DN dn

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CALLING LINE Constant Fixed Indicates CLI SO option is active onthe IDENT terminating line.

len Symbolic text Variable Refer to Table I. Provides theterminating line equipmentidentification (line equipment number)

DN dn Symbolic text Variable Refer to Table I. Provides theterminating line directory number

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Field Value Fixed orVariable

Description

CALLING LINE Symbolic text Variable Refer to Table I. Provides theoriginating line equipmentidentification (line equipment number)and directory number

CALLID Symbolic text Variable Refer to Table I.

Active message exampleLINE115 APR01 12:00:00 2112 INFO CALLING LINE IDENT

HOST 00 0 19 20 DN 2557811999

CALLING LINE = LEN HOST 05 1 15 16 DN 2557812001

CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE117The Line Maintenance (LINE) subsystem generates LINE117 when a callthat originates from a trunk connected to the DMS switch terminates. Thecall terminates to a line with the Calling Line Identi cation (CLI) ServiceOrder (SO) option.

A software optionality control (SOC) option controls the availability ofLINE117 CALLING NUMBER and SOURCE information. CALLINGNUMBER and SOURCE information is available on a state-by-state basis.CALLING NUMBER and SOURCE information is only provided when theSOC state is set to ON. The calling party information must be available.

Remedial actionSave LINE117 for the department that requests the CLI SO option to beset for the line.

AttributesAttribute Value

Severity Warning

Format**LINE117 mmmdd hh:mm:ss ssdd INFO CALLING LINE IDENT

LINE117 813

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len DN dn

INCOMING TRUNK = CKT trkid

CALLID = callid

CALLING NUMBER = dn

SOURCE = source

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CALLING LINEIDENT

Constant Fixed Indicates CLI SO option is active onthe terminating line.

len Symbolic text Variable Provides the terminating lineequipment identification (lineequipment number)

dn Symbolic text Variable Provides the terminating line directorynumber

INCOMING TRUNK Symbolic text Variable Provides the originating trunkequipment identification.

CALLID Symbolic text Variable Provides the six digit line identificationof the calling number.

CALLING NUMBER Symbolic text Variable This field contains up to 15 digits (0-9)that comprise the calling number orthe charge number. If neither of thesenumbers is available, this field isempty.

SOURCE alphanumeric Variable This field identifies the source of theentry in the CALLING NUMBER field.Values for this field are CALLINGNUMBER, CHARGE NUMBER, andUNAVAILABLE. When neither thecalling number nor charge number isavailable, this field displaysUNAVAILABLE.

Active message example**LINE117 APR01 12:00:00 2112 INFO CALLING LINE IDENT

HOST 00 0 19 20 DN 2557811999

INCOMING TRUNK = CKT ICTRUNK 1

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CALLID = 123456

CALLING NUMBER = 2149975015

SOURCE = CHARGE NUMBER

Clear message examplen/a

Associated OM registers

LINE118The Line Maintenance (LINE) subsystem generates log report LINE118.This report appears when the system fails to make the metallic connectionbetween the line circuit pack and the test equipment. The subsystem usesa metallic test access (MTA) to make the connection. A system or manualcan initiate diagnostic tests that use an MTA. The system must correct thefault that generates LINE118 before the test runs.

Remedial actionRepeat the action that generates the LINE118 log. If the system does notgenerate additional LINE118 reports, there are no required actions.

Note the MTADRIVER number (nnn) that appears in this log report. PostMTADRIVER nnn from the TTP level of the maintenance andadministration position (MAP). Invoke command test to the (TST) todiagnose the MTA card.

If the diagnostic test fails, an indication appears on the MAP display.Replace the MTA card. If the test passes, return (RTS) the MTA card toservice and run the diagnostic again.

A busied MTA card affects all lines on the card.

AttributesAttribute Value

Severity Indeterminate

FormatLINE118 mmmdd hh:mm:ss ssdd FAIL PER CALL TEST

CKT MTADRIVER nnn failtxt

probtext HORIZ nn VERT nn

LINE118 815

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CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

FAIL PER CALLTEST

Constant Fixed Indicates MTA failed

CKT MTADRIVERnnn

0-255 Variable Provides MTA driver external membernumber

failtxt Crosspoint operationfail

Variable Indicates MTA driver or PM has aproblem

Diagnostic wait fail Variable Provides response to check ofcrosspoint connection. The MTAdriver or the PM of the MTA driver hasa problem.

No route to PM Variable Indicates the system cannot route themessage to connect crosspoint

probtxt No operation Variable Indicates the system did not make thecrosspoint connection

Operate crosspoint Variable Indicates the system did not make thecrosspoint connection

Message applies to 3X09AA and3X09BA only

Operate hold coil Variable Indicates hold coil did not operate

Message applies to 2X50AB only

RELEASING SELECTCOIL

Variable Indicates select-off normal contactsdid not release

Message applies to 2X50AB only

HORIZ nn 0 to 15 Variable Identifies horizontal on MTA driverthat failed to connect

VERT nn 0 to 19 Variable Identifies the vertical on MTA driverthat failed to connect

CALLID = callid Symbolic text Variable Refer to Table I. Provides callidentification for the crosspointconnection.

Active message exampleLINE118 APR01 12:00:00 2112 FAIL MTA PER CALL TEST

CKT MTADRIVER 123 Diagnostic wait fail

Operating Crosspoint HORIZ 0 VERT 2

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CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE119The Line Maintenance (LINE) subsystem generates log report LINE119.This report appears when a call that originates from a line connected to theDMS switch terminates. This call terminates to an emergency servicebureau line (ESB) with the Calling Line Identi cation (CLI) Service Order(SO) option.

Remedial actionSave LINE119 for the department that requested CLI SO option to be setfor the line.

AttributesAttribute Value

Severity Warning

FormatLINE119 mmmdd hh:mm:ss ssdd INFO CALLING LINE IDENT

len DN dn ESB n 11

CALLING DN = DN dn

CALLING LEN = LEN len

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO CALLING LINEIDENT

Constant Fixed Indicates CLI SO option is active onthe terminating line

len Symbolic text Variable Refer to Table I. Provides terminatingline equipment identification (lineequipment number).

DN dn Symbolic text Variable Refer to Table I. Provides theterminating line directory number.

LINE119 817

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Field Value Fixed orVariable

Description

ESB n11 2-9 Variable Provides Emergency Service Bureauaccess code (typically, 911)

CALLING DN = DNdn

Symbolic text Variable Refer to Table I. Provides originatingline ten-digit directory number.

CALLING LEN = LENlen

Symbolic text Variable Refer to Table I. Provides originatingline equipment identification.

CALLID = callid Symbolic text Variable Refer to Table I

Active message exampleLINE119 APR01 12:00:00 2112 INFO CALLING LINE IDENT

HOST 00 0 19 20 DN 2557811999 ESB 911

CALLING DN = DN 7812001

CALLING LEN = LEN HOST 05 1 15 16

CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE125The Line Maintenance (LINE) subsystem generates report LINE125. Thesystem generates LINE125 when a call that originates on a trunkconnected to the DMS switch terminates, and the hookswitch is ashed.The ash occurs on the line with the malicious call hold (MCH) or the callingline identi cation with ash (CLF) option.

A software optionality control (SOC) option controls the availability ofLINE125 CALLING NUMBER and SOURCE information. CALLINGNUMBER and SOURCE information is available on a state-by-state basis.CALLING NUMBER and SOURCE information is only provided when theSOC state is set to ON. The calling party information must be available.

The system does not generate LINE 125 in the United Kingdom. In theUnited Kingdom the system generates MCT103 and MCT104.

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Remedial actionSave LINE125 for the department that requested the CLF SO option on theline.

AttributesAttribute Value

Severity Warning

FormatLINE125 mmmdd hh:mm:ss ssdd INFO TRACE_ON_MALICIOUS_CALL

len DN dn

INCOMING TRUNK = CKT trkid

CALLID = callid

CALLING NUMBER = dn

SOURCE = source

Selected field descriptionsField Value Fixed or

VariableDescription

INFO TRACE_ON_MALICIOUS_CALL_INITIATED

Constant Fixed Indicates CLF SO option is active onthe terminating line.

len Symbolic text Variable Provides the terminating lineequipment identification (lineequipment number).

dn Symbolic text Variable Provides the terminating line directorynumber.

INCOMING TRUNK Symbolic text Variable Provides the originating trunkequipment identification.

CALLID Symbolic text Variable Provides the six digit line identificationof the calling number.

CALLING NUMBER Symbolic text Variable Contains a maximum of 15 digits(0-9). These digits are the callingnumber or the charge number. If thecalling number or charge numbers arenot available, this field is empty.

SOURCE alphanumeric Variable Identifies the source of the entry in theCALLING NUMBER field. Values forthis field are CALLING NUMBER,

LINE125 819

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Field Value Fixed orVariable

Description

CHARGE NUMBER, andUNAVAILABLE. If the calling numberor charge number is not available, thisfield displays UNAVAILABLE.

