_________________________________ || || || BT Tymnet || || British Telecom || || || || Part 3 of 3 || || || || Presented by Toucan Jones || || || || August 1, 1992 || ||_________________________________|| Welcome Back to Tymnet Again! PART 1 A. BT Tymnet Access Location Index B. BT-GNS Access Within Regional Bell Operating Companies 1. Bell Atlantic 2. BellSouth 3. Pacific Bell 4. Southwestern Bell 5. Southern New England Telephone C. Database or Timesharing Companies on Tymnet D. Service Classifications For Database or Timesharing CompaniesUsing Tymnet E. Summary of Global Network Services By Country F. Terminal Identifiers G. Login Options PART 2 H. BT-GNS Worldwide Asynchronus Outdial Service PART 3 I. BT-GNS Worldwide Access Sorted By Node - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - I. BT-GNS Worldwide Access Sorted By Node ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ DIALUP ACCESS M PROV 100'S BPS N NODE CITY ST CNTRY DENS 3 12 24 96 ACCESS NO. P COMMENTS ----- -------------------- -- ----- ---- ---------- ------------- -------- Porto Alegre BRA BGC C (011) 15331 N BGC Access Porto Alegro BRA BGC C (011) 15311 "h)0*0*0*1" N BGC Access Cartago CRI BGC C C 51-2000 N BGC Access C. Quesada CRI BGC C C 46-2000 N BGC Access Heredia CRI BGC C C 38-2000 N BGC Access Kuwait City KUW BGC C 143 N BGC Access Rio BRA BGC C (021)2538153N BGC Access Cairo EGY BGC C (2)3907102 N BGC Access Sao Paolo BRA BGC C (011) 1531 N BGC Access Antofaganta CHI BGC C C (083)251634 Y BGC Access Iguigue CHI BGC C C (051)27907 Y BGC Access La Serena CHI BGC C C (051)215751 Y BGC Access Punta Arenas CHI BGC C C (061)28018 Y BGC Access Santiago CHI BGC C C (02)6987788 Y BGC Access Talca CHI BGC C C (041)234814 Y BGC Access Temuco CHI BGC C C (045)231476 Y BGC Access Valdivia CHI BGC C C (061)28018 Y BGC Access Valparaiso CHI BGC C C (032)258052 Y BGC Access Beijing CNA BGC C 3014443 N BGC Access Alajvela CRI BGC C C 41-2000 N BGC Access Liberia CRI BGC C C 66-2000 N BGC Access Cairo EGY BGC C (2) 390-9111N BGC Access Orste CRI BGC C C 20-2000 N BGC Access Limon CRI BGC C C 58-2000 N BGC Access Puntapbnas CRI BGC C C 61-2000 N BGC Access San Jose CRI BGC C C 57-2000 N BGC Access S.Isidro CRI BGC C C 71-2000 N BGC Access Cairo EGY BGC C (2) 390-7203N BGC Access Bombay IND BGC C (22) 275-916"h)0*0*0*1" N BGC Access Bombay IND BGC C (22) 275-847N BGC Access Adak AK USA ALAS B B C 907/592-2557N Anchorage AK USA ALAS C 907/258-6607Y Anchorage AK USA ALAS B B 907/258-7222N Barrow AK USA ALAS B B 907/852-2425N Stat Mux Bethel AK USA ALAS B B 907/543-2411N Stat Mux Cantwell AK USA ALAS B B C 907/768-2700N Cordova AK USA ALAS B B 907/424-3744N Craig AK USA ALAS B B C 907/826-2948N Dead horse AK USA ALAS B B 907/659-2777N Delta Junction AK USA ALAS B B 907/895-5070N Dillingham AK USA ALAS B B 907/842-2688N Stat Mux Dutch Harbor AK USA ALAS B B C 907/581-1820N Fairbanks AK USA ALAS C 907/452-5848Y Fairbanks AK USA ALAS B B 907/456-3282N Glennallen AK USA ALAS B B 907/822-5231N Haines AK USA ALAS B 907/766-2171N Healy AK USA ALAS B B C 907/683-1350N Homer AK USA ALAS B B 907/235-5239N Juneau AK USA ALAS C 907/789-1976Y Juneau AK USA ALAS B B 907/789-7009N Kenai AK USA ALAS B B 907/262-1990N Ketchikan AK USA ALAS B B 907/225-1871N Stat Mux King Salmon AK USA ALAS B B 907/246-3049N Kodiak AK USA ALAS B B 907/486-4061N Stat Mux Kotzebue AK USA ALAS B B 907/442-2602N Mcgrath AK USA ALAS B B 907/524-3256"h)0*0*0*1" N Stat Mux Menana AK USA ALAS B 907/832-5214N Nome AK USA ALAS B B 907/443-2256N Stat Mux Northway AK USA ALAS B B 907/778-2301N Stat Mux Palmer/Wasilla AK USA ALAS B B 907/745-0200N Petersburg AK USA ALAS B 907/772-3878N Prudhoe Bay AK USA ALAS B B 907/659-2777N Seward AK USA ALAS B B 907/224-3126N Stat Mux Sitka AK USA ALAS B B 907/747-5887N Stat Mux Skagway AK USA ALAS B 907/983-2170N Soldotna/Kenai AK USA ALAS B B 907/262-1990N St. Paul AK USA ALAS B B 907/546-2320N Stat Mux Tanana AK USA ALAS B B 907/366-7167N Stat Mux Tok AK USA ALAS B 907/883-4747N Unalaska/Dutch Hbr. AK USA ALAS B B C 907/581-1820N Valdez AK USA ALAS B B 907/835-4987N Stat Mux Wasilla AK USA ALAS B B 907/745-0200N Whittier AK USA ALAS B B 907/472-2467N Stat Mux Wrangell AK USA ALAS B 907/874-2394N Yakutat AK USA ALAS B B 907/784-3453N Stat Mux Kuwait City KUW BGC C 142 N BGC Access Kuwait City KUW BGC C 141 N BGC Access Kuala Lumpur MAL BGC C (30) 2328800N BGC Access Kuala Lumpur MAL BGC C (30) 2328855N BGC Access Penang MAL BGC C (04) 375588 N BGC Access Penang MAL BGC C (04) 360088 N BGC Access Kota Kinabalu MAL BGC C (088) 218800N BGC Access Kota Kinabalu MAL BGC C (088) 218855"h)0*0*0*1" N BGC Access Petaling MAL BGC C C (03) 7926600N BGC Access Ipoh MAL BGC C (05) 548533 N BGC Access Abu Dhabi UAE BGC C (4) 400-2763N BGC Access Surabaya IND BGC C 21242 N BGC Access Jakarta IND BGC C 3805476 N BGC Access Abu Dhabi UAE BGC C (4) 4002764 N BGC Access Izmir TUR BGC C 145-20 N BGC Access Abu Dhabi UAE BGC C (4) 400-2760N BGC Access Jakarta IND BGC C 3805445 N BGC Access Jakarta IND BGC C 3805477 N BGC Access Bandung IND BGC C 57441 N BGC Access Abidjan IVC BGC C C 612211 N BGC Access Lisbon POR BGC C (06) 7174 N BGC Access Kuantan MAL BGC C (09) 508800 N BGC Access Istanbul TUR BGC C 511 4083 N BGC Access Coimbra POR BGC C (03) 7173 N BGC Access Khon Kaen THA BGC C (2) 245-581 N BGC Access Abu Dhabi UAE BGC C (4) 400-2761N BGC Access Abidjan IVC BGC C 612210 N BGC Access Coimbra POR BGC C (03) 7172 N BGC Access Bangkok THA BGC C (2) 233-9905N BGC Access Jakarta IND BGC C 370208 N BGC Access Jakarta IND BGC C 370195 N BGC Access Medan IND BGC C 510977 N BGC Access Semarang IND BGC C C 20008 N BGC Access Porto POR BGC C (05) 7173 N BGC Access Porto POR BGC C (05) 7172 "h)0*0*0*1" N BGC Access Porto POR BGC C (05) 7173 N BGC Access Medan IND BGC C 511977 N BGC Access Medan IND BGC C 512977 N BGC Access Medan IND BGC C 513977 N BGC Access Ipoh MAL BGC C (05) 548444 N BGC Access Lisbon POR BGC C (06) 7172 N BGC Access Pattaya THA BGC C (2) 425-313 N BGC Access Coimbra POR BGC C (03) 7173 N BGC Access Ankara TUR BGC C 310 4805 N BGC Access Lisbon POR BGC C (06) 7173 N BGC Access St. Thomas VIR 3 B 809/776-7084N TYMUSA St. Thomas VIR 3 B 809/774-7099N TYMUSA Bangkok THA BGC C (2) 233-2312N BGC Access Rio BRA BGC C (021)2538151N BGC Access San Pedro CRI BGC C C 53-2000 N BGC Access Chiengmai THA BGC C (2) 248-719 N BGC Access Athens GRC BGC C (1) 884-8428N BGC Access Kuantan MAL BGC C (09) 508855 N BGC Access Reykjavik ICE BGC C 006 N BGC Access Hong Kong HKG PAC C 05-877-2553 N BISYNC 1663 Annapolis MD USA LOW B B C 410/224-0520Y 02026 Marshalltown IA USA LOW B B C 515/753-0670Y 02027 Milan ITA E2 B C C (2)66983004 N 02040 Geneva CHE E1 C C C (22)782-9329Y 02045 Albany NY USA MED B B C 518/458-9724Y 02045 Schenectady/Albany NY USA MED B B C 518/458-9724Y 02050 Casper WY USA LOW B B C 307/234-4211"h)0*0*0*1" Y 02051 Cincinnati OH USA HIGH C 513/489-2435N TYM-X25 02051 Cincinnati OH USA HIGH C 513/489-2664N TYM-X25 02057 Sevierville TN USA LOW B B C 615/453-0401Y 02066 Indianapolis IN USA HIGH B B 317/631-1002N 02071 Las Cruces NM USA LOW B B C 505/525-3401Y 02074 Eugene OR USA LOW B B C 503/343-0044Y 02076 Oakland CA USA HIGH C 510/635-1662N TYM-X25 02076 Alameda/Oakland CA USA HIGH C 510/635-1662N TYM-X25 02076 Berkeley/Oakland CA USA HIGH C 510/635-1662N TYM-X25 02076 Hayward/Oakland CA USA HIGH C 510/635-1662N TYM-X25 02124 Yakima WA USA LOW B B C 509/248-1462Y 02145 Norristown PA USA MED C 215/666-1984N 02155 Bloomington IN USA LOW B B C 812/332-0544Y 02156 Dallas TX USA HIGH B B C 214/630-5516Y 02163 Cheyenne WY USA LOW B B C 307/638-0403Y 02235 Seattle WA USA HIGH B B C 206/281-7141Y 02235 Bellevue/Seattle WA USA HIGH B B C 206/281-7141Y 02246 Birmingham AL USA HIGH B B 205/942-4141N 02253 Boston MA USA HIGH C 617/439-7628N TYM-X25 02253 Cambridge/Boston MA USA HIGH C 617/439-7628N TYM-X25 02256 Elgin IL USA LOW B B C 708/888-8113Y 02261 Burlington VT USA LOW B B C 802/862-1000Y 02265 Albuquerque NM USA MED B B C 505/242-8931Y 02301 Eau Claire WI USA LOW B B C 715/833-0121Y 02304 New York NY USA HIGH C 212/269-4640Y 02326 Ormond Beach FL USA LOW B B C 904/673-0034Y 02331 Seattle WA USA HIGH B B C 206/281-7141"h)0*0*0*1" Y 02331 Bellevue/Seattle WA USA HIGH B B C 206/281-7141Y 02340 Newark NJ USA HIGH C 201/824-4201Y 02340 Elizabeth/Newark NJ USA HIGH C 201/824-4201Y 02340 Jersey City/Newark NJ USA HIGH C 201/824-4201Y 02340 Union/Newark NJ USA HIGH C 201/824-4201Y 02344 Knoxville TN USA MED B B C 615/694-0156Y 02346 Norristown PA USA WATS B B C 800/###-####Y 02347 Grand Junction CO USA LOW B B C 303/241-1643Y 02354 Baltimore MD USA HIGH B B 410/547-8100N 02357 Bloomfield CT USA HIGH B B 203/242-7140N 02357 Hartford/Bloomfield CT USA HIGH B B 203/242-7140N 02364 Mesa/Phoenix AZ USA HIGH B B 602/254-5811N 02364 Phoenix AZ USA HIGH B B 602/254-5811N 02367 Champaign/Urbana IL USA LOW B B C 217/344-3400Y 02367 Urbana IL USA LOW B B C 217/344-3400Y 02376 Lima OH USA LOW B B C 419/228-6343Y 02377 Minneapolis MN USA HIGH C 612/338-0845Y 02377 St. Paul/Minneapolis MN USA HIGH C 612/338-0845Y 02402 Hattiesburg MS USA LOW B B C 601/582-0286Y 02413 Birmingham GBR E1 C C C (21632)6636 Y 02414 Aurora/Denver CO USA HIGH B B 303/830-9210N 02414 Boulder/Denver CO USA HIGH B B 303/830-9210N 02414 Denver CO USA HIGH B B 303/830-9210N 02423 All Cities CAY 3 B B 809/949-7100N TYMUSA 02432 Chattanooga TN USA MED B B C 615/265-1020Y 02435 Williamsburg VA USA LOW B B C 804/229-6786Y 02440 Brookfield WI USA HIGH B B 414/785-1614"h)0*0*0*1" N 02440 Milwaukee/Brookfield WI USA HIGH B B 414/785-1614N 02443 Burbank CA USA LOW B B C 818/841-4795Y 02443 Glendale/Burbank CA USA LOW B B C 818/841-4795Y 02446 Texarkana TX USA LOW B B C 903/792-4521Y 02450 KingofPrussa/Norstwn PA USA MED B B C 215/666-9190Y 02450 Valley Forge/Norstwn PA USA MED B B C 215/666-9190Y 02453 Dallas TX USA HIGH B B 214/638-8888N 02465 Downrs Grove/Gln Eln IL USA MED B B 708/790-4400N 02465 Glen Ellyn IL USA MED B B 708/790-4400N 02465 Wheaton/Glen Ellyn IL USA MED B B 708/790-4400N 02472 Paris FRA E1 C C C (1)47728080 Y 02475 White Plains NY USA HIGH B B C 914/761-9590Y 02477 Alkmaar NLD E1 C C C C (72) 155190 Y 02503 Bellevue/Seattle WA USA HIGH B B 206/285-0109N 02503 Seattle WA USA HIGH B B 206/285-0109N 02517 Nashville TN USA HIGH B B C 615/889-5790Y 02521 Jacksonville FL USA MED C 904/724-5994Y 02544 Washington/Fairfax DC USA HIGH B B 703/691-8200N 02544 Bethesda/Fairfax MD USA HIGH B B 703/691-8200N 02544 Alexandria/Fairfax VA USA HIGH B B 703/691-8200N 02544 Arlington/Fairfax VA USA HIGH B B 703/691-8200N 02544 Fairfax VA USA HIGH B B 703/691-8200N 02545 Washington/Fairfax DC USA HIGH B B 703/691-8200N 02545 Bethesda/Fairfax MD USA HIGH B B 703/691-8200N 02545 Alexandria/Fairfax VA USA HIGH B B 703/691-8200N 02545 Arlington/Fairfax VA USA HIGH B B 703/691-8200N 02545 Fairfax VA USA HIGH B B 703/691-8200"h) 0*0*0*1" N 02557 Tyler TX USA LOW B B C 903/581-8652Y 02560 Neuchatel CHE E1 C C C (38) 338606 Y 02565 Boise ID USA MED B B 208/343-0404N 02566 Pierre SD USA LOW B B C 605/224-7700Y 02570 Dayton OH USA MED B B 513/898-0124N 02571 Aurora/Denver CO USA HIGH C 303/830-9032N TYM-X25 02571 Boulder/Denver CO USA HIGH C 303/830-9032N TYM-X25 02606 Elizabeth/Newark NJ USA HIGH B B 201/824-1212N 02606 Jersey City/Newark NJ USA HIGH B B 201/824-1212N 02606 Newark NJ USA HIGH B B 201/824-1212N 02606 Union/Newark NJ USA HIGH B B 201/824-1212N 02610 Fairfield CA USA LOW B B C 707/421-0106Y 02613 Chapel Hill/Durham NC USA HIGH B B 919/549-8952N 02613 Durham NC USA HIGH B B 919/549-8952N 02614 Lancaster CA USA LOW B B C 805/945-4962Y 02616 Manchester MA USA LOW B B C 508/526-1506Y 02630 Sherman TX USA LOW B B C 903/868-0089Y 02631 Anaheim/Newprt Beach CA USA HIGH B B 714/756-8341N 02631 Irvine/Newport Beach CA USA HIGH B B 714/756-8341N 02631 Newport Beach CA USA HIGH B B 714/756-8341N 02631 Santa Ana/Newprt Bch CA USA HIGH B B 714/756-8341N 02635 Richland WA USA MED B B C 509/375-3367Y 02640 Peterborough NH USA LOW B B C 603/924-7090Y 02644 Anaheim/Newprt Beach CA USA HIGH C 714/752-1493Y 02644 Irvine/Newport Beach CA USA HIGH C 714/752-1493Y 02644 Newport Beach CA USA HIGH C 714/752-1493Y 02644 Santa Ana/Newprt Bch CA USA HIGH C 714/752-1493"h) 0*0*0*1" Y 02653 Stamford CT USA HIGH B B 203/965-0000N 02655 Colton CA USA MED B B 714/370-1200N 02655 Riverside/Colton CA USA MED B B 714/370-1200N 02655 San Bernadino/Colton CA USA MED B B 714/370-1200N 02657 Pawtucket/Providence RI USA HIGH C 401/751-8030Y 02657 Pawtucket/Providence RI USA HIGH B B C 401/273-0200Y 02657 Providence RI USA HIGH C 401/751-8030Y 02657 Providence RI USA HIGH B B C 401/273-0200Y 02657 Warwick/Providence RI USA HIGH C 401/751-8030Y 02657 Warwick/Providence RI USA HIGH B B C 401/273-0200Y 02665 San Diego CA USA HIGH B B C 619/296-8747Y 02666 Jackson MI USA LOW B B C 517/788-9191Y 02674 Tupelo MS USA LOW B B C 601/841-0090Y 02703 St. Laurent QU CAN CANH C C C 514/747-2996Y 02703 Montreal/St. Laurent QU CAN CANH C C C 514/747-2996Y 02704 San Francisco CA USA WATS B B C 800/###-####Y 02704 San Jose CA USA WATS B B C 800/###-####Y 02711 Kingsport TN USA LOW B B C 615/378-5746Y 02712 Houston TX USA HIGH B B C 713/496-1332Y 02720 La Crosse WI USA LOW B B C 608/784-9099Y 02723 Baton Rouge LA USA MED B B 504/924-5102N 02737 Salt Lake City UT USA HIGH B B 801/364-0780N 02743 Jackson MS USA LOW B B C 601/355-9741Y 02752 Stamford CT USA HIGH C 203/324-2297Y 02753 San Antonio TX USA HIGH B B 512/225-8002N 02770 Tucson AZ USA MED B B C 602/297-2239Y 02771 Wheeling WV USA LOW B B C 304/233-7676"h) 0*0*0*1" Y 03001 Dallas TX USA HIGH B B 214/638-8888N 03031 Aurora IL USA LOW B B 708/844-0700N 03031 St. Charles/Aurora IL USA LOW B B 708/844-0700N 03035 San Francisco CA USA WATS B B C 800/###-####Y 03611 Nashville TN USA HIGH C 615/889-4044Y 03611 Nashville TN USA HIGH B B C 615/889-5790Y 03614 Mankato MN USA LOW B B C 507/387-7313Y 03623 Erie PA USA LOW B B C 814/456-8501Y 03624 Raleigh NC USA LOW B B C 919/829-0536Y 03627 Belfast GBR E1 C (232) 234467Y 03630 Idaho Falls ID USA LOW B B C 208/522-3624Y 03635 Lafayette LA USA LOW B B C 318/234-8255Y 03643 Harrisburg/Lemoyne PA USA MED B B 717/763-6481N 03643 Lemoyne PA USA MED B B 717/763-6481N 03650 Chicago IL USA HIGH B B C 312/922-6571Y 03651 Green Bay WI USA LOW B B C 414/432-3064Y 03652 Trenton NJ USA LOW B B C 609/394-1900Y 03653 Ft. Wayne IN USA LOW B B C 219/422-2581Y 03654 Southfield MI USA MED B B C 313/424-8024Y 03656 Evansville IN USA LOW B B C 812/464-8181Y 03661 Charleston WV USA LOW B B C 304/345-9575Y 03662 Allentown/Bethlehem PA USA MED B B C 215/865-6978Y 03662 Bethlehem PA USA MED B B C 215/865-6978Y 03663 Mesa/Phoenix AZ USA HIGH C 602/258-4528Y 03663 Phoenix AZ USA HIGH C 602/258-4528Y 03664 Phoenix AZ USA HIGH C 602/257-0629N TYM-X25 03664 Phoenix AZ USA HIGH C 602/257-0736"h) 0*0*0*1" N TYM-X25 03666 Lansing MI USA MED B B 517/482-5721N 03673 Carson City NV USA MED B B C 702/885-8411Y 03673 Reno/Carson City NV USA MED B B C 702/885-8411Y 03675 Worcester MA USA LOW B B C 508/791-9000Y 03677 Joplin MO USA LOW B B C 417/781-8718Y 03704 Niagara Falls NY USA LOW B B C 716/285-2561Y 03705 Albany NY USA MED B B 518/458-8300N 03705 Schenectady/Albany NY USA MED B B 518/458-8300N 03706 San Francisco CA USA HIGH B B 415/974-1300N 03707 Philadelphia PA USA HIGH C 215/629-0567Y 03712 Ottomwa IA USA LOW B B C 515/682-0857Y 03720 Winston-Salem NC USA MED B B C 919/765-1221Y 03725 Los Altos/San Jose CA USA HIGH C 408/432-0804Y 03725 San Jose CA USA HIGH C 408/432-0804Y 03725 Santa Clara/San Jose CA USA HIGH C 408/432-0804Y 03725 Sunnyvale/San Jose CA USA HIGH C 408/432-0804Y 03726 Billings MT USA LOW B B C 406/252-4880Y 03731 Shreveport LA USA LOW B B C 318/688-5840Y 03733 Brussels BEL E1 C C C (2) 725-5060Y 03733 Brussels BEL E1 C 02-7255015 N HSA 03737 Clearwater FL USA MED C 813/443-4515Y 03752 Rosemont IL USA HIGH B B C 708/698-9800Y 03774 Port Angeles WA USA LOW B B C 206/452-6800Y 03775 Newark OH USA LOW B B C 614/345-8953Y 04000 Longwood/Orlando FL USA MED B B 407/841-0020N 04000 Orlando FL USA MED B B 407/841-0020N 04003 Agana Heights GUM * C C 671/477-2222"h)0*0*0*1" N 04003 Guatemala City GTM 2 B (2) 345-999 N TYMUSA 04003 Guatemala City GTM 2 B (2) 345-599 N TYMUSA 04003 All Cities HND 2 B B 320-544 N TYMUSA 04003 Afula ISR 3 B B C (6) 596658 N TYMUSA 04003 Ashdod ISR 3 B B C (8) 542999 N TYMUSA 04003 Bezeq ISR 3 B B C (57) 36029 N TYMUSA 04003 Eilat ISR 3 B B C (59) 75147 N TYMUSA 04003 Hadera ISR 3 B B C (6) 332409 N TYMUSA 04003 Haifa ISR 3 B B C (4) 525421 N TYMUSA 04003 Haifa ISR 3 B B C (4) 673235 N TYMUSA 04003 Haifa ISR 3 B B C (4) 674203 N TYMUSA 04003 Haifa ISR 3 B B C (4) 674230 N TYMUSA 04003 Herzeliya ISR 3 B B C (52) 545251 N TYMUSA 04003 Jerusalem ISR 3 B B C (2) 242675 N TYMUSA 04003 Jerusalem ISR 3 B B C (2) 246363 N TYMUSA 04003 Jerusalem ISR 3 B B C (2) 248551 N TYMUSA 04003 Jerusalem ISR 3 B B C (2) 814396 N TYMUSA 04003 Nahariya ISR 3 B B C (4) 825393 N TYMUSA 04003 Netanya ISR 3 B B C (53) 348588 N TYMUSA 04003 Rechovot ISR 3 B B C (8) 469799 N TYMUSA 04003 Tel Aviv ISR 3 B B C (3) 203435 N TYMUSA 04003 Tel Aviv ISR 3 B B C (3) 546-3837N TYMUSA 04003 Tel Aviv ISR 3 B B C (3) 751-2504N TYMUSA 04003 Tel Aviv ISR 3 B B C (3) 751-3799N TYMUSA 04003 Tel Aviv ISR 3 B B C (3)752-0110 N TYMUSA 04003 Tiberias ISR 3 B B C (6) 790274 N TYMUSA 04003 Tzfat ISR 3 B B C (6) 973282 "h)0*0*0*1" N TYMUSA 04003 All Cities JAM 2 B B 809/924-9915N TYMUSA 04003 Curacao NDA 3 C C (9) 239251 N TYMUSA 04003 Curacao & St. Martin NDA 3 C C 0251 N TYMUSA 04003 All Cities PAN 3 C 636-727 N TYMUSA 04003 All Cities PAN 3 B B 639-055 N TYMUSA 04003 Manila PHL 2 B B (2) 815-1553N TYMUSA 04003 Manila PHL 2 B B (2) 815-1555N TYMUSA 04003 Manila PHL 2 B B (2) 817-1581N TYMUSA 04003 Manila PHL 2 B B (2) 817-1791N TYMUSA 04003 Manila PHL 2 B B (2) 817-1796N TYMUSA 04003 Manila PHL 2 C (2) 521-7901N TYMUSA 04003 Manila PHL 2 C (2) 817-8811N TYMUSA 04003 Manila PHL 2 C (2) 819-1009N TYMUSA 04003 Manila PHL 2 C (2) 819-1011N TYMUSA 04003 Manila PHL 2 C (2) 819-1550N TYMUSA 04003 Mayaquez/Ponce PRI * B B 809/462-4213N 04003 San Juan PRI * C 809/724-6070N 04003 San Juan PRI * B B 809/725-1882N 04003 San Juan PRI * B B 809/725-4343N 04003 San Juan PRI * C C 809/725-3501N 04003 San Juan PRI * C C 809/725-4702N 04003 Alkobar SAU 5 C (3) 8981025 N TYMUSA 04003 Jeddah SAU 5 C (2) 6691377 N TYMUSA 04003 Jeddah SAU 5 C (2) 6690708 N TYMUSA 04003 Riyadh SAU 5 C (1) 4631038 N TYMUSA 04003 Riyadh SAU 5 C (1) 4658803 N TYMUSA 04003 All Cities TTO 2 C C 809/627-0854"h)0*0*0*1" N TYMUSA 04003 All Cities TTO 2 C C 809/627-0855N TYMUSA 04003 Aberdeen GBR 1 C C C (224) 210701Y TYMUSA 04003 Birmingham GBR 1 C C C (21)633-3474Y TYMUSA 04003 Bristol GBR 1 C C C (272) 211545Y TYMUSA 04003 Cambridge GBR 1 C C C (223) 460127Y TYMUSA 04003 Cardiff GBR 1 C C C (222) 344184Y TYMUSA 04003 Chelmsford GBR 1 C C C (245) 491323Y TYMUSA 04003 Edinburgh GBR 1 C C C (31)313-2137Y TYMUSA 04003 Exeter GBR 1 C C C (392) 421565Y TYMUSA 04003 Glasgow GBR 1 C C C (41)204-1722Y TYMUSA 04003 Hastings GBR 1 C C C (424) 722788Y TYMUSA 04003 Ipswich GBR 1 C C C (473) 210212Y TYMUSA 04003 Kings Lynn GBR 1 C C C (553) 691090Y TYMUSA 04003 Leamington GBR 1 C C C (926) 451419Y TYMUSA 04003 Leeds GBR 1 C C C (532) 440024Y TYMUSA 04003 Liverpool GBR 1 C C C (51)255-0230Y TYMUSA 04003 London (Clerkenwell) GBR 1 C C C (71)490-2200Y TYMUSA 04003 Luton GBR 1 C C C (582) 481818Y TYMUSA 04003 Manchester GBR 1 C C C (61)834-5533Y TYMUSA 04003 Newcastle GBR 1 C C C (91)261-6858Y TYMUSA 04003 Nottingham GBR 1 C C C (???) 506005Y TYMUSA 04003 Oxford GBR 1 C C C (865) 798949Y TYMUSA 04003 Plymouth GBR 1 C C C (752) 603302Y TYMUSA 04003 Reading GBR 1 C C C (734) 500722Y TYMUSA 04003 Ayr GBR 1 C C C (292) 611822Y TYMUSA 04003 Belfast GBR 1 C C C (232) 331284Y TYMUSA 04003 Benbecula GBR 1 C C C (870) 2657 "h)0*0*0*1" Y TYMUSA 04003 Brechin GBR 1 C C C (356) 25782 Y TYMUSA 04003 Brecon GBR 1 C C C (874) 3151 Y TYMUSA 04003 Brighton GBR 1 C C C (273) 550046Y TYMUSA 04003 Campbeltown GBR 1 C C C (586) 52298 Y TYMUSA 04003 Canterbury GBR 1 C C C (227) 762950Y TYMUSA 04003 Carlisle 612/333-2799N 04325 Hempstead NY USA MED B B C 516/485-7422Y 04325 Mineola/Hempstead NY USA MED B B C 516/485-7422Y 04327 Salem OR USA LOW B B C 503/370-4314Y 04330 Lubbock TX USA LOW B B C 806/797-0765Y 04340 Brownsville TX USA LOW B B C 512/548-1331Y 04343 Dallas TX USA HIGH B B C 214/630-5516Y 04353 Beverly Hills/Shr Ok CA USA MED B B C 818/789-9557Y 04353 Canoga Park/Shrm Oak CA USA MED B B C 818/789-9557Y 04353 San Fernando/Shr Oak CA USA MED B B C 818/789-9557Y 04353 Sherman Oaks CA USA MED B B C 818/789-9557Y 04353 Van Nuys/Sherman Oak CA USA MED B B C 818/789-9557Y 04353 West L.A./Shrmn Oaks CA USA MED B B C 818/789-9557Y 04355 Detroit MI USA HIGH C C 313/965-4982N TYM-X25 04360 San Diego CA USA HIGH B B 619/296-3370N 04372 Norristown PA USA WATS B B C 800/###-####Y 04375 Concord NH USA LOW B B C 603/228-4732Y 04376 Merced CA USA LOW B B C 209/383-7593Y 04403 Oklahoma City OK USA HIGH B B C 405/495-9201Y 04411 Belmont/Redwood City CA USA HIGH B B C 415/361-8701Y 04411 Palo Alto/Redwd City CA USA HIGH B B C 415/361-8701Y 04411 Redwood City CA USA HIGH B B C 415/361-8701"h)0*0*0*1" Y 04430 Newark/Wilmington DE USA MED B B 302/652-2060N 04430 Wilmington DE USA MED B B 302/652-2060N 05177 Huntsville AL USA MED B B C 205/882-1519Y 05201 Greenville SC USA MED B B C 803/271-9213Y 05205 Eindhoven NLD E1 C C C C (4902) 45530Y 05206 White Plains NY USA HIGH B B 914/328-7730N 05211 Eatontown/Red Bank NJ USA LOW B B C 908/758-0337Y 05211 Long Branch/Red Bank NJ USA LOW B B C 908/758-0337Y 05211 Red Bank NJ USA LOW B B C 908/758-0337Y 05215 Hibbing MN USA LOW B B C 218/262-3824Y 05221 Florence AL USA LOW B B C 205/760-0030Y 05241 Inglewood/Vernon CA USA HIGH B B 213/587-0030N 05241 Los Angeles/Vernon CA USA HIGH B B 213/587-0030N 05241 Vernon CA USA HIGH B B 213/587-0030N 05242 Inglewood/Vernon CA USA HIGH B B 213/587-0030N 05242 Los Angeles/Vernon CA USA HIGH B B 213/587-0030N 05242 Vernon CA USA HIGH B B 213/587-0030N 05250 Quincy IL USA LOW B B C 217/223-9531Y 05253 Clarkesville TN USA LOW B B C 615/645-8877Y 05256 Durham NH USA LOW B B C 603/868-1502Y 05260 Spokane WA USA MED B B 509/624-1549N 05264 Rocky Mount NC USA LOW B B C 919/937-4828Y 05277 Philadelphia PA USA HIGH B B C 215/592-8750Y 05304 Fort Pierce FL USA LOW B B C 407/466-5661Y 05307 Peoria IL USA LOW B B C 309/637-5961Y 05325 Colton CA USA MED B B C 714/422-0222Y 05325 Riverside/Colton CA USA MED B B C 714/422-0222"h)0*0*0*1" Y 05325 San Bernadino/Colton CA USA MED B B C 714/422-0222Y 05333 Bloomfield CT USA HIGH C 203/286-0712N TYM-X25 05333 Hartford/Bloomfield CT USA HIGH C 203/286-0712N TYM-X25 05341 Alameda/Oakland CA USA HIGH B B C 510/633-1896Y 05341 Berkeley/Oakland CA USA HIGH B B C 510/633-1896Y 05341 Hayward/Oakland CA USA HIGH B B C 510/633-1896Y 05341 Oakland CA USA HIGH B B C 510/633-1896Y 05350 Antioch CA USA LOW B B C 510/754-8222Y 05363 Brussels BEL E1 206/221-0450N DCS GATEWAY 05365 Wausau WI USA LOW B B C 715/848-6171Y 05366 Pontiac MI USA LOW B B C 313/338-8384Y 05402 Dallas TX USA HIGH C 214/634-0833N TYM-X25 05402 Dallas TX USA HIGH C 214/634-0834N TYM-X25 05402 Dallas TX USA HIGH C 214/634-0834N TYM-X25 05410 Minneapolis MN USA HIGH C 612/332-2580N TYM-X25 05410 St. Paul/Minneapolis MN USA HIGH C 612/332-2580N TYM-X25 05410 Minneapolis MN USA HIGH C 612/332-2680N TYM-X25 05410 St. Paul/Minneapolis MN USA HIGH C 612/332-2680N TYM-X25 05415 Wichita Falls TX USA LOW B B C 817/723-2386Y 05417 Marseille FRA E1 C C C (91) 259933 Y 05431 Opelika AL USA LOW B B C 205/742-9040Y 06515 Charlotte NC USA HIGH C 704/329-0104Y 06522 Pawtucket/Providence RI USA HIGH B B C 401/273-0200Y 06522 Providence RI USA HIGH B B C 401/273-0200Y 06522 Warwick/Providence RI USA HIGH B B C 401/273-0200Y 06525 New Orleans LA USA HIGH B B C 504/525-2014Y 06532 New Orleans LA USA HIGH B B 504/522-1370"h)0*0*0*1" N 06544 Piscataway NJ USA HIGH B B C 908/562-8550Y 06560 Rostock FRG E1 C C C (81)36622404Y 06562 Dublin IRL E2 C C C (1)67 98 924Y 06564 Everett WA USA LOW B B C 206/258-1018Y 06567 Vicksburg MS USA LOW B B C 601/638-1551Y 06570 Pittsburgh PA USA HIGH C 412/642-2271N 06574 Miami FL USA HIGH B B C 305/599-2900Y 06577 Boston MA USA HIGH B B C 617/439-3531Y 06577 Cambridge/Boston MA USA HIGH B B C 617/439-3531Y 06605 San Jose CA USA HIGH B B C 408/432-8618Y 06605 Santa Clara/San Jose CA USA HIGH B B C 408/432-8618Y 06605 Sunnyvale/San Jose CA USA HIGH B B C 408/432-8618Y 06614 Akron OH USA MED B B C 216/376-8330Y 06626 Lexington KY USA MED B B 606/266-0019N 06641 Kingston MA USA LOW B B C 617/582-1200Y 06651 Aurora/Denver CO USA HIGH C 303/830-8530Y 06651 Boulder/Denver CO USA HIGH C 303/830-8530Y 06651 Denver CO USA HIGH C 303/830-8530Y 06667 Reading/Mt. Penn PA USA MED B B C 215/796-9000Y 06667 Mt. Penn PA USA LOW B B C 215/796-9000Y 06670 Barcelona ESP E2 C C C (3) 4155082 Y 06673 Aberdeen MD USA LOW B B C 410/273-0872Y 06674 Houston TX USA HIGH B B 713/556-6700N 06675 State College PA USA LOW B B C 814/234-3853Y 06704 Houston TX USA HIGH B B 713/556-6700N 06715 Midlothian/Richmond VA USA MED B B 804/330-2465N 06715 Richmond VA USA MED B B 804/330-2465"h)0*0*0*1" N 06733 Los Angeles/Vernon CA USA HIGH C 213/588-4712N TYM-X25 06733 Inglewood/Vernon CA USA HIGH C 213/588-4712N TYM-X25 06733 Vernon CA USA HIGH C 213/588-4712N TYM-X25 06733 Los Angeles/Vernon CA USA HIGH C 213/588-4639N TYM-X25 06733 Inglewood/Vernon CA USA HIGH C 213/588-4639N TYM-X25 06733 Vernon CA USA HIGH C 213/588-4639N TYM-X25 06754 Kitchener ON CAN CANL C C C 519/742-7613Y 06755 Coatesville PA USA LOW B B C 215/383-0440Y 06755 Downington/Coatsvlle PA USA LOW B B C 215/383-0440Y 06762 Marquette MI USA LOW B B C 906/228-3780Y 06771 Ft. Smith AR USA LOW B B C 501/782-2486Y 06774 Topeka KS USA LOW B B C 913/234-3070Y 07001 Boston MA USA HIGH B B 617/439-3400N 07001 Cambridge/Boston MA USA HIGH B B 617/439-3400N 07005 Detroit MI USA HIGH C 313/964-1225Y 07024 Longview TX USA LOW B B C 903/236-7475Y 07025 Madison WI USA LOW B B C 608/242-0227Y 07026 Madison WI USA LOW B B C 608/242-0227Y 07031 Albany GA USA LOW B B C 912/888-9282Y 07042 Nashua NH USA MED B B C 603/882-0435Y 07042 Salem/Nashua NH USA MED B B C 603/882-0435Y 07043 Sarasota FL USA LOW B B C 813/952-9000Y 07057 New York NY USA HIGH C 212/797-2792N TYM-X25 07057 New York NY USA HIGH C 212/797-2790N TYM-X25 07075 Cincinnati OH USA HIGH B B 513/530-9019N 07100 Los Altos/San Jose CA USA HIGH B B C 408/432-8618Y 07100 San Jose CA USA HIGH B B C 408/432-8618"h)0*0*0*1" Y 07100 Santa Clara/San Jose CA USA HIGH B B C 408/432-8618Y 07100 Sunnyvale/San Jose CA USA HIGH B B C 408/432-8618Y 07102 Hutchinson KS USA LOW B B C 316/663-2192Y 07107 Barre/Montpelier VT USA LOW B B 802/229-4508N 07107 Montpelier VT USA LOW B B 802/229-4508N 7117 Fremont CA USA MED B B C 510/490-7366Y 07126 Rolla MO USA LOW B B C 314/364-2084Y 07140 Cincinnati OH USA HIGH C 513/489-1032Y 07143 Portland OR USA HIGH C 503/225-1918Y 07144 Portland OR USA HIGH B B C 503/222/2151Y 07145 Portland OR USA HIGH C 503/225-1918Y 07145 Portland OR USA HIGH B B C 503/222-2151Y 07147 Portland OR USA HIGH B B 503/222-0900N 07150 Boca Raton/Delray FL USA LOW B B C 407/272-7900Y 07150 Delray FL USA LOW B B C 407/272-7900Y 07157 Rosewell NM USA LOW B B C 505/623-3591Y 07162 Perinton/Pittsford NY USA HIGH C 716/586-4100Y 07162 Perinton/Pittsford NY USA HIGH C 716/586-4858N TYM-X25 07162 Rochester/Pittsford NY USA HIGH C 716/586-4100Y 07162 Pittsford NY USA HIGH C 716/586-4100Y 07162 Pittsford NY USA HIGH C 716/586-4858N TYM-X25 07162 Rochester/Pittsford NY USA HIGH C 716/586-4858N TYM-X25 07162 Perinton/Pittsford NY USA HIGH C 716/586-4829N TYM-X25 07162 Pittsford NY USA HIGH C 716/586-4829N TYM-X25 07162 Rochester/Pittsford NY USA HIGH C 716/586-4829N TYM-X25 07175 Myrtle Beach SC USA LOW B B C 803/448-1619Y 07177 Copenhagen DNK E2 C C C 31-18-63-33 "h)0*0*0*1" Y 07205 Los Altos/San Jose CA USA HIGH B B 408/432-3430N 07205 San Jose CA USA HIGH B B 408/432-3430N 07205 Santa Clara/San Jose CA USA HIGH B B 408/432-3430N 07205 Sunnyvale/San Jose CA USA HIGH B B 408/432-3430N 07210 Fall River/Somerset MA USA LOW B B C 508/676-3087Y 07210 Somerset MA USA LOW B B C 508/676-3087Y 07214 Middletown RI USA LOW B B C 401/849-1660Y 07214 Newport/Middletown RI USA LOW B B C 401/849-1660Y 07220 Bridgeport CT USA MED B B 203/579-1479N 07220 Stratford/Bridgeprt CT USA MED B B 203/579-1479N 07221 Atlantic City NJ USA LOW B B C 609/345-4050Y 07223 Dayton OH USA MED B B C 513/898-0696Y 07226 Ogden UT USA LOW B B C 801/393-5280Y 07227 Mexico C(Xochimilco) MEX MX B B B (5)6754911 N 07227 Mexico C(Xochimilco) MEX MX B B B (5)6754072 N 07227 Mexico C(Xochimilco) MEX MX B B B (5)6754635 N 07227 Mexico C(Xochimilco) MEX MX B B B (5)6753173 N 07227 Mexico C(Xochimilco) MEX MX B B B (5)6753372 N 07227 Mexico C(Xochimilco) MEX MX B B B (5)6753629 N 07236 White Plains NY USA HIGH B B C 914/761-9590Y 07240 White Plains NY USA HIGH C 914/761-5377Y 07241 Greenville NC USA LOW B B C 919/758-0102Y 07242 High Point NC USA LOW B B C 919/883-6121Y 07246 San Francisco CA USA HIGH C 415/896-5578N TYM-X25 07247 San Antonio TX USA HIGH B B C 512/222-9877Y 07250 Curacao NDA 3 C C (9)239251 N TYMUSA 07250 Curacao NDA 3 C C 0251 (LOCAL) "h)0*0*0*1" TYMUSA 07270 Gibraltar GIB E2 C C C (350) 41000 Y 07272 Greenville SC USA MED C 803/370-9014Y 07301 Rome GA USA LOW B B C 404/234-0102Y 07302 San Francisco CA USA HIGH B B C 415/543-0691Y 07303 Danville IL USA LOW B B C 217/442-1452Y 07306 Davenport/RockIsland IA USA MED B B C 309/788-3713Y 07306 Rock Island IL USA MED B B C 309/788-3713Y 07313 Melbourne AUS PAC C C C (3)416-2146 Y 07320 San Francisco CA USA HIGH B B C 415/543-0691Y 07322 Greeley CO USA LOW B B C 303/352-0960Y 07331 Levittown PA USA LOW B B 215/943-3700N 07332 Pittsfield MA USA LOW B B C 413/499-0971Y 07336 Ardmore OK USA LOW B B C 405/226-1260Y 07340 Grand Forks ND USA LOW B B C 701/746-0344Y 07344 Lynn MA USA LOW B B C 617/592-0207Y 07346 San Francisco CA USA HIGH B B C 415/543-0691Y 07364 Corning NY USA LOW B B C 607/962-4481Y 07370 Spartanburg SC USA LOW B B C 803/579-7088Y 07375 Hanover NH USA LOW B B C 603/643-4011Y 07404 Long Beach CA USA MED B B C 310/436-6033Y 07404 Norwalk/Long Beach CA USA MED B B C 310/436-6033Y 07404 San Pedro/Long Beach CA USA MED B B C 310/436-6033Y 07406 Akita JPN PAC C C 0188-65-5733N 07406 Akita JPN PAC C 0188-65-5735N 07406 Atsugi JPN PAC C C 0462-21-0404N 07406 Atsugi JPN PAC C 0462-21-5331N 07406 Atsugi JPN PAC C C C 0462-22-7154"h)0*0*0*1" Y 07406 Chiba JPN PAC C C 0472-96-3581N 07406 Chiba JPN PAC C C C 0472-96-0279Y 07406 Fukui JPN PAC C C 0776-35-8840N 07406 Fukui JPN PAC C 0776-34-3308N 07406 Fukuoka JPN PAC C C 092-474-7196N 07406 Fukuoka JPN PAC C 092-474-7076N 07406 Fukuoka JPN PAC C C C 092-461-2769Y 07406 Hamamatsu JPN PAC C 0534-56-7355N 07406 Hamamatsu JPN PAC C C 0534-56-7231N 07406 Hiroshima JPN PAC C C 082-243-9270N 07406 Hiroshima JPN PAC C C C 082-241-6857Y 07406 Kagoshima JPN PAC C C 0992-22-8954N 07406 Kanazawa JPN PAC C C 0762-24-2341N 07406 Kanazawa JPN PAC C C C 0762-24-7792Y 07406 Kobe JPN PAC C C 078-333-0552N 07406 Kobe JPN PAC C 078-333-0587N 07406 Kouriyama JPN PAC C C 0249-38-5396N 07406 Kumamoto JPN PAC C C 096-354-3065N 07406 Kumamoto JPN PAC C 096-355-5233N 07406 Kyoto JPN PAC C C 075-431-6203N 07406 Kyoto JPN PAC C 075-431-6205N 07406 Matsuyama JPN PAC C C 0899-32-4207N 07406 Matsuyama JPN PAC C 0899-32-2975N 07406 Matsuyama JPN PAC C C C 0899-32-2865Y 07406 Mito JPN PAC C C 0292-24-4213N 07406 Morioka JPN PAC C C 0196-54-7315N 07406 Morioka JPN PAC C C C 0196-22-3885"h)0*0*0*1" Y 07406 Nagasaki JPN PAC C C 0958-28-6077N 07406 Nagoya JPN PAC C C 