Active message exampleLINE125 APR01 12:00:00 2112 INFOTRACE_ON_MALICIOUS_CALL_INIT:

HOST 00 0 19 20 DN 2557811999

INCOMING TRUNK = CKT ICCAMA 15

CALLID = 123456

CALLING NUMBER = 2149975015

SOURCE = CALLING NUMBER

Clear message examplen/a

Associated OM registers

LINE126The Line Maintenance (LINE) subsystem generates log report LINE126.This report appears when a malicious call originates from another lineconnected to a DMS switch, and a ash occurs. The ash occurs on the linewith the malicious call hold (MCH) or calling line identi cation with ash(CLF) option. The system activates the malicious call trace feature.

Remedial actionSave this log and refer the log to the department that requests the "CLFSO" option to be set for the line.

AttributesAttribute Value

Severity Warning

FormatLINE 126 mmmdd hh:mm:ss ssdd INFO

TRACE_ON_MALICIOUS_CALL_

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INITIATED

len DN dn

CALLING LINE = LEN len DN dn onitxt

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO TRACE_ON_MALICIOUS_CALL_INITIATED

Constant Fixed Indicates CLF option is active on theterminating line.

len Symbolic text Variable Refer to Table I. Provides terminatingline equipment identification (lineequipment number).

DN dn Symbolic text Variable Refer to Table I. Provides theterminating line directory number.

CALLING LINE Symbolic text Variable Refer to Table I. Provides originatingline equipment identification (lineequipment number) and directorynumber of the calling line.

onitxt ONI REQUIRED,(blank)

Variable If the value of this field is ONIREQUIRED", the call originated froma party line and the dn output by thelog will require operator assistance tobe fully identified. This field is blank ifthe calling dn can be identified withoutoperator assistance.

CALLID Symbolic text Variable Refer to Table I. Indicates the callsequence number associated with theline.

Active message exampleLINE126 APR01 12:00:00 2112 INFO

TRACE_ON_MALICIOUS_CALL_INITIATED

HOST 00 0 19 20 DN 2557811999

CALLING LINE = LEN HOST 05 1 15 16 DN 7812001

CALLID = 123456

LINE126 821

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Clear message examplen/a

Associated OM registers

LINE127The Line Maintenance (LINE) subsystem generates log report LINE 127.This report appears when a line with the warm line update (WML) featuredoes either of the following:

• updates the tuple in the Customer Data Table LENFEAT

• activates/deactivates the UML while the journal le (JF) w as inactive.

Remedial actionMake sure that customer data Table LENFEAT re ects the change for thetuple speci ed.

AttributesAttribute Value

Severity Warning

FormatLINE127 mmmdd hh:mm:ss ssdd INFO JF

len DN dn

JOURNAL FILE NOT ACTIVE DURING WARM LINE UPDATE

NEW LENFEAT IS:

lenfeat_tuple

Selected field descriptionsField Value Fixed or

VariableDescription

INFO JF Constant Fixed Indicates JF was inactive

len Symbolic text Variable Refer to Table I. Provides lineequipment identification (lineequipment number) for the line thatchanged Customer Data TableLENFEAT tuple or activated/deactivated WML

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Field Value Fixed orVariable

Description

DN dn Symbolic text Variable Refer to Table I. Provides thedirectory number for the line thatchanged Customer Data TableLENFEAT tuple or activated/deactivated WML.

JOURNAL FILE NOTACTIVE DURINGWARM LINEUPDATE

Constant Fixed Indicates journal file does not containthe changes made to Customer DataTable LENFEAT during WML

NEW LENFEAT IS:lenfeat_tuple

Symbolic text Variable Provides new tuple for Customer DataTable LENFEAT

Active message exampleLINE127 APR01 12:00:00 2112 INFO JF

HOST 15 0 11 12 DN 2557811999

JOURNAL FILE NOT ACTIVE DURING WARM LINE UPDATE

NEW LENFEAT IS:

HOST 15 0 11 12 S WML WML Y Y 7812001 4

Clear message examplen/a

Associated OM registers

LINE128The Line Maintenance (LINE) subsystem generates this report. The reportgenerates when a line with the warm line update (WML) feature updatesthe tuple in the Customer Data Table LENFEAT. The subsystem alsogenerates LINE 128 when a line with the WML activates/deactivates theWML while the journal le (JF) is inacti ve.

Remedial actionVerify customer data Table LENFEAT re ects the change for the tuple.

AttributesAttribute Value

Severity Warning

LINE128 823

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FormatLINE128 mmmdd hh:mm:ss ssdd INFO NO JOURNAL FILE

len DN dn

JOURNAL FILE NOT ACTIVE DURING WARM LINE UPDATE

NEW LENFEAT IS:

lenfeat_tuple

Selected field descriptionsField Value Fixed or

VariableDescription

INFO NO JOURNALFILE

Constant Fixed Indicates JF was inactive.

len Symbolic text Variable Refer to table I. Provides lineequipment identification for the linethat changed Customer Data TableLENFEAT tuple or activated/deactivated WML.

DN dn Symbolic text Variable Refer to table I. Provides the directorynumber for the line that changedCustomer Data Table LENFEAT tupleor activated/deactivated WML.

JOURNAL FILE NOTACTIVE DURINGWARM LINEUPDATE

Constant Fixed Indicates journal file does not containthe changes made to Customer DataTable LENFEAT during a warm lineupdate.

NEW LENFEAT IS: Customer Data TableLENFEAT

Variable Provides new tuple for Customer DataTable LENFEAT.

Active message exampleLINE128 APR01 12:00:00 2112 INFO NO JOURNAL FILE

HOST 15 0 11 12 DN 2557811999

JOURNAL FILE NOT ACTIVE DURING WARM LINE UPDATE

NEW LENFEAT IS:

HOST 15 0 11 12 S WML WML Y Y 7812001 4

Clear message examplen/a

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Associated OM registers

LINE130The Line Maintenance (LINE) subsystem generates log report LINE 130.This report appears when a call terminates to a line and the hookswitchashes. This line has the Calling Line Flash-hook (CLF) Service Order (SO)option. The call originates from a trunk connected to the DMS switch.

Remedial actionSave LINE 130 for the department that requested the CLF SO feature beset for the line.

AttributesAttribute Value

Severity Warning

FormatLINE130 mmmdd hh:mm:ss ssdd INFO_TRACE_ON_MALICIOUS_CALI

len DN dn

INCOMING TRUNK= CKT trkid

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO_TRACE_ON_MALICIOUS_CALL_INITIATED

Constant Fixed Indicates that the CLF SO feature isactive on the terminating line

len Symbolic text Variable Refer to table I. Provides terminatingline equipment identification (lineequipment number)

DN dn Symbolic text Variable Refer to table I. Provides theterminating line directory number. SeeStandard Definitions and EquipmentIdentification table.

INCOMING TRUNK Symbolic text Variable Refer to table I. Provides originatingtrunk equipment identification.

CALLID Symbolic text Variable Refer to table I

LINE130 825

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Active message exampleLINE130 APR01 12:00:00 2112INFO_TRACE_ON_MALICIOUS_CALL_INIT

HOST 00 0 19 20 DN 2557811999

INCOMING TRUNK= CKT TRK 1

CALLID = 123456

Clear message examplen/a

Associated OM registers

LINE131n/a

Remedial actionThis log is for information only, but is an indication of service degradation.As an option, the craftsperson performs a diagnostic upon the line, or aSUSTATE in an attempt to determine the reason for the servicedegradation.

AttributesAttribute Value

Severity Warning

Formatn/a

Selected field descriptionsField Value Fixed or

VariableDescription

INFO LoopPerformance Report

Constant Fixed Indicates a report of loopperformance.

LEN Symbolic text Variable Indicates the LEN of the loop that thediagnostic was performed on.

DN Symbolic text Variable Indicates the directory number (DN) ofthe loop that the diagnostic wasperformed on.

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Field Value Fixed orVariable

Description

REPORT TYPE -PERFORMANCE

Constant Fixed Indicates the loop performance of anISDN T-line card (S/T-ISLC). Thisreport type uses ES and SES as loopperformance counters.

SOURCE 2B1Q Constant Fixed Indicates the source of the overflow.

threshold Character string Variable Indicates whether the threshold hasES and SES values or both.

period Character string Variable Indicates if the ES or SES countersare recording in current hour (CURBHR) or current day (CURR DAY)mode.

es 3 digits Variable Indicates count of ESs.

ses 3 digits Variable Indicates count of SESs.

Active message examplen/a

Clear message examplen/a

Associated OM registers

LINE132The Line Maintenance subsystem generates log report LINE132 after thedetection of a line hazard condition.

Remedial actionCorrect source of low resistance, high AC or high DC fault on the loop ofthe subscriber.

AttributesAttribute Value

Severity Warning

Format***LINE132 mmmdd hh:mm:ss ssdd TBL

len DN dn

REASON = Line Hazard Condition Found

LINE132 827

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INFO = xxxxxx VAC yyyyyy Ohms zzzzzz VDC

ACTION TAKEN = Cut-off Relay Operated

ACTION REQUIRED = Check Facility.

CARD CODE = pec

Selected field descriptionsField Value Fixed or

VariableDescription

TBL Constant Fixed Identifies an alarm problem report

len Symbolic text Variable Identifies the line equipment number

DN Symbolic text Variable Identifies the directory number

REASON = LineHazard ConditionFound

Constant Fixed Indicates detection of a line hazardcondition

INFO 0 to 9999, N/A Variable Identifies the number conditionsfound. The N/A value indicates thatthis measurement was not taken.