052-981-3221N 07406 Nagoya JPN PAC C 052-911-1621N 07406 Nagoya JPN PAC C C C 052-991-4521Y 07406 Naha JPN PAC C C 0988-61-3414N 07406 Naha JPN PAC C 0988-61-4002N 07406 Niigata JPN PAC C C 025-241-5410N 07406 Niigata JPN PAC C C C 025-241-5409Y 07406 Ohita JPN PAC C C 0975-38-2160N 07406 Okayama JPN PAC C C 0862-31-4993N 07406 Okayama JPN PAC C 0862-32-6760N 07406 Osaka JPN PAC C 06-271-9029 N 07406 Osaka JPN PAC C C 06-271-6876 N 07406 Osaka JPN PAC C 06-271-9028 N 07406 Osaka JPN PAC C C C 06-264-9951 Y 07406 Sapporo JPN PAC C C 011-281-4421N 07406 Sapporo JPN PAC C 011-281-4343N 07406 Sapporo JPN PAC C C C 011-210-5962Y 07406 Sendai JPN PAC C C 022-231-5355N 07406 Sendai JPN PAC C C C 022-231-5741Y 07406 Shizuoka JPN PAC C C 0542-84-3398N 07406 Shizuoka JPN PAC C C C 0542-84-3393Y 07406 Takamatsu JPN PAC C C 0878-23-0501N 07406 Takamatsu JPN PAC C 0878-23-0502N 07406 Takasaki JPN PAC C C 0273-23-9739N 07406 Tokuyama JPN PAC C C 0834-32-0991N 07406 Tokyo JPN PAC C 03-3555-9526"h)0*0*0*1" N 07406 Tokyo JPN PAC C C 03-3555-9696N N 07406 Tokyo JPN PAC C 03-3555-9525N 07406 Tokyo JPN PAC C C C 03-3288-6461Y 07406 Toyama JPN PAC C C 0764-41-7769N 07406 Toyama JPN PAC C 0764-41-7578N 07406 Tsuchiura JPN PAC C C 0298-55-6121N 07406 Urawa JPN PAC C C 048-833-9341N 07406 Utsunomiya JPN PAC C C 0286-34-8251N 07406 Utsunomiya JPN PAC C C C 0286-37-4378Y 07406 Yokohama JPN PAC C C 045-453-7637N 07406 Yokohama JPN PAC C 045-453-7757N 07406 Yokohama JPN PAC C C C 045-453-7758Y 07406 Yonago JPN PAC C C 0859-32-3201N 07406 Nagasaki JPN PAC C 0958-28-6088N 07406 Nagano JPN PAC C C 0262-34-3900N 07406 Tokyo JAP PAC C C 03-3262-7517N TYM-X25 07406 Tokyo JAP PAC C 03-5275-3829Y NEW NUMBER 07407 Buenos Aires ARG 2 C (1) 40-01-91N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-92N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-93N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-94N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-95N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-96N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-97N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-98N TYMUSA 07407 Buenos Aires ARG 2 C (1) 40-01-99N TYMUSA 07414 Warren OH USA LOW B B C 216/392-2555"h)0*0*0*1" Y 07417 San Francisco CA USA HIGH C 415/495-7220Y 07432 Lyndhurst/Union City NJ USA HIGH B B C 201/864-8468Y 07432 Union City NJ USA HIGH B B C 201/864-8468Y 07434 Davis CA USA LOW B B C 916/758-3551Y 07434 Woodland/Davis CA USA LOW B B C 916/758-3551Y 07437 Austin TX USA HIGH B B C 512/448-1096Y 07447 Butte MT USA LOW B B C 406/494-6682Y 07450 Dallas TX USA HIGH C 214/637-3012Y 07454 Terre Haute IN USA LOW B B C 812/232-0112Y 07455 Lafayette IN USA LOW B B C 317/423-4616Y 07456 Dubuque IA USA LOW B B C 319/582-3599Y 07457 Minot ND USA LOW B B C 701/838-2140Y 07460 Beloit WI USA LOW B B C 608/362-4655Y 07460 Janesville/Beloit WI USA LOW B B C 608/362-4655Y 07463 Hot Springs AR USA LOW B B C 501/623-3576Y 07464 Jonesboro AR USA LOW B B C 501/935-7957Y 07465 Cadillac MI USA LOW B B C 616/775-9242Y 07466 Muskegon MI USA LOW B B C 616/739-3453Y 07467 Port Huron MI USA LOW B B C 313/982-0301Y 07472 Mansfield OH USA LOW B B C 419/529-3303Y 07520 Atlanta/Doraville GA USA HIGH B B C 404/451-3362Y 07520 Doraville GA USA HIGH B B C 404/451-3362Y 07520 Marietta/Doraville GA USA HIGH B B C 404/451-3362Y 07520 Norcross/Doraville GA USA HIGH B B C 404/451-3362Y 07522 San Angelo TX USA LOW B B C 915/658-4590Y 07524 San Antonio TX USA HIGH B B C 512/222-9877Y 07525 Boston MA USA HIGH B B 617/439-3400"h)0*0*0*1" N 07525 Cambridge/Boston MA USA HIGH B B 617/439-3400N 07533 Inglewood/Vernon CA USA HIGH C 213/588-8128Y 07533 Los Angeles/Vernon CA USA HIGH C 213/588-8128Y 07533 Vernon CA USA HIGH C 213/588-8128Y 07540 Calgary AB CAN CANH C C C 403/232-6653Y 07542 Sacramento CA USA HIGH C 916/442-0992N 07543 Sacramento CA USA HIGH C 916/442-0851N TYM-X25 07547 Taunton MA USA LOW B B C 508/824-3816Y 07571 Salisbury MD USA LOW B B C 410/860-0480Y 07600 Bowling Green KY USA LOW B B C 502/781-5711Y 07602 All Cities ATG 3 B B 809/462-0210N TYMUSA 07603 All Cities ATG 3 B B 809/462-0210N TYMUSA 07607 Gastonia NC USA LOW B B C 704/867-2203Y 07617 Corpus Christi TX USA MED B B C 512/289-7305Y 07622 Manassas VA USA LOW B B C 703/330-9070Y 07625 Lowell MA USA LOW B B C 508/452-5112Y 07631 Auburn WA USA LOW B B C 206/735-3975Y 07631 Enumclaw/Auburn WA USA LOW B B C 206/735-3975Y 07636 Santa Fe NM USA LOW B B C 505/471-0606Y 07646 Monroe LA USA LOW B B C 318/388-8810Y 07650 Kokomo IN USA LOW B B C 317/453-7818Y 07651 Appleton WI USA LOW B B C 414/730-8029Y 07652 Corona CA USA LOW B B C 714/737-5510Y 07653 Poway CA USA LOW B B C 619/679-0200Y 07655 Norristown PA USA WATS B B C 800/###-####Y 07656 Norristown PA USA WATS B B C 800/###-####Y 07663 Birmingham GBR E1 C C C (21)632-6636"h)0*0*0*1" Y 07675 Dundas ON CAN CANH C C C 416/628-5908Y 07676 Newport News VA USA MED B B C 804/596-0898Y 07677 Fitchburg/Leominster MA USA LOW B B C 508/537-6451Y 07677 Leominster MA USA LOW B B C 508/537-6451Y 07703 Inglewood/Vernon CA USA HIGH B B C 213/587-7514Y 07703 Los Angeles/Vernon CA USA HIGH B B C 213/587-7514Y 07703 Vernon CA USA HIGH B B C 213/587-7514Y 07712 Vero Beach FL USA LOW B B C 407/569-8207Y 07714 Meridian MS USA LOW B B C 601/482-4335Y 07717 Baytown TX USA LOW B B C 713/420-3389Y 07720 Miami FL USA HIGH C 305/599-9996N TYM-X25 07720 Miami FL USA HIGH C 305/599-9997N TYM-X25 07721 Freeport IL USA LOW B B C 815/232-7111Y 07723 Dothan AL USA LOW B B C 205/794-7954Y 07724 Miami FL USA HIGH C 305/592-2357Y 07725 Panama City FL USA LOW B B C 904/769-0709Y 07726 Leavenworth KS USA LOW B B C 913/651-8094Y 07730 Salina KS USA LOW B B C 913/825-4845Y 07731 Cicero/Maywood IL USA LOW B B C 708/345-9100Y 07731 Forest Park/Maywood IL USA LOW B B C 708/345-9100Y 07731 Maywood IL USA LOW B B C 708/345-9100Y 07733 Marion IN USA LOW B B C 317/662-1928Y 07735 Attleboro MA USA LOW B B 508/226-6441N 07737 Lynchburg VA USA LOW B B C 804/846-0213Y 07743 Holyoke/Springfield MA USA MED B B C 413/787-0048Y 07743 Springfield MA USA MED B B C 413/787-0048Y 10021 Houston TX USA HIGH B B C 713/496-1332"h)0*0*0*1" Y 10021 Houston TX USA HIGH C 713/589-7593N TYM-X25 10021 Houston TX USA HIGH C 713/589-7591N TYM-X25 10027 Kannapolis NC USA LOW B B C 704/932-4131Y 10031 Bedford MA USA LOW B B C 617/271-0420Y 10031 Woburn/Bedford MA USA LOW B B C 617/271-0420Y 10033 Bend OR USA LOW B B C 503/389-0146Y 10034 Baltimore MD USA HIGH C 410/659-7460Y 10040 Columbus OH USA HIGH C 614/224-0436N TYM-X25 10040 Columbus OH USA HIGH C 614/224-0427N TYM-X25 10052 Napa CA USA LOW B B C 707/257-6810Y 10061 Buffalo NY USA MED B B 716/893-1306N 10066 Williamsport PA USA LOW B B C 717/321-8520Y 10070 New York NY USA HIGH C 212/269-4640Y 10071 York PA USA LOW B B C 717/852-8186Y 10075 Blountville TN USA LOW B B C 615/323-1962Y 10100 Corvallis OR USA LOW B B C 503/757-6341Y 10103 Ann Arbor MI USA MED C 313/973-0166Y 10105 Camden/Pennsauken NJ USA MED B B C 609/665-5902Y 10105 Cherry hill/Pennskn NJ USA MED B B C 609/665-5902Y 10105 Pennsauken NJ USA MED B B C 609/665-5902Y 10110 Newark NJ USA HIGH C 201/824-4130N TYM-X25 10110 Elizabeth/Newark NJ USA HIGH C 201/824-4130N TYM-X25 10110 Jersey City/Newark NJ USA HIGH C 201/824-4130N TYM-X25 10110 Union/Newark NJ USA HIGH C 201/824-4130N TYM-X25 10110 Elizabeth/Newark NJ USA HIGH C 201/824-4128N TYM-X25 10110 Jersey City/Newark NJ USA HIGH C 201/824-4128N TYM-X25 10110 Newark NJ USA HIGH C 201/824-4128"h)0*0*0*1" N TYM-X25 10110 Union/Newark NJ USA HIGH C 201/824-4128N TYM-X25 10113 Fairfield/Westport CT USA MED B B C 203/454-2129Y 10113 Norwalk/Westport CT USA MED B B C 203/454-2129Y 10113 Westport CT USA MED B B C 203/454-2129Y 10122 Hull/Ottawa ON CAN CANH C C C 613/563-2910N 10122 Ottawa ON CAN CANH C C C 613/563-2910N 10124 Cologne FRG E1 C C C (221)210196 N 10130 Sacramento CA USA HIGH B B C 916/447-7434Y 10151 Portland OR USA HIGH C 503/225-1233N TYM-X25 10153 South Brunswick NJ USA HIGH C 609/452-8011N TYM-X25 10153 South Brunswick NJ USA HIGH C 609/452-8388Y 10153 Princeton/So. Brnswk NJ USA HIGH C 609/452-8011N TYM-X25 10153 Princeton/So. Brnswk NJ USA HIGH C 609/452-8388Y 10170 Johnstown PA USA LOW B B C 814/539-5059Y 10171 Jamestown NY USA LOW B B 716/488-0794N 10172 Somers CT USA LOW B B C 203/763-3521Y 10204 Austin TX USA HIGH B B C 512/448-1096Y 10211 Atlanta/Doraville GA USA HIGH C 404/455-9285N TYM-X25 10211 Marietta/Doraville GA USA HIGH C 404/455-9285N TYM-X25 10211 Norcross/Doraville GA USA HIGH C 404/455-9285N TYM-X25 10211 Doraville GA USA HIGH C 404/455-9285N TYM-X25 10211 Atlanta/Doraville GA USA HIGH C 404/455-7540N TYM-X25 10211 Doraville GA USA HIGH C 404/455-7540N TYM-X25 10211 Marietta/Doraville GA USA HIGH C 404/455-7540N TYM-X25 10211 Norcross/Doraville GA USA HIGH C 404/455-7540N TYM-X25 10212 Hamilton OH USA LOW B B 513/874-1744N 10213 Ocala FL USA LOW B B C 904/732-3707"h) 0*0*0*1" Y 10217 Atlanta/Doraville GA USA HIGH B B C 404/451-3362Y 10217 Doraville GA USA HIGH B B C 404/451-3362Y 10217 Marietta/Doraville GA USA HIGH B B C 404/451-3362Y 10217 Norcross/Doraville GA USA HIGH B B C 404/451-3362Y 10233 Cleveland OH USA HIGH B B C 216/861-6709Y 10234 Cleveland OH USA HIGH C C 216/696-0363N TYM-X25 10242 San Jose CA USA HIGH C 408/954-8481N TYM-X25 10242 Los Altos/San Jose CA USA HIGH C 408/954-8481N TYM-X25 10242 Santa Clara/San Jose CA USA HIGH C 408/954-8481N TYM-X25 10242 Sunnyvale/San Jose CA USA HIGH C 408/954-8481N TYM-X25 10242 San Jose CA USA HIGH C 408/954-8476N TYM-X25 10242 Los Altos/San Jose CA USA HIGH C 408/954-8476N TYM-X25 10242 Santa Clara/San Jose CA USA HIGH C 408/954-8476N TYM-X25 10242 Sunnyvale/San Jose CA USA HIGH C 408/954-8476N TYM-X25 10243 Huntington WV USA LOW B B C 304/529-2091Y 10250 Inglewood/Vernon CA USA HIGH B B C 213/587-7514Y 10250 Los Angeles/Vernon CA USA HIGH B B C 213/587-7514Y 10250 Vernon CA USA HIGH B B C 213/587-7514Y 10254 Atlanta/Doraville GA USA HIGH C 404/451-1546Y 10254 Doraville GA USA HIGH C 404/451-1546Y 10254 Marietta/Doraville GA USA HIGH C 404/451-1546Y 10254 Norcross/Doraville GA USA HIGH C 404/451-1546Y 10255 Laredo TX USA LOW B B C 512/727-8308Y 10256 Hampton VA USA MED B B C 804/727-0572Y 10261 Sheboygan WI USA LOW B B C 414/457-6128Y 10264 Pittsburgh PA USA HIGH C 412/642-7703N TYM-X25 10264 Pittsburgh PA USA HIGH C 412/642-2386"h)!0*0*0*1" N TYM-X25 10267 Springfield MA USA MED B B C 413/787-0048Y 10267 Holyoke/Springfield MA USA MED B B C 413/787-0048Y 10274 Tucson AZ USA MED B B C 602/297-2239Y 10301 Abilene TX USA LOW B B C 915/676-0091Y 10305 Gadsden AL USA LOW B B C 205/543-3550Y 10307 Ann Arbor MI USA MED B B C 313/973-7935Y 10317 Kenosha WI USA LOW B B C 414/553-9044Y 10317 Racine/Kenosha WI USA LOW B B C 414/553-9044Y 10320 Iowa City IA USA LOW B B C 319/354-3633Y 10325 Inglewood/Vernon CA USA HIGH B B C 213/587-7514Y 10325 Los Angeles/Vernon CA USA HIGH B B C 213/587-7514Y 10325 Vernon CA USA HIGH B B C 213/587-7514Y 10334 Monterey CA USA LOW B B C 408/375-2644Y 10337 Louisville KY USA MED B B 502/499-7110N 10346 Portsmouth/Norfolk VA USA MED B B C 804/857-0148Y 10346 Virginia Bch/Norfolk VA USA MED B B C 804/857-0148Y 10346 Norfolk VA USA MED B B C 804/857-0148Y 10355 Longwood/Orlando FL USA MED C 407/839-0555Y 10355 Orlando FL USA MED C 407/839-0555Y 10361 Alexandria/Fairfax VA USA HIGH B B C 703/352-3136Y 10361 Arlington/Fairfax VA USA HIGH B B C 703/352-3136Y 10361 Fairfax VA USA HIGH B B C 703/352-3136Y 10361 Washington/Fairfax DC USA HIGH B B C 703/352-3136Y 10361 Bethesda/Fairfax MD USA HIGH B B C 703/352-3136Y 10363 El Segundo CA USA MED B B C 310/643-4228Y 10363 Mar Vista/El Segundo CA USA MED B B C 310/643-4228Y 10363 MarinaDelRey/El Sgnd CA USA MED B B C 310/643-4228"h)"0*0*0*1" Y 10363 Santa Monica/El Sgnd CA USA MED B B C 310/643-4228Y 10402 Rockville MD USA LOW B B C 301/294-4522Y 10404 Lyon FRA E1 C C C (7) 8478144 Y 10430 Inglewood/Vernon CA USA HIGH B B C 213/587-7514Y 10430 Los Angeles/Vernon CA USA HIGH B B C 213/587-7514Y 10430 Vernon CA USA HIGH B B C 213/587-7514Y 10436 Concord/Walnut Creek CA USA LOW B B C 510/935-1507Y 10436 Pacheco/Walnut Creek CA USA LOW B B C 510/935-1507Y 10436 Pleasnthill/Walnt Ck CA USA LOW B B C 510/935-1507Y 10436 Walnut Creek CA USA LOW B B C 510/935-1507Y 10464 Quebec City QU CAN CANH C C C 418/647-1116Y 10467 Colorado Springs CO USA MED B B C 719/590-1003Y 10470 Arlington/Fort Worth TX USA MED B B C 817/332-9397Y 10470 Fort Worth TX USA MED B B C 817/332-9397Y 10472 Windsor NY USA LOW B B 914/561-9103N 10506 Johnson City TN USA LOW B B C 615/928-9544Y 10516 Charlottesville VA USA LOW B B C 804/977-5661Y 10526 Houston TX USA HIGH B B C 713/496-1332Y 10542 McKinney TX USA LOW B B C 214/542-2641Y 10543 Akron OH USA MED B B 216/376-6227N 10552 Salem OR USA LOW B B C 503/370-4314Y 10560 Muncie IN USA LOW B B C 317/281-9021Y 10567 Durham NC USA HIGH B B C 919/549-9025Y 10567 Chapel Hill/Durham NC USA HIGH B B C 919/549-9025Y 10570 Bozeman MT USA LOW B B C 406/585-9719Y 10574 Hilo HI USA MED B B C 808/935-5717N 10601 Augusta ME USA LOW B B C 207/622-3083"h)#0*0*0*1" Y 10602 Cape Girardeau MO USA LOW B B C 314/335-1518Y 10603 Elyria OH USA LOW B B C 216/324-7156Y 10604 Florence SC USA LOW B B C 803/664-0550Y 10605 Kingston NY USA LOW B B C 914/336-2790Y 10612 Montreal/St. Laurent QU CAN CANH C C C 514/747-2996Y 10612 St. Laurent QU CAN CANH C C C 514/747-2996Y 10615 Secane PA USA LOW B B C 215/543-3045Y 10621 Princeton/So. Brnswk NJ USA HIGH B B 609/452-1018N 10621 South Brunswick NJ USA HIGH B B 609/452-1018N 10622 South Brunswick NJ USA HIGH B B C 609/452-9529Y 10622 Princeton/So. Brnswk NJ USA HIGH B B C 609/452-9529Y 10631 Honolulu HI USA MED B B 808/545-7610N 10632 Honolulu HI USA MED C 808/528-5300Y 10665 Tulsa OK USA HIGH B B C 918/585-2706Y 10666 Tulsa OK USA HIGH B B C 918/585-2706Y 10673 Springfield MO USA LOW B B C 417/881-6225Y 10703 Tortola VGB 3 C C C 809/494-3993N TYMUSA 10705 Atlanta/Doraville GA USA HIGH B B 404/451-2208N 10705 Doraville GA USA HIGH B B 404/451-2208N 10705 Marietta/Doraville GA USA HIGH B B 404/451-2208N 10705 Norcross/Doraville GA USA HIGH B B 404/451-2208N 10710 New York NY USA HIGH B B 212/943-4700N 10713 Houston TX USA HIGH C 713/870-8381Y 10726 Winnipeg MB CAN CANH N 10727 Lawton OK USA LOW B B C 405/353-6987Y 10730 Grand Island NE USA LOW B B C 308/382-3176Y 10750 Steubenville/Wntsvl OH USA LOW B B C 614/284-0020"h)$0*0*0*1" Y 10750 Wintersville OH USA LOW B B C 614/284-0020Y 10753 El Segundo CA USA MED B B C 310/643-4228Y 10753 Mar Vista/El Segundo CA USA MED B B C 310/643-4228Y 10753 MarinaDelRey/El Sgnd CA USA MED B B C 310/643-4228Y 10753 Santa Monica/El Sgnd CA USA MED B B C 310/643-4228Y 11003 Bangor ME USA LOW B B C 207/990-0529Y 11010 Southfield MI USA MED C 313/557-2106Y 11012 Lincoln NE USA LOW B B C 402/464-6235Y 11013 Eugene OR USA LOW B B C 503/343-0044Y 11013 Springfield/Eugene OR USA LOW B B C 503/343-0044Y 11014 Waco TX USA LOW B B C 817/776-0880Y 11015 Killeen TX USA LOW B B C 817/526-8118Y 11026 Slidell LA USA LOW B B C 504/646-2900Y 11030 Atlanta/Doraville GA USA HIGH B B 404/451-2208N 11030 Doraville GA USA HIGH B B 404/451-2208N 11030 Marietta/Doraville GA USA HIGH B B 404/451-2208N 11030 Norcross/Doraville GA USA HIGH B B 404/451-2208N 11035 Clearwater FL USA MED B B C 813/441-1621Y 11035 St. Petersbrg/Clrwtr FL USA MED B B C 813/441-1621Y 11052 Eureka CA USA LOW B B C 707/445-3021Y 11053 Provo UT USA LOW B B 801/373-2192N 11054 Corpus Christi TX USA MED C 512/289-1981Y 11061 Hong Kong HKG HK C C C 877-2602 N 11063 Cumberland MD USA LOW B B C 301/777-9320Y 11067 Auburn ME USA LOW B B C 207/795-6013Y 11067 Lewiston/Auburn ME USA LOW B B C 207/795-6013Y 11074 London GBR E1 C C C (81)566-7260"h)%0*0*0*1" Y 11100 Naples FL USA LOW B B C 813/434-8080Y 11105 Memphis TN USA MED B B C 901/527-8122Y 11107 Vancouver BC CAN HIG C 604/682-6054N TYM-X25 11110 Dusseldorf FRG E1 C C C (211)596871 Y 11114 Calgary AB CAN CANH C 403/264-5472Y 11120 El Paso TX USA MED B B C 915/533-1453Y 11121 El Paso TX USA MED B B C 915/533-1453Y 11123 Buffalo NY USA MED B B C 716/893-1014Y 11130 Houston TX USA HIGH B B C 713/496-1332Y 11141 Amsterdam NLD E1 2041290546 N DN-1 11144 Grand Rapids MI USA MED C 616/458-9252N 11150 Chicago IL USA WATS B B C 800/###-####Y 11151 Chicago IL USA WATS B B C 800/###-####Y 11152 Chicago IL USA WATS B B C 800/###-####Y 11156 Alexandria/Fairfax VA USA HIGH B B C 703/352-3136Y 11156 Arlington/Fairfax VA USA HIGH B B C 703/352-3136Y 11156 Fairfax VA USA HIGH B B C 703/352-3136Y 11156 Washington/Fairfax DC USA HIGH B B C 703/352-3136Y 11156 Bethesda/Fairfax MD USA HIGH B B C 703/352-3136Y 11160 Chicago IL USA WATS C 800/###-####Y 11161 Winston-Salem NC USA MED B B C 919/765-1221Y 11162 Charleston SC USA LOW B B C 803/553-0860Y 11207 O'Fallon IL USA LOW B B C 618/632-3993Y 11223 London GBR E1 C C C (71)489-8571N 11224 Monterey CA USA LOW B B C 408/375-2644Y 11225 London GBR E1 C C C (71)489-8571N 11231 Lancaster PA USA LOW B B C 717/569-1081"h)&0*0*0*1" Y 11236 Lansing MI USA MED B B C 517/484-5344Y 11237 Columbia SC USA MED B B C 803/254-7563Y 11240 Greenville SC USA MED B B C 803/271-9213Y 11241 Mobile AL USA MED B B C 205/460-2515Y 11242 Lake Zurich/Palatine IL USA LOW B B C 708/991-7171Y 11242 Palatine IL USA LOW B B C 708/991-7171Y 11251 Denton TX USA LOW B B C 817/565-0552Y 11252 Vancouver WA USA LOW B B C 206/574-0427Y 11257 Little Rock AR USA MED B B C 501/666-6886Y 11266 Fort Collins CO USA LOW B B C 303/224-9819Y 11267 Amarillo TX USA LOW B B C 806/355-7088Y 11270 San Rafael CA USA LOW B B C 415/453-2087Y 11271 Cathedral City CA USA LOW B B C 619/324-0920Y 11271 Palm Sprngs/Cath Cty CA USA LOW B B C 619/324-0920Y 11272 Moorpark CA USA LOW B B C 805/523-0203Y 11273 San Clemente CA USA LOW B B C 714/240-9424Y 11274 Mishawaka/South Bend IN USA MED B B C 219/234-6410Y 11274 South Bend IN USA MED B B C 219/234-6410Y 11275 Bridgeport CT USA MED B B C 203/332-7256Y 11275 Stratford/Bridgeport CT USA MED B B C 203/332-7256Y 11276 Syracuse NY USA MED B B C 315/433-1593Y 11277 Alexandria/Fairfax VA USA HIGH B B C 703/352-3136Y 11277 Arlington/Fairfax VA USA HIGH B B C 703/352-3136Y 11277 Fairfax VA USA HIGH B B C 703/352-3136Y 11277 Washington/Fairfax DC USA HIGH B B C 703/352-3136Y 11277 Bethesda/Fairfax MD USA HIGH B B C 703/352-3136Y 11300 Toledo OH USA MED B B C 419/255-7705"h)'0*0*0*1" Y 11301 Harrisburg/Lemoyne PA USA MED B B C 717/975-9881Y 11301 Lemoyne PA USA MED B B C 717/975-9881Y 11304 Newark/Wilmington DE USA MED B B C 302/652-2036Y 11304 Wilmington DE USA MED B B C 302/652-2036Y 11305 Lyndhurst/Union City NJ USA HIGH C 201/617-9069Y 11305 Union City NJ USA HIGH C 201/617/9069Y 11305 Union City NJ USA HIGH C 201/617-9110N TYM-X25 11305 Lyndhurst/Union City NJ USA HIGH C 201/617-9110N TYM-X25 11305 Lyndhurst/Union City NJ USA HIGH C 201/617-9103N TYM-X25 11305 Union City NJ USA HIGH C 201/617-9103N TYM-X25 11306 Holyoke/Springfield MA USA MED B B C 413/787-0048Y 11306 Springfield MA USA MED B B C 413/787-0048Y 11307 Rockford IL USA MED B B C 815/633-2080Y 11313 Little Rock AR USA MED C 501/666-1224Y 11314 Alameda/Oakland CA USA HIGH C 510/638-7904Y 11314 Berkeley/Oakland CA USA HIGH C 510/638-7904Y 11314 Hayward/Oakland CA USA HIGH C 510/638-7904Y 11314 Oakland CA USA HIGH C 510/638-7904Y 11315 Oakridge TN USA LOW B B C 615/482-1466Y 11321 Northport AL USA LOW B B C 205/758-1116Y 11321 Tuscaloosa/Northport AL USA LOW B B C 205/758-1116Y 11322 Augusta/Martinez GA USA LOW B B C 404/855-0442Y 11322 Martinez GA USA LOW B B C 404/855-0442Y 11323 Owensboro KY USA LOW B B C 502/685-0959Y 11326 Toronto ON CAN CANH C 416/361-3028Y 11326 Toronto ON CAN CANH C C 416/361-3383N TYM-X25 11331 Midlothian/Richmond VA USA MED B B C 804/330-2673"h)(0*0*0*1" Y 11331 Richmond VA USA MED B B C 804/330-2673Y 11346 Ft. Lauderdale FL USA MED C 305/779-3445Y 11346 Ft. Lauderdale FL USA MED B B C 305/467-1870Y 11346 Hollywd/Ft. Laudrdle FL USA MED C 305/779-3445Y 11346 Hollywd/Ft. Laudrdle FL USA MED B B C 305/467-1870Y 11346 Pompno Bch/Fr. Ldrdl FL USA MED B B C 305/467-1870Y 11346 Pompno Bch/Ft. Ldrdl FL USA MED C 305/779-3445Y 11356 Asheville NC USA LOW B B C 704/253-8945Y 11361 London GBR E1 C C C (81)566-7260Y 11362 Stamford CT USA HIGH B B C 203/327-2974Y 11371 Santa Barbara CA USA MED B B 805/564-2354N 11372 Santa Barbara CA USA MED B B C 805/965-1612Y 11376 New Orleans LA USA HIGH C 504/524-1738Y 11402 Modesto CA USA LOW B B C 209/527-0150Y 11405 Marlborough MA USA LOW B B C 508/481-0026Y 11447 Seattle WA USA HIGH B B C 206/281-7141Y 11447 Bellevue/Seattle WA USA HIGH B B C 206/281-7141Y 11451 Battle Creek MI USA LOW B B C 616/964-9303Y 11452 Harrisonburg VA USA LOW B B C 703/433-6333Y 11453 Groton MA USA LOW B B C 508/448-9361Y 11460 Chicago IL USA HIGH C 312/427-1506N TYM-X25 11460 Chicago IL USA HIGH C 312/427-1453N TYM-X25 11465 Munich FRG E1 C C C (89)129-6081Y 11471 Clarksburg WV USA LOW B B C 304/624-1451Y 11500 Salt Lake City UT USA HIGH C 801/364-7605Y 11500 Salt Lake City UT USA HIGH C 801/364-7439N TYM-X25 11500 Salt Lake City UT USA HIGH C 801/364-7451"h))0*0*0*1" N TYM-X25 11646 Hazelwood MO USA HIGH B B C 314/731-8283Y 11646 St. Louis MO USA HIGH B B C 314/731-8283Y 11646 Bridgeton/St. Louis MO USA HIGH B B C 314/731-8283Y 11652 Tampa FL USA HIGH C 813/933-7095N TYM-X25 11652 Tampa FL USA HIGH C 813/933-7303N TYM-X25 11671 Rochester MN USA LOW B B C 507/282-0830Y 11702 Georgetown DE USA LOW B B C 302/856-1788Y 11716 Greensburg PA USA LOW B B C 412/838-1920Y 11716 Latrobe/Greensburg PA USA LOW B B C 412/838-1920Y 11727 Huntsville AL USA MED Y 205/882-9199Y 11730 Alhambra CA USA MED B B C 818/308-1800Y 11730 Arcadia/Alhambra CA USA MED B B C 818/308-1800Y 11730 El Monte/Alhambra CA USA MED B B C 818/308-1800Y 11730 Pasadena/Alhambra CA USA MED B B C 818/308-1800Y 11732 Zurich CHE E1 C C C (1) 837-0301Y 11736 Leeds GBR E1 C (532) 341838Y 11741 Duluth MN USA LOW B B C 218/722-0655Y 11743 Northfield IL USA LOW B B C 708/501-4536Y 11744 Bristol GBR E1 C (272) 255392Y 11745 Hamburg FRG E1 C C C (40)251-4037Y 11752 West Bend WI USA LOW B B C 414/334-1755Y 11753 St. Cloud MN USA LOW B B C 612/656-1280Y 11754 Victoria TX USA LOW B B C 512/576-9200Y 11764 Portsmouth/Norfolk VA USA MED B B C 804/857-0148Y 11764 Virginia Bch/Norfolk VA USA MED B B C 804/857-0148Y 11764 Norfolk VA USA MED B B C 804/857-0148Y 12026 Columbia MO USA LOW B B C 314/875-5570"h)*0*0*0*1" Y 12031 Presque Isle ME USA LOW B B C 207/764-4167Y 12044 New Haven CT USA MED C 203/789-1848Y 12045 Memphis TN USA MED C 901/521-1303Y 12054 Fayetteville NC USA LOW B B C 919/424-9610Y 12063 St. Louis MO USA HIGH B B C 314/731-8283Y 12063 Bridgeton/St. Louis MO USA HIGH B B C 314/731-8283Y 12066 Nashville TN USA HIGH B B C 615/889-5790Y 12101 Belleville/O'Fallon IL USA LOW B B C 618/632-3993Y 12150 Gary IN USA LOW B B C 219/884-7450Y 12150 Hammond/Gary IN USA LOW B B C 219/884-7450Y 12150 Highland/Gary IN USA LOW B B C 219/884-7450Y 12151 Gary IN USA LOW B B C 219/884-7450Y 12151 Hammond/Gary IN USA LOW B B C 219/884-7450Y 12151 Highland/Gary IN USA LOW B B C 219/884-7450Y 12161 Rotterdam NLD E1 C C C C (10) 4530099Y 12161 Rotterdam NLD E1 C (10) 4524923N HSA 12161 Rotterdam NLD E1 C C C C (10) 4532002Y 12201 Washington/Fairfax DC USA HIGH B B 703/691-8200N 12201 Bethesda/Fairfax VA USA HIGH B B 703/691-8200N 12201 Alexandria/Fairfax VA USA HIGH B B 703/691-8200 12201 Arlington/Fairfax VA USA HIGH B B 703/691-8200 12201 Fairfax VA USA HIGH B B 703/691-8200 12263 Lakeland FL USA LOW B B C 813/858-6970Y 12263 Winterhaven/Lakeland FL USA LOW B B C 813/858-6970Y 12314 Freeland MI USA LOW B B C 517/695-6751Y 12314 Midland/Freeland MI USA LOW B B C 517/695-6751Y 12314 Saginaw/Freeland MI USA LOW B B C 517/695-6751Y 12361 Aurora/Denver CO USA HIGH B B C 303/832-3447Y"h)+0*0*0*1"Ԍ12361 Boulder/Denver CO USA HIGH B B C 303/832-3447Y 12361 Denver CO USA HIGH B B C 303/832-3447Y 12371 Bremen FRG E1 C C C (421) 170997Y 12425 El Centro CA USA LOW B B C 619/352-5823Y 12456 Fairfield CA USA LOW B B C 707/421-0106Y 12460 Victorville CA USA LOW B B C 619/955-7050Y 12513 Tallahassee FL USA MED C 904/422-0016Y 12513 Tallahassee FL USA MED B B C 904/422-0149Y 12514 Jacksonville FL USA MED B B C 904/721-8559Y 12516 Watertown NY USA LOW B B C 315/788-1816Y 12533 Lancaster CA USA LOW B B C 805/945-4962Y 12534 Maui HI USA LOW B B C 808/661-7688Y 12600 Meriden CT USA LOW B B C 203/686-1238Y 12600 Middletown/Meriden CT USA LOW B B C 203/686-1238Y 12601 Aiken SC USA LOW B B C 803/648-0237Y 12611 London ON CAN CANL C C C 519/641-8362Y 12620 Honolulu HI USA MED C 808/528-5300Y 12621 Paducah KY USA LOW B B C 502/443-1086Y 12622 Dover DE USA LOW B B C 302/678-3569Y 12624 Marysville CA USA LOW B B C 916/749-8015Y 12626 Great Falls MT USA LOW B B C 406/727-9510Y 12642 Los Gatos CA USA LOW B B C 408/356-1818Y 12650 Paris FRA E1 C C C (1)47728080 Y 12720 Birmingham AL USA HIGH B B C 205/942-7898Y 12732 Midland TX USA LOW B B C 915/561-8401Y 12732 Odessa/Midland TX USA LOW B B C 915/561-8401Y 12742 Zanesville FL USA LOW B B C 614/454-2893Y new svc"h),0*0*0*1"Ԍ12755 Bismark ND USA LOW B B C 701/223-5165Y 13010 Houston TX USA HIGH B B C 713/496-1332Y 13026 Spokane WA USA MED B B C 509/747-3011Y 13103 Sarasota FL USA LOW B B C 813/952-9000Y 13104 Goteborg SWE E2 C C C (31)450630 Y 13110 Rochester MN USA LOW B B C 507/282-0830Y 13120 Dallas TX USA HIGH B B C 214/630-5516Y 13121 Downrs Grove/Gln Eln IL USA MED B B C 708/790-4955Y 13121 Glen Ellyn IL USA MED B B C 708/790-4955Y 13121 Wheaton/Glen Ellyn IL USA MED B B C 708/790-4955Y 13123 Knoxville TN USA MED B B C 615/694-0156Y 13132 Alexandria/Fairfax VA USA HIGH B B C 703/352-3136Y 13132 Arlington/Fairfax VA USA HIGH B B C 703/352-3136Y 13132 Fairfax VA USA HIGH B B C 703/352-3136Y 13132 Washington/Fairfax DC USA HIGH B B C 703/352-3136Y 13132 Bethesda/Fairfax MD USA HIGH B B C 703/352-3136Y 13133 Alexandria/Fairfax VA USA HIGH B B C 703/352-3136Y 13133 Arlington/Fairfax VA USA HIGH B B C 703/352-3136Y 13133 Fairfax VA USA HIGH B B C 703/352-3136Y 13133 Washington/Fairfax DC USA HIGH B B C 703/352-3136Y 13133 Bethesda/Fairfax MD USA HIGH B B C 703/352-3136Y 13134 Baton Rouge LA USA MED B B C 504/291-0967Y 13154 Brookfield WI USA HIGH B B C 414/785-0630Y 13154 Milwaukee/Brookfield WI USA HIGH B B C 414/785-0630Y 13156 Alexandria LA USA LOW B B C 318/445-1800Y 13164 Sioux City IA USA LOW B B C 712/255-3834Y 13171 Upland CA USA LOW B B C 714/985-1153Y"h)-0*0*0*1"Ԍ13172 Gulfport MS USA LOW B B C 601/864-9441Y 13173 Lawrence KS USA LOW B B C 913/843-4870Y 13177 Wilmington NC USA LOW B B C 919/392-7913Y 13213 Edmunton AB CAN C C C 403/484-4404Y 13214 Indianapolis IN USA HIGH B B C 317/632-6408Y 13215 Petersburg VA USA LOW B B C 804/861-1788Y 13216 Vineland NJ USA LOW B B C 609/692-8943Y 13224 Frankfurt FRG E1 C C C (69)507-6736Y 13226 Newark NJ USA HIGH B B C 201/824-3044Y 13226 Elizabeth/Newark NJ USA HIGH B B C 201/824-3044Y 13226 Jersey City/Newark NJ USA HIGH B B C 201/824-3044Y 13226 Union/Newark NJ USA HIGH B B C 201/824-3044Y 13227 Newark NJ USA HIGH B B C 201/824-3044Y 13227 Elizabeth/Newark NJ USA HIGH B B C 201/824-3044Y 13227 Jersey City/Newark NJ USA HIGH B B C 201/824-3044Y 13227 Union/Newark NJ USA HIGH B B C 201/824-3044Y 13230 Miami FL USA HIGH B B C 305/599-2900Y 13231 Hempstead NY USA MED B B C 516/485-7422Y 13231 Mineola/Hempstead NY USA MED B B C 516/485-7422Y 13233 New York NY USA HIGH B B C 212/809-9660Y 13234 New York NY USA HIGH B B C 212/809-9660Y 13235 New York NY USA HIGH B B C 212/809-9660Y 13236 New York NY USA HIGH B B C 212/809-9660Y 13240 Tampa FL USA HIGH B B C 813/933-6210Y 13242 Morristown NJ USA LOW B B C 201/539-1222Y 13244 Pueblo CO USA LOW B B C 719/543-9712Y 13245 Norristown PA USA MED B B C 215/666-9190Y"h).0*0*0*1"Ԍ13246 Salt Lake City UT USA HIGH B B C 801/533-8152Y 13247 Baton Rouge LA USA MED B B C 504/291-0967Y 13251 Newport Beach CA USA HIGH B B C 714/852-8141Y 13251 Anaheim/Newprt Beach CA USA HIGH B B C 714/852-8141Y 13251 Irvine/Newport Beach CA USA HIGH B B C 714/852-8141Y 13251 Santa Ana/Newprt Bch CA USA HIGH B B C 714/852-8141Y 13252 Newport Beach CA USA HIGH B B C 714/852-8141Y 13252 Anaheim/Newprt Beach CA USA HIGH B B C 714/852-8141Y 13252 Irvine/Newport Beach CA USA HIGH B B C 714/852-8141Y 13252 Santa Ana/Newprt Bch CA USA HIGH B B C 714/852-8141Y 13253 Longwood/Orlando FL USA MED B B C 407/841-0217Y 13253 Orlando FL USA MED B B C 407/841-0217Y 13256 Temple TX USA LOW B B C 817/773-2545Y 13273 Downrs Grove/Gln Eln IL USA MED B B C 708/790-4955Y 13273 Glen Ellyn IL USA MED B B C 708/790-4955Y 13273 Wheaton/Glen Ellyn IL USA MED B B C 708/790-4955Y 13300 New Orleans LA USA HIGH B B C 504/525-2014Y 13301 New Orleans LA USA HIGH B B C 504/525-2014Y 13314 Frederick/Myersville MD USA LOW B B C 301/293-9504Y 13314 Hagerstown/Myersvill MD USA LOW B B C 301/293-9504Y 13314 Myersville MD USA LOW B B C 301/293-9504Y 13334 Toulouse FRA E1 C C C (61) 300291 Y 13341 Hull/Ottawa ON CAN CANH C C C 613/563-2910N 13341 Ottawa ON CAN CANH C C C 613/563-2910N 13344 Bellingham WA USA LOW B B C 206/671-7750Y 13345 Springfield OH USA LOW B B C 513/322-8855Y 13346 Kankakee/Bradley IL USA LOW B B C 815/935-2352Y"h)/0*0*0*1"Ԍ13346 Bradley IL USA LOW B B C 815/935-2352Y 13354 Chico CA USA LOW B B C 916/343-4401Y 13357 Bryan TX USA LOW B B C 409/823-1090Y 13364 Missoula MT USA LOW B B C 406/542-0472Y 13365 Pascagoula MS USA LOW B B C 601/769-0121Y 13430 Minot ND USA LOW B B C 701/838-2140Y 13446 Red Bank NJ USA LOW B B C 908/758-0337Y 13446 Eatontown/Red Bank NJ USA LOW B B C 908/758-0337Y 13446 Long Branch/Red Bank NJ USA LOW B B C 908/758-0337Y 13450 Elmira NY USA LOW B B C 607/737-9065Y 13451 Rome ITA E2 B C C (6)8550340 Y 13452 Turin ITA E2 B C C (11)2480125 Y 13524 Fayetteville AR USA LOW B B C 501/442-0234Y 13524 Springdale/Fayettevl AR USA LOW B B C 501/442-0234Y 13535 Honolulu HI USA MED C 808/528-5300Y 13541 Colorado Springs CO USA MED B B C 719/590-1003Y 13552 Bakersfield CA USA LOW B B C 805/325-0371Y 13553 Harrisburg/Lemoyne PA USA MED B B C 717/975-9881Y 13553 Lemoyne PA USA MED B B C 717/975-9881Y 13554 Richland WA USA MED B B C 509/375-3367Y 13557 Port Arthur TX USA LOW B B C 409/721-3400Y 13557 Nederland/Pt. Arthur TX USA LOW B B C 409/721-3400Y 13572 Springfield MO USA LOW B B C 417/881-6225Y 13573 Austin TX USA HIGH B B C 512/448-1096Y 13576 Fresno CA USA LOW B B C 209/442-4328Y 13577 Shreveport LA USA LOW B B C 318/688-5840Y 13601 Birmingham AL USA HIGH B B C 205/942-7898Y"h)00*0*0*1"Ԍ13602 Birmingham AL USA HIGH B B C 205/942-7898Y 13603 Louisville KY USA MED B B C 502/499-9825Y 13614 Long Beach CA USA MED B B C 310/436-6033Y 13614 Norwalk/Long Beach CA USA MED B B C 310/436-6033Y 13614 San Pedro/Long Beach CA USA MED B B C 310/436-6033Y 13616 Little Rock AR USA MED B B C 501/666-6886Y 13617 Philadelphia PA USA HIGH B B C 215/592-8750Y 13620 Mobile AL USA MED B B C 205/460-2515Y 13623 Akron OH USA MED B B C 216/376-8330Y 13624 Toledo OH USA MED B B C 419/255-7705Y 13626 Memphis TN USA MED B B C 901/527-8122Y 13641 Burton MI USA LOW B B C 313/743-8350Y 13643 Madrid ESP E2 C C C (1) 7661900 Y 13645 Lansing MI USA MED B B C 517/484-5344Y 13646 Fort Worth TX USA MED B B C 817/332-9397Y 13646 Alington/Fort Worth TX USA MED B B C 817/332-9397Y 13650 Columbia SC USA MED B B C 803/254-7563Y 13651 Columbia SC USA MED B B C 803/254-7563Y 13653 Ft. Wayne IN USA LOW B B C 219/422-2581Y 13655 Huntsville AL USA MED B B C 205/882-1519Y * Node 4003 is listed for many different countries. Itrepresents the Enhanced Global Connection Service which includes nodes: 2576, 3512, 3513, and 4003. B=BELL 103/113 (300 bps) or BELL 212A (1200 bps) compatablemodems C=CCITT V.21(300 bps) or CCITT V.22 bis(2400 bps) or CCITT V.32compatible modems _______________________________________________________________________________ 2   ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-11.TXT100644 0 0 34536 5612006410 10360 0ustar rootroot 11/20/89 ----------------------------- 7:30 EST-10:46Est - A File By Sk8 The SkinHead- ----------------------------- BASIC NETWORKING Well, many people have asked me "how do i use Telenet".."how do i use an outdial". Well i have decided to write a very basic file on telenet and how to get around on the networks. Well Telenet and others are PSN's or (Packet Switching Networks) these nets are connected to many other networks around the world. You can do alot with just basic knowledge that i have (most of you will know this and way beyond what i know but some will benefit from it) i will start with some of the terms that are often used with these services. Access Number- The direct number that you dial to access a network (duh). Nua (Network Users Address) - An Nua is basicly a number you type in to access that particular service think of an Nua as a phone number sorta its not an actually phone number with an Acn country code or whatever because the service is connected to the network world wide. I hope that was fairly clear let me show this think of the planet earth as an network and to reach the services on the planet you call the phone number like the service is a persons residence or business phone or payphone whatever just like on a network an Nua is the Address to a system or outdial whatever on the particular network. I hope this is clear or atleast somewhat understood. Nui (Network User Identification) - An Nui is like a Account and Password to the network like an account and password is to a bbs that lets you access the system. Some people use Nui for like anything like an Vax system Unix systems they are referring to an Nui as basicly a account on the particular system that lets you use the system. DNIC (Data Network Identification Code) - The DNIC is like a 4 digit code that represents what Psn it is think of an DNIC like an AreaCode and the Nua the individual phone number. Outdial - Is basicly what it says an modem port connected somewhere on the network that will allow you to dial out from and connect data only to a actually phone number not an Nua. Pad (Packet Assemble Disassembler) - an x.25 pad is very useful an pad using x.25. protocal transmits at 9600 bps to an Nua. This may sound funny but i call them "Launch Pads" heh like with an x.25 you can usally access any Nua on the planet by usally typing the Dnic+Nua. Now i will explain various things and give helpful ideas. Let me start off with some helpful things for you to try and do. TeleNet The first thing your going to have to have is your Access number it is very easy to get your local access number. Simply call telenet at 1-800-TELENET that is thier customer service number and ask for your dialup the operator will ask for your area code and prefix of your phone number he/she will also ask your baud rate. There are many telenet ports across the country and internationly with varying baud rates from 110 bps (yuck) to 9600 (i wish i had) so you will want your maximum baud port most locations have atleast 1200 many have 2400 and not alot have 9600 ports like for big cities like Detroit and Los Angeles at the end of the file i will list some useful numbers. Some things to do while online with Telenet and Tymnet. While at the @ on the Telenet system type "mail" or "C mail" or "telemail" or even "c telemail" this access's telenets mail system simple entitled "Telemail" from there it will ask "user name" or something like that type "phones" next it will prompt you "password" enter "phones". The phones service has alot of worthy information it will give you a menu to choose from the rest should be self explanatory. Along with the other information on the phones service there is a complete updated list of all Telenet access numbers which is conveinent. Once you have tried the phones service also on telemail enter "Intl/Associates" as the user name and "Intl" for the international access numbers. If you are calling from overseas somewhere connect with an telenet access number then type this Nua at the telenet @ prompt "311020200142" and enter the username and password. You might want to pick up a sort of a reference booklet on Telenet simply again call the customer service number and ask them for "How to use Telenet's Asychronus Dial Service" and give them your address which is self explanatory. Another tidbit of info you would like to know if you already didnt know that Telenet is owned by Us Sprint long distance service. Tymnet The same goes for Tymnet service you will first need an Access Number. Simply call Tymnet customer service at 1-800-872-7654 and ask them. Again you might like to get Tymnets reference booklet on how to use there system simply again ask them to send it to you. Once online with a Tymnet access number type "Information" at the user name prompt and you will be connected to another nice thing on tymnet which you have access to all thier Access Numbers also just like the "phones" service on Telenet. Tymnet is owned by "Mcdowell Douglas" corporation. Unlike Telenet where a long distance company owns the network. On Tymnet in the "Information" service there is a very cool option that will provide you with all the Dnic's (Networks) available from Tymnet. You may also want to get that on buffer but for your conveinience i will include a copy of that. The file "Basic.NetworksII" is the complete listing and i would like the Basic.NetworksII file to be accompanied by this file for the most part. Outdials Now i will discuss Outdials and tell how to use them. An Outdial on Telenet is an Pcp Port usally. It will enable you to connect data with a carrier. An Outdial is a modem connected up to the network to access the outdial spimply type the outdials Nua. Usally you will need a Nui or Pad to use an Outdial on Telenet just to let you know. Once connected to an Outdial on Telenet type "Ctrl-e" to get into the command mode of the Outdial or if your sharp on your Hayes modem AT command set just issue the commands thru the Outdial besure to type "Atz" when logged in to reset the modem parameters to default values. Outdials range from different baud rates just like what kind of modem is hooked into the Outdial port. This is the basic Telenet Outdial but there are many types a Tymnet Asychronus is a very good Outdial to use like i said there are many different types the above is for Telenet Pcp Outdials which are used most widely. Scanning Telenet Well now i will explain how to scan telenet and how to find Pcp outdials etc. When scanning telenet call your Access Number and at the prompt enter the Nua. Plan to scan a certain amount of Nua's in a session wether the number is up to you, usally when i scan i scan in blocks of 100 you can find alot of things while scanning. I will tell how to find pcp outdials, first if your looking for a particular area code for the outdial take the 313 area code for example usally an outdial is in the first 150 numbers scanned so i would suggest if scanning for outdials scan like this..the area code for which you want the outdial two 0's then a three digit number so the scan would look like this...31300001,31300002,31300003 etc.. im sure you get it...along the way you will probably find other neat things. Some things to know when scanning telenet is when you enter an Nua and it freezes like wont do anything send a break signal, for me i use Proterm for the Apple the break signal is open-apple b once the break signal is sent it should go back to a @ prompt again. If you try scanning another nua directly after you broke out from the frozen portion Telenet will give you an error message "Connection Pending" which means it is still looking for the Nua system from which you requested previously. To remedy this situation after the break signal is sent type "d" for disconnect it will then tell you the connection has been terminated. Proceed scanning the Nua continuing where you left off. (Note. you will get the freeze and have to repeat the sequence over and over again as of there are A LOT of Nuas that freeze) Well i bet your asking "how do i know when ive found an outdial?" usally Telenet will respond with a connect message and then nothing try to type "Atz" if it responds "ok" then you have a Outdial port where as Atz is the hayes modem command for reseting the modems paramaters to default settings. Ok now i will explain some things to look for and some wise things to do while scanning and also supply an response key explanations. Whenever you "Connected" to an Nua write it down no matter what it is make notes of what you find and label them for instance if you encounter any of these messages. User Name = a Vax System Login = a Unix system Primenet = a prime system Password = something worth noting Basicly anything that connects take note of this is very useful for finding systems to hack on even though most or all of Telenet has been scanned at one time or another there are always somethings to do! that is a FACT! Be sure to write down all "Refused Collect Connection" also because we must not forget that when we request an Nua that we are asking for a collect call all Nuas inputed on Telenet without an Nui are being paid for by the particlar system requested that is why when an Outdials Nua is requested without any sort of Pad,Nui etc. it will not excecpt the call in all cases i have encountered Here is a list of Network Messages that Telenet will respond with remember these are for any type of Telenet access the following may appear and a completed explanation. @ is the network command prompt ? the last entry was invalid Access Bared - Your connection request does not allow you to connect to this system Access to This Address not permitted - Your Nui is not authorized to access the address you typed Attempt Aborted - You enterd the disconnect command (as we said before when it freezes when scanning) Busy - All the ports,destinations are in use try again later Collect Wats Call Not Permitted - Collect Wats calls not permitted by your host or authorized by your Nui Connected - Your terminal has been connected to the Nua system you requested Connection From - Your terminal has been called by another computer or terminal Connection Pending - The Network is try to establish a connection with the Nua you requested (enter the d command or "bye" to disconnect the attempt) Disconnected - Your terminal has been disconnected from the terminal you called Enhanced Network Services System Error - Your call couldnt be validated contact customer service Enhanced Network services unavailable at this time - Serivce is temporarily unavailable try again later Illegal Address - enter the Connect sequence again whether it be an Nua or a system name Invalid Charge Request - your payment selection is not valid Invalid User Id or Password - The Nui you entered is not valid Local Congestion - Your local Access number is busy try again in a couple minutes Local Disconnect - Your Terminal has been disconnected Local Network Outage - A temporary problem is preventing you from using the network Local Procedure Error - Communication problems by the network caused the network to clear your call Not Available,Not Operating,Not Responding - Your Computer cannot accept your request for connection try later Not Connected - You have entered a command thai s only valid when connected to a system type "cont" to be brought back into the connection Not Reachable - A temporary conditon prevents you from using the network Password - This is the prompt which apprears after youve entered an Nui *** Possible Data Loss - connecton has been reset Refused Collect Connection - Your payment selection must be prepaid Rejecting - Host copmputer refuses to accept the call Remote Procedure Error - Communication problems forced the network to clear our call Still Connected - You requested another service while your online to another Telenet XXX XXX - Network Port you are using Terminal - This is the terminal type prompt Unable to validate call - Your Nui has been temporarily disbaled Unable to validate call contact admin - The Nui has been permently disabled Unknown Adress - Your Nua may be invalid Wats Call not permitted - Telenet In-wats calls are not permitted by your host or your Nui Well that is the end of the Telenet messages and this is the end of our file only left is the numbers i have and some other usual stuff Telenet Customer service 1-800-TELENET Tymnet Customer service 1-800-872-7654 Telenet Access # 313/964-2988 1200 bps 313/963-2274 2400 313/964-3133 9600 bps Tymnet Access# 313/962-2870 Global Outdial at 20200123 Well that is about it id like to greet some people here SoldierOfFortune,Frodo,TheBit,Hellraiser,Icecube,Slaytanic,Corrupt,Lorax,Deadman#The Disk Master,The Hunter,DPAK,MOD,Rat,The Traxster,The Apple Bandit,El Cid,Shadow,Blue Adept,Blacknight,LOD,HALE,DungeonMaster,Blackbeard,Kilroy,The Whole Interchat scene,All my buddys from the alliances,Gambler,Sabers Edge,Misfit,The Flash,Qsd friends,All the people who called my Vmb'z for "Rad Infoz" and helped to keep it going and all the whole people you make a difference "All you Kids out There keep the Faith!" I can be reached on Funtime Gs at 305-989-0181 d215*guest is the new user pass I can be reached at this Vmb 313-980-5632 and soon im going to be running a bbs with a friend of mine so be sure to look for that like i said im outta here Slaytze!!!! Text-Files 2: ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-12.TXT100644 0 0 34076 5612006410 10360 0ustar rootroot OTC DATA ACCESS UPDATE ON THE MIDAS FILES 1/2 ORIGINALLY UPLOADED BY THE BUZZARD UPDATE TYPED IN BY THE BUZZARD 16TH MARCH, 1989 This is an update on the Midas files uploaded to various BBS' in the Melbourne district some time ago. It has come about by the introduction of the OTC Data Access system which in part replaces the Midas System. This file is an update only, so if you haven't got the midas files 1 and 2 then it might be an idea to get these files as well. The Buzzard 1. New User Friendly OTC Data Access Easier Access : (02)20991 if your application is general interactive database access. (02)20992 if you will be using special file transfer protocols, or other protocols, which require PAD transparency. Baud Rates : 300, 1200/75, 1200/1200, 2400 baud 7 bits, 1 stop, EVEN parity FULL duplex, XON/XOFF control flow Upon dial up connection OTC Data Access will generate a welcome banner,followed by the '*' (asterisk) prompt. The '*' means that the PAD is waiting for your command. Commands -------- The Commands are much the same as described in the Midas Files.. At the prompt '*', and in a single line without spaces, type in upper or lower case a.the character 'N' b.your NUI (password) this wont be echoed to the screen c.the hyphen character '-' d.A zero '0' (only for international calls with full address) e.the full address to be called, or the abbreviated address f. a carriage return Successful Calls ---------------- Successful connection of your call will be confirmedby the following message from the OTC Data Access PAD:- date and time - 24 hour format Sydney Time CID XXXX - Call Identification number Host Address - confirmation of the called address 'COM' - Indicates that you may now communicate with the called host. Unsuccessful Calls ------------------ If your call was not successful, you will recieve a 'clearing indication' from the OTC Data Access PAD of the form: CLR nnn The code will indicate why the call failed. Special Protocols ----------------- If your going to use a spacial file transfer protocol i.e. X-MODEM, or other block mode protocols, then you will have to set the Data Access PAD to be totally transparent. Transparency can only be achieved thru the (02)20992 number. a. dial (02)20992 b. call your host computer c. some hosts can set the PAD to transparency, automatically. If your host can't do that, or your not sure, the you shouls set the PAD manually as follows : d. BEFORE commencing your file transfer or BEFORE entering block mode, type P to swap the PAD from data mode to cammand mode. e. at the '*' prompt type the command PROF1 to select the transparent PAD Profile, profile 1. f. the PAD is now completely transparent to your data. It is also completely silent and cannot be recalled for you to issue further PAD commands. You may now proceed with your data transfers. g. When you logoff from your host and the call is cleared, the PAD will return to its default profile, profile 4. Commands -------- General PAD Commands which can be issued at the '*' (asterisk) prompt : PAD COMMAND FUNCTION INDICATORS --------------------------------------------------------------------------- CLR to break the existing connection CLR CONF RESET to reset the logical connection none from Data and dump all packets in transit Access. Your host may send a reset indicator. INT to interrupt the host. An usually none. alternate to the BREAK key. STAT used to check if logical FREE or ENGAGED connection active. --------------------------------------------------------------------------- Profile change command (at the '*' prompt) PAD COMMAND FUNCTION INDICATORS -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- PROFn set all parameters to values (nil) specified in Profile n. -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- Parameter change Commands (at the '*' prompt) PAD COMMAND FUNCTION INDICATORS ---------------------------------------------------------------------------- PAR?n to see the values of specified PARn:v PAR?n.m parameters. PARn:v,m:w PAR? (lists all) SET?n:v to change the values of PARn:v SET?n:v,m:w various parameters (n & m) to PARn:v,m:w new values (v & w) ---------------------------------------------------------------------------- PAD PARAMETERS -------------- The PAD acts as a translator of data standards between your terminal and the packet-switching network. There are 18 parameters in the OTC Data Access PAD and each can be set to various values. Parameters are referenced by number, and each parameter can hold a value between 0 and 255, although in most, the choice is more restricted. NO. PARAMETER FUNCTION ---+------------------------------------------------------------------------- 1 PAD recall control - determines wether the user can switch to the command mode from the data mode. 2 ECHO - switches ON or OFF the echo function. 3 Data Trigger - defines what sends the packet on its way. 4 Automatic Trigger Timer - controls the delay before a packet is auto- matically dispatched. 5 Allows the PAD to flow-control data from the users terminal by using XON/ XOFF. 6 Service Signals - sets operation of signals from the PAD to your terminal. 7 Break Procedure - determines what happens if you hit the break key. 8 Buffer flushing - discards data in the PAD buffer. 9 Carriage return padding - sets the delay needed by printers to allow time for print head repositioning. 10 Line Folding - sets number of characters in a line before a line-feed occurs. 11 Access line speed - indicates speed of internal link between PAD and OTC's modem. 12 Determines wether or not the PAD can be flow-controlled by the user via XON/XOFF. 13 Line-feed/Carriage-return - sets wether the system supplies a line-feed after a carriage-return. 14 Line-feed padding - sets a delay needed by some systems after a line-feed. 15 Edit Control - allows editing of current line before packet is dispatched. 16 Delete Key - sets key used to delete a single character. 17 Line-Delete Key - sets key used to delete a line. 18 Line Display Key - sets key used to display the current line for editing. Note: see advanced users manual for details of selectable values for these parameters. There are currently 8 profiles available to you. The list and chart below give the most common usage of the various profiles and the parameter default values set for each. PROFILE DESCRIPTION --------+--------------------------------------------------------------------- 1 sets the PAD for transparency on (02)20992 2 a CCITT standard 3 (reserved) 4 standard default profile used on both dial-up numbers. 5 (reserved) 6 same as 4 except it has no echo; suitable for half duplex 7 for older style printer terminals, with a limited alility to buffer. 8 (reserved) 9 videotext applications 10 (reserved) 11 alternate to profile 4; without automatic line feed insertion. 12 same as 4, except PAD echo control cannot be turned off by the host. --------+--------------------------------------------------------------------- STANDARD DEFAULT PROFILE ------------------------ The default profile for both phone numbers is profile 4. Allprofiles have 18 parameters - each of which is set to a value which controls a PAD function. PROFILE 4 1 = 1 sets P to swpa from data to command mode. 2 = 1 keyed characters will be echoed back to user and appear on the screen (full duplex) 3 = 2 After every 128 characters or a carriage return, data is transmitted as a packet. 4 = 0 There is no automatic transmission of data after a certain time period. 5 = 2 Sets flow-control of data from terminal. Without this, data could be lost. 6 = 13 Enables the display of the '*' prompt, date/time, and call stats. 7 = 21 Sets the operation of the BREAK key to interrupt the host and to discard any data currently in transit from the host. 8 = 0 Sets the normal flow of data from the host to the users terminal. 9 = 0 No delay is inserted after a carriage return. Printer terminal users see profile 7. 10 = 0 No carriage-return or line-feed characters are added by the local PAD 11 = 12 Not accessable to the user. 12 = 1 The value defines the flow-control between the PAD and Data Access' own internal modem. 13 = 4 Adds a line feed after each carriage-return on echoed data only to provide 'normal' line scrolling. 14 = 0 No delay after a line-feed character in data from the host, or echoed back from the PAD 15 = 0 The current line of text in the buffer (i.e the part-packet waiting to be sent) cannot be edited. 16 = 127) 17 = 24 ) These three edit control parameters are not applicable when param 15 18 = 18 ) is set to zero. STANDARD PAD PROFILES --------------------- par PROFILE NUMBER num 01 02 03 04 05 06 07 08 09 10 11 12 ---+-------------------------------------------------- 01 00 01 -- 01 -- 01 01 -- 01 -- 01 01 02 00 01 -- 01 -- 00 00 -- 01 -- 01 01 03 00 126 -- 02 -- 02 02 -- 126 -- 02 02 04 04 00 -- 00 -- 00 00 -- 10 -- 00 00 05 00 01 -- 02 -- 02 02 -- 00 -- 02 02 06 00 01 -- 13 -- 13 13 -- 01 -- 13 13 07 02 02 -- 21 -- 21 21 -- 21 -- 21 21 08 00 00 -- 00 -- 00 00 -- 00 -- 00 00 09 00 00 -- 00 -- 00 07 -- 00 -- 00 00 10 00 00 -- 00 -- 00 00 -- 00 -- 00 00 11 12 12 -- 12 -- 12 12 -- 12 -- 12 12 12 00 01 -- 01 -- 01 01 -- 01 -- 01 01 13 00 00 -- 04 -- 00 00 -- 00 -- 00 04 14 00 00 -- 00 -- 00 00 -- 00 -- 00 00 15 00 00 -- 00 -- 00 00 -- 00 -- 00 00 16 127 127 -- 127 -- 127 127 -- 127 -- 127 127 17 24 24 -- 24 -- 24 24 -- 24 -- 24 24 18 18 18 -- 18 -- 18 18 -- 18 -- 18 18 ------------------------------------------------------ GENERAL SERVICE SIGNALS ----------------------- The OTC Data Access Service provides important information to the user - esp. in the event of problems occuring within the packet-switching network. * (asteisk) the asterisk prompt indicates that the PAD is in the command mode, ie: commands may be issued, parameters and profiles changed, or a call may be placed. COM Call has been connected. ERR An error has been made in a PAD command. ENGAGED In response to STAT command, it advises that you are (logically) connected to a host. FREE In response to STAT command, it advises that terminal is free to make a new call. PAR In response to PAR? or SET? it gives the parameter number/s and present value/s. Call Statistics =============== CID: The call Identification number. DUR: The duration of the call. SEGS RX: The number of segments recieved. SEGS TX: The number of segments transmitted. RESET SIGNALS ============= A reset indicator shows that the logical connection between you and the host has been interrupted and restored - but there might have been a loss of data. RESET DER Network error problem. RESET DTE Problem with the remote host. RESET ERR Local procedure error. RESET NC Network congestion problem. RESET PAR Reset initiated by PAD parameter. RESET RDO Error in remote host operations. RESET RPE Procedural error by remote host. CLEAR SIGNALS ============= If you wish to re-establish your link after a clear indicator, you will need to call again. CLR CONF PAD acknowledgement to your clear command. CLR DER The number you called is out of order. CLR DTE The remote host has cleared the call. CLR ERR Procedural error caused by your terminal. CLR INV Invalid request - facility not available. CLR NA The number called is not available to you. CLR NC Network congestion or temporary fault. CLR NP Called number not valid - Check number. CLR OCC Number id busy - Try again later. CLR PAD The remote host has commanded OTC Data Access PAD to clear the call. CLR RPE Remote procedure error probably by the host. Note: If problems persist, take note of any diagnostic codes and pass them onto the Fault Reporting Centre (02) 218 4825 or (02) 218 4826 Telex AA01051 Account representatives: Toll-Free (008) 25 1139 or Sydney (02) 287 3000 OTC Data Access Simulator: (02) 211 2850 give it a try to see how it all works!! [Ed: I hope this sorts out any problems anyone might be having/or have had with the new OTC Data Access system. I'll be getting the Advanced Users Manual soon, so I'll type it up and put it up. Errors and Omisions Accepted. The Buzzard] ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-13.TXT100644 0 0 205115 5612006410 10373 0ustar rootroot_______________________________________________________________________________ ItaPac - A Brief Introduction Written by Blade Runner on 08/11/88 (Revised on 09/09/88) A Telecom Computer Security Bulletin File Volume One, Number 1, File 03 of 12 _______________________________________________________________________________ Prologue -------- This text will represent a very complete tutorial about a packet switching network used in Italy: ItaPac. The purpose of this file is to supply very interesting information to have secure use and VERY LONG ItaPac password lifetime. It includes also a brief summary of what (shit) ItaPac is, techincal terms, various news. What's ItaPac ------------- ItaPac is the Italian Packet Switched Network. The "packet" protocol is called as it is because the data which travels through the network is assembled in 255 char groups (packets), with an address physically in the net towards which data is sent at fixed time intervals. Packets can thus contain different source data, and in this way they divide the cost of transmission and optimize net traffic. All of which runs transparent to the users, which doesn't remark of commutation, and works in an apparent "real time". In order to support all available protocols, the Packet Switch needs gestional software. As for definition, all terminals able to support the switching are called PADs (packet assembly-disassembly) and work following the CCITT X.25 recommendations. A PAD is very expensive to run. It is not the software or hardware that is so expensive, but rather the continuous maintenance and supervision required to keep the system running. Normally, most of the users prefer have the switching handled by an ACP Server which makes his call and transforms the packet proto- col from X.25 to an X.28 asycronous, that is compatable with the normal modems that we use. The user becomes like a DTE (Data Terminal Equipment), he connects to an ACP (Adapter/Concentretor of Packets) and can operate in trasparency without any kind of problems. The user can login to a pad in either of two ways: 1) DIRECTLY: by dedicated wire installed by Italcable. The cost is higher, but that guarantees a much higher transmission quality. 2) SWITCHED: by phone (switched line, not to be confused with ACP, even if there are similarities); the cost is much lower, but the transmission quality is unacceptable at times. The direct X.28 user has his own network user address (NUA). Some users have only one NUA while others have a multiplexed system. This system generally consists of one NUA and a variable number of subaddresses. The actual number of subaddresses depends on the number of doors he has into his pad. The switched user (poor) can only call others DTE, but he cannot receive calls, because he doesn't a network user address. In effect the only address where he can answer is that of the PAD on which he is logged on. Thus the DTE call from a phone number (of home, office, etc), if he can receive calls from another DTE, means that the hardware is able to scan the call, and we will all be in the shit (sorry for the hard expression). Taking apart the quality in trasmission, there is no difference between the two X.28 types: both need a modem. The first, connected to a standard phone line, and the second to dedicated one. For the rest of this file we will talk about the X.28 terminals of the second type: the dedicated ItaPac PADs. The ACP at their time, are connected to NCP (Nodes of Commutation of Packets) with transit functions or access for DTE X.25 and of local commutation. The NCP are connected between them at high speed (64k/second), and ACP are conn- ected to NCP at 9600 bit/second. ___________________________________________________________________________ | | | | | | | User Class | Xmit Methods | Speeds | Protocols | Access Methods | |______________|________________|__________|_____________|__________________| | | | | | | | Char by Char | Start/Stop | 300/1200 | X28 | Via Phone or | | Terminal | Full/Half Dup. | baud | | Direct | |______________|________________|__________|_____________|__________________| | | | | | | | Packet | HDLC | 2400 and | X25 | Direct | | Terminals | Full Duplex | 9600 bps | | Only | |______________|________________|__________|_____________|__________________| The CCITT standard makes it possible to interface ItaPac with other networks around the world. In effect, the NCPs are connected as big telephonic centers. Anyway, it seems that all European traffic to the USA and other countries, such as Australia, Argentina, Japan, etc, will transmit by the centers that are in Paris, France. Maybe from Paris data is sent via satellite, but I don't know. NUIs, NUAs, and DNICs --------------------- Well, when you connect to one of ItaPac's entry points (of which there are 41 ACP sites on Italian terrain at 300/200 baud and full duplex (V21, V22)), ItaPac responds: ACP:** I T A P A C ** GENOVA 32 PORTA: 4 The above is an example of the herald for an entry node in Genoa. In the exam- ple you can note that the number "32:" is really the node (the phone number you have called). Larger cities generally have more than one node. The PORTA is the port to the node (the physical entry point to the node). "PORTA: 4" means that you are connected to the fourth port of this particular Genoa ItaPac node. You can also see from the above example that there are 3 other people connected to the same node as you. Every ItaPac node can support at greatest a finite number of ports. If all the ports of a node are in use then the PAD will reject all new DTE calls. Frequently most (or all) of the ports until Friday night will not answer at all. Until one logs you off you cannot enter a port that is in use. Very often the first 2 or 3 ports will be busy from an internal console, or these will be reserved as an "emergency lane" for internal-use-only. A good way to use a free door is to send to people that are probably the callers an Urgent Call Income (UCI; in the States it is known as a BVC -- Busy Verification Signal -- AKA emergency interrupt). The you can redial the node. This time ItaPac will answer. The message "Beware, please, Urgent Urban Call Incoming" will appear on the screen. This will blow our friend from the port, thus freeing it for our use. Eh eh. Now for some definitions. 