VAC 0 to 9990.K, N/A Variable Identifies the number of empty lines.The N/A value indicates that thismeasurement was not taken.

Ohms -9999 to 9999, N/A Variable Identifies the resistance. The N/Avalue indicates that this measurementwas not taken.

ACTION TAKEN =Cut-off RelayOperated

Constant Fixed Identifies the action that the switchtakes

ACTION REQUIRED= Check Facility.

Constant Fixed Identifies the action that the switchperson requires

CARD CODE pec Variable Identifies the product engineeringcode (pec) to check

Active message example***LINE132 AUG01 10:15:57 2356 TBL

HOST 15 1 9 27 DN 2553511005

REASON = Line Hazard Condition Found

INFO = 0 VAC 839 Ohms 76 VDC

ACTION TAKEN = Cut-off Relay Operated

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ACTION REQUIRED = Check Facility.

CARD CODE = 6X17AA

Clear message examplen/a

Associated OM registers

LINE133The Line Maintenance subsystem generates log report LINE133 after therelease of the cut-off relay for a line in a hazard condition.

Remedial actionRun a DIAG to verify that hazard conditions are not present.

AttributesAttribute Value

Severity Warning

FormatLINE133 mmmdd hh:mm:ss ssdd INFO

len DN dn

REASON =reason

ACTION TAKEN = Cut-off Relay Released

ACTION REQUIRED = action

CARD CODE= pec

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Constant Fixed Identifies an information log report

len Symbolic text Variable Identifies the line equipment number

DN dn Symbolic text Variable Identifies the directory number

REASON = LineHazard ConditionCleared

Constant Cut-offRelay ReleasedManual

Variable Indicates the clearance of a linehazard condition

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Field Value Fixed orVariable

Description

ACTION TAKEN =Cut-off RelayReleased

Constant Fixed Identifies the action that the switchtakes

ACTION REQUIRED Cut-off RelayReleased Manually

Variable Identifies the action that theswitchperson requires

CARD CODE pec Variable Identifies the product engineeringcode (pec) to check

Active message example***LINE133 AUG01 10:23:54 8936 INFO

HOST 15 1 9 27 DN 2553511005

REASON - Line Hazard Condition Cleared

ACTION TAKEN = Cut-off Relay Released

ACTION REQUIRED = None

CARD CODE = 6X17AA

Clear message examplen/a

Associated OM registers

LINE134The Line Maintenance (LINE) subsystem generates log report LINE134.This report appears when a problem occurs on a line because of a ring-to-ground line fault condition.

The data dictionary for log report LINE134 in module LNLARMS containslog report type ADD_REPORT_TYPE (LINE_LOG,LN_RG_FOUND_REPDEF) ? LN_RG_FOUND_REP.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

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FormatLINE134 mmmdd hh:mm:ss ssdd TBL

len DN dn

REASON: = reason

INFO = xxxxxx VAC yyyyyy Ohms zzzzzz VDC

ACTION TAKEN =None

ACTION REQUIRED = Check Facility

CARD CODE = pec

Selected field descriptionsField Value Fixed or

VariableDescription

TBL Constant Fixed Identifies an alarm problem report

len Symbolic text Variable Identifies the line equipment number.

DN dn Symbolic text Variable Identifies the directory number.

REASON = Ring/Ground conditionfound

Constant Fixed Indicates the detection of a ring-to-ground fault condition

INFO See below. Variable Indicates the following measurementsfor resistance and voltages. The N/Avalue indicates that this measurementwas not taken.

VAC 0 to 9999, N/A Variable

Ohms 0 to 9999, N/A Variable

VDC -9999 to 9999, N/A Variable

ACTION TAKEN =None

Constant Fixed Identifies the action the switch takes

ACTION REQUIRED= Check Facility

Constant Fixed Identifies the action the switchpersonrequires

CARD CODE pec Variable Identifies the product engineeringcode to check.

Active message exampleLINE134 SEP05 18:14:33 4827 TBL

HOST 15 1 9 27 DN 2559231107

LINE134 831

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REASON: Ring/Ground condition Found

INFO = 0 VAC 700 Ohms 50 VDC

ACTION TAKEN = None

ACTION REQUIRED = Check Facility

CARD CODE = 6X17AA

Clear message examplen/a

Associated OM registers

LINE135The Line Maintenance (LINE) subsystem generates log report LINE135.This report appears when the software receives noti cation of theclearance of a ring-to-ground fault condition.

The data dictionary for LINE135 in module LNLARMS contains log reporttype ADD_REPORT_TYPE (LINE_LOG, LN_RG_CLEARED_REPDEF) ?LN_RG_CLEARED_REP.

Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatLINE135 mmmdd hh:mm:ss ssdd TBL

len DN dn

REASON: = reason

INFO = xxxxxx VAC yyyyyy Ohms zzzzzz VDC

ACTION TAKEN =None

ACTION REQUIRED = None

CARD CODE = pec

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Selected field descriptionsField Value Fixed or

VariableDescription

TBL Constant Fixed Identifies an alarm trouble report

len Symbolic text Variable Identifies the line equipment number.

DN dn Symbolic text Variable Identifies the directory number.

REASON = Ring/Ground conditioncleared

Constant Fixed Indicates the clearance of a ring-to-ground fault condition

INFO See below Variable Indicates the following measurementsfor resistance and voltages. The N/Avalue indicates that this measurementwas not taken.

VAC 0 to 9999, N/A Variable

Ohms 0 to 9999, N/A Variable

VDC -9999 to 9999, NA Variable

ACTION TAKEN =None

Constant Fixed Identifies the action the switch takes

ACTION REQUIRED= None

Constant Fixed Identifies the action that theswitchperson requires

CARD CODE pec Variable Identifies the product engineeringcode to check

Active message exampleLINE135 SEP05 18:14:33 4827 TBL

HOST 15 1 9 27 DN 9231107

REASON: Ring/Ground condition Cleared

INFO = 0 VAC 700 Ohms 50 VDC

ACTION TAKEN = None

ACTION REQUIRED = None

CARD CODE = 6X17AA

Clear message examplen/a

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Associated OM registers

LINE138The Line Maintenance (LINE) subsystem generates log report LINE138when a call routes to a treatment. A call routes to a treatment for differentreasons, for example LINE138 follows LINE102 and LINE trouble reports.

Remedial actionCheck the LINE log report buffer for problem reports on the same lineequipment. Follow the Action to take for trouble reports generated.

A log that persists at a high frequency for a particular media gateway maysuggest that the media gateway has been over-engineered, and it might benecessary to re-engineer the gateway to alleviate some of the bandwidthproblems.

AttributesAttribute Value

Severity Warning

Format<site>reportid mmmdd hh:mm:ss ssdd 5800 INFO TRMT

<len>DN <dn>

CALLID = <callid>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO TRMT Constant Fixed Indicates the assignment of atreatment to the originating line

site Host site Variable Name of the host within the network

len < site > nnnn Variable Line equipment number. A seven-digitnumber identifying physical locationdata on equipment, such as site,frame number, unit number, linesubgroup (shelf), and circuit pack,(line equipment number)

DN dn nnnnnnnnnn Variable Directory number. The fullcomplement of digits required todesignate a subscriber's station withinone numbering plan area, (directorynumber)

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Field Value Fixed orVariable

Description

TREATMENT SET Symbolic text Variable Provides treatment assigned to theline

CALLED NO Symbolic text Variable Provides terminating line directorynumber

callid Call id Variable A number that identifies the caller, andcan be used for debugging purposes.

REPORTID Symbolic text Variable Indicates the current log id

MMMDD Symbolic text Variable Indicates the month and day thesystem generated the report

HH:MM:SS Symbolic text Variable Identifies hour, minute and second thesystem generated the report

SSDD Symbolic text Variable Defines the sequence number foreach log report that the systemgenerated. The SS increases whenthe system generates a report and isreset to 00 after the SS reaches 99.The DD increases when a reportappears at a given device and is resetto 00 after the DD reaches 99.

OFFICEID Symbolic text Variable Identifies the switch that generates thelog. This field is optional. Maximumlength of this field is 12 characters.Office parameter LOG_OFFICE setsthe length.

Active message exampleRTPU05AP LINE138 APR25 11:01:59 2112 5800 INFO TRMT

SLOA 04 4 00 00 DN 2145209400

TREATMENT SET = NBLN CALLED NO = 5209500$

CALLID = 01BF 0016

Clear message examplen/a

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Associated OM registers

LINE139The Line Maintenance (LINE) subsystem generates log report LINE139.This report appears when the hotel/motel message register pulsingapplication cannot nd an entry in customer data T able CHARGTAB. Theentry is for a message billing index (MBI)/Charge Treatment pair.

Remedial actionIf the MBI index is correct, operating company personnel check the entryfor the following customer data Tables: CHARGTAB, MUMRBI, andTDCSHED. Refer to Translations Guide for the entry sequence and values.

• If the tables are not entered correctly, use the instructions in theTranslations Guide to change the entry.