1) NUI 2) NUA 3) CUG (optional) NUI - Network User Identification: Nothing other than an ItaPac password. Every time you call an NUA, ItaPac will charge the account of owner of the password. Often NUIs are valid only for certain nodes. That is if the contract signed with Italcable will allow a 300 baud at Genova on 2697, this NUI will not work on the 2564 node. SYNTAX: the NUI must be preceded by UPPERCASE "N" and finished by a minus "-". The NUI MUST BE TYPED IN UPPERCASE. Between "N" and "-" the NUI will not be displayed (echoed). You will obtain only "N-" on display. NUA-Network User Address: the physical address of a remote DTE. Similar to a phone number, you understand. Must be typed without blank inside and soon after the NUI (or a timeout will occur and ItaPac will hang up on you). CUG - Close User Group: this is basically a high-security NUI. CUG stands for Close User Group. CUG users have access to optional parameters that are used for user recognition (and you know what that means). Having a CUG account is very handy. CUG users have the ability to inibit hackers (after all, they are there for network security, right?). There are less CUG users in Italy than the USA and are generally rare (but I know of one). A typical example would be the US Tymnet NUAs (03106nnnnnn). The PAS response will be ACP:CLR NA or Call Not Accepted and shut down. Makes hacking on a CUG account a good way to waste your time. Now we will take a closer look at an ItaPac NUAs structure (the numbers are examples only): DCC NC | __| / \| 12345678901234 \_ / | DNIC DNIC = Data Network Identification Code; it contains the address of the country to be called and the code for the network chosen. It is then divided into two parts: DCC and NC. DCC is the Data Country Code; a three digit number that is the phone prefix. Every country has different one. NC is the Network Code; a country can have more than one data network. In Italy there is ONLY packet switched network, the code is "2" and it is Dardo. Follow with: the prefix of the called city, the DTE number, an eventual suffix that is the "phone particular" (max 4 digit). Note: The DCC is used only to call outside. DCC must be preceded by a zero. ItaPac, in this case, is different from other countries. Let's show a pratical example: The Cilea of Milan (Segrate). The NUA is: 2220208 |||______ local address of DTE ||_______ 2 (02) = Milano |________ NC: 2 = ItaPac Now, another example: the Altos Unix (altger) in Munich, West Germany. The NUA is: 026245890040004 |\ /|\_ _/| | | | | |____ 40004: network address | | | |_______ 5 8900: munich prefix | | |__________ 4: DATEX-P (germany ItaPac) | |____________ 262: DCC West Germany |______________ foreign call The NUA's structure isn't so all the time. NUAs can exist that don't appear to have countries or cities. This because the address is sent to an indicated ACP that will provide the rerouting of the call. If the NCP has been instructed to consider a certain address like another, the DTE can have a Rome NUA and be located in Genoa. As call with the account to called... It's very important to be able to read an NUA. Many times you can find systems like VAXs and UNIXs and some refer to not-interactive logins; NUAs are not often completed. An NUA without a DNIC is like a phone number without an area code: its meaning is nothing. Usually the system makes references to a subject network, or it supplies other info in a less clear fashion. At this need I will supply a very short list of world wide DNICs I've found (notice that they are old hat, the new stuff is only for friends)... Beware: many countries own more than one national network (GB, USA, etc) then you will probably hear a thousand cries of "In USA where? On Tymnet, or Autonet? or Telenet? or RCA? EtherNet?" And I can continue... DNIC Network Name Country _______________________________________________________________________________ 2041 Datanet 1 Netherlands 2062 DCS Belgium 2080 Transpac France 2284 Telepac Switzerland 2322 Datex-P Austria 2329 Radaus Austria 2342 PSS UK 2382 Datapak Denmark 2402 Datapak Sweden 2405 Telepak Sweden 2442 Finpak Finland 2624 Datex-P West Germany 2704 Luxpac Luxembourg 2724 Eirpak Ireland 3020 Datapac Canada 3028 Infogram Canada 3103 ITT/UDTS USA 3106 Tymnet USA 3110 Telenet USA 3340 Telepac Mexico 3400 UDTS-Curacau Curacau 4251 Isranet Israel 4401 DDX-P Japan 4408 Venus-P Japan 4501 Dacom-Net South Korea 4542 Intelpak Singapore 5052 Austpac Australia 5053 Midas Australia 5252 Telepac Hong Kong 5301 Pacnet New Zealand 6550 Saponet South Africa 7240 Interdata Brazil 7241 Renpac Brazil 9000 Dialnet USA 7421 Dompac French Guiana This list may be in the hands of hackers everywhere. And, because the bread for a hacker is done with ItaPac's floor, the minimum I suggest is to learn by memory the main International DNICs. Not these for French Guiana, but the main European and American ones. Let's return to ItaPac. When you are connected to a remote system, the network sends an ACP: COM and it leaves the field and lets you join the host. To clear call and return in command mode (the star "*" prompt) must make some diff- erences. 1 - for the most part, the host leaves the possibility to user to talk with his PAD, either to setup his parameters, close, reset or confirm the call. In this case, often frequently, with the sequence CTRL-P ItaPac will reappear with its "*" prompt and it accepts commands. Typing "CLR" ItaPac will close the virtual call to host and answer "ACP: CLR CONF". 2 - Some Hosts, usually those with internal PADs, won't allow to ItaPac control to the user. CTRL-P is not recognized, and the only way to logoff or catch the control of the PAD is send a ten LONG-BREAK sequences. The BREAK, not to be confused with CTRL-C, that is not in this site, is an INTERNAL signal which is not an ASCII code. It is used by the communication program you use to send that acknowledgment. If you don't have the capability to send BREAK (short or long); beware not to use these black holes from where the only way to exit will be the physical disconnect from the PAD (ie, drop carrier on the modem). 3 - The use of CLR is not correct and in most cases it will cause serious problems to host machines. In effect, their software (or perhaps hardware) is not able to translate correctly the loss of carrier and enters into a "Wait-State Pending", that will finish only before a well-defined interval. In the mean time, this door is unavailable. Network administrators never like CTRL-P CLR. Network Signals, Profiles (Outline, Shapes, Sketch), Parameters --------------------------------------------------------------- A detailed description about all net signals, standard outlines and parameter sets, is supplied from a "manual about ItaPac access from X28 start-stop terminals" This manual can easily be "thieved" at kermesses in Italcables stands, in more desperate cases, you can ask that to your friends. What is not written therein into from Italcable is the meaning about parameters 14,15,16,17,18,19. Official guide stops at the 13th. But command ^P PAR? gives a full list with 19 entries! Now here are the descriptions: 14: Padding after Line feed (LF) 0 No padding inserted 1-15 When it is in the Data Transfer state, the pad inserts a time delay from 1 to 15 chars times the length after each LF that it inserts. The normal setting is determined by the terminal in use. 15: Editing of data This parameter and the following parameters (16, 17, and 18) determines how editing of data is perfomed when the pad is in the Data Transfer State 0 editing of data is not possible 1 Must be set to this value if the editing facility required 16: Charachter delete character 0 characted deletion is not possible 1-255 This is the IA5 decimal code of the choosen delete character. The normal setting is 127 (for RUBOUT or DEL) 17: Buffer delete character 0 Buffer deletion is not possible 1-255 This is IA5 decimal code of the choosen buffer delete char. The normal setting is 24 (CTRL-X) or (CAN) 18: Buffer display character 0 Buffer display is not possible 1-255 This is the IA5 decimal code of the choosen buffer display char. The normal setting is 18 (CTRL-R) or (TAPE-ON) Parameter 19 is unknown. One word about Delete. It's possible to correct what is typed in command mode via the DEL key. If you use the Backspace (ASCII 8) key ItaPac will not accept corrections but it will translate these as true chars. PAD SPEED --------- If your modem will colloquiate with a PAD at a defined baud rate (300 or 1200, full duplex) the packet transmission will slow in a drastic way the number of incoming and outgoing characters from your DTE. PADs send a continuous stream of clear-to-send and Ready-to-send signals that are really macro rests between packets. At lower transmission speeds (ie, 300 baud) the switching does not feel right, but at 1200 it does. We have computed that the speed of real transfers and receiving can, at maximum performance, raise to 450 baud. It is slower when you transfer a file, when the PADs work is very heavy. Via Xmodem, the PAD will try to destroy time-out signals, or confuse all. Public computer systems such as Delphi know that also. If you aren't able to download correctly using the Xmodem protocol then that means that only the remote host isn't detecting the differences between packets and asybchronous terminals. The question is: will it happen only on ItaPac (not new) or is a common problem to all NCPs? "NC" Nights ----------- There are nights in which every address you call is "NC". The Network Conges- tion state is very frequent on ItaPac, and will disallow the use of the network used from NCP. The causes are very mysterious. At night Firms aren't using ItaPac, and it seems the network is used only by hobbists. Then what? At the Service center they negate all, but this is reality. ItaPac, at the end, is an asshole. It has very high rates but they will add a joke to the classical thief: some- times it doesn't work. How does it not work? Ha! To them everything is always ok. And then someone will cry scandal if you try to bypass them! NUIs USED --------- Usually, NUIs that are used (or had been used) are demo NUIs. It hasn't an account, and then -in theory- cannot exaust. Operators cannot ever notify their use, because they don't have a record of calls...If a demo NUI will die, the cause can be one of only two: 1) ItaPac has changed codes due to normal administration 2) ItaPac was warning about the happening, or from their techician who had noted abnormal traffic and has controlled, or from an external (a son of a bitch spy!) +2-15-87 +-+ | | +--+ +--+ +--+ +--+ | | | | |_| 53ST6R An historical NUA- it has been working for over 2 years, and for a SPY... HOW GET AN NUI -------------- The more simple and safe method is to copy that from kermesses where Italcable, or otherwise, use X.28 wires. The dedicated X28 DOESN'T NEED AN NUI because they are directly connected. Go near the operator and ask "That is a MODEM?" Operator (if they have the time) will be moved to pity, in front of so much ingnorance, and he feels so relaxed, types in his pw. You, with an optimum eye, must read the keyboard and memorize the NUI. This is called shoulder surfing. It is well, in the case of big kermesses, to try to catch ANY booklet, agenda, block notes left near terminals. If the stand is owned by Italcable, ALL you can catch, must BE, without differences. A new scanning technique, based on trying statistically calculated, is in exam between DTE222. This technique may guarantee, if applied to a long scan time, posithives results in NUI research. The minimum number of NUI tried cannot be less than to 100,000 (1 hundred thousand), causing cost and time problems. At large lines, that rule is like: a NUI generator will provide to create a very likely NUI following the same criteria. A scanner will try all in an automatic manner. It tries 8, then it uses a valid NUI to connect to 22000 (Echo pad), immediatly it logs off (CLR CONF), putting zero thanks to ACP:COM the ACP:ERR ILL counter (how we know, to 10th ERR ILL the pad will logoff physical call [hangs]). The 9th try is as security margin. Then the scanning will restart. At 1200 baud - therefore - we had a 1400 hours tested NUI average. This, is all talk! In addition, it seems that before 700 ERR ILL, not looking counter reset, ItaPac will hang up. That will make it more diff- icult for our computer; it araises at times (will redial number) and make the search more expensive. NETWORK SIGNALS --------------- Net can send several mesages: - as answer to a command - for his own decision - following an action performed byt remote terminal 1. Errors messages ERR CNA syntax of command is correct, but not allowed in this state ERR ILL command is not syntactically correct or the hit is not recognized ERR EXP timeout and command was not completed ERR PNA the requested outline is not assigned yet 2. Logoff messages CLR OCC the called number is busy CLR NC Network congestion or temporaly failure of hardaware cannot allow new calls CLR INV Requested performance is not valid CLR NA The calling number cannot have connection to DTE (ex: Close User Group not compatable) CLR ERR Call is hung for a local procedure error CLR RPE Call is hung for a remote DTE error CLR NP Called NUA is not assigned CLR DER Called NUA is out of order CLR PAD PAD has hung the call because he had received am invitation to "clear" from DTE CLR DTE Remote DTE hung call CLR RNA Remote DTE cannot accept charged calls 3. Reset Messages RESET DTE Remote has resetted virtual circuit RESET RPE Call is putt in reset state for remote DTE error RESET ERR Call is reset for a local error RESET NC Call is hung for a network congestion RATES AND DUTIES ---------------- For whoever wants to subscribe ItaPac, here are the rates. For whoever uses it as Portoguese it might be interesting to have an idea about how much it costs the real owner of an NUI. The, if you have one, don't abuse and don't tell it to the four winds. Remember that real owner can, at any moment, change it! BY X.28 Switched Phone ---------------------- Class (baud) Lire/Month 300 12,150 1200 7,100 NUI duties: 7,200 / month to these must be added: modem duties mail and telegraph duties contributions and trafic (counter turns!) The amount of the first two isn't clearly specified on the rates-sheets, but it is marked as: Following the current rates. Last, is so divided: they will consider the distance between user site and the centre of relhative area phone code. X.25-X.28 Direct Connection --------------------------- Class (baud) Lire/Month 300 108,000 1200 139,500 2400 208,800 4800 275,400 9600 311,400 To these must be added: modem duties duties foryouse of area to area circuitery duties for new wires Time rates for Ports Taken -------------------------- class (baud) Lire/Minute (or fract) 300 13.50 1200 18.00 Time Rates ---------- 6.80 Lire/minute or fraction Volume rates ------------ 1.78 Lire/segment or fraction thereof (1 segment= 64 octets) Rates to call ------------- 30 lire / call Addings per NUI --------------- 7,200 / month For time and volume rates there is a 30% discount from 9 PM to 8 AM every day, including Saturday and non-working days PVC Rates --------- 54,000 Lire / Month Class of Max Charge of line --------------------------- 9,000 * KB / Month CUG --- Master 56,700 Lire / Month Users 900 Lire / Month Payment to Called ----------------- 8,100 / Month Change Options Parms -------------------- 45,000 Lire Speed Class Change ------------------ 90,000 lire Calls List ---------- Lire 30 each voice in list International Trafic [The rates are in Gold Francs (GF)] Europe ------ GF 0.107 / min or fraction thereof Extra Europe ------------ GF 0.3333 / min or fract (1) GF 0.4 / min or fract (2) GF 0.5 / min or fract (3) (1) North America or Middle East directly connected to Italy (2) Other countries out from Europe directly connected to Italy (3) All others In a few words, if you aren't a Multinational Company, but an hobbist, you must charge a 20 years money loan to be able to afford ItaPac. The Network is also able to receive characters following international Alphabet from CCITT No. 5 (IA5) with 1 or 2 stop bits and it will produce even chars with the #2 stop bit. In the exchange of control chars between terminals and net, ItaPac will translate characters dropping out the parity and send chars with even parity. Characters are exchanged in transparent way to user regard- ing parity and bits. TO CONNECT VIA THE SWITCHED WAY ------------------------------- 1) Dial the ItaPac node phone number. Whoever doesn't have an automatic modem must switch to data within 10 seconds from the first ItaPac tone. 2) send two to build the physical connection (within 30 seconds) 3) ItaPac will send the network herald, ACP identification and entry port (as explained) 4) At you're request: enter the virtual call state by typing ACP: FREE 5) send call request by issuing the NUI, the NUA and the data field (max 12 characters optional). E.g: if the NUI is AAAAAA and the NUA is 2345678 you must type: NAAAAAA-2345678 . The NUI is never echoed on screen. All sequences must blank free and entered within 120 seconds from first keypress. If you type a wrong NUI, net will answer ACP: ERR ILL. If you also need to send a data string, (e.g. ABCD) send: NAAAAAA-2345678 D or P ABCD . Typing 'D' before string the following data will be echoed, with 'P'. 6) net give ACP: COM if call is done. From this moment starts the data exchange phase and, until you disconnect, all commands to the net must be preceded with the ^P sequence. If the call is not correct, the net will answer by sending a disconnect signal to specify the cause of it. After 10 times of unsuccessfully placed calls, the net will hang up the carrier. If the call is possible, the NUA will receive an ACP: (caller address) COM. COMMANDS -------- The following commands can be issued prior to having a connection, meanwhile data transfer. In the last case, type a ^P before to exit data session (either it's considered as data itself). At end of command send . Beware that in a start-stop terminals calls (X.28) commands must sent also from TH in packet way, following X.29 procedures. 1) Virtual call state request: STAT will answer: - if call is on : ACP: ENGAGED - if call is off : ACP: FREE 2) Shape Choose PROF network will put on that (see later). At start the #3 is default outline. 3) Commands to send only during the data exchange (preceded by ^P) reset request: ^P RESET That command will cancel call followings data on line. 4) Interrupt send to remote DTE: ^P INT This packet will go over travelling data. Then, the action taked by host is software depending on. THE EDITING FEATURE. By the Editing Feature, you can delete a char or a line to make editing the PAD provide buffered characters. The editing function is ever in use during X.28 and the ACP xmit. To have it meanwhile data transfer you must choose parm 15. In this case, the user can choose between parms 16,17 and 18 the usable chars to request editing function and he can, via par 19, editing signals send by PAD. 1) Delete a char To make the deletion of the last type character you must send parm 16 defines the character (default DEL) before receving this char, the PAD will erase last character in the editing buffer, and, if parm 16 is different from 0, it send the signal about the erased char as said from par 19: if parm 19 is set to 0, no signal sent if parm 19 is set to 1, pad sent IA5 signal; this procedure is suggested for printer like terminals If parm 19 is set to 2, pad will sent a BS SP BS sequence of IA5. This procedure will locate cursor at inserting point of new char and is therefore suggested for video terminals. 2) Erase a line To erase a line you must send the char set into parm 17 (def: CAN). Before receving this character, the PAD will erase the buffer and, if parm 6 is set to anything save 0, it will send the line deletion character, following par- ameter 19: if parm 19 is set to 0 : nothing sent if parm 19 is set to 1 : pad send XXX if parm 19 is set to 2 : pad will send SP BS SP of IA5 for a number times as the number of chars in the buffer 3) Display a line To obtain a line display you must send char defined by parm 12 (def: DC2). Before receive this char pad will sent to terminal all chars stored in the buffer. _______________________________________________________________________________ =============================================================================== WORKING ON ITAPAC =============================================================================== Documentazione tratta da testi originali SIP riguardanti la rete a commutazione di pacchetto ITAPAC By : Dr. Agnus (MC3767) SEZIONE 1: INTRODUZIONE AL SERVIZIO IL SERVIZIO ITAPAC E` UNA RETE A COMMUTAZIONE DI PACCHETTO CHE PERMETTE ALL' UTENTE DI ACCEDERE A SERVIZI INFORMATIVI DI VARIO GENERE (EX: BANCHE , UNIVERSITA`, B.D. MEDICHE, B.D. LEGALI, BBS, CHAT, ED ALTRI ANCORA). IL COLLEGAMENTO ALLA RETE A COMMUTAZIONE DI PACCHETTO ITAPAC PUO` ESSERE EFFETTUATO TRAMITE LINEA COMMUTATA (PROTCOLLO X-28 CCITT) O DEDICATA ( PROTOCOLLO X-25 CCITT). LA DIFFERENZA E` CHE NEL PRIMO CASO (IL PIU` DIFFUSO) IL COLLEGAMENTO AVVIENE TRAMITE UNA SEMPLICE APPARECCHIATURA HARDWARE E UN COMUNE PROGRAMMA DI TRASMISSIONE DATI, MA LE VELOCITA` OTTENIBILI SONO FINO AD UN MASSIMO DI 1200 BAUD, NEL SECONDO CASO IL COLLEGAMENTO AVVIENE TRAMITE LINEA DEDICATA, CON APPARECCHIATURE DI ALTO LIVELLO (E COSTO !) E SOFTWARE APPOSITO, OTTENENDO COSI VELOCITA` CHE VANNO DAI 2400 AI 9600 BIT/S. IL COLLEGAMENTO IN LINEA DEDICATA OFFRE ANCHE ALTRI VANTAGGI QUALI LA SICUREZZA DELLA TRASMISSIONE, LA POSSIBILITA` DI GESTIRE PLURICOLEGAMENTI SU DI UN UNICO CIRCUITO FISICO, POSSIBILITA` DI RICEVERE CHIAMATE, ETC. LA CONNESIONE CON L' HOST (OSPITE) AVVIENE DIGITANDO LA LETTERA "N" SEGUITA DALLA [NUI] (CHE NON COMPARE SULLO SCHERMO), SUCCESSIVAMENTE VA DIGITATA LA [NUA] PRECEDUTA DAL SEGNO "-". FORMATO (IN) : N[NUI]-[NUA] {FORMATO DIGITATO SULLA TASTIERA} FORMATO (OUT): N-[NUA] {FORMATO VISUALIZZATO DA ITAPAC} ESAMINIAMO QUI DI SEGUITO OGNI SINGOLO PARAMETRO: - N : SIMBOLO COSTANTE DI CHIAMATA. - [NUI] : IDENTIFICATIVO DELL' UTENTE (NETWORK USER IDENTIFIER), DEVE ESSERE SEMPRE MAIUSCOLA. - [NUA] : INDIRIZZO LOGICO DELL' HOST (NETWORK USER ADDRESS). QUEST' ULTIMO PARAMETRO MERITA UN PO PIU DI ATTENZIONE, VEDIAMO INFATTI COME DA QUESTO INDIRIZZO LOGICO SI POSSANO RICAVARE INFORMAZIONI UTILI SULL' HOST. ANALIZZIAMO UNA NUA PER COMPRENDERE MEGLIO IL SUO FUNZIONAMENTO; LA NUA UTILIZZATA COME ESEMPIO E` QUELLA DI ALTOS UN CHAT GRATUITO CHE PERMETTE UNA COMUNICAZIONE SIMULTANEA, IN TEMPO REALE (SI FA PER DIRE) TRA DUE O PIU` UTENTI. NUA: 026245890040004 COME SI VEDE DALL' ESEMPIO LA NUA E` COMPOSTA ESCLUSIVAMENTE DA NUMERI. SCOMPONIAMOLA ORA IN FATTORI ELEMENTARI: - 1 - LO ZERO INZIZIALE INDICA CHE L' HOST CHIAMATO E` ESTERO O MEGLIO CHE LA NOSTRA CHIAMATA PROVIENE DALL' ESTERO. - 2 - LE SUCCESSIVE TRE CIFRE SONO L'INDENTIFICATIVO INTERNAZIONALE. QUESTE PERMETTONO IL RICONOSCIMENTO DELLA NAZIONE DELL' HOST CHIAMATO. (VEDI TAB. 1) - 3 - LE TRE CIFRE SEGUENTI RAPPRESENTANO L' IDENTIFICATIVO DISTRETTUALE DELL' HOST. (VEDI TAB. 2) - 4 - INFINE LE CIFRE RIMANENTI SONO IL VERO E PROPRIO INDIRIZZO LOGICO DELL' HOST. TABELLA 1 ------------------------------------------------------------ |NAZIONE | DCC | ACCESSO DIRETTO | TRANSITO | ------------------------------------------------------------ |ANTILLE FRANC. | 340 | ?? | | |AUSTRALIA | 505 | ?? | | |AUSTRIA | 232 | *SI | | |BELGIO | 206 | SI | | |BERMUDA | 350 | ?? | | |BRASILE | 724 | ?? | | |CANADA | 302 | ?? | | |COSTA D'AVORIO | 612 | ?? | | |DAHRAIN | 426 | ?? | | |DANIMARCA | 238 | NO |GERMANIA | |FINLANDIA | 244 | NO |FRANCIA | |FRANCIA | 208 | SI | | |GABON | 628 | ?? | | |GERMANIA | 262 | SI | | |GIAPPONE | 440 | ?? | | |GRECIA | 202 | *NO |FRANCIA | |GUIANA FRANC. | 742 | ?? | | |HONG KONG | 454 | ?? | | |INDONESIA | 510 | ?? | | |INGHILTERRA | 234 | SI | | |IRLANDA | 272 | NO |FRANCIA | |ISLANDA | 274 | ?? | | |ISRAELE | 425 | ?? | | |ITALIA | 222 | ?? | | |LUSSEMBURGO | 270 | NO |BELGIO | |MALESIA | 502 | ?? | | |MESSICO | 334 | ?? | | |NORVEGIA | 242 | NO |INGHILTERRA | |NUOVA ZELANDA | 530 | ?? | | |OLANDA | 204 | NO |BELGIO | |POLYNESIA FRANC| 547 | ?? | | |PORTOGALLO | 268 | *NO |FRANCIA | |RUSSIA | 205 | ?? | | |SINGAPORE | 525 | ?? | | |SPAGNA | 214 | *SI | | |SUD-AFRICA | 655 | ?? | | |SUD-COREA | 450 | ?? | | |SVEZIA | 240 | NO |INGHILTERRA | |SVIZZERA | 228 | SI | | |TAIWAN | 487 | ?? | | |THAITI | 235 | ?? | | |USA | 310 | ?? | | |USA | 311 | ?? | | |USA | 312 | ?? | | |USA | 313 | ?? | | ------------------------------------------------------------ GLI IDENTIFICATIVI INTERNAZIONALI SOPRA CITATI SONO LIMITATI AI PAESI EUROPEI, INOLTRE GLI ACCESSI DIRETTI ASTERISCATI NON SONO ANCORA FUNZIONANTI. TABELLA 2 ------------------------ |CITTA | DCC | ------------------------ |FIRENZE | 255 | |MILANO | 22 | |NAPOLI | 281 | |ROMA | 26 | |TORINO | 211 | ------------------------ GLI IDENTIFCATIVI NAZIONALI SOPRA CITATI SONO LIMITATI AD ALCUNE CITTA ITALIANE. SEZIONE 2: PARAMETRI DEL PAD IL PAD (PACKET ASSEMBLY/DISASSEMBLY) HA LA FUNZIONE DI CONVERTIRE ED ASSEMBLARE I CARATTERI RICEVUTI DALL' UTENTE TRASMETTERLI QUINDI AD UN ALTRO PAD (CON PASSAGGI INTERMEDI IN UNO O PIU NODI) E RI- CONVERTIRLI PER POI PASSARLI AL CHIAMATO (HOST). QUESTO SISTEMA OFFRE IL VANTAGGIO DI FAR VAGGIARE I DATI A NOTEVOLI VELOCITA` (SOLITAMENTE 9600 O SUPERIORI) DURANTE IL PASSAGGIO DA UN PAD ALL' ALTRO SU LINEE MOLTO AFFIDABILI. UNA VOLTA CHIAMATO IL PAD LOCALE SI E` ALL' INTERNO DELLA RETE ITAPAC, QUESTO CI PERMETTE ORA DI IMPARTIRE ORDINI A QUESTO CHE CI CONSENTANO DI AGEVOLARE LA COMUNICAZIONE SECONDO I PROPRI DESIDERI. QUESTO NON SIGNIFICA CHE IL PAD ESEGUA OGNI NOSTRO DESIDERIO, ANZI TUTT' ALTRO ESSO METTE A NOSTRA DISPOSIZIONE DEI PARAMETRI STANDARD SETTABILI A NOSTRO PIACERE (ENTRO CERTI LIMITI) ESAMINIAMOLI: 1- RICHIAMATA DEL PAD (TRAMITE UN CARATTERE): CONSENTE AL DTE DI USCIRE DALLA FASE DI SCAMBIO DATI DI UNA CHIAMATA PER INVIARE SEGNALI DI COMANDO AL PAD. (CTRL+P) 2- ECO: QUESTA FUNZIONE FA SI CHE TUTTI I CARATTERI INVIATI DAL DTE SIANO RITRASMESSI INDIETRO AL DTE STESSO COSI COME SIANO STATI INTERPRETATI DAL PAD. 3- SEGNALI DI INVIO DEI DATI: PERMETTE AL PAD DI RICONOSCERE ALCUNI CARATTERI PREDEFINITI, RICEVUTI DAL DTE, COME INDICAZIONE DI TERMINARE L' ASSEMBLAGGIO E SPEDIRE E SPEDIRE UN PACCHETTO. 4- TEMPORIZZAZIONE STATO DI RIPOSO: PERMETTE AL PAD DI TERMINARE L' ASSMEBLAGGIO DI UN PACCHETTO E DI SPEDIRLO NEL CASO CHE L' INTERVALLO TRA DUE CARATTERI SUCCESSIVI, RICEVUTI DAL DTE SUPERI UN VALORE PRESCELTO. 5- CONTROLLO DISPOSITIVO AUSILIARIO: CONSENTE UN CONTROLLO DI FLUSSO TRA IL PAD ED IL DTE. IL PAD INDICA, MEDIANTE L' INVIO DI CARATTERI SPECIALI SE E` DISPOSTO O MENO AD ACCETTARE CARATTERI DAL DTE. TALI CARATTERI SONO QUELLI CHE NELL' ALFA- BETO INTERNAZIONALE N. 5 SONO UTILIZZATI PER COMMUTARE UN DISPOSITIVO AUSILIARIO DALLO STATO ON AD OFF E VICEVERSA. 6- CONTROLLO SEGNALI DI SERVIZIO DEL PAD: PERMETTE IL CONTROLLO DEI SEGNALI DI SERVIZIO DEL PAD DIRETTI VERSO IL DTE. 7- AZIONE DEL PAD ALLA RICEZIONE DEL BREAK: PERMETTE DI SCEGLIERE COME DEVE OPERARE IL PAD IN SEGUITO ALLA RICEZIONE DEL SEGNALE DI BREAK DAL DTE. (CONTROL + P) 8- SCARTO DEI DATI IN USCITA: QUESTA FUNZIONE CONSENTE AL PAD DI SCARTARE LE SEQUENZE D' UTENTE CONTENUTE NEL CAMPO DATI DEI PACCHETTI INVECE DI DISASSEMBLARE E TRASMETTERLE AL DTE. 9- RIEMPIMENTO DOPO RITORNO CARRELLO: FORNISCE L' INSERZIONE AUTOMATICA, DA PARTE DEL PAD, DI CARATTERI DI RIEMPIMENTO DELLA STRINGA DI CARATTERI TRASMESSI AL DTE DOPO UN CARATTERE DI . QUESTO CONSENTE AL MECCANISMO DI STAMPA DEL DTE DI ESEGUIRE CORRETTAMENTE LA FUNZIONE DI RITORNO CAR- RELLO SENZA PERDITA DI INFORMAZIONI. 10- RIPIEGAMENTO DELLA LINEA: QUESTA FUNZIONE FORNISCE L' INSERI- MENTO AUTOMATICO, DA PARTE DEL PAD, DELLA COMBINAZIONE DEI CARATTERI E IN MODO CHE SU OGNI LINEA, VI SIA UN NUMERO MASSIMO DI CARATTERI DEFINITI DALL' UTENTE. 11- VELOCITA` TERMINALE: E` UN PARAMETRO A SOLA LETTURA CHE NON PUO` ESSERE MODIFICATO E PERMETTE AL DTE DI CONOSCERE LA VELOCITA` DI COLLEGAMENTO. 12- CONTROLLO DI FLUSSO DEL PAD: QUESTA FUNZIONE CONSENTE UN CONTROLLO DI FLUSSO TRA IL DTE ED IL PAD. IL DTE INDICA SE E` DISPOSTO O NO AD ACCETTARE DATI DAL PAD MEDIANTE L' INVIO DI CARATTERI SPECIALI (VEDI ANCHE 5). 13- INSERZIONE DI DOPO : FORNISCE L' INSERZIONE AUTOMATICA DA PARTE DEL PAD, DI UN CARATTERE DI DOPO OGNI CARATTERE < RITORNO CARRELLO> TRASMESSO O MANDATO IN ECO AL DTE. TALE FUNZIONE SI APPLICA SOLO NELLA FASE DATI. 14- RIEMPIMENTO DOPO : FORNISCE L' INSERZIONE AUTOMATICA DA PARTE DEL PAD, DI CARATTERI DI RIEMPIMENTO NELLA STRINGA TRASMESSA AL DTE DOPO UN CARATTERE DI . CIO CONSENTE AL MECCANISMO DI STAMPA DEL DTE DI ESEGUIRE CORRETTAMENTE L' OPERAZIONE DI . TALE FUNZIONE SI APPLICA SOLO NELLA FASE DATI. 15- EDITING. CONSENTE L'ABILITAZIONE O LA DISABILITAZIONE DELL' EDITING DEL PAD DA PARTE DEL DTE DURANTE LA FASE DI TRASFERI- MENTO DEI DATI. 16- SEGNALE DI CANCELLAZIONE CARATTERE: QUESTA FUNZIONE CONSENTE DI SCEGLIERE IL CARATTERE ASCII INTERPRETATO DAL PAD COME SEGNALE PER LA FUNZIONE DI CANCELLAZIONE CARATTERE. 17- SEGNALE DI CANCELLAZIONE LINEA: QUESTA FUNZIONE CONSENTE DI SCEGLIERE IL CARATTERE ASCII INTERPRETATO DAL PAD COME SGENALE PER LA FUNZIONE DI CANCELLAZIONE LINEA. 18- SEGNALE DI VISUALIZZAZIONE LINEA: QUESTA FUNZIONE CONSENTE DI SCEGLIERE IL CARATTERE ASCII INTERPRETATO DAL PAD COME SGENALE PER LA FUNZIONE DI VISUALIZZAZIONE LINEA. 19- SEGNALE PER L'EDITING: QUESTA FUNZIONE CONSENTE DI SPECIFICARE SE I SEGNALI DI EDITING DEL DTE DEBBANO O MENO ESSERE TRASMESSI DAL PAD. IN CASO TALE SPECIFICA SI POSITIVA E` ANCORA POSSIBILE INDICARNE IL FORMATO. TABELLA 3 ------------------------------------------------------------------ |NUMERO PARAMETRO | VALORI DISPONIBILI | SIGNIFICATO VALORE | ------------------------------------------------------------------ | 1 | 0 | NON POSSIBILE | | | 1 | POSSIBILE CON IL CARATT.| | | | 1/0 (DLE) | ================================================================== | 2 | 0 | NIENTE ECO | | | 1 | ECO | ================================================================== | 3 | 0 | NESSUN CARATTERE | | | 2 | CARATTERE C/R | | | 126 | TUTTI I CARRATTERI | ================================================================== | 4 | 0 | NESSUNA TEMPORIZZAZIONE | | | 1-255 | TEMP. IN 1/20 SEC | ================================================================== | 5 | 0 | NESSUN CONTROLLO | | | 1 | CONTROLLO CON XON-XOFF | ================================================================== | 6 | 0 | NESSUN SEGNALE DI SERV. | | | 1 | SEGNALE DI SERV. ATTIV. | | | 5 | SEGNALE DI SERV.+PROMPT | ================================================================== | 7 | 0 | NESSUNA AZIONE | | | 1 | INTERRUPT | | | 2 | RESET | | | 8 | USCITA | | | 21 | INTERRUPT + BREAK + PAD | ================================================================== | 8 | 0 | NORMALE CONSEGNA DEI | | | | DATI | | | 1 | SCARTO DEI DATI IN USC. | ================================================================== | 9 | 0 | NESSUN RIEMPIMENTO | | | 1-7 | NUM. CARATT. RIMEPIMENTO| ================================================================== | 10 | 0 | NESSUN RIPIEGAMENTO | | | 1-255 | NUM. CARATT. PER LINEA | ================================================================== | 11 | 0 | 110 BAUD | | | 2 | 300 BAUD | | | 8 | 200 BAUD | | | 3 | 1200 BAUD | | | 4 | 600 BAUD | | | 6 | 150 BAUD | | | 10 | 50 BAUD | ================================================================== | 12 | 0 | NON POSSIBILE | | | 1 | USO DEI CARATT. XON-XOFF| ================================================================== | 13 | 0 | NESSUNA INSERZIONE L/F | | | 1 | INSERZIONE L/F DOPO C/R | | | | VERSO IL DTE | | | 4 | INSERZIONE L/F DOPO C/R | | | | DAL DTE | | | 5 | INSERZIONE L/F DOPO C/R | | | | NELLA STRINGA DATI DAL | | | | DTE | | | 6 | INSERZIONE L/F DOPO C/R | | | | DAL DTE E C/R VERSO DTE | | | 7 | INSERZIONE L/F DOPO C/R | | | | SIA DA CHE VERSO DTE | ================================================================== | 14 | 0 | NESSUN RIEMPIMENTO | | | 1-7 | NUM. CARATT. RIEMPIMENTO| ================================================================== | 15 | 0 | NON ABILITATO | | | 1 | ABILITATO | ================================================================== | 16 | 0-127 | CARATTERE ASCII (0-127) | ================================================================== | 17 | 0-127 | CARATTERE ASCII (0-127) | ================================================================== | 18 | 0-127 | CARATTERE ASCII (0-127) | ================================================================== | 19 | 0 | NESSUN SEGNALE | | | 1 | SEGNALI PER TERMINALI | | | | STAMPANTI | | | 2 | SEGNALI PER TERMINALI | | | | VIDEO | ================================================================== SEZIONE 3: COMANDI DEL PAD I COMANDI CHE ESAMINEREMO QUI DI SEGUITO PERMETTONO OLTRE ALLA SELEZIONE DEI PARAMETRI PRIMA CITATI ANCHE DI OTTENERE MAGGIORI INFORMAZIONI SU QUELLO CHE SUCCEDE. I COMANDI DI ITAPAC SONO ALQUANTO POCHI E NON SOD- DISFANO PIENAMENTE LE RICHIESTE DELL' UTENTE. ESAMINIAMO I COMANDI ED IL LORO FORMATO: CLR: EFFETTUA LA DISCONNESSIONE DALL' HOST CHIAMATO (CTRL+P). FORMATO: "CLR" INT: INVIA UN SEGNALE DI INTERRUPT. QUESTO SEGNALE PUO` ESSERE DATO SOLO QUANDO LA CHIAMATA E` IN ATTO ED I SUOI EFFETTI DIFFERISCONO PER L' INTERPRETAZIONE DELL' HOST CHIAMATO (CTRL+P). FORMATO: "INT" PAR?: VISUALIZZA I VALORI DEI PARAMETRI ATTUALI. FORMATO: "PAR?X,Y" { MOSTRA IL VALORE DEI PARAMETRI X,Y } FORMATO: "PAR?" { MOSTRA IL VALORE DI TUTTI I PARAMETRI } SET: ATTRIBUISCE AD UN DETERMINATO PARAMETRO UN CERTO VALORE. FORMATO: "SETX:A,Y:B" { ASSEGNA AI PARAMETRI X ED Y I RISPETTIVI VALORI DI A E B } SET?: ATTRIBUISCE AD UN DETERMINATO PARAMETRO UN CERTO VALORE CON LA RICHESTA DI VERIFICA. FORMATO: "SET?X:A,Y:B" { ASSEGNA AI PARAMETRI X ED Y I RISPETTIVI VALORI DI A E B } IN RISPOSTA SI AVRA` "ACP:PAR X:A,Y:B" IN CASO I VALORI O I PARAM. IMMESSI SIANO ACCETTABILI MENTRE SI AVRA` "ACP:INV" SE I VALORI O I PARAM. SONO FUORI DEI RANGE AMMISSIBILI. PROF: CAMBIA IL PROFILO DEL PAD CON UNO DEI DIECI GIA` PREDEFINI- TI (DA NOTARE CHE PER DEFAULT ALLA CONNESSIONE VIENE SETTATO AUTOMATICAMENTE IL PROFILO N. 3 PER I PARAM. VEDI TAB. 4). FORMATO: "PROF4" { SETTA IL PROFILO NUMERO 4 } RESET: RICHIEDE AL PAD DI ABORTIRE TUTTI I DATI IN VIAGGIO IN QUEL MOMENTO. QUESTO COMANDO SI PUO` IMPARTIRE SOLO QUANDO UNA CHIAMATA E` IN ATTO (CTRL+P). FORMATO: "RESET" STAT: ANCHE QUESTO COMANDO E` ACCESSIBILE SOLO QUANDO LA CHIAMATA E` IN ATTO E CI INFORMA SE ESISTE UNA CHIAMATA ("ACP:ENGAGED") O MENO ("ACP:FREE"). FORMATO: "STAT" TABELLA 4 ------------------------------------------------------------------------ |PARAMETRO |PROF0|PROF1|PROF2|PROF3|PROF4|PROF5|PROF6|PROF7|PROF8|PROF9| ------------------------------------------------------------------------ | 1 | 0 | 1 | 0 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 2 | 0 | 1 | 0 | 1 | 0 | 1 | 1 | 1 | 1 | 0 | | 3 | 0 | 126 | 0 | 126 | 126 | 126 | 126 | 126 | 126 | 0 | | 4 | 20 | 0 | 12 | 255 | 255 | 255 | 20 | 255 | 255 | 20 | | 5 | 0 | 1 | 1 | 1 | 1 | 0 | 0 | 0 | 0 | 0 | | 6 | 0 | 1 | 0 | 5 | 5 | 5 | 5 | 5 | 5 | 5 | | 7 | 2 | 2 | 21 | 21 | 21 | 21 | 21 | 21 | 21 | 8 | | 8 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | | 9 | 0 | 0 | 0 | 2 | 6 | 0 | 0 | 2 | 2 | 0 | | 10 | 0 | 0 | 0 | 80 | 0 | 80 | 24 | 72 | 80 | 0 | | 11 | R/O | R/O | R/O | R/O | R/O | R/O | R/O | R/O | R/O | R/O | | 12 | 0 | 1 | 0 | 1 | 1 | 0 | 0 | 0 | 0 | 0 | | 13 | 0 | 0 | 0 | 5 | 5 | 5 | 0 | 0 | 0 | 0 | | 14 | 0 | 0 | 0 | 1 | 0 | 0 | 0 | 1 | 0 | 0 | | 15 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | | 16 | 127 | 127 | 127 | 127 | 127 | 127 | 127 | 127 | 127 | 127 | | 17 | 24 | 24 | 24 | 24 | 24 | 24 | 24 | 24 | 24 | 24 | | 18 | 18 | 18 | 18 | 18 | 18 | 18 | 18 | 18 | 18 | 18 | | 19 | 1 | 1 | 1 | 2 | 2 | 2 | 1 | 1 | 2 | 2 | ------------------------------------------------------------------------ LA SIMBOLOGIA R/O STA AD INDICARE PARAMETRO A SOLA LETTURA. ESISTONO ANCHE COMANDI DI CANCELLAZIONE LINEA (CTRL+X) E DI DELETE (DEL). SEZIONE 4: SEGNALI DI RISPOSTA DEL PAD I SEGNALI DI RISPOSTA DEL PAD SONO BREVI E SIGNIFICATIVI. OGNI MESSAGGIO E` COSTITUITO DA UNA RADICE ("ACP:") ED UNA DESINENZA ("?????"). ESAMINIAMO ORA LE DIVERSE DESINENZE: CLR CONF: ERRATA CONFIGURAZIONE. CLR DTE: L' HOST HA ABORTITO LA CHIAMATA. CLR ERR: CHIAMATA ABBATTUTA A CAUSA DI UN ERRORE DI PROCEDURA LOCALE. CLR INV: PRESTAZIONE RICHIESTA NON VALIDA. CLR NA: CONNESSIONE NON ABILITATA (GRUPPO CHIUSO UTENTI). CLR NC: PAD GUASTO O NON DISPONIBILE ALLA CONNESSIONE. CLR NP: LA NUA CHIAMATA NON ESISTE. CLR OCC: L' HOST CORRISPONDENTE ALLA NUA CHIAMATA E` SOVRACCARICO DI CHIAMATE (OCCUPATO). CLR PAD: IL DTE HA ABORTITO LA CHIAMATA. CLR RPE: LA CHIAMATA E` ABORTITA A CAUSA DI UN ERRORE DA PARTE DELL' HOST. CLR RNA: LA NUA CHIAMATA NON ACCETTA TASSAZIONI A SUO CARICO. CLR DER: L' HOST CORRISPONDENTE ALLA NUA CHIAMATA E` TEMPORANEAMENTE FUORI SERVIZIO. ERR CNA: IL COMANDO E` SINTATTICAMENTE CORRETTO MA NON E` AMMESSO. ERR ILL: IL COMANDO O LA NUI NON E` ESATTA. ERR EXP: E` STATO IMPIEGATO TROPPO TEMPO PER DIGITARE IL COMANDO. ERR PNA: IL PROFILE RICHIESTO NON E ASSEGNATO. RESET DTE: L' HOST CHIAMATO HA RESETTATO IL COLLEGAMENTO. RESET RPE: L' HOST HA ERRATO UNA PROCEDURA RESETTANDO IL COLLEGAMENTO. RESET ERR: LA CHIAMATA E` STATA RESETTATA PER UN ERRORE DI PROCEDURA LOCALE. RESET NC: L' INTENSO AFFLUSSO DI DATI HA CAUSATA UN RESET DELLA CHAIMATA. ERROR: COMANDO ERRATO. INV: COMANDO O PARAMETRO NON VALIDO. N.D.R. TUTTI I COLLEGAMENTI DELLA RETE ITAPAC CON PAESI EXTRAEUROPEI SONO OTTENIBILI GRAZIE ALLA COLLABORAZIONE ED ALL' UTILIZZO DELLE CENTRALI DI COMMUTAZIONI ITALCABLE. ************************************************************************** Robi, sysop di AMP-BBS presenta: ITAPAC - Comandi, Segnali e Parametri ************************************************************************** Con questo articolo non mi prefiggo di spiegare il funzionamento della rete a pacchetto Italiana, o il suo scopo, cose queste gia' conosciute a chi normalmente vi accede, ma di entrare nei dettagli dei comandi sup- portati dalla rete stessa. Tutto quello che segue, si riferisce all'ac- cesso da parte di terminali start-stop (X28, il vostro computer, in pratica), su linea commutata (le normali linee telefoniche). Come infor- mazione, si sappia che ad Itapac e' possibile accedere anche tramite linea diretta, con particolari terminali (X25), ma visto che questo non e' il nostro caso, torniamo all' X28... E' importante ricordare che durante una chiamata, ctrl-p fa "rientrare" in modo comando. Ad Itapac possono essere inviati i seguenti... COMANDI: STAT - Informa sullo stato attuale della chiamata. Se non e' in atto una chiamata, la risposta sara' ACP:FREE ; se invece e' in atto una connessione si ricevera' la risposta ACP:ENGAGED. Ovvio che per dare il comando STAT mentre una chiamata e' in corso, bisognera' tornare in modo comando con CTRL-P. PROF - Questo comando va seguito da un numero (da 0 a 9), per scegliere il profilo adatto alla connessione. Per profilo si intende la scelta di valori standard per i 19 parametri di Itapac che ver- ranno spiegati in seguito. Ogni profilo stabilisce determinati valori per ogni parametro. All'ingresso in Itapac, per default e' stabilito il profilo N. 3 (PROF3). SET - Questo comando e' usato per settare valori particolari nei singoli parametri. Ad esempio, scrivendo: SET13:4 si dara' al parametro n. 13 il valore 4. Con un unico comando e' anche pos- sibile settare piu' di un parametro. Ad esempio: SET2:0,9:4,13:4 si dara' ai parametri 9 e 13 il valore 4, mentre al parametro 2 il valore 0. SET? - Ha la stessa funzione di SET ma richiede conferma da parte della rete. Ad esempio, scrivendo: SET?2:0,9:4,13:4 Itapac rispondera': ACP:PAR 2:0,9:4,13:4. Puo' tornare utile in caso di errori di valore, dove Itapac rispondera' invece ACP:INV PAR? - Lettura del valore dei parametri. Il comando puo' essere usato da solo per avere dalla rete l'elenco del valore di tutti i parametri, oppure puo' essere seguito dai numeri dei parametri che interessano per saperne il valore: PAR?2,9,13 elenchera' i valori dei soli parametri 2, 9, e 13. RESET -Puo' essere dato solo durante una chiamata, e quindi preceduto da un ctrl-p. Richiede un reset della chiamata, cancellando dalla rete tutti i dati in viaggio in quel momento. INT - Invia un pacchetto di interrupt. Anche questo comando puo' essere dato solo mentre una chiamata e' in atto, e i suoi effetti di- pendono dall'interpretazione che viene data dall'host a cui si e' connessi. CLR - Abbatte la chiamata. Da usare per interrompere una chiamata, tornando in Itapac, dopo aver inviato il solito ctrl-p. SEGNALI: Itapac, oltre ad accettare comandi, puo' inviare alcuni segnali che indicano lo stato della rete (ad esempio il famoso ACP:COM che tutti conosceranno); questi segnali sono di tre tipi: segnali di errore, di disconnessione, e di reset. Sul monitor, vi appariranno sempre preceduti da un "ACP:"; esaminiamoli uno alla volta: SEGNALI DI ERRORE ~~~~~~~~~~~~~~~~~ ERR CNA - Il comando dato e' corretto ma non ammesso nello stato in cui ci si trova. ERR ILL - Il comando dato e' errato o non riconosciuto. ERR EXP - Si e' aspettato troppo tempo prima di terminare la scrit- tura di un comando. ERR PNA - Il profilo richiesto non e' assegnato. SEGNALI DI DISCONNESSIONE ~~~~~~~~~~~~~~~~~~~~~~~~~ CLR OCC - La NUA chiamata e' occupata da altri. CLR NC - A causa dell'intasamento o di un guasto temporaneo della rete, non si possono effettuare chiamate. CLR INV - Prestazione richiesta non valida. CLR NA - Non si puo' ottenere la connessione con la NUA chiamata (per esempio Gruppo Chiuso di Utenza) CLR ERR - La chiamata e' abbattuta a causa di un errore di procedura locale, (capita se si aspetta troppo a battere NUI-NUA). CLR RPE - Il collegamento e' abbattuto per un errore di procedura dell' host chiamato. CLR NP - La NUA chiamata non e' assegnata (non esiste). CLR DER - Il numero chiamato e' temporaneamente fuori servizio. CLR PAD - E' il segnale di normale disconnessione dall'host chiamato. CLR DTE - Il sistema corrispondente alla NUA chiamata ha abbattuto il collegamento. (altro segnale di normale disconnessione). CLR RNA - La NUA chiamata non accetta tassazioni a suo carico. SEGNALI DI RESET ~~~~~~~~~~~~~~~~ RESET DTE - L' Host chiamato ha posto in reset il collegamento. RESET RPE - Il collegamento e' posto in reset per un errore di procedura del sistema chiamato. RESET ERR - La chiamata e' posta in reset per un errore di procedura locale. RESET NC - La chiamata e' posta in reset per intasamento all'interno della rete. PARAMETRI: Come gia' detto in precedenza, su Itapac e' possibile modificare il valore di uno o piu' dei 19 parametri a seconda delle proprie esigenze, con uno dei tre comandi SET, SET?, o PROF. Esaminiamo uno ad uno i significati dei suddetti parametri, ed i valori possibili per ognuno di essi: Par. Descrizione Valori ~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~~ 1 - RICHIAMATA DEL PAD. Consente al chiamante 0 = non possibile di uscire temporaneamente dal collegamento 1 = possibile per inviare comandi ad Itapac. 2 - ECO. Fa si' che tutti i caratteri inviati 0 = niente eco all'host siano ritrasmessi da questo 1 = eco ultimo. 3 - SEGNALI DI INVIO DEI DATI. Permette ad 0 = nessun carattere Itapac di riconoscere alcuni caratteri 2 = carattere RETURN ricevuti, come indicazione di terminare 126 = tutti i caratteri l'assemblaggio dati e spedire un pac- chetto. 4 - TEMPORIZZAZIONE STATO DI RIPOSO. Permet- 0 = nessuna temporiz- te ad Itapac di assemblare e spedire un zazione pacchetto, se il tempo tra 2 caratteri 1-255= valore della successivi (battuti da voi), supera un temporizzazione valore prescelto. in 1/20 di sec. 5 - CONTROLLO DI FLUSSO. Consente un con- 0 = nessun controllo trollo di flusso tra Itapac e il vostro 1 = controllo mediante computer. XON E XOFF 6 - CONTROLLO SEGNALI DI SERVIZIO. Permette 0 = nessun segnale il controllo dei segnali di Itapac diret- 1 = uso dei segnali ti al vostro computer. 5 = uso dei segnali e del prompt (*) 7 - AZIONE DEL PAD AL BREAK. Permette di sce- 0 = nessuna azione gliere come deve operare Itapac in caso 1 = interrupt di ricezione di un vostro "break". 2 = reset 8 = uscita 21 = scarto dati, inter- rupt e indicazione di "break" 8 - SCARTO DEI DATI IN USCITA. Consente ad 0 = normale consegna Itapac di scartare i caratteri presenti dei dati nel campo dati dei pacchetti invece di 1 = scarto dei dati disassemblarle e trasmettervele. in uscita. 9 - RIEMPIMENTO DOPO RETURN. Fornisce la 0 = nessun riempimen- inserzione automatica da parte di Itapac to dei dati di caratteri di riempimento trasmessi 1-7= numero dei carat- dopo un "RETURN". teri di riempimento 10 - RIPIEGAMENTO DELLA LINEA. Questa funzione 0 = nessun ripiegamento fa si che Itapac invii automaticamente 1-255= numero caratteri un e un quando per per linea ogni linea vengono superati un certo numero di caratteri. 11 - VELOCITA' DEL TERMINALE. E' un parametro 0 = 110 bauds a sola lettura che consente di riconosce- 2 = 300 bauds re la velocita' di collegamento. 8 = 200 bauds 3 = 1200 bauds 4 = 600 bauds 6 = 150 bauds 10 = 50 bauds 12 - CONTROLLO DI FLUSSO. Consente un control- 0 = non possibile lo di flusso tra il vostro computer e 1 = possibile tramite Itapac. XON E XOFF 13 - INSERZIONE LINE FEED DOPO RETURN. Fornisce 0 = nessun LF l'inserzione automatica da parte di Itapac 1 = LF solo dopo i CR di un carattere "avanzamento linea" dopo verso di voi ogni "return" trasmesso o ricevuto. 4 = LF solo dopo i CR inviati da voi 5 = LF solo dopo i CR nella stringa dati e inviati da voi 6 = LF solo dopo i CR nei vostri dati e eco di un CR 7 = LF sia nei CR inviati da voi, che in quelli verso voi 14 - RIEMPIMENTO DOPO LINE FEED. Ha la stessa 0 = nessun riempimento funzione del parametro 9, ma con riferi- 1-7= numero caratteri mento al line feed invece che al return. di riempimento 15 - EDITING. Abilita o disabilita l'uso 0 = non abilitato dell' editing durante lo stato di trasfe- 1 = abilitato rimento dati. 16 - CANCELLAZIONE CARATTERE. Permette di sce- 0-127= un carattere ascii gliere il carattere da usare per la da 0 a 127 funzione di cancellazione carattere. 17 - CANCELLAZIONE LINEA. Permette di sceglie- 0-127= un carattere ascii re il carattere da usare per la funzione da 0 a 127 di cancellazione linea. 18 - VISUALIZZAZIONE LINEA. Permette di sce- 0-127= un carattere ascii gliere il carattere da usare per la da 0 a 127 funzione di visualizzazione linea. 19 - SEGNALI PER L'EDITING. Questa funzione 0 = nessun segnale vi consente di indicare se i segnali 1 = segnali per ter- per l'editing debbano o meno venire minali stampanti trasmessi. In caso affermativo e' pos- 2 = segnali per ter- sibile specificarne il formato. minali video PROFILI: Esaminiamo ora i profili standard che la rete Itapac mette a disposizione. Come ho gia' detto, il comando PROF consente di settare i 19 parametri con dei valori standard diversi per ciascuno dei 10 PROFili a disposi- zione. Piu' precisamente, i valori assegnati ai singoli parametri per ciascun profilo sono i seguenti: Par. PROF0 PROF1 PROF2 PROF3 PROF4 PROF5 PROF6 PROF7 PROF8 PROF9 1 - 0 1 0 1 1 1 1 1 1 0 2 - 0 1 0 1 0 1 1 1 1 0 3 - 0 126 0 126 126 126 126 126 126 0 4 - 20 0 12 255 255 255 20 255 255 20 5 - 0 1 1 1 1 0 0 0 0 0 6 - 0 1 0 5 5 5 5 5 5 5 7 - 2 2 21 21 21 21 21 21 21 8 8 - 0 0 0 0 0 0 0 0 0 0 9 - 0 0 0 2 6 0 0 2 2 0 10 - 0 0 0 80 0 80 24 72 80 0 11 - - - - - - - - - - - 12 - 0 1 0 1 1 0 0 0 0 0 13 - 0 0 0 5 5 5 0 0 0 0 14 - 0 0 0 1 0 0 0 1 0 0 15 - 0 0 0 0 0 0 0 0 0 0 16 - 127 127 127 127 127 127 127 127 127 127 17 - 24 24 24 24 24 24 24 24 24 24 18 - 18 18 18 18 18 18 18 18 18 18 19 - 1 1 1 2 2 2 1 1 2 2 /-------------------------/ Forse non tutti sanno che..... - Se battendo NUI o NUA si fanno degli errori e' possibile correggerli usando il tasto DEL che fa tornare indietro il cursore cancellando i caratteri. - Se gli errori nella battitura di NUI o NUA sono troppi e' possibile cancellare tutta la riga scritta battendo un CTRL-X. - Se viene settato PROF0 non si vedranno piu' i comandi che si battono ma Itapac continua a recepirli. - Se volete mantenere la possibilita' di usare CTRL-P anche per i downloads in zmodem via outdial, basta dare invece di PROF0 il seguente comando: SET?3:0,4:2,5:1,9:0,10:0,12:0,13:0,14:0,15:0 Per ulteriori informazioni o maggiori chiarimenti rivolgersi a: Robi, presso AMP-BBS Tel. 06-5005151 300/1200/2400 bauds 24 ore su 24 ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-14.TXT100644 0 0 137264 5612006410 10405 0ustar rootroot RECOMENDACIONES DEL CCITT X.3, X.28 Y X.29 Las Recomendaciones X.3, X.28 y X.29 describen las caracte- rsticas que debe reunir un Pad para facilitar el acceso de terminales arrtmicos (puede ser PC + Mdem) a las redes pblicas de conmutacin de paquetes, as como los protoco- los de dilogo entre dichos terminales y el Pad y entre el Pad y un terminal de paquetes como eventual interlocutor. Estos terminales pueden acceder al Pad a travs de enlaces fsicos punto a punto o bien a travs de la Red Telefnica Conmutada (RTC) (que ser lo ms usual). En accesos por RTC, Iberpac detecta automticamente la ve- locidad del ETD de caracteres (PC + Mdem) y se ajusta a la misma (El valor mximo hasta ahora es 1200 Bits/Segundo). Para ello el ETD de caracteres, una vez establecida la co- nexin, debe enviar los caracteres "..CR" (peticin de ser- vicio). El Pad cuando recibe sto a la velocidad del ETD de caracteres ajusta su velocidad de trabajo para que coin- cida con la del ETD de caracteres. El funcionamiento del Pad viene fijado por los valores de unas variables internas denominadas parmetros. Cada par- metro controla una de las funciones elementales de Pad. En cada ETD de caracteres, para que pueda funcionar el Pad debe tener valores para todos los parmetros de la tabla. Un conjunto de parmetros coherente con un tipo de ETD de caracteres y que pueden referenciarse con un nombre nico se denomina "perfil". Estos valores de los parmetros pueden alterarse desde el ETD de caracteres o bien desde el ETD de paquetes, una vez establecida la comunicacin virtual en funcin de las nece- sidades de intercambio de informacin entre ambos. Esta al- teracin puede hacerse de forma individualizada (uno o va- rios parmetros) o globalmente (cambio de perfil). El ETD de caracteres y el Pad dialogan mediante secuencias de caracteres del cdigo ASCII. Las secuencias desde el ETD (c) al Pad se denominan comandos y las del Pad al ETD (c) seales de servicio. Los comandos sirven para: - Establecer y liberar comunicaciones. - Reiniciar comunicaciones virtuales. - Interrogar al Pad sobre el estado de una comunicacin. - Modificar o leer los parmetros del Pad. El Pad enva las seales de servicio para: - Acuse de recibo de comandos. - Informar sobre el establecimiento y liberacin de las llamadas virtuales. - Informar sobre el estado de la comunicacin virtual. - Indicar los valores de los parmetros. El dilogo entre el ETD (c) y el Pad se inicia tras el es- tablecimiento del enlace fsico con la seal de "peticin de servicio" que permite reconocer la velocidad del ETD (c) si el enlace es por RTC. Una vez reconocida la velocidad, el Pad genera una "indicacin de servicio preparado" (IBER- PAC) y queda a la espera de que el ETD (c) introduzca algn comando. Inicialmente, dependiendo del tipo de acceso se asigna al ETD (c) un perfil inicial. El ETD (c) puede optar por mo- dificar el perfil o iniciar una comunicacin. El establecimiento de una comunicacin virtual (con un or- denador va Iberpac) se solicita por el ETD (c) mediante un comando de seleccin, indicando el destino y las facilida- des requeridas para la llamada (cobro revertido, etc.) La Red Iberpac se encargar de entregar el correspondiente pa- quete de llamada entrante al destino si es un ETD de paque- tes (ETD (p)). Una vez completo el establecimiento de la comunicacin virtual el Pad generar la seal de servicio de "conectado" (COM) y el circuito queda en fase de datos. Bsicamente las fases en una comunicacin virtual a travs de un Pad de la Red Iberpac son: - Establecimiento del circuito de acceso al Pad. - Establecimiento del circuito virtual. - Transferencia de datos. - Liberacin del circuito virtual. - Liberacin del circuito de acceso al Pad. Recomendacin X.3 Posibles valores y combinaciones de valores de los parme- tros. Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 1 Rellamada al 0 Imposible PAD mediante 1 Caracter DLE un carcter 32 a 126 Posible, mediante un carcter grfico definido por el u- suario Ĵ 2 Eco 0 Sin eco 1 Eco Ĵ 3 Eleccin de 0 Sin carcter de en- caracter(es) vo de datos de envo de 1 Caracteres alfanu- datos mricos. 2 Carcter CR 4 Caracteres ESC,BEL, ENQ y ACK 6 Caracteres CR,ESC, BEL, ENQ y ACK 8 Caracteres DEL,CAN, DC2 16 Caracteres ETX,EOT 18 Caracteres CR,ETX, EOT Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 3 32 Caracteres HT,LF,VT FF Ĵ 4 Eleccin de 0 1 al 19 Valor de la dura- la tempori- 20 21 a 254 cin de la tempori- zacin de 255 zacin de reposo en reposo veinteavos de seg. Ĵ 5 Control de 0 Sin utilizacin de dispositivo X-ON/X-OFF auxiliar 1 Utilizacin de X-ON /X-OFF (transferen- cia de datos) 2 Utilizacin de X-ON /X-OFF (transferen- cia de datos e ins- truccin) Ĵ 6 Control de 0 No se transmiten seales de seales de sevicio servicio Pad al ETD (c) y de seales 1 Se transmiten sea- de instruc- les de servicio cin (Pad) 5 Se transmiten sea- les de servicio y la seal de servi- cio de sugerencia 8 a 15 Se transmiten sea- les de servicio en un formato que de- pende de la Red 16 Dilogo ampliado, las seales de ser- vicio estn en in- gls 32 Dilogo ampliado, las seales de ser- vico estn en fran- cs 48 Dilogo ampliad, las seales de ser- vicio estn en es- paol Ĵ 7 Eleccin de 0 Nada la operacin 1 Interrupcin que debe e- 2 Reiniciacin fectuar el 4 Enviar al ETD (p) o Pad al reci- a otro Pad una in- bir una se- dicacin de corte al de corte del mensaje Pad del ETD (c) Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 7 5 Interrupcin e in- dicacin de corte 8 Escape del estado transferencia de datos 16 Descartar salida al ETD (c) 21 Descartar salida, interrupcin e in- dicacin de corte Ĵ 8 Descartar 0 Entrega normal de salida datos 1 Descartar salida Ĵ 9 Relleno des- 0 Sin relleno despus pus del re- de CR troceso de 1 a 7 Nmero de caracte- carro (CR) 8 a 255 res de relleno in- sertados despues de CR Ĵ 10 Delimitacin 0 Sin indicacin de de la lnea delimitacin de la lnea 1 a 255 Nmero de caracte- res grficos por lnea Ĵ 11 Velocidad 0 110 bits/s slo binaria del 1 134,5 bits/s lecturaETD (c) 2 300 bits/s 3 1 200 bits/s 4 600 bits/s 5 75 bits/s 6 150 bits/s 7 1 800 bits/s 8 200 bits/s 9 100 bits/s 10 50 bits/s 11 75/1 200 bits/s 12 2 400 bits/s 13 4 800 bits/s 14 9 600 bits/s 15 19 200 bits/s 16 48 000 bits/s 17 56 000 bits/s 18 64 000 bits/s Ĵ 12 Control de 0 Sin utilizacin de flujo del X-ON/X-OFF para Pad control de flujo Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 12 1 Utilizacin de X-ON /X-OFF para control de flujo Ĵ 13 Insercin de 0 Sin insercin de cambio de cambio de rengln rengln des- 1 Insercin de cambio pus del re- de rengln despus troceso del de la transmisin carro de CR hacia el ETD (c) 2 Insercin del cam- bio de rengln des- pus de cada retor- no de carro desde el ETD (c) 4 Insercin del cam- bio de rengln des- pus de la devolu- cin en eco de CR hacia el ETD (c) 5 Insercin del cam- bio de rengln de- pus de la transmi- sin al ETD arrt- mico y despus de la devolucin en eco de CR 6 Insercin del cam- bio de rengln en la cadena de datos despus de CR des- de el ETD (c) y despus de la devo- lucin en eco de CR hacia el ETD (c) 7 Insercin del cam- bio de rengln en la cadena de datos hacia y desde el ETD (c) y despus de la devolucin en eco de CR hacia el ETD (c) Ĵ 14 Relleno des- 0 Ausencia de relleno pus del despus del cambio cambio de 1 a 7 Nmero de caracte- rengln 8 a 255 res de relleno in- sertados despus del cambio de ren- gln Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 15 Edicin 0 No se emplea edi- cin en el estado de transferencia de datos 1 Se emplea edicin en el estado de transferencia de datos Ĵ 16 Supresin de 0 a 126 Un carcter del AI carcter N5 127 Carcter 7/15 (DEL) Ĵ 17 Supresin de 0 a 23 Un carcter del AI lnea N5 24 Carcter 1/8 (CAN) 25 a 127 Un carcter del AI N5 Ĵ 18 Visualiza- 0 a 17 Un carcter del AI cin de l- N5 nea 18 Carcter 1/2 (DC2) 19 a 127 un carcter del AI N5 Ĵ 19 Seales de 0 Sin seales de ser- servicio Pad vicio Pad de edi- de edicin cin 1 Seales de servicio Pad de edicin para terminales impreso- res 2 Seales de servicio Pad de edicin para terminales de vi- sualizacin 8 Seales Pad de edi- 32 a 126 cin que utilizan un carcter del AI N5 Ĵ 20 Mscara de 0 Sin mscara de eco eco (todos los caracte- res se devuelven en eco) 1 No se devuelve en eco CR 2 No se devuelve en eco LF 4 No se devuelven en eco VT, HT, FF Ŀ N del DescripcinPosibles valores Significado parme- del parme-Ĵ y tro tro Oblig. Facult. observaciones Ĵ 20 8 No se devuelven en eco BEL,BS 16 No se devuelven en eco ESC, ENQ 32 No se devuelven en eco ACK, NAK, STX, SOH, EOT, ETB, ETX 64 No se devuelven en eco los caracteres de edicin designa- dos por los parme- tros 16, 17, 18 128 No se devuelven en eco ninguno de los dems caracteres de las columnas 0 y 1 no indicados ante- riormente, ni el caracter DEL Ĵ 21 Tratamiento 0 Sin verificacin ni de la pari- generacin de la dad paridad 1 Verificacin de la paridad 2 Generacin de la paridad 3 Verificacin y ge- neracin de la pa- ridad Ĵ 22 Espera de 0 No es posible la pgina espera de pgina 1 a 22 Nmero de caracte- 23 res de cambio de 24 a 255 rengln considera- dos por el Pad pa- ra la funcin espe- ra de pgina Observaciones: En muchos parmetros, los valores que no son potencias de dos se forman por combinacin de los correspondientes valo- res que s son potencias de dos, la accin de ese valor es el resultado de la combinacin de las acciones de los valo- res potencia de dos por separado. Ejemplo: en el parmetro 3 (Eleccin de caracteres de envo de datos) si se le da el valor 6, los caracteres designados son: CR, ESC, BEL, ENQ, y ACK; que corresponden a la accin conjunta de los valores 2 + 4 (al 2 le corresponde CR y al 4 los dems) Como se ha indicado anteriormente estos parmetros pueden referenciarse conjuntamente en lo que se denomina perfil. Existen dos perifiles normalizados por el CCITT que se de- tallan a continuacin Ŀ N del DescripcinAsignacin de valores a los parme- parme- del parme-tros para los perfiles normalizados tro tro Ĵ Perfil normalizadoPerfil normalizado transparente simple Ĵ 1 Rellamada alAsgnese imposibleAsignese posible PAD mediante(valor 0) (valor 1) un carcter Ĵ 2 Eco Asgnese ausencia Asgnese eco de eco (valor 0) (valor 1) Ĵ 3 Eleccin de Asgnese ausencia Asgnense todos caracter(es)de seal de envo los caracteres de de envo de de datos (valor 0)las columnas 0 y 1 datos y el caracter 7/15 (DEL) del AI N5 Ĵ 4 Eleccin de Asgnese un segun-Asgnese ausencia la tempori- do (valor 20) de temporizacin zacin de (valor 0) reposo Ĵ 5 Control de Asgnese no utili-Asgnese utiliza- dispositivo zacin de X-ON/ cin de X-ON/X-OFF auxiliar X-OFF Ĵ 6 Control de Asgnese no se Asgnese se trans- seales de transmiten sealesmiten seales de servicio Padde servicio al servico (valor 1) y de sealesETD arrtmico de instruc- (valor 0) cin (Pad) Ĵ 7 Eleccin de Asgnese reinicia-Asgnese reinicia- la operacincin (valor 2) cin (valor 2) que debe e- fectuar el Pad al reci- bir una se- al de corte del ETD (c) Ĵ 8 Descartar Asgnese entrega Asgnese entrega salida normal de datos normal de datos (valor 0) (valor 0) Ĵ 9 Relleno des-Asgnese ausencia Asgnese ausencia pus del re-de relleno tras CRde relleno tras CR troceso de (valor 0) (valor 0) Ŀ N del DescripcinAsignacin de valores a los parme- parme- del parme-tros para los perfiles normalizados tro tro Ĵ Perfil normalizadoPerfil normalizado transparente simple Ĵ 10 DelimitacinAsgnese ausencia Asgnese ausencia de la lnea de delimitacin dede delimitacin de la lnea (valor 0)la lnea (valor 0) Ĵ 11 Velocidad Indica la veloci- Indica la veloci- slo binaria del dad del ETD dad del ETD lecturaETD (c) Ĵ 12 Control de Asgnese no utili-Asgnese utiliza- flujo del zacin de X-ON/ cin de X-ON/X-OFF Pad X-OFF Ĵ 13 Insercin deAsgnese ausencia Asgnese ausencia cambio de de insercin del de insercin del rengln des-cambio de rengln cambio de rengln pus del re-(valor 0) (valor 0) troceso del carro Ĵ 14 Relleno des-Asgnese ausencia Asgnese ausencia pus del de relleno despusde relleno despus cambio de de LF (valor 0) de LF (valor 0) rengln (LF) Ĵ 15 Edicin Asgnese ausencia Asgnese ausencia de edicin en el de edicin en el estado de transfe-estado de transfe- rencia de datos de datos (valor 0) (valor 0) Ĵ 16 Supresin deAsgnese carcter Asgnese carcter carcter 7/15 (DEL) 7/15 (DEL) (valor 127) (valor 127) Ĵ 17 Supresin deAsgnese 1/8 (CAN)Asgnese 1/8 (CAN) lnea (valor 24) (valor 24) Ĵ 18 Visualiza- Asgnese carcter Asgnese carcter cin de l- 1/2 (DC2) 1/2 (DC2) nea (valor 18) (valor 18) Ĵ 19 Seales de Asgnese seales Asgnese seales servicio Padde servicio de Padde servicio de Pad de edicin de edicin para de edicin para terminales impre- terminales impre- sores (valor 1) sores (valor 1) Ĵ 20 Mscara de Asgnese devolu- Asgnese devolu- eco cin de eco en to-cin de eco en to- dos los caracteresdos los caracteres Ŀ N del DescripcinAsignacin de valores a los parme- parme- del parme-tros para los perfiles normalizados tro tro Ĵ Perfil normalizadoPerfil normalizado transparente simple Ĵ 20 (valor 0) (valor 0) Ĵ 21 Tratamiento Asgnese ausencia Asgnese ausencia de la pari- de deteccin o ge-de deteccin o ge- dad neracin de la pa-neracin de la pa- ridad (valor 0) ridad (valor 0) Ĵ 22 Espera de Asgnese espera deAsgnese espera de pgina pgina inhabilita-pgina inhabilita- da (valor 0) da (valor 0) Lo ms interesante en el dilogo Pad-ETD (c) es el inter- cambio de comandos y seales de servicio. Los comandos se envan desde el ETD (c) al Pad y tienen mltiple funciones como pueden ser seleccionar perfiles, variar parmetros, realizar llamadas virtuales, etc. Por su parte las seales de servicio las enva el Pad al ETD (c) y sirven para in- formar a ste de los distintos resultados obtenidos tras la realizacin de las acciones indicadas en los comandos. A contiunacin se detallan las seales de instruccin de Pad y las seales de servicio de Pad. Ŀ Formato de la Seal de servicio seal de ins- Funcin de Pad enviada truccin de como respuesta Pad Ĵ STAT Pedir informacin sobre FREE el estado de una llama- o da virtual establecida ENGAGED con el ETD Ĵ CLR Liberar una llamada vir- CLR CONF tual o CLR ERR (en caso de un error de procedimiento lo- cal) Ĵ PAR? Lista Pedir los valores vi- PAR (lista de re- de referen- gentes de determinados ferencias de par- cias de pa- parmetros metro y sus valores rmetro vigentes o INV) Ŀ Formato