• If the tables are entered correctly, contact the next level of support.

If the MBI index is invalid, enter a correct index. Continue to try to clear thefault until one of the following occurs:

• The application nds the MBI index, and the subsystem does notgenerate log report LINE139.

• You contacted the next level of maintenance.

AttributesAttribute Value

Severity Warning

Format*LINE139 mmmdd hh:mm:ss ssdd INFO MBI NOT FOUND

MBI= nnn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO MBI NOTFOUND

Constant Fixed Indicates the application cannot findthe MBI/Charge Treatment pairidentified in MBI field in CustomerData Table CHARGTAB

MBI 0-999 Variable Indicates the application cannot findthe MBI index in Customer Data TableCHARGETAB

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Active message example*LINE139 APR01 12:00:00 2112 INFO MBI NOT FOUND

MBI= 666

Clear message examplen/a

Associated OM registers

LINE145The Line Maintenance (LINE) subsystem generates log report LINE145 informat 1. This report appears when the SYNC changes on a 2B1Q ISDNline card (ISLC). The card generates an autonomous report that indicates ifthe SYNC is lost or found. The autonomous report reaches the centralcontrol (CC) and the subsystem generates log report LINE145. Thefollowing possible events are reported:

• The Line subsystem generates LINE145 in format 2 when a loss ofsignal occurs at Layer 1 of the 2B1Q U loop interface. The event eld ofthe log de nes the reported event as a Loss of Signal with Dying Gasp(LOSDG).

• Log report LINE145 informs the operating company personnel of thelocation of the signal loss. The event can be a Loss of SIGNAL with noDying Gasp (LOS). If this event occurs, the location of signal loss canbe the NT1 or an mp-eoc line unit. The location can be these units ifthe 2B1Q loop contains mp-eoc. Dying Gasp only occurs when the NT1initiates this procedure because the mp-eoc line units do not supportDying Gasp.

• Log report LINE145 can indicate a sync word loss with the event Lossof Sync Word (LOSW).

• Log report LINE145 can indicate the recovery of the signal.

• Log report LINE145 can indicate an mp-eoc line unit internal failure(node failure).

The following list identi es loop state messages: Frame SYNC Found : loopstate changed from LO to IDL Frame SYNC Lost : loop state changed fromIDL to LO Frame SYNC Lost : loop state changed from CPB to LO FrameSYNC Lost : loop state changed from CPD to LO Frame SYNC Found :loop state remains DMB Frame SYNC Found : loop state remains INBFrame SYNC Found : loop state remains MB Frame SYNC Found : loopstate remains DEL Frame SYNC Lost : loop state remains DMB Frame

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SYNC Lost : loop state remains INB Frame SYNC Lost : loop stateremains MB Frame SYNC Lost : loop state remains DEL mp-eoc nodefailure report at MPLU<<#>: LOOP state remains<SR>IDL

Remedial actionThis log indicates a disruption or recovery of communication capability onthe U interface that connects the Network Element (NE) to the NT1. If thereport speci es a Loss of Signal, the disruption of services to the customeroccurs. A service disruption occurs for a reason other than a power loss tothe NT1. If the report speci es Loss of Signal with ''''Dying Gasp", a f ailureof the NT1 power supply caused the U-loop failure. If the report speci esLoss of Sync Word LOSW, corruption of the synchronization wordoccurred. The synchronization word exchanges between the NT1 and theline card. In all previous conditions, the signal is lost at Layer1. If the reportindicates mp-eoc node failure, an internal failure occurs at the speci ed lineunit. The loop state does not change for an mp-eoc node failure.

If the report speci es a RECO VERY of signal, communication is possibleacross the U interface. Treat the log as an operational aid.

If this log continues, the operating company personnel can diagnose theline reports to determine the cause of the log. The operating companypersonnel can also contact the next level of support if this log continues.

To gather additional LAYER 1 pm data from the loop, issue the QLAYERL1 command from the MAP LTPISDN level. To gather synchronizationinformation on the U-loop, issue the SUSTATE command. When operatingcompany personnel correct the abnormal high counts, reset the PMcounters if required. Use the RLAYER L1 command at the MAP LTPISDNlevel to reset the PM counters.

AttributesAttribute Value

Severity Warning

FormatLINE145 mmmdd hh:mm:ss ssdd ISLC SYNC STATUS

len DN dn

FRAME SYNC synctext : LOOP STATE CHANGE FROM state 1 TO

state2

LINE145 mmmdd hh:mm:ss ssdd INFO ISLC SIGNAL Alarm

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len DN dn

event LOOP state smode

Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISLC SYNCSTATUS

Constant Fixed Indicates a sync change occurred onan ISDN line card

INFO ISLC SIGNALAlarm

Constant Fixed Indicates the loss or recovery of signalat Layer1 of the 2B1Q U loop interface

len Integers Variable Indicates the line equipment number(LEN) of loop on which the diagnosticwas performed

DN dn Integers Variable Indicates the directory number (DN) ofthe loop that the diagnostic wasperformed on.

FRAME SYNC Found, lost Variable Indicates if sync is found or lost on theframe. Refer to the Loop State list atthe end of this log report.

LOOP STATECHANGE FROM

Constant Fixed Indicates text that describes loop statechange

state1 Symbolic text Variable Indicates the state of the loop beforethe sync report. Refer to Loop Statelist at the end of this log report.

state2 Symbolic text Variable Indicates the state of the loop after thesync report. Refer to the Loop Statelist at the end of this log report.

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Field Value Fixed orVariable

Description

Event Symbolic text Variable Indicates one of the following events:

1. Loss of SIGNAL with Dying Gasp atNT1.

2. Loss of SIGNAL no Dying Gasp atNT1.

3. Loss of SIGNAL no Dying Gasp atMPLUX.

4. Loss of Sync.Word LOSW at NT1.

5. Recovery of SIGNAL

6. mp-eoc node failure report at MPLU< < # > < "Tbl:Para:1" > 7. mp-eocnode failure report CLEARED

8. mp-eoc node failure report at anode that is not known.

Loop state Character string Variable Indicates the status of the loop

Active message exampleLINE145 APR01 12:34:56 0001 ISLC SYNC STATUS

HOST 66 1 8 20 DN 2556753078

FRAME SYNC LOST : LOOP STATE CHANGE FROM CPB TO LO

LINE145 APR01 12:34:56 0001 INFO ISLC SIGNAL Alarm

HOST 66 1 8 20 DN 2556753078

LOSS of SIGNAL with "Dying Gasp: at NT1 :LOOP state

changed

LINE145 APR01 12:34:56 0001 INFO ISLC SIGNAL Alarm

HOST 66 1 8 20 DN 2556753078

mp-eoc node failure report at MPLU 1: LOOP state remains

IDL

Clear message examplen/a

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Associated OM registers

LINE146The Line Maintenance (LINE) subsystem log report. The subsystemgenerates LINE146 when the T-sync changes.

The 2B1Q Integrated Services Digital Network (ISDN) ISLC generates anautonomous report that indicates when loss or recovery of the Layer 1 T-sync occurs.

When U- (frame) sync is lost, the following events occur:

• the subsystem sends a T-sync lost report to the central control (CC)

• the subsystem does not generate a log

• only the boolean for T-sync changes

Remedial actionThe operating company personnel use the DIAG command to diagnose thereported line to determine the cause of the change in sync. The DIAGcommand provides diagnostic capabilities on the S/T and AMI-U ISLCs.

Access the DIAG command through MAPCI; MTC; LN; LTP. The LCparameter (DIAG LC) performs line card diagnostics only. The FASTparameter (DIAG FAST) performs FAST diagnostics. The INS parameter(DIAG INS) performs in-service diagnostics on the posted line.

AttributesAttribute Value

Severity Warning

FormatLINE146 mmmdd hh:mm:ss ssdd INFO ISLC SYNC STATUS

len DN dn

T SYNC sync : LOOP STATE unchanged

LINE146 841

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO ISLC SYNCSTATUS

Constant Fixed Indicates a change in T-sync.

len Symbolic text Variable Indicates the line equipment number(LEN) of the loop on which thediagnostic was performed

DN dn Integers Variable Indicates the directory number (DN) ofthe loop on which the diagnostic wasperformed

T Sync Lost, Found Variable Indicates the status of the sync.

LOOP STATEunchanged

Constant Fixed Indicates that the loop state is thesame.

Active message exampleLINE146 OCT17 21:25:51 3402 INFO ISLC SYNC STATUS

HOST 67 1 08 14 DN 2557225243

T SYNC LOST : LOOP STATE unchanged

Clear message examplen/a

Associated OM registers

LINE147The Line Maintenance (LINE) subsystem generates log report LINE147.The subsystem generates Line147 when maintenance, which the customerinitiates, activates or deactivates the NT1 test mode. The log reportLINE147 alerts the operating company of possible service disruptionbecause of maintenance actions on the NT1.

Remedial actionThe operating company personnel use the SUSTATE command from theLTPISDN level of the MAP (maintenance and administration position). TheSUSTATE command identi es the conditions that caused LINE147 togenerate.

The display will show the state of the NT1. The operating companypersonnel determine why the NT1 is receiving maintenance and restoresthe NT1 to normal operation.