de la Seal de servicio seal de ins- Funcin de Pad enviada truccin de como respuesta Pad Ĵ SET? Lista Pedir la modificacin o PAR (lista de re- de referen- la asignacin de los va-ferencias de par cias de pa- lores vigentes de par- metro con sus va- rmetro y metros especificados y lores vigentes o valores co- pedir los valores vigen-INV) rrespondien-tes de parmetros espe- tes cificados Ĵ PROF (iden- Dar a los parmetros de Acuse de recibo tificador) Pad un conjunto de valo- res normalizados Ĵ RESET Reiniciar la llamada Acuse de recibo virtual Ĵ INT Transmitir un paquete deAcuse de recibo interrupcin Ĵ SET Lista Asignar o modificar va- Acuse de recibo o de parme- lores de parmetros PAR (lista de refe- tros con va- rencia de parmetro lores pedi- no vlida seguida dos de INV) Ĵ Seal de Establecer una llamada Acuse de recibo instruccin virtual de Pad de seleccin Ĵ ICLR Invitar al Pad distante CLR PAD a que libere una llama- da virtual Ĵ RPAR? Lista Pedir los valores vigen-RPAR (lista de pa- de referen- tes de los parmetros rmetros con sus cias de pa- especificados en el Pad valores vigentes o rmetro distante INV) Ĵ RSET? Lista Pedir la modificacin deRPAR (lista de re- de referen- la asignacin de los va-ferencias de par- cia de par-lores vigentes de par- metro y sus valores metro metros especificados y vigentes o INV) pedir los valores vigen- tes de parmetros espe- cificados A continuacin se detallan las seales de servicio de Pad y su explicacin. Ŀ Formato normalizado de la Explicacin seal de servicio de Pad Ĵ RESET DTE 1, 2 o 3 Indicacin de que el ETD dis- caracteres tante ha reiniciado la llamada que represen-virtual tan el valor ERR decimal Indicacin de reiniciacin de del cdigo deuna llamada virtual debido a un diagnstico error de procedimiento local NC Indicacin de reiniciacin de una llamada virtual debido a congestin en la red RPE Indicacin de reiniciacin de una llamada virtual debido a un error de procedimiento remoto Ĵ CLR ERR Indicacin de liberacin por error NUI Indicacin de liberacin por error en la instruccin de se- leccin DTE Indicacin de liberacin por el ETD remoto INV Indicacin de liberacin por paquete invlido OCC Indicacin de liberacin por estar el ETD remoto llamado ocupado DER Indicacin de liberacin por ETD fuera de servicio NA Indicacin de liberacin por acceso denegado NP Indicacin de liberacin por error de ruta NC Indicacin de liberacin por congestin en la Red Ĵ CLR CONF Confirmacin de liberacin Ĵ COM Indicacin de comunicacin es- tablecida Ĵ IBERPAC Seal de servico de Pad de identificacin de Pad Ĵ ERR Indicacin de que una seal de instruccin de Pad es errnea Ĵ XXX Indicacin de funcin de supre- sin de lnea ejecutada para terminales impresores Ĵ PAGE Indicacin de que se ha produ- cido una condicin de espera de pgina Ŀ Formato normalizado de la Explicacin seal de servicio de Pad Ĵ BS SP BS Indicacin de funcin de supre- sin de carcter ejecutada pa- ra terminales de visualizacin Ĵ ENGAGED Respuesta a la seal de ins- truccin de Pad de estado cuan- do se ha establecido una comu- nicacin Ĵ FREE Respuesta a la seal de ins- truccin de Pad de estado cuan- do no se ha establecido una co- municacin Ĵ PAR Valor decimalRespuesta a la seal de ins- de parmetro:truccin de Pad de asignacin valor de pa- y lectura y a la seal de ins- rmetro, INV truccin de Pad de asignacin o lista de si uno o ms parmetros son no parmetros novlidos vlidos Ĵ * Seal de servicio de Pad dis- puesto Ĵ Determinante Seal de servicio de Pad de de formato acuse de recibo Ĵ TRANSFER TO Direccin y Indicacin de que est en cur- facilidades so una reseleccin, por el Pad, del ETD de ETD llamado Ĵ RPAR Valor decimal de parmetro: valor de pa- rmetro, INV, o lista de parmetros no vlidos Ademas de todo esto puede ser interesante conocer los cdi- gos de causa y diagnstico generados por la red, dichos c- digos suelen aparecer en decimal tras seales de servicio de error, ocupado, liberacin, etc. Dichos cdigos se detallan a continuacin. Ŀ Decimal Diagnstico Ĵ 0 Sin informacin adicional Ĵ 1 P(s) Invlido Ĵ 2 P(r) Invlido Ĵ 16 Tipo de paquete invlido Ĵ 32 Paquete no permitido Ĵ 48 Vencimiento de temporizador Ĵ 64 Dificultad en el establecimiento de la comunic. Ĵ 128 Recuperacin Se detallan ahora los cdigos de causa en los paquetes de indicacin de liberacin Ŀ Decimal Causa Ĵ 0 Liberacin por el ETD Ĵ 1 Nmero ocupado Ĵ 9 Fuera de servicio Ĵ 17 Error de procedimiento remoto Ĵ 25 No aceptacin de cobro revertido Ĵ 33 Destino incompatible Ĵ 41 No aceptacin de seleccin rpida Ĵ 3 Solicitud de facilidad invlida Ĵ 11 Acceso prohibido Ĵ 19 Error de procedimiento local Ĵ 5 Congestion en la Red Ĵ 13 Nmero desconocido Ahora se detallan los cdigos de causa en los paquetes de indicacin de reiniciacin Ŀ Decimal Causa Ĵ 0 Reiniciacin por el ETD Ĵ 1 ETD fuera de servicio Ĵ 3 Error de procedimiento remoto Ĵ 5 Error de procedimiento local Ĵ 7 Congestin de Red Ĵ 9 ETD remoto en operacin Ĵ 15 Red en operacin Ĵ 17 Destino incompatible Ĵ 29 Red fuera de servicio Por ltimo se detallan los cdigos de causa en los paquetes de indicacin de rearranque. Ŀ Decimal Causa Ĵ 0 Error de procedimento local Ĵ 3 Congestin de Red Ĵ 7 Red en operacin ******* Boletn creado por Pedro Santangelo Calvo ********* ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-2.TXT100644 0 0 35232 5612006410 10272 0ustar rootrootWPCN 2 BVP Z Courier 10cpi ?xxx,Zx6X@8;X@HP DeskJet 500HPDES500.PRSx  @xX,,0X@2<L#|x------------------------------------------------------------------------ Packet-switched Networks Security Begins with Configuration For many companies the use of packet-switched networks has allowed for increased interconnectivity of systems and easy remote access. Connection to a major public packet-switched network brings increased access points with local dialups in many cities around the nation as well as access points from foreign countries. With the many obvious benefits provided by this service, improper configuration of either the host's connection to the network or of the network itself can lead to extreme security problems. The very connection to a public packet-switched network immediately increases the exposure of that particular system. America's two major commercial networks, BT-Tymnet and Sprintnet, are probably the most popular US targets for hackers around the world. The wealth of systems available on these two networks has provided hackers with a seemly endless supply of sites on which to sharpen their skills. The ease ofuse inherent in both networks makes them popular for legitimate users as well as illegitimate users. The Telenet software utilized in the Sprintnet network allows users to enter a network user address (NUA) in the standard format as outlined in the X.121 numbering standard: DDDDAAAHHHHHPP Where D = the four digit data network identifier code (DNIC) A = the three digit area code corresponding to the host H = the host address P = the port or (sub) address On domestic calls the DNIC for Sprintnet (3110) is stored in all Sprintnet equipment and is used as the default. By merely picking an area code, most often corresponding to thestandard area codes of the North American Numbering Plan, and an additional one to five digits a would-be intruder can connect to any number of systems while looking for targets. In the past many software packages have been written to automate this process, and large scans of the network have been published in a variety of underground media. "h)0*0*0*1"ԌThe Tymnet II software utilized in BT's Tymnet prompts the user for a mnemonic which corresponds to a host or number of hosts. The mnemonic, or username, is referenced to a fixed host address in the network's Master User Directory (MUD). This username may allow the caller to connect to a variety of sites, as opposed to merely one, by entering additional information in separate fields after theusername. It may also correspond to a network gateway thereby allowing the user to enter a number in the X.121 format and connect tothat specific site. This particular network, with its primary use of words as opposed to numbers, has been compromised by intruders who guess common words or names in their attempts to connect to remote sites. Each network has its own particular set of problems but solutions to these problems are both simple and quick in implementation. SPRINTNET The first deterrence in securing a host on this network is to restrict access to the site. This can be accomplished in a number of ways. The most obvious is to have the site refuse collect calls. All calls on Sprintnet are reverse-billed, unless the site has specifically asked that they not be billed for incoming calls. This makes the site accessible only through the use of a Network User Identifier (NUI). Another method of restricting access from intruders is to place the host in a closed user group (CUG). By electing to have the host in a CUG, the administrator can allow only certain NUIs to connect, and can also restrict the actual addresses from which access is allowed. For example: A site is placed in a CUG that will allow only calls from the company's remote branch in Dallas to access the host and only with the NUI created specifically for that branch. All attempts to access the site from an address outside the 214 area will result in an error message indicating an invalid source address. All attempts to connect with an invalid NUI will result in an error indicating an invalid ID. This information is maintained in the networks main TAMS (TP Access Management System) database, and is not subject to manipulation under normal circumstances. Many sites on the Sprintnet network have specific subaddresses connecting to a debug port. This is usually at subaddress 99. All connections to debug ports should be restricted. Allowing users access to this port will allow them the ability to load and display memory registers of the"h)0*0*0*1"ԌSprintnet equipment connected to the port, and even reset as well as enable or disable the host. Most debug ports are equipped with preset passwords from the vendor, but should be changed. These ports should also restrict connection from all addresses except those specified by the company. An additional measure that may foil intruders relying on software programs to find all addresses in a given area code is to request that the host be given an address above 10000. The time involved in scanning the network is extensive and most casual intruders will not look past the 10000 range. In fact, many will not venture past 2000. BT-TYMNET Any company having a host on the Tymnet network should choose a username that is not easily associated with the company or one that is not a common word or name. If an intruder is awarethat XYZ Inc. has a UNIX based system on TYMNET he or she would begin attempts to find this system with the obvious usernames: XYZ, XYZINC, XYZNET, XYZ1, XYZUNIX, UNIX, etc. BT-Tymnet allows for these usernames to have additional password security as well. All hosts should have this option enabled, and passwords should be changed frequently. The password should always be a minimum of six digits, should include letters, numbers and at least one symbol character, and should not be associated in any way with the corresponding username. Many clients of BT-Tymnet have purchased the Tymnet II software and have individual sub-networks that are linked to the public network through gateways. Each subnet is personally configured and maintained through the use of a package of utilities provided by Tymnet. These utilities each perform a specific task and are highly important to the smooth operation of the network. These utilities may be accessed either directly from the host-end or remotely through the network by entering a corresponding username. Some of these utilities are: XRAY : a monitoring utility DDT : a debugging utility NETVAL : a database of username to host correspondence PROBE : a monitoring utility TMCS : a monitoring utility Under NO CIRCUMSTANCES should these utilities be left without a password on the company's subnet. These utilitiesshould also never be named similarly to their given name. Should an intruder gain access to any of these utilities the integrity of your network will be at risk."h)0*0*0*1"ԌFor example: Allowing an outsider access to the XRAY utility, would give he or she the ability to monitor both incoming and outgoing data from the host using the "TA" command (display trace data table in ASCII). Use of certain XRAY commands are restricted by a security function that allows only certain usernames to execute commands on the basis of their existence in a "Goodguy" list, which can be displayed by any XRAY user. Should a user be of the highest privilege, (2), he or she can add or delete from the "Goodguy" list, reset connections, and display trace data on channels other than the default channel. Allowing a user access to DDT can result in complete disruption of the network. DDT allows the user the ability to write directly to the network controller "node code" and alter its configuration. Allowing a user access to NETVAL will allow the user to display all usernames active on the network and the corresponding host addresses. OTHER PROBLEMS EXAMPLE ONE On many networks users have the ability to connect to the packet assembler/disassembler (PAD) of the network dial-ups. This has led to significant problems in the past. In the mid-1980's two American hackers were exploring the German packet network DATEX-P. One connected to a host in Berlin and was immediately disconnected by the remote site. Before the hacker could react, the German host connected to the NUA corresponding to his Sprintnet PAD and sent him a login prompt. This alarmed the hacker greatly, as he assumed that the proprietors of the German host had somehow noticed his attempt to access their system. He contacted his partner and told him of the occurrence. The two concluded that since the NUA of the origination point is sent in the packet-header, the remote site must have been programed to recognize the NUA and then return the call. The fact that it had returned a call to a public PAD was intriguing to the pair, so they decided to attempt to recreate the event by calling each other. Both individuals connected to the network and one entered the NUA corresponding to the others PAD. A connection resulted and the two were able to interact with one another. They then decided that they would periodically meet in this fashion and discuss their findings from Germany. At the time of the next meeting, the connection did not occur as planned. One hacker quickly received a telephone call from the second who exclaimed rather excitedly that he had attempted to connect to his partner as planned, but accidentally connected to"h)0*0*0*1"Ԍanother PAD and intercepted a legitimate user typing his NUI. Further investigation proved that one could connect to public PADs during the idle period when the user was in network mode, prior to making a connection to a remote site. This discovery was intended to remain secret, because of its extremely dangerous applications. Nevertheless, word of this discovery soon reached the entire hacker community and what came to be known as "PAD to PAD" was born. The "PAD to PAD" technique became so wide-spread that hackers were soon writing software to intercept data and emulate hosts and capture login names and passwords from unsuspecting network users. Hackers were intercepting thousands of calls every day from users connecting to systems ranging from banking and credit to the Fortune 500 to government sites. After nearly two years of "PAD to PAD" Sprintnet became alerted to the crisis and disallowed all connections to public PADs. When Sprintnet expanded its service overseas they once again left access to the overseas PADs unrestricted. The problem went unnoticed again until their attention was brought to it by a hacker who called Sprintnet security and told them that they ought to fix it quickly before it became as wide-spread as before. The problem was resolved much quicker this time. This particular technique was not limited to Sprintnet. All networks using the Telenet software are at risk to this type of manipulation. This type of network manipulation was integral in the recent compromise of a large Bell Company'spacket network in a much-publicized case. Certain foreign networks in countries such as Israel, England, Chile, Panama, Peru and Brazil are also at risk. EXAMPLE TWO In the late 1980's hackers stumbled onto a packet network owned and maintained by a large facilities maintenance company. This particular network had a huge flaw in its setup. It connected all calls placed through it as if they were placed with an NUI. This allowed hackers to place calls to addresses that refused collect connections on networks around the world. This became a popular method for hackers to access underground chat systems in Europe. Additionally, this network contained a score of computers belonging to a major automobile manufacturer. Most of these systems were highly insecure. The network also allowed unrestricted access to network debug ports. This particular network also had a toll-free number on an MCI exchange. At the time, MCI was having some difficulty getting their equipment to accept the ANI information to provide customers with a full call- detail report on their monthly statement. The hackers were well aware of this fact and made frequent use of the network"h)0*0*0*1"Ԍwith no fear of prosecution. Eventually MCI was able to fix their translation problem and were able to provide their clients with full call-detail reports. When this was learned, many hackers abandoned use of the network, but several others were later prosecuted for its usage when their number turned up on the bill. EXAMPLE THREE Until quite recently intimate knowledge of the utilities driving various packet-switched networks were known by an exclusive few. While investigating a network owned by an extremely large Cleveland-based conglomerate hackers came across a system where documentation on the usage of every utility was kept online. The hackers quickly downloaded all the information and it soon became somewhat wide-spread among the underground community. With less-skilled and more unscrupulous individuals in possession of this information many networks began experiencing disruptions and system integrity was quickly lost as hackers began monitoring data traffic. No information on the usage of packet networks or their utilities should ever be kept online. Hard copies should be kept in the possession of the network administrator, and when updated, obsolete versions must be destroyed. WHAT TO DO When a security violation stemming from a connection through the packet network is noticed, Network Security should be notified. Clients of BT-Tymnet should notify Steve Matthews at 408-922-7384. Clients of Sprintnet should notify Pat Sisson at 703-689-6913. Once changes have been enacted in the network to prevent further break-ins, the host computer should be checked thoroughly for any changes or damages, and all individual account passwords should be changed. CONCLUSION It is critical that the packet network be configured properly and that all measures are taken to ensure its security. Even the most secure host computer can be easily compromised if it is connected to an insecure packet network. ----------------------------------------------------------------------  h  ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; Synopsis of Tymnet's Diagnostic Tools and their associated License Levels and Hard-Coded Usernames by Professor Falken February 14, 1993 = - = - = - = - = - = - = - = - = - = - = - = - = - = - = - = - =- = - = - While the scope of this article is general, the informationcontained within is NOT for the novice Tymnet explorer. Novice or NOT, goahead and read; however, caution should be taken when invoking any ofthese commands upon BT's network. Execution of certain commands canhave debilitating consequences upon segments of the network. In this article I intend to educate the reader about thevarious Tymnet diagnostic utilities that are available. This article isby no means an in depth microscopic view of the utilities; but rather abrief to the point survey course of what is available to qualified people. With each utility I will describe its use/s, list its major commands,and in DDT & XRAY's case, dispense its hard-coded usernames whichallow you to become a 'qualified person.' It seems the software engineers at Tymnet (for the lack ofsomething better to do) like to rename ordinary words to complicated ones. For instance, within this article I will talk about LICENSE LEVELS. License levels are nothing more than security levels. When I speak ofLicense Level 4, just translate that to Security Level 4. I would havejust called everything security levels, but I wanted to stay within thatlethargic Tymnet mood for realism purposes. Another word the engineerspirated from 'GI JOE' was GOOD-GUYS. In our world, a Good-Guy is a validusername that"h)0*0*0*1"Ԍcan be used for logging into the various diagnostic utilities. Like most conventional computers, Tymnet also needs anoperating system for its code to run under. Tymnet's node-level, *multitasking*,operating system is called ISIS; it stands for 'Internally SwitchedInterface System.' Its designed for: handling multiple communication links,allocating system memory, system job/process scheduling, and all the other BASICthings ALL operating systems do. Tymnet explains it a bit more complicatedand less to the point, but to give equal time to the opposing viewpoint,this is what they say: "Internally Switched Interface System. The operating systemfor a TYMNET node; provides functions that control the overall operationof an Engine. These functions include, but are not limited to,memory allocation, message switching, job scheduling, interruptprocessing, and I/O distribution. ISIS allows multiple datacommunications functions to run on a single processor. Two of its manyservices are debugging and I/O port management. Formerly known as ISIS-IIor ISIS2. ISIS2, ISIS-II Obsolete terms. See Internally SwitchedInterface System (ISIS)." At various points within this file I will refer to an ENGINE. Basically, an ENGINE is a minicomputer which handles all theprocessing requirements that ISIS and its applications demand. However, tobe fair to all the Tymnet technoids, this is what BT says: "BT North America packet-handling hardware. The Engine communications processor is a member of a family of special-purposeminicomputers. It runs communications software such as Node Code (forswitching), slot code (for protocol conversion and value-addedfunctions), and the ISIS operating system. The Engine family consists of the Pico-Engine, Micro-Engine, Mini-Engine, Mini-Engine-XL, Dual-Mini-Engine-XL, Engine, and ATC." "h)0*0*0*1"Ԍ You think they would have invented much NEATER names for theircomputer platforms than 'Mini-Engine' or 'Micro-Engine'. I would guessthat BT's hardware engineers have less time than the software engineers toinvent K-RAD names for their projects. Anyhow, as you can see, theENGINE is the muscle behind Tymnet's network brawn. Another term which is very basic to ANY understanding ofTymnet is the 'SUPERVISOR.' As you can see the engineers searched high & lowfor this clever term. The Supervisor is many things including, theauthentication kernel you interact with, the circuit billing system thatsubscribers unfortunately do not interact with, and generally the network's'BIG BROTHER.' Supervisor watches the status of the network at all times,keeping detailed logs and interceding when trouble erupts. The supervisor termcan also refer to the engine upon which the Supervisor is being run on. With all that in mind, I will now introduce five of Tymnet'sdiagnostic tools. I intend on presenting them in this order: DDT, MUX,PROBE, LOAD-II, TOM, and XRAY. Please note that only DDT and XRAY have'good-guy' lists provided. DDT - Dynamic Debugging Tool ---------------------------- DDT is a utility which runs under the ISIS operating system. DDT is capable of loading or displaying a slot's content. A slot is anarea of memory in a node in which Tymnet applications run. DDT can alsobe used for modification of a specific slot's slot code. Slot code isany program which has been assigned memory within the engine by ISIS. DDT also performs other lower level diagnostic functions, which I will notgo into. Logging into DDT requires you to provide the 'please log in:'prompt a valid username and password. Upon checking the good-guy listand"h)0*0*0*1"Ԍauthenticating the user, the kernel process searches for theassociated slot assignment. If no slot is assigned to the good-guy, thekernel will prompt you for a slot number. Once you enter a VALID slot numberand it is available, the authentication kernel executes the DDT utility. When I say 'VALID' slot number, I mean a slot number which logically existsAND is attainable by your current good-guy's license level. Actual logins to DDT take the form: please log in: goodguyID:host# password: Where goodguyID is a valid goodguy, host# is the Tymnetsubscriber who needs a little 'work' done, and obviously the password is what itis. While I would like to give you all the passwords I could, I don't thinkit is going to happen. So all I can do is suggest trying differentvariations of the goodguy IDs, and other dumb passwords unsecure people use. Connection to primary DDT is displayed as the ever-so-friendly'*' prompt. It is from this prompt that all general DDT commands aredirected. The most useful DDT commands are listed below in a general, extended, andRJE/3270T specific registry. GENERAL DDT COMMANDS -------------------- E Execute a slot. H Halt a slot. <---- DESTRUCTIVE See WARNING! ZZ Logs you out of DDT. ^# Transfers control from the current slot to the slot specified by #. (IE- ^7 Switches control to slot 7) ?CPU Displays CPU utilization (Engine Performance) ?HIST Displays a history of diagnostic messages. ?HOST Displays the hosts in use by that slot. ?LU Displays the logical unit to physical deviceassignment. ?MEM Displays the time of memory errors if any. ?STAT Allows the execution of EXTENDED DDT. To obtain theextended command prompt type '/'.Command prompt ':>' ?VERN Displays the ISIS version followed by the SLOT's"h)0*0*0*1" version. WARNING!: It is possible to HALT a slot accidently. This willfreeze everything going in/out of the current slot. This canbe BAD for customer satisfaction reasons. If you accidentlyhit 'H', even without a CR/LF it will hang the slot. So whenthe ?HIST or ?HOST commands are used make SURE you type thatimportant '?' beforehand. This will halt everything going over thatslot, effectively destroying the communication link. EXTENDED COMMANDS FOR RJE & 3270T --------------------------------- RJE & 3270T =========== EXI Logs you out. (DuH!) QUIT Return from extended DDT prompt ':>' to normal '*'DDT prompt. RJE Only ======== HELP Displays a list of commands available in extendedRJE DDT mode. (A list not worth putting in here.) SCOPE Outputs a protocol trace. TRACE Outputs a state trace. 3270T Only ========== HELP Displays a list of commands available in extended3270T DDT mode. (Again, a list not worth putting in here.) STATUS Displays status of all lines, control units, anddevices. STRTLN x Start polling on line x. (Performance benchmark) STRTCU x,y Start polling control UNIT x on LINE y. (Performancebenchmark) STOPLN x Stop polling on line 'x' STOPCU x,y Stop polling control UNIT x on LINE y. NOTE:If you try to use an RJE command while logged into a 3270Tyou will be shown the incredible "ILLEGAL COMMAND" string. GOOD-GUYS AND LICENSE LEVELS"h)0*0*0*1"Ԍ---------------------------- As with any username, there is an accompanying license level(security level) with each account. The different levels define whichtypes of slots that username may access and the available commands. Someof the good-guys have access to all slots including supervisor, whileothers have access to only non-supervisor slots. The table below is a list of the actions that are availablewith the various different license levels. L.DISC Permits disk formatting L.H Permits the halting, loading, and restarting of allslots for code-loading purposes. L.P Permits the halting, restarting, and online softwaremodification to an active slot. (Except slots 0 and FF) L.R Permits logon to all slots (Except 0 and FF) L.SOA Permits logon to a node's slot 0. (Node configuration.) L.SOP Permits the halting, restarting, and online softwaremodification to slot 0. L.SOR Permits the reading of slot 0 files. L.SUA Permits logon to Supervisor slots. L.SYA Permits logon to a node's FF slot. (ISIS configurationnode.) L.SYR Permits the reading of slot FF files. L.SYP Permits the halting, restarting, and onlinemodification to slot FF. The DDT license levels are numbered from 0 to 4, 4 being Gh0D. Each level has several of the above named actions available to them. Listedbelow are the various actions available at the 0 through 4 license levels. LEVEL ACTIONS ===== ======= 4 L.DISC, L.P, L.SOA, L.SOP, L.SUA, L.SYA, and L.SYP . (Disk format, halt, restart, online software mods, andreading of files for all slots AND supervisors. Like I said,GOD.) 3 L.P, L.SOA, L.SOP, L.SYA, and L.SYP . (Halt, restart, online software mods, and reading offiles for"h)0*0*0*1"Ԍ all slots and supervisors.) 2 L.H, L.R, L.SOA, L.SOR (For code loading purposes: halt,restart online software mods, and reading files for all slots and supervisor nodes.) 1 L.R, L.SOA, L.SYA (Views ALL slots and supervisor nodes) 0 L.R (Views all slots, EXCEPT supervisor slots and 0 &FF.) What follows is a good-guy userlist with the associatedlicense level of that username. I also note whether the account isACTIVE/PASSIVE upon an operating node/slot combination and the seriousness of thenetwork impact that those associated licenses can possibly create. LICENSE LEVEL GOOD GUY USERNAME ACTIVE/PASSIVE NETWORK IMPACT ============= ================= ============== ============== 4 ISISTECH Active MAJOR 4 NGROM Active MAJOR 4 NSSC Active MAJOR 4 RPROBE Active MAJOR 4 RERLOG Active MAJOR 4 RACCOUNT Active MAJOR 4 RSYSMSG Active MAJOR 4 RUN2 Active MAJOR 4 TNSCM Active MAJOR 3 IEXP Active Moderate 3 ISERV1 Active Moderate 3 ISERV2 Active Moderate 3 ISERV3 Active Moderate 3 ITECH1 Active Moderate 3 ITECH2 Active "h)0*0*0*1" Moderate 3 ITECH3 Active Moderate 3 ITECH4 Active Moderate 3 ITECH5 Active Moderate 2 GATEWAY Active Minor 1 DDT Passive 1 DDTECH Passive 1 IOPPS Passive 1 ISERV Passive 1 ITECH Passive 0 VADICBUSY Passive MUX - The Circuit Multiplexer ----------------------------- MUX is a tool which also runs within an ISIS slot. MUX allowsthe building, interconnecting, and controlling of several sets ofcircuits from a single terminal. Instead of logging in and out of eachdiagnostic tool as different commands are needed, MUX is used to createmultiple concurrent circuits. Once these are set up, it is easy to switchback and forth between different diagnostic applications, WITHOUThaving to logoff one before logging into another. Tymnet also likes toboast that you can chat with other users on MUX's 'Talk mode facility.' I'll stick to IRC until this catches on. Logging into MUX is quite simple. It takes the form of: please log in: userid password: NOTE: ATTN commands, see CHAR command. ATTN ATTN Allows you to send one attention character downthe circuit. ATTN C x Labels the current port, where 'x' is the labelyou desire. ATTN E Allows you to switch to the next port you havedefined. This command however is not valid from the"h)0*0*0*1" command mode. The circuit label is presented and connection ismade. Even though the prompt for that circuit is notpresented, you ARE connected. ATTN Z Returns you to the command mode. CHAR char Configures your ATTN character to 'char'. So inthe below ATTN commands, you will have to enter your ATTNcharacter then the proceeding character. The default ATTNCharacter is CTRL-B. Personally, I like to set mine to'!'