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AttributesAttribute Value

Severity Warning

FormatLINE147 mmmdd hh:mm:ss ssdd INFO NT1 Test Mode Indication

Alarm

len DN dn

NT1 Test Mode status

Selected field descriptionsField Value Fixed or

VariableDescription

INFO NT1 Test ModeIndication Alarm

Constant Fixed Indicates a change in the NT1 testmode.

len Symbolic text Variable Indicates the line equipment number(LEN) of the loop changing NT1 testmode

DN dn Symbolic text Variable Indicates the directory number (DN) ofthe loop changing test mode

Status Initiated or finished Variable Indicates the status of themaintenance action.

Active message exampleLINE147 OCT17 21:25:51 3402 INFO NT1 Test Mode Indication

Alarm

HOST 67 1 08 14 DN 2557225243

NT1 Test Mode Initiated

Clear message examplen/a

Associated OM registers

LINE148The Line Maintenance (LINE) subsystem generates log report LINE148.The log report LINE148 indicates a mismatch between to two sets of data.The rst set of data is the Basic Line Monitoring (BLM) data stored on the

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2B1Q line card. The second set of data is the the data stored in the centralcontroller (CC) for the loop identi ed in the log. When the system detects amismatch between the two sets of data, a Layer 1 BLM audit occurs. Whenthe Layer 1 BLM audit occurs, the LINE subsystem generates LINE148.Log report LINE148 indicates the identi ed Layer 1 BLM parameters thatthe audit refreshed.

The text of the log identi es the type of refresh that the audit performed.There are three types of refresh that the CC Layer 1 BLM audit can initiate.

• The audit sends the threshold index to the ISDN XPM for the given lineequipment number (LEN). This action refreshes Layer1 thresholds.

• The audit sends a BLMTHRSH table entry to the ISDN XPM. Thisaction refreshes Layer1 thresholds.

• An update from the CC directly to the line card refreshes Time of Day.

A fourth type of refresh occurs when a an LCME audit causes thegeneration of a BLM PM node mismatch log. The LCME audit detects aPM node mismatch between the static data tables and sub-tending line uniton a 2B1Q ISLC. This detection generates an unsolicited message to theCM and the line attempts to correct the mismatch. The system generates aPM node mismatch log if the associated PERF eld in table LNTHRSH andthe OFCV AR parameter ISDN_PERFORMANCE_NODE_ALARM are setto ON.

Remedial actionOperating company personnel run a full line diagnostic and rectify anyfailures that the diagnostic identi es. Operating company personnel run thediagnostic to ensure a hardware failure is not responsible for the mismatchof Layer1 BLM parameters.

A PM mode mismatch can continue. In this event, the operating companypersonnel must verify that the sub-tending line units support (that complywith TR-829) the requested PM mode (for example, SEG).

Use the QLAYER L1 command to con rm that the Layer 1 BLM parametersare as speci ed in tables LNTHRSH and BLMTHRSH. The QLA YER L1command is available at the LTPISDN MAP level. Use the L1THRSHQUERY command instead of consulting the tables directly. Use theQLAYER L1 command to verify the Time of Day in the ISLC.

AttributesAttribute Value

Severity Warning

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FormatLINE148 <date><time><seq#>INFO Layer1 BLM ParametersRefreshed

<len>DN <dn>

<action>

<data>

<lu data><cm data><lcd data>

Selected field descriptionsField Value Fixed or

VariableDescription

INFO Layer1 BLMParametersRefreshed

Constant Fixed Indicates that Layer1 BLM parametersare refreshed on the 2B1Q line card.

len Symbolic text Variable Indicates the line equipment number(LEN) of the loop that had Layer1parameters refreshed.

DN dn Symbolic text Variable Indicates the directory number (DN) ofthe loop that had Layer1 parametersrefreshed.

ACTION Thresholds updatedby index, Thresholdsupdated by tableentry, Time of day setto current

Variable Describes the type of refresh.

DATA ES/Hr=xxxxx SES/Hr=xxxxx ES/Day=xxxxx SES/Day=xx LinecardTime Lagged By + x:x: x Linecard TimeLagged By - x: x: x

Variable Indicates the threshold data correct forthe loop.

LU DATA PATH, SEG Variable Indicates the line unit (LU)performance monitoring (PM) modecorrect to the 2B1Q loop equippedwith mp-eoc line units.PATH = PM forthe entire path.SEG = segmented PM.

CM DATA PATH, SEG Variable Indicates the computing module (CM)PM mode correct to the 2B1Q loopequipped with mp-eoc line units.

PATH = PM for the entire path.

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Field Value Fixed orVariable

Description

SEG = segmented PM.

LCD DATA PATH, SEG Variable Indicates the correct lineconcentrating device (for example,LCME) PM mode for the 2B1Q loopequipped with mp-eoc line units.

PATH = PM for the entire path.

SEG = segmented PM.

Active message exampleLINE148 OCT15 00:01:31 4200 INFO Layerl BLM Parameters

Refreshed

HOST 67 1 00 08 NO DN

Thresholds updated by Index Index= 7

ES/Hr= 234 SES/Hr= 186 ES/Day=12345 SES/Day=2567

LINE148 OCT15 21:12:27 1400 INFO Layer1 BLM Parameters

Refreshed

HOST 67 1 00 08 NO DN

Thresholds updated by Table Entry Index= 7

ES/Hr= 234 SES/Hr= 186 ES/Day=12345 SES/Day=2567

LINE148 DEC18 15:03:24 9900 INFO Layerl BLM Parameters

Refreshed

HOST 67 0 06 26 DN 2553790171

Time of Day set to Current

Linecard Time Lagged By + 00:02:14

LINE148 JUN1 15:10:03 4200 INFO LAYER1 BLM Parameters

Refreshed

HOST 67 1 00 08 DN 2553790171

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PM MODE MISMATCH REPORTED IN MPLU 6

LU VALUE=PATH CM VALUE=SEG LCD VALUE=SEG

Clear message examplen/a

Associated OM registers

LINE149Line subsystem log Line149 is an addition to report multi-point embeddedoperations channel (EOC) con guration changes. The subsystemgenerates the log after the line concentrating module (LCME) audit identies a difference in con guration. The dif ference is between the stored multi-point EOC con guration and the accurate con guration. The LCME sendsan unsolicited message to the central controller (CC).

Remedial actionIf, for example, operating company personnel did not install more or lessmp-eoc line units, the operating company personnel will not anticipateLINE149. If operating company personnel did not anticipate LINE149 thepersonnel must issue a SUSTATE command from the LTPDATA level onthe line. This command queries the LCME and informs the operatingcompany personnel of the status of all mp-eoc line units. The operatingcompany personnel must check the line to determine the condition.

AttributesAttribute Value

Severity Warning

FormatLINE149 mmmdd hh:mm:ss ssdd INFO mp-eoc configuration change

len DN dn

mp-eoc configuration changed : old# to new# line units

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Selected field descriptionsField Value Fixed or

VariableDescription

INFO mp-eocconfiguration change

Constant Fixed Indicates a change in the multi-pointEOC configuration.

len Symbolic text Variable Indicates the line equipment number(LEN) of the loop with the mp-eocconfiguration change

DN dn Symbolic text Variable Indicates the directory number (DN) ofloop which had Layer1 parametersrefreshed

mp-eoc configurationchanged

Symbolic text Variable Indicates the number of line units thatare changed (previous to current).See old#, new# field definitions below.

old# Numeric Variable Indicates the previous number of lineunits.

new# Numeric Variable Indicates the current number of lineunits.

Active message exampleLINE149 OCT07 17:56:52 4407 INFO mp-eoc configuration change

HOST 67 0 07 27 DN 2557225226

mp-eoc configuration changed : 2 to 4 line units

Clear message examplen/a

Associated OM registers

LINE150The LINE subsystem generates log report LINE150. The subsystemgenerates this LINE150 after the successful completion of a customeroriginated trace (COT). A subscriber with the COT feature dials the COTaccess code and initiates a trace of the last call received. The log reportLINE150 provides a dump of the incoming memory slot (IMS) associatedwith the COT subscriber.

The COT feature increases the COT operational measurement (OM)group. This group describes subscriber actions and system problems,which prevent interaction with the subscriber during feature activation.

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Remedial actionThere is no action required. The log report LINE150 provides call traces.The operating company can use log report LINE150 at any time.

AttributesAttribute Value

Severity Warning

FormatLINE150 mmmdd hh:mm:ss ssdd INFO FULL COT TRACE

SUBSCRIBER LEN: len SUBSCRIBER DN: dn

TRACE DUMP TIME CALL RCVD: mmmdd hh:mm:ss DN: dn

INTRAOFFICE: x ORIG ADDR TYPE: nnn typetxt

OUT OF AREA: x CWT: x PRIVATE: x GIC: x

JIP: nnnnnn

JIP SOURCE: jipsrctxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO FULL COTTRACE

Constant Fixed Indicates a report of a successfulcustomer originated trace (COT).

SUBSCRIBER LEN:len

Symbolic text Variable Identifies the COT subscriber's lineequipment number (LEN). Refer toTable I.