. CONNECT pl1,pl2 Connect the output of port label-1 to portlabel-2. Usually your current port label is marked with a* preceding it in a 'LIST', this is also known as a BOSS. ENABLE pl Enables a pl's (port labels) output. EXIT Leave MUX with all your circuits INTACT. FLUSH pl Flush pl's (port labels) output. FREEZE N/F Freeze (N=ON or F=OFF) current Boss. GREETING msg Sets up the greeting message. HEAR N/F Allow (N=ON or F=OFF) users to 'TALK' to eachother. HELP Prints help messages. (ooof) LIST Lists all active ports for the current user.(ATTN Z L) LABEL N/F Labeling (N=ON or F=OFF) of all output sent tothe Boss. MAKE Make a new circuit by logging onto a diagnostictool. You will be prompted with the omnipresent 'Pleaselog in:' prompt. Just login as usual for particular tool. MESSAGE Print last message. QUIT Leave MUX and ZAP all circuits created. SEND pl Send to pl (port label). TALK username Talks to 'username' providing HEAR=N. TIME Outputs date and time in format: 31Dec93 05:24 TRANSFER pl Transfers control of this BOSS to pl (portlabel)."h) 0*0*0*1"ԌZAP pl Zap any circuits you made, where 'pl' is the portlabel. This command defaults to the port labeled '*'(Boss). This command is ONLY valid in command mode. PROBE ----- PROBE is probably one of the BEST known Tymnet diagnostictools. PROBE is actually a sub-program of the Supervisor. PROBE iscapable of monitoring the network, and it has access to current pictures of network topology, including host tables and node descriptors. PROBE shares common memory with the Supervisor and has circuit tracing capability. PROBE can be used to check the history of nodes &links, boot a node, trace a circuit, and reset a link or shut one down. PROBE can be access directly or through TMCS (Tymnet Monitoring and Control System.) To access PROBE from within TMCS you would enter the command: PROBE s Where 's' is the active or 'sleeping' supervisor. For more PROBE related TMCS commands or general TMCS commands,please refer to an appropriate source. If the demand is great enough,perhaps I will release a TMCS reference sheet in the future. PROBE access is determined by the sum of the individuallicense levels granted to the user. PROBE licenses are as follows: License Description ------- ----------- 00 Permits view only commands -- user is automaticallylogged off from PROBE after 20 minutes of no activity. 04 Permits view only commands -- no automatic logoff. 20 Permits all 00 commands plus ability to effect changesto network links. 10 Permits ability to effect changes to node status. 01 Permits ability to effect changes to networksupervisors. 02 Permits ability to effect changes to supervisor disks. I do not have any hardcoded usernames for PROBE with thisexception. The PROBE access username 'PROBE' is hardcoded into the"h) 0*0*0*1" supervisor, and usually each host has one hardcoded PROBE username: CONTROL-- license level 37. So in comparison with the above chart, CONTROL hasGh0d access to PROBE commands, because everything added up equals 37 (duh). On many subnets, the username RPROBE has similar access. PROBE COMMANDS Command Lic. Lvl Description ------- -------- ----------- CHANGE 00/04 Changes your PROBE personal password. EXI 00/04 Logout. HELP 00/04 Help. (Temple of Sub-Genius) SEND x text 00/04 Sends message to Probe user whose joblabel is 'x'. VERSION 00/04 Lists current software version number. WHO 00/04 Lists currently logged in PROBE users.(Useful) DISPLAY CMDS: Command Lic. Lvl Description ------- -------- ----------- ACCT 00/04 Displays # of accounting blocks onSupervisor disk available for RAM session record data. AN 00/04 Displays detailed information about activenodes. ASTAT 00/04 Displays number of login and circuit building timeouts. AU 00/04 Displays node numbers of ALL active nodesthat are up. CHAN x 00/04 Displays port number used by Supervisor forcommand circuit to node 'x'. COST x 00/04 Displays cost of building command circuitto node 'x'. CSTAT 00/04 Displays time, login, rate, and networkstatus every 15 seconds. EXC O|S|P 00/04 Displays links that are overloaded (O), orshut (S), or out of passthroughs (P). HOST x 00/04 Displays information about host 'x' or allhosts. LACCT 00/04 Displays number of last accounting blockcollected by RAM session record data. LRATE 00/04 Displays Supervisor login rate in loginsper min. LSHUT 00/04 Displays shut links table."h) 0*0*0*1"ԌLSTMIN 00/04 Displays circuit status informationgathered by Supervisor during preceding minute. N x 00/04 Displays status info about node 'x'. OV x 00/04 Displays overloaded links. PERDAT 00/04 Displays Supervisor performance data forpreceding min. RTIME 00/04 Reads 'Super Clock' time and displays year,and Julian date/time. STAT 00/04 Displays network status information. SYS 00/04 Displays host number running PROBE. TIME 00/04 Displays Julian date and network time. TSTAT 00/04 Displays same information as STAT, precededby Julian date/time. VERSION 00/04 Displays current versions of PROBE andSupervisor software. WHO 00/04 Displays active PROBE users and their joblabels. LOG MESSAGE CMDS: Command Lic. Lvl Description ------- -------- ----------- LOG 00/04 Outputs network information fromSupervisor log. REPORT 00/04 Controls output of node reports. RLOG m1..m4 00/04 Restricts log output to up to fourmessage numbers. M1- 1st Message, M2- 2nd Message, etc. RNODE n1 n2 00/04 Restricts log output to messagesgenerated at nodes N1 and N2. NETWORK LINK CMDS: Command Lic. Lvl Description ------- -------- ----------- CSTREQ n1 n2 20 Requests total speed of all lines on specified link. (n1= 1st Node n2= 2nd Node) ESHUT n1 n2 20 Shuts specified link and enters it onshut links table. (n1= 1st Node n2= 2nd Node) PSTAT n Hhost p 20 For node 'n', displays status oflogical ports for port array 'p' on 'host'. Note thecapital 'H' must precede the host specific. RSHUT n1 n2 20 Opens specified link and removes itfrom shut links table. SYNPRT n 20 Displays status of async ports on node'n'. TRACE n Hhost p 20 Traces specified circuit. Where 'n' is"h) 0*0*0*1" node, or n Sp 20 'host' is HOST, and 'p' is port. Orfor secondary command: 'n' node name, 'p' port.Again, 'S' must precede the port name. T2BORI n1 n2 20 Resets communication channel betweennode n1 and node n2. NETWORK NODE CMDS: Command Lic. Lvl Description ------- -------- ----------- CLEAR n 10 Opens all links on node 'n'. DLOAD n 10 Causes node 'n' to execute its downline load bootstrap program. NSHUT n 10 Shuts all links on node 'n'. RETAKE n 10 Causes Supervisor to release and retakecontrol of node 'n'. SPY 10 Displays last 32 executions of selectedcommands. NETWORK SUPERVISOR CMDS: Command Lic. Lvl Description ------- -------- ----------- AWAKE 01 Wakes a sleeping Supervisor. (Only oneSupervisor is active at one time, however there can besupervisors 'sleeping'.) CLASS 01 Causes Supervisor to read Netval class andgroup definitions. DF s 01 Increases Supervisor's drowsiness factor by's' seconds. ETIME 01 Sets time known to Supervisor. FREEZE 01 Removes Supervisor from network. PSWD 01 Displays password cipher in hex. SLEEP 01 Puts active Supervisor to sleep. THAW 01 Initializing frozen Supervisor. TWAKE 01 Wakes sleeping Supervisor, automatically putsactive Supervisor to sleep and executes a CSTATcommand. USER UTILITY CMDS: Command Lic. Lvl Description ------- -------- ----------- ENTER 01 Adds/deletes/modifies Probe usernames. HANG x 01 Logs off user with job label 'x'. LIST 01 Displays Probe usernames. ULOGA 20 Enters user-generated alphabetic message inmsg log."h)0*0*0*1"ԌULOGH 20 Enters user-generated hex message in msg log. SYSTEM MAINTENANCE / DISASTER RECOVERY CMDS: Command Lic. Lvl Description ------- -------- ----------- DCENT n1 n2 02 Allows Tymnet support temporary,controlled access to a private network. (Useful) DCREAD 02 Reads current value of password cipherassociated with DCENT username. FTIME +/- s 02 Corrects the 'Super Clock' by adding (+)or subtracting (-) 's' seconds from it. INITA 02 Initializes accounting file to all zeros. INITL 02 Initializes log to all zeros. NOTE: Each PROBE is a separate entity with its own files. Forexample, if you shut lines in the PROBE on the active Supervisor,this will NOT be known to the sleeping PROBE. If another Supervisortakes over the network, it will not consider the link to beshut. Likewise, PROBE password changes are made only to onePROBE at a time. To change your password everywhere, you must do aCHANGE in each probe. LOAD-II ------- LOAD-II is probably one of the LEAST known of Tymnet'sutilities. LOAD-II is used to load or dump a binary image of executable codefor a node or slot. The load/dump operation can be used for the ENTIREengine, or a specific slot. Upon reaching the command prompt you should enter: R LOADII This will initiate an interactive session between you and theLOAD-II load/dumping process. The system will go through the followingprocedure: TYMNET OUTPUT YOUR INPUT WHAT THIS MEANS TO YOU ------------- ---------- ----------------------"h)0*0*0*1"ԌEnter Function: G 'G' Simply means identify agateway Enter Gateway Host: #### This is the 4 digit identifierfor hosts on the network. I know that2999 is for 'MIAMI'. Password: LOAD This is the default passwordfor LOAD-II. Function: C 'C' for crash table dump, OR D 'D' to dump an entire enginescontents, OR L 'L' to load an entire enginescontents, OR S 'S' to load a slot, or U 'U' to dump a slot. Neighbor Node: #### Selects neighbor node number. Neigh. Kern. Host#: ### This 3-digit code is derived byadding the first two digits of the nodenumber and appending the last two digitsto that sum. Line # to Load From: ## Use the line number coming offthe neighbor node, NOT the nodethat is DOWN. Object File Name: File used to load/dump node orslot from/to. EXIT EXI Send program to end of job. TOM - TYMCOM Operations Manager ------------------------------- TOM is utility which runs under TYMCOM. Quickly, TYMCOM is aninterface program for the host computer which imitates multiple terminals. Quoting from Tymnet, "TYMCOM has multiple async lines running to the front-end processor of the host." So in other words, TYMCOM hasa bunch of lines tied into the engine's front-end, allowing aboatload of jobs/users to access it. TOM is primarily used with TYMCOM dialup ports. It is used toDOWN and then UP hung ports. This type of situation may occur after ahost crash where users are getting a 'Host Not Available' error message. TOM can also be used to put messages on TYMCOM in order to alert users toproblems or"h)0*0*0*1"Ԍwhen scheduled maintenance will occur on various hosts/ports. Tologin type: ##TOM##:xxxx Where 'xxxx' is the appropriate host number you wish to 'work'on. After proper hostname is given, you will then be prompted for apassword. As I have none of these to give, play on 3-5 character combinations ofthe words: TYMCOM, TOM, HIF, OPMNGR. Command Description ------- ----------- GRAB TOMxxxx This should be the FIRST thing you do whendown/upping a host. Gets license for up or down host, thenprompts for password of host. Where 'xxxx' is the hostnumber. You must have privileged status to use. CHANGE xxxx Change a host number to 'xxxx'. DIAGNOSTICS Turns the diagnostic messages off or on.(Toggle) DOWN P xx Take DOWN port number 'xx', or H xxxx Take DOWN host number 'xxxx'. ENQUIRE Lists information about the node and slow whereTYMCOM is running. EXIT Logout. MESSAGE Sets text to be output to the terminal when auser logs in. SHUT H xxxx Disallow new logins to a specified host = 'xxxx',or P xx Disallow new logins to a specified port = 'xx'. SPEED xxxx Specifies the baud rate at which a port willcommunicate. STAT P xx-yy Shows status of port numbers 'xx' through 'yy'. Either one or a number of ports may be specified. TIME Displays the current time. TO x message Sends 'message' to specified user number 'x'. UP P xx Bring UP port number 'xx', or H xxxx Bring UP host number 'xxxx'. WHO Lists user numbers of all users currently logged"h)0*0*0*1" into TOM. XRAY ---- XRAY is another one of the very well known commands. XRAY isa program which sits within node code and waits for use. Its used to gain information about a specific node's configuration and its currentstatus in the network. It can be used to determine the probable reason fora crash or line outage in order to isolate bottlenecks or track downnetwork anomalies. XRAY user licenses are all assigned a logon priority. Ifevery XRAY port on a node are in use, and a higher priority XRAY usernamelogs in, the lowest priority username will be logged out. License Description ------- ----------- 2 Permits the writing and running of disruptive node tests. 1 Permits the running of non-disruptive node tests. 0 Permits view only commands. The following list is a compilation of some hardcoded'good-guys'. LICENSE LEVEL PRIORITY GOOD GUY USERNAME ACTIVE/PASSIVE NETWORK IMPACT ============= ======== ================= ============== ============== 2 98 XMNGR Active MAJOR 2 98 ISISTECX Active MAJOR 2 97 XNSSC Active MAJOR 1 50 TNSCMX Active Minor 1 50 TNSUKMX Active Minor 1 40 XSOFT Active Minor 1 40 XEXP Active Minor 1 40 XCOMM Active "h)0*0*0*1" Minor 1 40 XSERV1 Active Minor 0 50 XRTECH Passive 0 30 XTECH Passive 0 30 XOPPS Passive 0 30 XSERV Passive 0 0 XRAY Passive What follows is a VERY brief command summary. Command Description ------- ----------- CD Displays current auto/display mode for CRYPTOmessages. CD Y|N Turns ON/OFF automatic display of CRYPTOmessages. CL n Display the last 'n' CRYPTO messages. CRTL Z Logout. BT Causes the SOLO machine to go into boot. Auditedcommand. DB Used to build and measure link delay circuitsbetween nodes. The DB command prompts for a node list.IE- NODE LIST: DD Displays link measurement data for circuit builtby the DB command. Verifies that the circuit has beenbuilt. DE Used to terminate the DB command. HT Puts the node code into a STOP state. Thiscommand shows up in audit logs. KD n Display link descriptor parameters where 'n' isthe neighbor number. KS n Display link performance statistics (link delay,packet- making, bandwidth utilization, etc.) ND Displays information about the configuration of anode and its neighbors. NS option Displays parameters for estimating node workload. Options: -EXCT is the current load factor or executecount. A count"h)0*0*0*1"Ԍ of less than 60 means the load is heavy. -EXLW is the lowest EXCT value computed sincestartup. -EXHW is the highest EXCT value computed. SN Restarts the node, command audited. ------------------------------------------------------------------------------ I hope this file gave you a better understanding of the Tymnetnetwork. While a lot of the commands make sense only if you've had priorTymnet experience, I hope my summaries of each tool gave you a littlebetter understanding of the network. I am available forquestions/comments/gripes on IRC, or I can be reached via Internet mail at: pfalken@mindvox.phantom.com Thanks goes out to an anonymous hippy for providing the extranudge I needed to sit down and write this phile. NO thanks goes out to my lousyex-roommates who kicked me out in the middle of this article. Their day isapproaching. Be careful everyone...and remember, if you have to explore the mysterious fone/computer networks, do it from someone else'shouse. - Professor Falken = Legion of Doom!  h  h  Synopsis of Tymnet's Diagnostic Tools and their associated License Levels and Hard-Coded Usernames by Professor Falken February 14, 1993 = - = - = - = - = - = - = - = - = - = - = - = - = - = - = - = - =- = - = - While the scope of this article is general, the informationcontained within is NOT for the novice Tymnet explorer. Novice or NOT, goahead and read; however, caution should be taken when invoking any ofthese"h)0*0*0*1"Ԍcommands upon BT's network. Execution of certain commands canhave debilitating consequences upon segments of the network. In this article I intend to educate the reader about thevarious Tymnet diagnostic utilities that are available. This article isby no means an in depth microscopic view of the utilities; but rather abrief to the point survey course of what is available to qualified people. With each utility I will describe its use/s, list its major commands,and in DDT & XRAY's case, dispense its hard-coded usernames whichallow you to become a 'qualified person.' It seems the software engineers at Tymnet (for the lack ofsomething better to do) like to rename ordinary words to complicated ones. For instance, within this article I will talk about LICENSE LEVELS. License levels are nothing more than security levels. When I speak ofLicense Level 4, just translate that to Security Level 4. I would havejust called everything security levels, but I wanted to stay within thatlethargic Tymnet mood for realism purposes. Another word the engineerspirated from 'GI JOE' was GOOD-GUYS. In our world, a Good-Guy is a validusername that can be used for logging into the various diagnostic utilities. Like most conventional computers, Tymnet also needs anoperating system for its code to run under. Tymnet's node-level, *multitasking*,operating system is called ISIS; it stands for 'Internally SwitchedInterface System.' Its designed for: handling multiple communication links,allocating system memory, system job/process scheduling, and all the other BASICthings ALL operating systems do. Tymnet explains it a bit more complicatedand less to the point, but to give equal time to the opposing viewpoint,this is what they say: "Internally Switched Interface System. The operating systemfor a TYMNET"h)0*0*0*1"Ԍ node; provides functions that control the overall operationof an Engine. These functions include, but are not limited to,memory allocation, message switching, job scheduling, interruptprocessing, and I/O distribution. ISIS allows multiple datacommunications functions to run on a single processor. Two of its manyservices are debugging and I/O port management. Formerly known as ISIS-IIor ISIS2. ISIS2, ISIS-II Obsolete terms. See Internally SwitchedInterface System (ISIS)." At various points within this file I will refer to an ENGINE. Basically, an ENGINE is a minicomputer which handles all theprocessing requirements that ISIS and its applications demand. However, tobe fair to all the Tymnet technoids, this is what BT says: "BT North America packet-handling hardware. The Engine communications processor is a member of a family of special-purposeminicomputers. It runs communications software such as Node Code (forswitching), slot code (for protocol conversion and value-addedfunctions), and the ISIS operating system. The Engine family consists of the Pico-Engine, Micro-Engine, Mini-Engine, Mini-Engine-XL, Dual-Mini-Engine-XL, Engine, and ATC." You think they would have invented much NEATER names for theircomputer platforms than 'Mini-Engine' or 'Micro-Engine'. I would guessthat BT's hardware engineers have less time than the software engineers toinvent K-RAD names for their projects. Anyhow, as you can see, theENGINE is the muscle behind Tymnet's network brawn. Another term which is very basic to ANY understanding ofTymnet is the 'SUPERVISOR.' As you can see the engineers searched high & lowfor this clever term. The Supervisor is many things including, theauthentication kernel you interact with, the circuit billing system thatsubscribers unfortunately do not interact with, and generally the network's'BIG BROTHER.'"h)0*0*0*1"ԌSupervisor watches the status of the network at all times,keeping detailed logs and interceding when trouble erupts. The supervisor termcan also refer to the engine upon which the Supervisor is being run on. With all that in mind, I will now introduce five of Tymnet'sdiagnostic tools. I intend on presenting them in this order: DDT, MUX,PROBE, LOAD-II, TOM, and XRAY. Please note that only DDT and XRAY have'good-guy' lists provided. DDT - Dynamic Debugging Tool ---------------------------- DDT is a utility which runs under the ISIS operating system. DDT is capable of loading or displaying a slot's content. A slot is anarea of memory in a node in which Tymnet applications run. DDT can alsobe used for modification of a specific slot's slot code. Slot code isany program which has been assigned memory within the engine by ISIS. DDT also performs other lower level diagnostic functions, which I will notgo into. Logging into DDT requires you to provide the 'please log in:'prompt a valid username and password. Upon checking the good-guy listand authenticating the user, the kernel process searches for theassociated slot assignment. If no slot is assigned to the good-guy, thekernel will prompt you for a slot number. Once you enter a VALID slot numberand it is available, the authentication kernel executes the DDT utility. When I say 'VALID' slot number, I mean a slot number which logically existsAND is attainable by your current good-guy's license level. Actual logins to DDT take the form: please log in: goodguyID:host# password: Where goodguyID is a valid goodguy, host# is the Tymnetsubscriber who needs a little 'work' done, and obviously the password is what it"h)0*0*0*1" is. While I would like to give you all the passwords I could, I don't thinkit is going to happen. So all I can do is suggest trying differentvariations of the goodguy IDs, and other dumb passwords unsecure people use. Connection to primary DDT is displayed as the ever-so-friendly'*' prompt. It is from this prompt that all general DDT commands aredirected. The most useful DDT commands are listed below in a general, extended, andRJE/3270T specific registry. GENERAL DDT COMMANDS -------------------- E Execute a slot. H Halt a slot. <---- DESTRUCTIVE See WARNING! ZZ Logs you out of DDT. ^# Transfers control from the current slot to the slot specified by #. (IE- ^7 Switches control to slot 7) ?CPU Displays CPU utilization (Engine Performance) ?HIST Displays a history of diagnostic messages. ?HOST Displays the hosts in use by that slot. ?LU Displays the logical unit to physical deviceassignment. ?MEM Displays the time of memory errors if any. ?STAT Allows the execution of EXTENDED DDT. To obtain theextended command prompt type '/'.Command prompt ':>' ?VERN Displays the ISIS version followed by the SLOT'sversion. WARNING!: It is possible to HALT a slot accidently. This willfreeze everything going in/out of the current slot. This canbe BAD for customer satisfaction reasons. If you accidentlyhit 'H', even without a CR/LF it will hang the slot. So whenthe ?HIST or ?HOST commands are used make SURE you type thatimportant '?' beforehand. This will halt everything going over thatslot, effectively destroying the communication link. EXTENDED COMMANDS FOR RJE & 3270T ---------------------------------"h)0*0*0*1"ԌRJE & 3270T =========== EXI Logs you out. (DuH!) QUIT Return from extended DDT prompt ':>' to normal '*'DDT prompt. RJE Only ======== HELP Displays a list of commands available in extendedRJE DDT mode. (A list not worth putting in here.) SCOPE Outputs a protocol trace. TRACE Outputs a state trace. 3270T Only ========== HELP Displays a list of commands available in extended3270T DDT mode. (Again, a list not worth putting in here.) STATUS Displays status of all lines, control units, anddevices. STRTLN x Start polling on line x. (Performance benchmark) STRTCU x,y Start polling control UNIT x on LINE y. (Performancebenchmark) STOPLN x Stop polling on line 'x' STOPCU x,y Stop polling control UNIT x on LINE y. NOTE:If you try to use an RJE command while logged into a 3270Tyou will be shown the incredible "ILLEGAL COMMAND" string. GOOD-GUYS AND LICENSE LEVELS ---------------------------- As with any username, there is an accompanying license level(security level) with each account. The different levels define whichtypes of slots that username may access and the available commands. Someof the good-guys have access to all slots including supervisor, whileothers have access to only non-supervisor slots. The table below is a list of the actions that are availablewith the various different license levels. L.DISC Permits disk formatting L.H Permits the halting, loading, and restarting of allslots for code-loading purposes. L.P Permits the halting, restarting, and online software"h)0*0*0*1" modification to an active slot. (Except slots 0 and FF) L.R Permits logon to all slots (Except 0 and FF) L.SOA Permits logon to a node's slot 0. (Node configuration.) L.SOP Permits the halting, restarting, and online softwaremodification to slot 0. L.SOR Permits the reading of slot 0 files. L.SUA Permits logon to Supervisor slots. L.SYA Permits logon to a node's FF slot. (ISIS configurationnode.) L.SYR Permits the reading of slot FF files. L.SYP Permits the halting, restarting, and onlinemodification to slot FF. The DDT license levels are numbered from 0 to 4, 4 being Gh0D. Each level has several of the above named actions available to them. Listedbelow are the various actions available at the 0 through 4 license levels. LEVEL ACTIONS ===== ======= 4 L.DISC, L.P, L.SOA, L.SOP, L.SUA, L.SYA, and L.SYP . (Disk format, halt, restart, online software mods, andreading of files for all slots AND supervisors. Like I said,GOD.) 3 L.P, L.SOA, L.SOP, L.SYA, and L.SYP . (Halt, restart, online software mods, and reading offiles for all slots and supervisors.) 2 L.H, L.R, L.SOA, L.SOR (For code loading purposes: halt,restart online software mods, and reading files for all slots and supervisor nodes.) 1 L.R, L.SOA, L.SYA (Views ALL slots and supervisor nodes) 0 L.R (Views all slots, EXCEPT supervisor slots and 0 &FF.) What follows is a good-guy userlist with the associatedlicense level of that username. I also note whether the account isACTIVE/PASSIVE upon an operating node/slot combination and the seriousness of thenetwork impact that those associated licenses can possibly create. LICENSE LEVEL GOOD GUY USERNAME ACTIVE/PASSIVE "h)0*0*0*1" NETWORK IMPACT ============= ================= ============== ============== 4 ISISTECH Active MAJOR 4 NGROM Active MAJOR 4 NSSC Active MAJOR 4 RPROBE Active MAJOR 4 RERLOG Active MAJOR 4 RACCOUNT Active MAJOR 4 RSYSMSG Active MAJOR 4 RUN2 Active MAJOR 4 TNSCM Active MAJOR 3 IEXP Active Moderate 3 ISERV1 Active Moderate 3 ISERV2 Active Moderate 3 ISERV3 Active Moderate 3 ITECH1 Active Moderate 3 ITECH2 Active Moderate 3 ITECH3 Active Moderate 3 ITECH4 Active Moderate 3 ITECH5 Active Moderate 2 GATEWAY Active Minor 1 DDT Passive 1 DDTECH Passive 1 IOPPS Passive 1 ISERV Passive 1 ITECH Passive 0 VADICBUSY Passive MUX - The Circuit Multiplexer"h)0*0*0*1"Ԍ----------------------------- MUX is a tool which also runs within an ISIS slot. MUX allowsthe building, interconnecting, and controlling of several sets ofcircuits from a single terminal. Instead of logging in and out of eachdiagnostic tool as different commands are needed, MUX is used to createmultiple concurrent circuits. Once these are set up, it is easy to switchback and forth between different diagnostic applications, WITHOUThaving to logoff one before logging into another. Tymnet also likes toboast that you can chat with other users on MUX's 'Talk mode facility.' I'll stick to IRC until this catches on. Logging into MUX is quite simple. It takes the form of: please log in: userid password: NOTE: ATTN commands, see CHAR command. ATTN ATTN Allows you to send one attention character downthe circuit. ATTN C x Labels the current port, where 'x' is the labelyou desire. ATTN E Allows you to switch to the next port you havedefined. This command however is not valid from thecommand mode. The circuit label is presented and connection ismade. Even though the prompt for that circuit is notpresented, you ARE connected. ATTN Z Returns you to the command mode. CHAR char Configures your ATTN character to 'char'. So inthe below ATTN commands, you will have to enter your ATTNcharacter then the proceeding character. The default ATTNCharacter is CTRL-B. Personally, I like to set mine to'!'. CONNECT pl1,pl2 Connect the output of port label-1 to portlabel-2. Usually your current port label is marked with a* preceding it in a 'LIST', this is also known as a BOSS."h)0*0*0*1"ԌENABLE pl Enables a pl's (port labels) output. EXIT Leave MUX with all your circuits INTACT. FLUSH pl Flush pl's (port labels) output. FREEZE N/F Freeze (N=ON or F=OFF) current Boss. GREETING msg Sets up the greeting message. HEAR N/F Allow (N=ON or F=OFF) users to 'TALK' to eachother. HELP Prints help messages. (ooof) LIST Lists all active ports for the current user.(ATTN Z L) LABEL N/F Labeling (N=ON or F=OFF) of all output sent tothe Boss. MAKE Make a new circuit by logging onto a diagnostictool. You will be prompted with the omnipresent 'Pleaselog in:' prompt. Just login as usual for particular tool. MESSAGE Print last message. QUIT Leave MUX and ZAP all circuits created. SEND pl Send to pl (port label). TALK username Talks to 'username' providing HEAR=N. TIME Outputs date and time in format: 31Dec93 05:24 TRANSFER pl Transfers control of this BOSS to pl (portlabel). ZAP pl Zap any circuits you made, where 'pl' is the portlabel. This command defaults to the port labeled '*'(Boss). This command is ONLY valid in command mode. PROBE ----- PROBE is probably one of the BEST known Tymnet diagnostictools. PROBE is actually a sub-program of the Supervisor. PROBE iscapable of monitoring the network, and it has access to current pictures of network topology, including host tables and node descriptors. PROBE shares common memory with the Supervisor and has circuit tracing capability. PROBE can be used to check the history of nodes &links, boot a node, trace a circuit, and reset a link or shut one down. PROBE can be access directly or through TMCS (Tymnet Monitoring"h)0*0*0*1"Ԍand Control System.) To access PROBE from within TMCS you would enter the command: PROBE s Where 's' is the active or 'sleeping' supervisor. For more PROBE related TMCS commands or general TMCS commands,please refer to an appropriate source. If the demand is great enough,perhaps I will release a TMCS reference sheet in the future. PROBE access is determined by the sum of the individuallicense levels granted to the user. PROBE licenses are as follows: License Description ------- ----------- 00 Permits view only commands -- user is automaticallylogged off from PROBE after 20 minutes of no activity. 04 Permits view only commands -- no automatic logoff. 20 Permits all 00 commands plus ability to effect changesto network links. 10 Permits ability to effect changes to node status. 01 Permits ability to effect changes to networksupervisors. 02 Permits ability to effect changes to supervisor disks. I do not have any hardcoded usernames for PROBE with thisexception. The PROBE access username 'PROBE' is hardcoded into thesupervisor, and usually each host has one hardcoded PROBE username: CONTROL-- license level 37. So in comparison with the above chart, CONTROL hasGh0d access to PROBE commands, because everything added up equals 37 (duh). On many subnets, the username RPROBE has similar access. PROBE COMMANDS Command Lic. Lvl Description ------- -------- ----------- CHANGE 00/04 Changes your PROBE personal password. EXI 00/04 Logout. HELP 00/04 Help. (Temple of Sub-Genius) SEND x text 00/04 Sends message to Probe user whose joblabel is 'x'. VERSION 00/04 Lists current software version number. WHO 00/04 Lists currently logged in PROBE users.