SUBSCRIBER DN:dn Symbolic text Variable Identifies the COT subscriber'sdirectory number (DN). Refer to tableI.

TRACE DUMP Constant Fixed Indicates that a dump of traceinformation follows.

TIME CALL RCVD:mmmdd

JAN01-DEC31 Variable Provides the date of the call for whichthe subscriber requests a trace.

hh:mm:ss 00:00:00-23:59:59 Variable Indicates the time of the call for whichthe subscriber requests a trace.

DN: dn Symbolic text Variable Provides the DN of the calling party. Inmost occurrences, a ten-digit DN willbe given. Refer to table I.

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Field Value Fixed orVariable

Description

INTRAOFFICE: x Y or N Variable Indicates if the call originates on thesame switch as the one that servicesthe subscriber that originates thetrace.

Loop-around trunks are notconsidered intranode.

ORIG ADDR TYPE 001 (UNIQUE) 003(UNIQUE) 004(UNIQUE)

Variable Indicates that the traced DN is uniqueand can be traced back to an exactline.

113 (NON-UNIQUE)115 (NON-UNIQUE)116 (NON-UNIQUE)

Variable Indicates that the traced DN is notunique and cannot be traced back toan exact line.

119 (TEST) Variable Indicates a test call.

(UNKNOWN) Variable Indicates that the corresponding fieldin incoming call memory is a zerovalue. Indicates that the uniqueness ofthe traced DN is not known.

nnn (UNDEFINED) Variable Indicates the value receiver in thenature of address indicator is nnn.This value is not defined as part of theISUP protocol

OUT OF AREA: x N Variable Indicates the call was not out of area.Always N for this log report.

CWT: x Y or N Variable Indicates if the trace dumpcorresponds to a calling party that callwaited. There is no if the call or notanswered. That the call is answeredor not answered is not relevant.

PRIVATE: x Y Variable Indicates the suppression of thecalling number.

N Variable Indicates the calling number was notsuppressed.

GIC: x Y Variable Indicates the use of the GroupIntercom (GIC) feature by the tracedcall.

N Variable Indicates the traced call did not usethe Group Intercom (GIC) feature tomake the call.

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Field Value Fixed orVariable

Description

JIP nnnnnn Variable Indicates the 6 digit jurisdictioninformation parameter (JIP) from theoriginating switch.

JIP SOURCE text Variable Indicates how the JIP digits wereobtained.

Active message exampleLINE150 JAN01 09:01:38 1234 INFO FULL COT TRACE

SUBSCRIBER LEN: HOST 00 0 13 02 SUBSCRIBER DN: 6136211234

TRACE DUMP TIME CALL RCVD: JAN01 08:58:00 DN: 6136211245

INTRAOFFICE: Y ORIG ADDR TYPE: 001 (UNIQUE)

OUT OF AREA: N CWT: Y PRIVATE: N GIC: N

JIP: 613621

JIP SOURCE: HOMELRN USED

Clear message examplen/a

Associated OM registers

LINE151The LINE subsystem generates this report for the Customer-originatedTrace (COT) feature. A subscriber dials the COT access code or pressesthe COT key to initiate a trace of the last call. The call trace information isincomplete. The information is incomplete because the call is out-of-areaor the directory number is not a 7- or 10-digit number. The table at the endof this log outlines additional reasons for a LINE151 log.

The following lists additional reasons that the subsystem generates logreport LINE151:

CALLING PARTY ADDRESS NOT DELIVERED - Indicates that callingparty information is not available. The information is not available becausecommon channel signaling system No. 7 (CCS7) is not present or does notprovide necessary data.

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TRACED DN NOT 7 OR 10 DIGITS - Indicates that the traced directorynumber is not 7 or 10 digits.

AMBIGUOUS DATA - This reason appears in conditions where the data isambiguous. For example, if the intra-office field is set to N and GIC is set toY, then the AMBIGUOUS DATE is output as a reason. This is becauseGIC is a nodal feature and does not apply to an internode call.

EXPECTED DN INFORMATION MISSING - This reason appears if theCOT subscriber activates the COT feature after the assignment of the lineoption. This reason can appear if a DN is not available in a condition wherethere was no interworking. (The incoming memory slot contains defaultdata before any calls are received).

NO DN FOR INTRAOFFICE ORIGINATOR - This reason appears whenthe system cannot determine a unique originator for an intra-office call.This prompts the display of the line equipment number (LEN). (LEN callingparties generally correspond to multiparty originators).

POTENTIAL CALL WAITING INTERACTION - This reason appears if acall waiting call updates incoming call memory. The call memory updates ifthe call waited call is answered or not. This update makes the trace datanot clear for the purpose of call trace.

The following lists the reasons that the JIP is unreliable:

HOMELRN USED - The JIP digits are taken from table HOMELRN.

JIP SIGNALED - The JIP digits are taken from the SS7 IAM.

NO SIGNALED JIP - No JIP digits were received from the incoming trunk.

INTERWORKING ENCOUNTERED - SS7 and non-SS7 trunks wereinvolved in the call, causing the JIP to be unreliable.

REDIRECTION ENCOUNTERED-JIP UNRELIABLE - At least oneredirection occurred, causing the JIP to be unreliable.

PARTIAL COT TRACE-JIP UNRELIABLE - For all 151 logs the JIP isconsidered unreliable.

LNP NOT APPLICABLE - LNP is not active in the office.

Remedial actionThere is no action required. This log provides information about a possiblemalicious call. The operating company determines the action to take.

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AttributesAttribute Value

Severity Warning

FormatLINE151 mmmdd hh:mm:ss ssdd INFO PART COT TRACE

SUBSCRIBER LEN: len SUBSCRIBER DN: dn

TRACE DUMP TIME CALL RCVD: mmmdd hh:mm:ss

DN/LEN/TRK: dn/len

INTRAOFFICE: x ORIG ADDR TYPE: nnn typtxt

OUT OF AREA: x CWT: x PRIVATE: x GIC: x

JIP: nnnnnn

JIP SOURCE: jipscrtxt

REASON: rsntxt

Selected field descriptionsField Value Fixed or

VariableDescription

INFO PART COTTRACE

Constant Fixed Indicates a report of a partlysuccessful customer originated trace(COT) or a COT that was notsuccessful.

SUBSCRIBER LEN Symbolic text Variable Refer to Table I. Identifies the COTsubscriber's line equipment number(LEN)

SUBSCRIBER DN Symbolic text Variable Refer to Table I. Identifies the COTsubscriber's directory number (DN)

TRACE DUMP Constant Fixed Indicates that a dump of traceinformation follows.

TIME CALL RCVD:mmmdd

JAN01 - DEC31 Variable Indicates the date the traced call wasreceived.

hh:mm:ss 00:00:00 - 23:59:59 Variable Indicates the time of the call for whichthe customer requests a trace.

DN/LEN/TRK: dn/len Refer to Table I. Variable Provides the dial number (DN) or theline equipment number (LEN) of thecalling party. In most occurrences, a

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Field Value Fixed orVariable

Description

10-digit DN will be given. If the callingDN is not available the field willdisplay the LEN or the name of theincoming trunk.

INTRAOFFICE Y or N Variable Indicates if the call originates on thesame switch as the one that servicesthe subscriber who originates thetrace. Loop-around trunks are notconsidered intranode.

ORIG ADDR TYPE:nnn typtxt

001 (UNIQUE) 003(UNIQUE) 004(UNIQUE)

Variable Indicates that the traced DN is uniqueand can be traced back to an exactline.

113 (NON-UNIQUE)115 (NON-UNIQUE)116 (NON-UNIQUE)

Variable Indicates the traced DN is not uniqueand cannot be traced back to an exactline.

119 (TEST) Variable Indicates a test call.

(UNKNOWN) Variable Indicates the corresponding field inincoming call memory is a zero value.The uniqueness is not known.

nnn (UNDEFINED) Variable Indicates that the value received in thenature of address indicator is nnn.This value is not defined as part of theISDN user part (ISUP) protocol.

OUT OF AREA N Variable Indicates that the call is not out ofarea.

Y Variable Indicates that the call is out of areaand the calling number is notavailable.

CWT: Y or N Variable Indicates if the trace dumpcorresponds to a calling party that callwaited. If the call is answered orunanswered is not relevant.

PRIVATE Y Variable Indicates the suppression of thecalling number.

N Variable Indicates the calling number was notsuppressed.

GIC Y Variable Indicates the use of the GroupIntercom (GIC) feature by the tracedcall. This feature occurs only for intra-office calls.

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Field Value Fixed orVariable

Description

N Variable Indicates that the traced call did notuse the Group Intercom (GIC) feature.This feature occurs only for intra-officecalls.

JIP nnnnnn Variable Indicates the six digit jurisdictioninformation parameter (JIP) from theoriginating switch.

JIP SOURCE text Variable Indicates how the JIP digits wereobtained.

REASON Symbolic text Variable Refer to table of reasons. Provides thereason that the subsystem generateslog report LINE151 instead of aLINE150 log report.

Active message exampleLINE151 JAN01 09:01:38 1234 INFO PART COT TRACE

SUBSCRIBER LEN: HOST 00 0 13 02 SUBSCRIBER DN : 6136211234

TRACE DUMP TIME CALL RCVD: JAN01 08:58:00 DN : 6136211235

INTRAOFFICE: N ORIG ADDR TYPE: 003 (UNIQUE)

OUT OF AREA: N CWT: Y PRIVATE: N GIC: Y

JIP: 000000

JIP SOURCE: PARTIAL COT TRACE-JIP UNRELIABLE

REASON: AMBIGUOUS DATA

Clear message examplen/a

Associated OM registers

LINE160The Line subsystem generates log report LINE160. The subsystemgenerates LINE160 when the called party during a call does not answerwithin the ringing timeout. A line equipment number (LEN) and dial number(DN) indicates the called party. Table OFCENG indicates the ringingtimeout as rng_tmeout_no_of_secs.

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Remedial actionn/a

AttributesAttribute Value

Severity Warning

FormatLINE160 mmmdd hh:mm:ss ssdd INFO RINGING

len DN dn

RINGING INFO = infotxt

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

INFO RINGING Constant Fixed Indicates a report of ringinginformation.

len Symbolic text Variable Refer to Table I. Identifies the lineequipment number of the called party.

DN dn Symbolic text Variable Refer to Table I. Identifies thedirectory number of the called party.

RINGING INFO =infotxt

RINGING_TIMEOUT Variable Indicates a ringing timeout condition.

CALLID = callid Symbolic text Variable Refer to Table I. Identifies the call.

Active message exampleLINE160 JAN02 20:42:56 6400 INFO RINGING

HOST 00 0 00 12 DN 2557224011

RINGING INFO = RINGING_TIMEOUT

CALLID = 589920

Clear message examplen/a

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Associated OM registers

LINE161The Datapath subsystem generates report LINE161 during completion of aTCM Sync Monitoring test. The TCMMON command, available at the MAP,initiates the TCM Sync Monitoring test. This log ags and reports datapathline cards that report TCM sync losses that are equal to or exceed theTCM_SYNC_THRESHOLD. The test proceeds through a set of lines.When results are known for each group, a LINE161 log results. The end ofa test results in the display of a summary log.

Remedial actionIndication of TCM sync losses means the occurrence of problems with thesynchronization between the Data Line card and the data unit. Diagnosticsdo not always catch TCM sync problems; because of this condition, theline card needs replacement. There can be association of TCM failure agswith the problem lines. Clearance of TCM failure ags is necessary . .

AttributesAttribute Value

Severity Warning

FormatLINE161 mmmdd hh:mm:ss ssdd INFO TCM SYNC LOSS REPORT

testid: nn PART x yyyyyyyy

START TIME: yyyymmmdd hh:mm:ss

TEST status AT:yyyymmmdd hh:mm:ss

MONITORING TCM SYNC FOR typetxt

NUMBER OF FAILED LINES: nnn

===========================================================

LEN NO.SYNC LOSSES LEN NO.SYNC LOSSES

===========================================================

site ff b dd cc nnn site ff b dd cc nnn

site ff b dd cc nnn site ff b dd cc nnn

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site ff b dd cc nnn site ff b dd cc nnn

Selected field descriptionsField Value Fixed or

VariableDescription

INFO TCM SYNCLOSS REPORT

Constant Fixed Indicates the results of a TCMMONtest.

testid 1-16 Variable Identifies the test.

PART x Integer Variable Indicates the number of the log. Thisnumber increases when too muchdata is present for one log.

yyyyyyyy MORE... Variable Indicates that more information followsin the next log.

COMPLETE Variable Indicates completion of the logs for agiven test.

START TIME:yyyymmmddhh:mm:ss

Symbolic text Variable Indicates the time the test started.

TEST status COMPLETED Variable Indicates the test ran until completion.

ABORTED Variable Indicates partial results.

STILL RUNNING Variable Indicates the test memains in actionand has the results of last group oflines tested.

PASSED Variable Indicates all lines passed.

AT:yyyymmmddhh:mm:ss

Symbolic text Variable Indicates the test time the test ended.

MONITORING TCMSYNC FOR typetxt

Symbolic Text Variable Refer to Table I. Identifies either all ofthe office (EO) line, peripheral or allthe office under test.

NUMBER OF FAILEDLINES

0 - 999 Variable Indicates the number of sync lossesper test.

LEN Constant Fixed Refer to Table I. Indicates LEN.

SYNC Constant Fixed

LOSSES Constant Fixed

Active message exampleLINE161 JAN01 13:00:00 8190 INFO TCM SYNC LOSS REPORT

TEST ID: 1 PART 1 COMPLETE

START TIME: 1988JAN01 09:30:00

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TEST COMPLETED AT: 1988JAN01 12:30:00

MONITORING TCM SYNC FOR: HOST 02 1

NUMBER OF FAILED LINES: 003

=================================================== LENNO.SYNC LOSSES LEN NO.SYNC LOSSES

=================================================== HOST 012 00 00 5 HOST 02 0 12 00 4

Clear message examplen/a

Associated OM registers

LINE204The Line Maintenance (LINE) subsystem generates log report LINE204.The subsystem generates LINE204 when trouble occurs during callprocessing. If the trouble interrupts a call in progress, the DMS switchroutes the call to a treatment and generates LINE138 or FTR600. TheDMS switch identi es the treatment applied to the line. The DMS switchcan also initiate diagnostic tests, which depends on the type of troubleencountered.

The following describes the Trouble Code for LINE 204:

TROUBLE CODE

Value: BAD_CP_IOMSG

Description: Central control receives a damaged call processing message0.

Remedial actionCheck LINE log buffer for diagnostic reports LINE100 and LINE101 as aresult of a system request.

If the system does not initiate diagnostic tests, perform line diagnostics onthe suspect line equipment from the Line Test Position MAP level. Thiscondition allows isolation of the fault. See 297-2101-516 for diagnostictests that can be run on line equipment.

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The diagnostic test runs a result of a system or manual request. When thetest runs for the suspect line equipment, after production of a linediagnostic report, try to clear the fault.

• If the subsystem generates LINE100 (PASS) and LINE204 continues tooccur for the suspect line equipment, contact the next level ofmaintenance.

• If the subsystem generates LINE101 (FAIL), follow the Actioninstructions for LINE101.

Continue to try to clear the fault until one of the following occurs:

• The subsystem generates LINE100 and does not generate LINE204. --

• You contact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatLINE204 mmmdd hh:mm:ss ssdd TBL

len DN dn

TROUBLE CODE = tbltxt

INFO = infotxt

CALLID = callid

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len site ff b/m dd cc Variable Provides equipment identification (lineequipment number) for suspect lineequipment

DN dn Integers Variable Provides the directory number (DN)for the suspect line equipment

TROUBLE CODE Symbolic text Variable Identifies trouble that suspect lineequipment encounters.

INFO Symbolic text Variable Provides additional Information fortrouble isolation.

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Field Value Fixed orVariable

Description

RECEIVEDMSGTYPE

hexadecimal Variable Identifies the message from thediagnostic test in the DMS switchcode.

CALLID 2147483648 to2147483647

Variable Provides a number that identifies thecall in a different way.

CARD CODE PEC code nXnnaa(6X18AA)

Variable Identifies the number of the line cardcircuit pack with the reported trouble.

Active message exampleLINE204 MAR01 11:54:28 4331 TBL

HOST 00 0 00 13 DN 2558230020

TROUBLE CODE = XPM_TRAP

INFO = NIL

RECEIVED MSGTYPE= 0201

CALLID= 25231360

CARD CODE= 6X17BA

Clear message examplen/a

Associated OM registers

LINE205The Line Maintenance (LINE) subsystem generates log report LINE208.The subsystem generates LINE208 when the number of function keyhitsreaches or exceeds four keyhits in two seconds.

Remedial actionCheck LINE log buffer for the following line diagnostic reports that thesystem generates as a result of a system request: LINE100 and LINE101.

If the system does not initiate diagnostic testing, isolate the fault. Isolationof the fault involves by performance of line diagnostics on the suspect lineequipment. Perform these diagnostics at the LTP maintenance andadministration position (MAP) level. Refer to Lines Maintenance Guide ,297-1001-594 for diagnostic tests that can be run on line equipment.

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The diagnostic test runs as a result of a system or manual request. Whenthe test runs for the suspect line equipment, if subsystem generates a linediagnostic report, try to clear the fault.

• If the subsystem generates LINE100 (PASS) and generation ofLINE205 continues for the suspect line equipment, contact the nextlevel of maintenance.

• If the subsystem generates LINE101 (FAIL), follow the Actioninstructions for LINE101.

Continue to try to clear fault until one of the following occurs:

• the system generates LINE100 and does not generate LINE205.

• You contact the next level of maintenance.

AttributesAttribute Value

Severity Warning

FormatLINE205 mmmdd hh:mm:ss ssdd TBL

len DN dn

TROUBLE CODE = tbltxt

INFO = infotxt

MESSAGE RECEIVED = nnnn

MESSAGE IN LAST SECOND = nnnn

LENGTH OF TEST (SECS) = 0002

CARD CODE = pec

Selected field descriptionsField Value Fixed or

VariableDescription

TBL len Symbolic text Variable Refer to Table I. Provides equipmentidentification (line equipment number)for the suspect line equipment

DN dn Table I Variable Refer to Table I. Provides thedirectory number (DN) for the suspectline equipment

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Field Value Fixed orVariable

Description

TROUBLE CODE Table G Variable Refer to Table G. Identifies troublethat suspect line equipmentencounters.

INFO Table F Variable Refer to Table F. Provides additionalinformation for trouble isolation.

MESSAGERECEIVED

0004-FFFF Variable Provides number of messagesreceived during last two seconds.

MESSAGE IN LASTSECOND

0000-FFFF Variable Provides number of messagesreceived during last second.

LENGTH OF TEST(SECS) = 0002

Constant Fixed Indicates length of test is two seconds

CARD CODE Symbolic text Variable Refer to Table I. Provides productengineering code for line card.

Active message exampleLINE205 APR01 12:00:00 2112 TBL

HOST 02 1 12 28 DN 2557811999

TROUBLE CODE = LINE_CARD_FAULT

INFO = Excessive Keyhits

MESSAGE RECEIVED = 0004

MESSAGE IN LAST SECOND = 0003

LENGTH OF TEST (SECS) = 0002

CARD CODE = 6X21AA

Clear message examplen/a

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Associated OM registers

LINE209The Line (LINE) subsystem generates log report LINE209. The subsystemgenerates LINE209 under the following conditions:

• The line exceeds the call processing error thresholds for the rst time,and there must be a line schedule for system diagnostics.

• The line fails the system-initiated diagnostic.

• The line exceeds the call processing error thresholds again in 15 min ofthe diagnostic by the system.

Remedial actionIf system diagnostics cannot remedy the problem, contact the next level ofmaintenance.

AttributesAttribute Value

Severity Warning

FormatLINE209 mmmdd hh:mm:ss ssdd TBL CP ERRORS EXCEEDED

ckt_id

TROUBLE= trouble

INFO= action

COUNT= error_count

Selected field descriptionsField Value Fixed or

VariableDescription

TBL CP ERRORSEXCEEDED

Constant Fixed Indicates the line exceeds the errorthresholds.

ckt_id Symbolic text Variable Refer to Table I. Identifies the circuit,which consists of line equipmentnumber (LEN) and directory number(DN), if applicable

TROUBLE CPERRORTHRESHOLDEXCEEDED

Variable Indicates the line exceeded the callprocessing thresholds.

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Field Value Fixed orVariable

Description

CKT DIAGNOSTICFAILED

Variable Indicates the line failed the systemdiagnostic.

CKT REMOVEDFROM SERVICE BYSYSTEM

Variable Indicates removal of the line fromservice by the system. An excess ofthe call processing error thresholdsoccur again in 15 min of the diagnosticby the system.

INFO CKT WILL BEDIAGNOSED

Variable Indicates the system will rundiagnostics.

CONTACTSUPPORT GROUP

Variable Indicates the operating companypersonnel must contact the next levelof maintenance.

COUNT Integer Variable Indicates the number of callprocessing errors that occurred.

Active message exampleLINE209 JUL15 07:15:28 1234 TBL CP ERRORS EXCEEDED

HOST 05 1 00 20 DN 2556854175

TROUBLE = CP ERROR THRESHOLD EXCEEDED

INFO = LINE WILL BE DIAGNOSED

COUNT = 5

Clear message examplen/a

Associated OM registers

LINE300The system generates an LINE300 log report. The system generatesLINE300 each time a Digital Test Unit (DTU) fails a maintenance check.Maintenance checks are initiated when an Off-Hook Balance Test (OHBT)fails because of a problem related to the DTU.

The reasons DTUs fail the maintenance checks appear below:

• Firmware checksum error

• Firmware invalid for OHBT

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• Maintenance failed to complete

• DTU is not in table TRKMEM

Occurrences of OHBT failing completion is because not enough DTUresources will generate a LINE410 log.

Remedial actionThe log report can instruct the operating company personnel to take one ofthe following actions:

• Perform memory test on both units of DTU pack

• Reload DTU rmw are with OHBT application load

• Test DTU card from TTP level

• Remove DTU from table OHBTADMIN

Post busy and size both virtual circuits of an affected DTU pack. Thenissue the LOADFW command at the trunk test position (TTP) level of theMAP. The command speci es a correct rmw are load for off-hook balancenetwork value (BNV) testing.

When the loading has completed, you can test an return to service (RB)both circuits. This action adds the circuits to the list of DTUs available fortesting.

To reduce the volume of LINE300 logs remove DTUs from tableOHBTADMIN. The removal must occur before new rmw are load is appliedto avoid failure by the DTUs of the Verify Load test.

The DTUs must have the OHBT rmw are before you attempt to add theDTUs to the list of DTUs in OHBTADMN. You cannot guard againstchecksum error or seizure failures.

AttributesAttribute Value

Severity Indeterminate

FormatLINE300 <DATE><TIME><SEQ.#>TBL OHBT: Dtu Maintenance Failure

Location: DTU <DTU_LOC>

Status: <DTU_STATUS>

Trouble: <DTU_TROUBLE>

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Action: <DTU_ACTION>

Selected field descriptionsField Value Fixed or

VariableDescription

TBL OHBT: DTUMaintenance Failure

Constant Fixed Indicates failure of DTU maintenancecheck.

Location 0-MAX_EXTRKNM Variable Indicates the external trunk name ofthe affected DTU.

Status: Trouble alert Constant Fixed Indicates trouble occurred.

Trouble Alphanumeric (26characters)

Variable Indicates the reason DTU failedmaintenance checks.

Action Alphanumeric (46characters)

Variable Indicates action for the operatingcompany personnel.

Active message exampleLINE300 MAY15 13:27:35 0293 TBL OHBT: Dtu MaintenanceFailure

Location: DTU3

Status: Trouble alert

Trouble: Firmware checksum error

Action: Reload DTU firmware with OHBT application

load

Clear message examplen/a

Associated OM registers

LINE301The Off-Hook Balance Testing (OHBT) system generates log reportLINE301. The system generates LINE301 when the system cannotdownload a World Line Card (WLC) template to a peripheral. The systemcannot download WLC because the maximum number of WLC templatesis already entered.

Any line that requires the template does not have the balance network(Balnet) updated until resolution of this problem. A line retest must alsooccur before an update of the balance network can occur.

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Remedial actionThe operating company personnel must verify WLC templates areavailable on the switch. The operating company personnel must verify thatthe peripheral to which the line connects has a spare template available.These checks must occur before another OHBT test on the next call on theline.

AttributesAttribute Value

Severity Indeterminate

FormatLINE301 <DATE><TIME><SEQ.#>TBL OHBT: Balnet Update Failed

LEN: REM1 000189 DN: 5805360

Status: <BALNET_STATUS>

Trouble:<BALNET_TROUBLE>

Action: <BALNET_ACTION>

Selected field descriptionsField Value Fixed or

VariableDescription

TBL OHBT: BalnetUpdate Failed.

Constant Fixed Indicates that the WLC templatecannot download to a peripheral.

LEN Symbolic text Variable Identifies line equipment number(LEN) for lines connected to the linemodule (LM) or line concentratingmodule (LCM).

Status Trouble alert Variable Indicates occurrence of trouble.

Trouble 1-WLC template notupdated, 2-There arenot any free templatesin peripheral list, 3-Recommended WLCtemplate not presentin office

Variable Indicates the trouble that caused thelog.

Action 1-Ensure a freetemplate positionexists, then retest thisline, 2-Ensure all

Variable States the action required by theoperating company personnel.

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Field Value Fixed orVariable

Description

WLC 900+2templates are loadedand retest this line

Active message exampleLINE301 MAY15 13:27:35 0293 TBL OHBT: Balnet Update Failed

LEN: REM1 00 0 18 9 DN: 5805360

Status: Trouble alert

Trouble: WLC template not updated. No free templates in

peripheral list

Action: Ensure a free template position exists, then

retest this line

Clear message examplen/a

Associated OM registers

LINE301 869

C20 Converged SoftswitchLogs and Alarms Reference, Volume 13

NN10275-909v13 12.01 06 October 2011

Copyright © 2011 GENBAND. All Rights Reserved.

870 DMS_ECTStoLINE alarms and logs reference

C20 Converged SoftswitchLogs and Alarms Reference, Volume 13

NN10275-909v13 12.01 06 October 2011

Copyright © 2011 GENBAND. All Rights Reserved.

C20 Converged Softswitch

Logs and Alarms Reference, Volume 13Release: CVM16 and upPublication: NN10275-909v13Document Revision: 12.01Document release date: 06 October 2011

Copyright © 2011 GENBAND. All rights reserved. Use of this documentation and its contents is subject to the terms and conditionsof the applicable end user or software license agreement, right to use notice, and all relevant copyright protections.

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While the information in this document is believed to be accurate and reliable, except as otherwise expressly agreed to in writingGENBAND AND/OR ITS LICENSORS PROVIDES THIS DOCUMENT "AS IS" WITHOUT WARRANTY OR CONDITION OF ANYKIND, EITHER EXPRESS OR IMPLIED. The information and/or products described in this document are subject to changewithout notice.

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