(Useful)"h)0*0*0*1"ԌDISPLAY CMDS: Command Lic. Lvl Description ------- -------- ----------- ACCT 00/04 Displays # of accounting blocks onSupervisor disk available for RAM session record data. AN 00/04 Displays detailed information about activenodes. ASTAT 00/04 Displays number of login and circuit building timeouts. AU 00/04 Displays node numbers of ALL active nodesthat are up. CHAN x 00/04 Displays port number used by Supervisor forcommand circuit to node 'x'. COST x 00/04 Displays cost of building command circuitto node 'x'. CSTAT 00/04 Displays time, login, rate, and networkstatus every 15 seconds. EXC O|S|P 00/04 Displays links that are overloaded (O), orshut (S), or out of passthroughs (P). HOST x 00/04 Displays information about host 'x' or allhosts. LACCT 00/04 Displays number of last accounting blockcollected by RAM session record data. LRATE 00/04 Displays Supervisor login rate in loginsper min. LSHUT 00/04 Displays shut links table. LSTMIN 00/04 Displays circuit status informationgathered by Supervisor during preceding minute. N x 00/04 Displays status info about node 'x'. OV x 00/04 Displays overloaded links. PERDAT 00/04 Displays Supervisor performance data forpreceding min. RTIME 00/04 Reads 'Super Clock' time and displays year,and Julian date/time. STAT 00/04 Displays network status information. SYS 00/04 Displays host number running PROBE. TIME 00/04 Displays Julian date and network time. TSTAT 00/04 Displays same information as STAT, precededby Julian date/time. VERSION 00/04 Displays current versions of PROBE andSupervisor software. WHO 00/04 Displays active PROBE users and their joblabels. "h)0*0*0*1"ԌLOG MESSAGE CMDS: Command Lic. Lvl Description ------- -------- ----------- LOG 00/04 Outputs network information fromSupervisor log. REPORT 00/04 Controls output of node reports. RLOG m1..m4 00/04 Restricts log output to up to fourmessage numbers. M1- 1st Message, M2- 2nd Message, etc. RNODE n1 n2 00/04 Restricts log output to messagesgenerated at nodes N1 and N2. NETWORK LINK CMDS: Command Lic. Lvl Description ------- -------- ----------- CSTREQ n1 n2 20 Requests total speed of all lines on specified link. (n1= 1st Node n2= 2nd Node) ESHUT n1 n2 20 Shuts specified link and enters it onshut links table. (n1= 1st Node n2= 2nd Node) PSTAT n Hhost p 20 For node 'n', displays status oflogical ports for port array 'p' on 'host'. Note thecapital 'H' must precede the host specific. RSHUT n1 n2 20 Opens specified link and removes itfrom shut links table. SYNPRT n 20 Displays status of async ports on node'n'. TRACE n Hhost p 20 Traces specified circuit. Where 'n' isnode, or n Sp 20 'host' is HOST, and 'p' is port. Orfor secondary command: 'n' node name, 'p' port.Again, 'S' must precede the port name. T2BORI n1 n2 20 Resets communication channel betweennode n1 and node n2. NETWORK NODE CMDS: Command Lic. Lvl Description ------- -------- ----------- CLEAR n 10 Opens all links on node 'n'. DLOAD n 10 Causes node 'n' to execute its downline load bootstrap program. NSHUT n 10 Shuts all links on node 'n'. RETAKE n 10 Causes Supervisor to release and retakecontrol of node 'n'. SPY 10 Displays last 32 executions of selectedcommands."h)0*0*0*1"ԌNETWORK SUPERVISOR CMDS: Command Lic. Lvl Description ------- -------- ----------- AWAKE 01 Wakes a sleeping Supervisor. (Only oneSupervisor is active at one time, however there can besupervisors 'sleeping'.) CLASS 01 Causes Supervisor to read Netval class andgroup definitions. DF s 01 Increases Supervisor's drowsiness factor by's' seconds. ETIME 01 Sets time known to Supervisor. FREEZE 01 Removes Supervisor from network. PSWD 01 Displays password cipher in hex. SLEEP 01 Puts active Supervisor to sleep. THAW 01 Initializing frozen Supervisor. TWAKE 01 Wakes sleeping Supervisor, automatically putsactive Supervisor to sleep and executes a CSTATcommand. USER UTILITY CMDS: Command Lic. Lvl Description ------- -------- ----------- ENTER 01 Adds/deletes/modifies Probe usernames. HANG x 01 Logs off user with job label 'x'. LIST 01 Displays Probe usernames. ULOGA 20 Enters user-generated alphabetic message inmsg log. ULOGH 20 Enters user-generated hex message in msg log. SYSTEM MAINTENANCE / DISASTER RECOVERY CMDS: Command Lic. Lvl Description ------- -------- ----------- DCENT n1 n2 02 Allows Tymnet support temporary,controlled access to a private network. (Useful) DCREAD 02 Reads current value of password cipherassociated with DCENT username. FTIME +/- s 02 Corrects the 'Super Clock' by adding (+)or subtracting (-) 's' seconds from it. INITA 02 Initializes accounting file to all zeros. INITL 02 Initializes log to all zeros. NOTE: Each PROBE is a separate entity with its own files. Forexample, if you shut lines in the PROBE on the active Supervisor,this will NOT be known to the sleeping PROBE. If another Supervisor"h) 0*0*0*1" takes over the network, it will not consider the link to beshut. Likewise, PROBE password changes are made only to onePROBE at a time. To change your password everywhere, you must do aCHANGE in each probe. LOAD-II ------- LOAD-II is probably one of the LEAST known of Tymnet'sutilities. LOAD-II is used to load or dump a binary image of executable codefor a node or slot. The load/dump operation can be used for the ENTIREengine, or a specific slot. Upon reaching the command prompt you should enter: R LOADII This will initiate an interactive session between you and theLOAD-II load/dumping process. The system will go through the followingprocedure: TYMNET OUTPUT YOUR INPUT WHAT THIS MEANS TO YOU ------------- ---------- ---------------------- Enter Function: G 'G' Simply means identify agateway Enter Gateway Host: #### This is the 4 digit identifierfor hosts on the network. I know that2999 is for 'MIAMI'. Password: LOAD This is the default passwordfor LOAD-II. Function: C 'C' for crash table dump, OR D 'D' to dump an entire enginescontents, OR L 'L' to load an entire enginescontents, OR S 'S' to load a slot, or U 'U' to dump a slot. Neighbor Node: #### Selects neighbor node number. Neigh. Kern. Host#: ### This 3-digit code is derived byadding the first two digits of the nodenumber and appending the last two digits"h)!0*0*0*1" to that sum. Line # to Load From: ## Use the line number coming offthe neighbor node, NOT the nodethat is DOWN. Object File Name: File used to load/dump node orslot from/to. EXIT EXI Send program to end of job. TOM - TYMCOM Operations Manager ------------------------------- TOM is utility which runs under TYMCOM. Quickly, TYMCOM is aninterface program for the host computer which imitates multiple terminals. Quoting from Tymnet, "TYMCOM has multiple async lines running to the front-end processor of the host." So in other words, TYMCOM hasa bunch of lines tied into the engine's front-end, allowing aboatload of jobs/users to access it. TOM is primarily used with TYMCOM dialup ports. It is used toDOWN and then UP hung ports. This type of situation may occur after ahost crash where users are getting a 'Host Not Available' error message. TOM can also be used to put messages on TYMCOM in order to alert users toproblems or when scheduled maintenance will occur on various hosts/ports. Tologin type: ##TOM##:xxxx Where 'xxxx' is the appropriate host number you wish to 'work'on. After proper hostname is given, you will then be prompted for apassword. As I have none of these to give, play on 3-5 character combinations ofthe words: TYMCOM, TOM, HIF, OPMNGR. Command Description ------- ----------- GRAB TOMxxxx This should be the FIRST thing you do whendown/upping a host. Gets license for up or down host, thenprompts for password of host. Where 'xxxx' is the hostnumber. You"h)"0*0*0*1"Ԍ must have privileged status to use. CHANGE xxxx Change a host number to 'xxxx'. DIAGNOSTICS Turns the diagnostic messages off or on.(Toggle) DOWN P xx Take DOWN port number 'xx', or H xxxx Take DOWN host number 'xxxx'. ENQUIRE Lists information about the node and slow whereTYMCOM is running. EXIT Logout. MESSAGE Sets text to be output to the terminal when auser logs in. SHUT H xxxx Disallow new logins to a specified host = 'xxxx',or P xx Disallow new logins to a specified port = 'xx'. SPEED xxxx Specifies the baud rate at which a port willcommunicate. STAT P xx-yy Shows status of port numbers 'xx' through 'yy'. Either one or a number of ports may be specified. TIME Displays the current time. TO x message Sends 'message' to specified user number 'x'. UP P xx Bring UP port number 'xx', or H xxxx Bring UP host number 'xxxx'. WHO Lists user numbers of all users currently loggedinto TOM. XRAY ---- XRAY is another one of the very well known commands. XRAY isa program which sits within node code and waits for use. Its used to gain information about a specific node's configuration and its currentstatus in the network. It can be used to determine the probable reason fora crash or line outage in order to isolate bottlenecks or track downnetwork anomalies. XRAY user licenses are all assigned a logon priority. Ifevery XRAY port on a node are in use, and a higher priority XRAY usernamelogs in, the lowest priority username will be logged out."h)#0*0*0*1"ԌLicense Description ------- ----------- 2 Permits the writing and running of disruptive node tests. 1 Permits the running of non-disruptive node tests. 0 Permits view only commands. The following list is a compilation of some hardcoded'good-guys'. LICENSE LEVEL PRIORITY GOOD GUY USERNAME ACTIVE/PASSIVE NETWORK IMPACT ============= ======== ================= ============== ============== 2 98 XMNGR Active MAJOR 2 98 ISISTECX Active MAJOR 2 97 XNSSC Active MAJOR 1 50 TNSCMX Active Minor 1 50 TNSUKMX Active Minor 1 40 XSOFT Active Minor 1 40 XEXP Active Minor 1 40 XCOMM Active Minor 1 40 XSERV1 Active Minor 0 50 XRTECH Passive 0 30 XTECH Passive 0 30 XOPPS Passive 0 30 XSERV Passive 0 0 XRAY Passive What follows is a VERY brief command summary. Command Description ------- ----------- CD Displays current auto/display mode for CRYPTOmessages. CD Y|N Turns ON/OFF automatic display of CRYPTOmessages. CL n Display the last 'n' CRYPTO messages. CRTL Z Logout. BT Causes the SOLO machine to go into boot. Audited"h)$0*0*0*1" command. DB Used to build and measure link delay circuitsbetween nodes. The DB command prompts for a node list.IE- NODE LIST: DD Displays link measurement data for circuit builtby the DB command. Verifies that the circuit has beenbuilt. DE Used to terminate the DB command. HT Puts the node code into a STOP state. Thiscommand shows up in audit logs. KD n Display link descriptor parameters where 'n' isthe neighbor number. KS n Display link performance statistics (link delay,packet- making, bandwidth utilization, etc.) ND Displays information about the configuration of anode and its neighbors. NS option Displays parameters for estimating node workload. Options: -EXCT is the current load factor or executecount. A count of less than 60 means the load is heavy. -EXLW is the lowest EXCT value computed sincestartup. -EXHW is the highest EXCT value computed. SN Restarts the node, command audited. ------------------------------------------------------------------------------ I hope this file gave you a better understanding of the Tymnetnetwork. While a lot of the commands make sense only if you've had priorTymnet experience, I hope my summaries of each tool gave you a littlebetter understanding of the network. I am available forquestions/comments/gripes on IRC, or I can be reached via Internet mail at: pfalken@mindvox.phantom.com Thanks goes out to an anonymous hippy for providing the extranudge I needed to sit down and write this phile. NO thanks goes out to my lousy"h)%0*0*0*1" ex-roommates who kicked me out in the middle of this article. Their day isapproaching. Be careful everyone...and remember, if you have to explore the mysterious fone/computer networks, do it from someone else'shouse. - Professor Falken = Legion of Doom!  h  ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-4.TXT100644 0 0 26603 5612006410 10276 0ustar rootrootWPCN 2 BVP Z Courier 10cpi ?xxx,Zx6X@8;X@HP DeskJet 500HPDES500.PRSx  @xX,,0X@2<L#|x A User's Guide to XRAY By N.O.D. This file was made possible by a grant from a local McDonnell Douglas Field Service Office quite some 'tyme' ago. This was originally written about version 4, although we are pretty sure that BT has now souped things up to version 6. Everything still seems the same with the exception of a few commands, one of which we will point out in particular. Any comments/corrections/additions/updates or subpoenas can be relayed to us through this magazine. XRAY is a monitoring utility that gives the user a real-time window into a Tymnet-II node. Used in tandem with other utilities, XRAY can be a very powerful tool in monitoring network activity. In this file we will discuss key features of XRAY and givecommand formats for several commands. Some commands are omitted fromthis file since they can only be used from dedicated terminals. Several others are likewise omitted since they deal with the utilizationof XRAY in network configuration and debugging the actual node code,and would probably be more damaging than useful, and commands toreset circuits and ports are similarly missing. ACCESS The most obvious way to access XRAY is to find theusername/password pair that either corresponds to the host number of an XRAY port,or is otherwise in the goodguy list of a particular node. XRAY can also be accessed through the DDT utility by typing ?STAT Either will respond with the following **X-RAY** NODE: XXX HOST: ZZZ TIME: DD:HH:MM:SS If all ports are currently in use the user will only be allowedaccess"h)0*0*0*1"Ԍif his/her is of greater precedence in the goodguy list than thatof someone previously online. In such a case, that user will beforcibly logged out and will receive the following message: "xray slot overridden" Otherwise the user will see: "out of xray slots" XRAY users are limited in their power by the associated "licence"level given them in the XRAY goodguy list. The levels are: 0 - normal 1 - privileged 2 - super-privileged There are several user names associated with the XRAY utility. These exist on almost any network utilizing the Tymnet-II style networking platform. PRIORITY USERNAME 2 XMNGR 2 ISISTECX 2 XNSSC 1 TNSCMX 1 TNSUKMX 1 XSOFT 1 XEXP 1 XCOMM 1 XSERV1 0 XRTECH 0 XTECH 0 XOPPS 0 XSERV 0 XRAY COMMANDS with parameters in HE Help Use this command to display the commands available for that particular node. GP Get power This command allows the user to move up to the maximum"h)0*0*0*1" security level allowed by his username, as specified in the good guy list. XG Display and/or modify XRAY goodguy list

This command without parameters will display the XRAY goodguy list. When added with an entry number and 'P' (purge) or 'M' (modify), the user can edit the contents of the table. The XGI command will allow the user to enter a new entry into the list. Any use of XG or XGI to alter the list is a super-privileged command and is audited. >XG XRAY GOODGUY LIST NO. PRIV OVER NAME ---- ---- ---- ---- 0001 0002 00FF TIIDEV 0002 0001 0030 RANDOMUSER 0003 0000 0000 XRAY >XGI ENTER UP TO 12 CHARACTERS OF USERNAME NOD ENTER NEW PRIVILEGE AND OVERRIDE - 2,FF >XG XRAY GOODGUY LIST NO. PRIV OVER NAME ---- ---- ---- ---- 0001 0002 00FF TIIDEV 0002 0001 0030 RANDOMUSER 0003 0000 0000 XRAY 0004 0002 00FF NOD BG Display and/or modify Bad Guy List This command when entered without any parameters displays the "bad guy" list. When used with a node number and 'R' it willremove that node from the list, and 'I' will included. The 'R' and'I' features are privileged commands and usage is noted in audittrails. >BG "h)0*0*0*1"Ԍ 2000 701 1012 >BG 2022 I 2022 2000 701 1012 HS Display host information ND Display node descriptor This command displays information about the node and itsnetwork links. NS Display node statistics This command displays various statistics about the nodeincluding time differentiations in packet loops, which can then be usedto determine the current job load on that particular node. KD Display link descriptor This command displays the values of the link to the nodespecified. This is displayed with columns relating to type of node (TP),speed of the link (SP), number of channels on the link (NCHN),etc.. KS Display link statistics This command provides a report on various factors on theintegrity of the link to the given node(s), such as bandwidth usage,packet overhead, characters/second transmitted, delays inmilliseconds, etc. BZ "Zap" link to node This command will cause the link to the specified node to be reset. This command is privileged and is audited. If thenode "zapped" is not currently linked a "??" error message will be displayed. TL Set/Reset trace on link TN Set/Reset trace on line TM Display trace events "h)0*0*0*1"Ԍ These commands are used to display activity between twoactive nodes. AC Display active channels This command will display all active channel numbers for thegiven range starting at the given channel number. Range is in hex. QC Query channel status This command displays information about the given channel, including throughput speed, source and output buffer size and address location. TC Enable/disable data trace on channel <0/1> This command with no arguments displays the channels that are being diagnosed by the trace. The command with a channel number and a '1' will enable data trace for that channel, and a '0' will disable trace on that channel. Enabling or disabling trace is a privileged command. TD Display channel trace data in hex TE Display channel trace data in hex including escapes TA Display channel trace data as ASCII With these commands trace data is displayed for a specified time count. A prefixed 'I' or 'O' will show input or output data. The default is both. >ta 5 I/O CHN TIME OUT 0040 ECC5 \86\86\0F\00\8A\80h\80\8CS\83valinfo; IN 0040 EC87 \00\09\86\86\0D\08\00\00h OUT 0040 0F67 \86\86\0E\00\880\8D IN 0040 1029 \00,\86\86\09\86\00\00\90\1B\19\80\06\86\00\00h \15\1B\08J\04\0B\04\0F\04=\0DR\80JS\80\80 \8CVALINFO\8D OUT 0040 102F \86\86\14\89p\90\1B\19\86\86\14\89j\18\15\13 **Note: Although this will allow one to follow the networkconnections on specific channels, password data is filtered out. Asyou"h)0*0*0*1"Ԍ can see from the above example, usernames are not. Many usernames do not have passwords, as you all know. ** On more recent versions of XRAY a similar command "DR" performs a similar function to the trace commands, but shows both hex and ascii of the data in memory registers of the node. >DR I NOS 0001 A0 * I SND 0001 A1 * ! I DTA 4920 616D 2061 6E20 6964 696F 7420 6265 *I am an idiotbe* 0002 9D63 6175 7365 2049 206C 6566 7420 * cause Ileft * 6D79 7365 6C66 206C 6F67 6765 6420 696E *myself loggedin* 2061 6E64 2077 656E 7420 686F 6D65 2E0D * and wenthome. * 6F70 7573 2520 0D0A 0D0A 0D0A 0D0A 0D0A *opus% * BS Display bufferlet use statistics This command shows the current and past usage of the memory allocated to data buffering. This shows total usage, totalpeak usage, and available buffer size. RB Read buffer This command displays the entire contents of the givenbuffer. This is a privileged command and its use is not primarily foruser circuits. Primarily. >RB 69 50 61 72 74 79 20 6F 6E 20 64 75 64 65 21 21 21 WB Write buffer This command writes up to seven bytes into the specifiedbuffer. The buffer must greater than 4. This is also a privilegedcommand. CD Set/reset CRYPTO auto display mode CL Display CRYPTO log CM Display CRYPTO messages by type SM Enable/Disable CRYPTO messages by type CRYPTO messages are informational messages about the activity"h)0*0*0*1" of the node. Up to 256 such entries are stored in a circularbuffer to record this activity. You can turn on automatic reporting of these messages with the CD command prefixed with a 'Y' for on and 'N' for off. Certain message types that becomebothersome can be disabled with the SM command and the message type. DB Begin delay measurement DD Display delay measurement statistics DE Terminate delay measurement DL Begin data loopback circuit These commands are used to build circuits for testing thespeed and integrity of data flow between two nodes. The DL command is super privileged and only one such circuit can be built on a node at a given time. The data traffic generated by the DLis for diagnostic use only and can be monitored by viewing node andlink statistics. PM Measure performance on a channel This command measures the performance of a given channel by inserting a timing sequence into the packet stream. Once ithas reached the given channel it is returned and a valuecorresponding to the total time elapsed in milliseconds is displayed. Ifthe channel is not active, or no response is returned in 8seconds the message "BAD CHANNEL OR TIMEOUT" is displayed. LE Set local echo mode RE Set remote echo mode One would use the set local echo command if the XRAY terminal is not echoing commands typed by the user. By default, XRAYdoes not echo output. SUMMARY XRAY is pretty confusing. Be careful with what you are doing since you are essentially prodding around in the memory ofthe node. Think of it in terms of using a utility to poke andprod the memory of your own computer. Think of how disastrous a"h)0*0*0*1"Ԍ command written to the wrong portion of memory can be. Don't do anything stupid, or you might bring down a whole network, or at minimum lose your access. ----------------------------------- ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-5.TXT100644 0 0 132273 5612006410 10320 0ustar rootroot The SprintNet/Telenet Directory === ======= =========== =============== ---------------------=========== ------------------============= ---------------================= ------------=================== =============== =========== ======= === Scanned and written by Skylar Release date: 12/92 Part I Basic SprintNet Info Part II SprintNet Directory How to Access SprintNet: ~~~~~~~~~~~~~~~~~~~~~~~~ (Compliments of Sprint) SPRINTNET LOCAL ACCESS NUMBERS FOR THE MOST UP-TO-DATE LISTING OF THE U.S. ACCESS TELEPHONENUMBERS FOR PC OUTDIAL SERVICES, DO THE FOLLOWING: 1. USE A MODEM TO DIAL 1-800-546-1000 WITH PARAMETERS SETAT 7-E-1 2. TYPE THREE CARRIAGE RETURNS (CR) (CR) (CR) 3. INPUT YOUR AREA CODE AND LOCAL EXCHANGE 4. YOU WILL THEN RECEIVE THE PROMPT SIGN "@" 5. THEN, TYPE: MAIL (CR) USER NAME: PHONES (CR) PASSWORD: PHONES (CR) Follow the menus to get your local dialup, then logon throughthat using the same procedure until you get to the "@" prompt. From here, you commands. Below is a list of commands available from the "@"prompt. Notes: while connected, you can escape to the command prompt bysending @ while waiting for a connection, you can escape to thecommand prompt by sending a hard BREAK Command Explanation BYE Closes session (same as disconnect) CONNECT Connects to a network user address CONTINUE Continue session (used after breaking) DISCONNECT Closes session (same as bye) DTAPE Builds optimum circuit for bulk filetransfer DISABLE ECHO DISABLE FLOW Pad to host flow control DISABLE TFLOW Terminal to pad flow control ENABLE ECHO ENABLE FLOW ENABLE TFLOW FULL Set full duplex HALF Set half duplex HANGUP Self explanitory ID Sets the network user id for charged calls RESET Resets your port (as if you just dialed up) RST Show remote parameters RST? Set remote parameters PAR? Show ITI parameters STATUS Shows your current network address and port SET? : Set ITI parameters. TERM Set your termtype TEST CHAR Test of all ascii characters TEST ECHO Echos what you type TEST TRIANGLE TEST VERSION Shows current pad software ver Note: I didn't include any of the parameters for SET? ortermtypes because they would have increased the length of this file by about20%. If you want these, you can get them from the PC-PURSUIT BBS filesection via C PURSUIT from SprintNet or 031109090063100 international. Network Messages: ~~~~~~~~~~~~~~~~~ While attempting to CONNECT to addresses on SprintNet, you may messages from the network. This should help you determine whatthey mean. If you are connected and break your connection or aredisconnected by the remote host, you will recieve a disconnect message. Below is abreakdown of the message. DISCONNECTED 00 00 00:00:00:00 000 00 ^ ^ ^_________^ ^ ^ | | | | | | | | | +-- Packets sent | | | +----- Packets recieved | | +------------- Days:Hours:Minutes:Secondsconnected | +--------------------- Clearing diagnostic code +------------------------ Clearing cause code If you are unable to make a connection or abort an attemptedconnection, you will only receive cause and diagnostic codes (as no time wasspent connected and obviously no packets were sent!) along with a very generalplain-text of what the problem might be (i.e. rejecting, not operating...). Below is a list of cause and diagnostic codes to give you a more detailed idea ofwhy you were unable to connect or why you were disconnected. Clear cause codes: 0 "DTE originated clear" 1 "Number busy" 3 "Invalid facility requested" 5 "Network congestion" 9 "Out of Order" 11 "Access barred" 13 "Not obtainable" 17 "Remote Procedure Error" 19 "Local Procedure error" 21 "RPOA out of order" 25 "Reverse Charge not Subscribed to" 33 "Incompatible destination" 41 "Fast Select acceptance not subscribed" 49 "Ship absent" 128 "DTE originated clear with top bit set" 193 "Gateway procedural error" 195 "Gateway congestion" Clear diagnostic codes 0 "No additional Information" 1 "Invalid Ps" 2 "Invalid Pr" 16 "Packet Type Invalid" 17 "Packet Type Invalid in state r1" 18 "Packet Type Invalid in state r2" 19 "Packet Type Invalid in state r3" 20 "Packet Type Invalid in state p1" 21 "Packet Type Invalid in state p2" 22 "Packet Type Invalid in state p3" 23 "Packet Type Invalid in state p4" 24 "Packet Type Invalid in state p5" 25 "Packet Type Invalid in state p6" 26 "Packet Type Invalid in state p7" 27 "Packet Type Invalid in state d1" 28 "Packet Type Invalid in state d2" 29 "Packet Type Invalid in state d3" 32 "Packet not allowed" 33 "Packet Type Unidentifiable" 34 "Call on One way LC" 35 "Invalid PVC packet type" 36 "Packet on Unassigned logical channel" 37 "Reject not Subscribed to" 38 "Packet too short" 39 "Packet too long" 40 "Invalid GFI" 41 "Restart/Registration Packet has LC" 42 "Packet type not compatible with Facility" 43 "Unauthorised Interrupt Confirmation" 44 "Unauthorised Interrupt" 45 "Unauthorised Reject" 48 "Timer expired" 49 "Timer expired for Incoming call" 50 "Timer expired for clear Indication" 51 "Timer expired for reset indication" 52 "Timer expired for restart indication" 53 "Timer expired for call forwarding" 64 "Call set up/clear/registration problem" 65 "Facility/registration code not allowed" 66 "Facility parameter not allowed" 67 "Invalid Called Address" 68 "Invalid calling address" 69 "Invalid facility registration length" 70 "Incoming call barred" 71 "No logical channel available" 72 "Call Collision" 73 "Duplicate facility ested" 74 "Non zero address length" 75 "Non zero facility length" 77 "Invalid CCITT spec'd facility" 78 "Maximum call redirections/forwardings exceeded" 80 "Miscellaneous" 81 "Improper cause code from DTE" 82 "Non alligned octet" 83 "Inconsistent Q bit setting" 84 "NUI Related problem" 96 "International setup/clearing problem" 97 "Unknown calling DNIC " 98 "TNIC mismatch " 99 "Call identifier mismatch" 100 "Neg' error in utility parm' value" 101 "Invalid utility length " 102 "Non-zero utility length " 103 "M bit violation " 112 "International problem " 113 "Remote Network problem " 114 "International Protocol problem " 115 "International Link out of order " 116 "International Link busy" 117 "Transit Network Facility Problem" 118 "Remote Network Facility Problem" 119 "International routing problem" 120 "Temporary routing problem" 121 "Unknown called DNIC" 122 "MAintenance action" 128 "Network Specific Diagnostic" 218 "trax_trap error for user call" 219 "user task error" 220 "x25 task error" Note: If you're getting LOCAL/REMOTE PROCEDURE ERROR orREJECTING, try using different ports with the same address. Other Than SprintNet: ~~~~~~~~~~~~~~~~~~~~~ International or other than SprintNet users, follow the tablebelow to expand these addresses to suit your network: 202 224 <--- Address from list 031102020022400 <--- Translated to international format 03110 202 00224 00 <--- Explanation of international format ^^^^^ ^^^ ^^^^^ ^^ | | | | | | | |____ Port Number | | |_________ Network Address |___________________ DNIC DNIC : This will be be 03110 for all translations. On somenetworks, you won't need the leading 0 and can use 3110, and a fewnetworks (DataPac?) use a 1 instead of 0, thus: 13110. Prefix : Throughout this file, it will always be a three digitprefix. Address: You may have to experiment a little to get the correctplace holders, but as a general rule they will translate like this: 1 = 00001 11 = 00011 111 = 00111 1111 = 01111 11111 = 11111 Ports : Port numbers range from .1 to .99. The first 27 portsmay be alternately displayed as A-Z. Ports are generally notlisted as most addresses will find a free port for you if you leave itoff, but in some cases you must use it, so they translate like this: .1 or A = 01 .2 or B = 02 and so on... Examples of translated addresses: 201 1.5 = 031102010000105 415 9 = 031104150000900 223 25 = 031102230002500 714 218 = 031107140021800 617 2027 = 031106170202700 If this seems a bit essoteric or confusing, don't worry. Alittle bit of experimenting will get you on the right track. Notes: ~~~~~~ - You can usually omit leading and trailing 0's - Most networks and PADs do NOT allow any spaces - From SprintNet, you can use either form of address Conventions in this list: ~~~~~~~~~~~~~~~~~~~~~~~~~ Addresses followed by a "$" do not accept collect connections (ifyou're not coming on from SprintNet, ignore the $). Addresses followed by a "*" do not accept collect connections,and I was unable to connect to them to determine what they are. When both the OS and the RESPONSE fields are left blank, thismeans that I connected and either couldn't evoke response or got a garbageresponse. LOGIN/PW's removed from this release. SprintNet Directory ~~~~~~~~~~~~~~~~~~~ 201 - New Jersey Scanned:[0-2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 201 1 $ outdial (201) 201 22 $ outdial (201) 201 25 Unix HP-UX ciathp A.B7.00 U 9000/835 201 30 201 32 D&B Terminal 201 34 $ Prime 201 36 * (incoming call barred) 201 37 $ 201 40 $ Welcome to our PSI via X.29 201 42 * 201 43 $ 201 44 $ 201 45 Prime NewsNet 201 46 $ 201 48 $ VAX/VMS Welcome to MicroVMS V5.3 201 49 $ VAX/VMS 201 57 * (incoming call barred) 201 58 * (incoming call barred) 201 59 * (incoming call barred) 201 66 $ Prime 201 67 warner computer systems 201 68 warner computer systems 201 69 warner computer systems 201 83 ENTER ID: 201 84 D&B Terminal 201 86 D&B Terminal 201 88 D&B Terminal 201 89 Prudential 201 107 $ outdial (201) 201 108 $ outdial (201) 201 138 HP-3000 EXPECTED HELLO, :JOB, :DATA, OR (CMD) ASLOGON. 201 140 $ Enter One Time Password: 201 156 Unix Securities Data Company (SDC7) 201 163 VU/TEXT * PLEASE SIGN ON: 201 164 VU/TEXT * PLEASE SIGN ON: 201 167 DTC DTC01.HP.COM 201 170 Prudential 201 173 MHP201A UPK19130 APPLICATION: 201 174 CRYPTO ENTER "IDX" OR "ID" AND USER ID --> 201 179 APPLICATION: 201 200 D&B Terminal 201 201 D&B Terminal 201 235 * 201 241 $ (immediate hangup) 201 242 D&B Terminal 201 243 D&B Terminal 201 244 D&B Terminal 201 246 D&B Terminal 201 247 VTAM Shearson Lehman Brothers NPSI 201 252 Prime PRIMENET 21.0.6 BOR 201 254 $ Unix field login: 201 257 Please press . . .( 201 259 Please press . . .( 201 271 $ User Access Verification Password: 201 301 $ outdial 201 334 $ HP-3000 : 201 335 * 201 336 $ Concurrent Computer Corporation's DATALINK 201 337 $ out of order 201 339 $ ??? (echo) 201 340 * 201 341 * 201 342 $ Unix ocpt 201 343 $ Enviornmental Control Monitor (PENNET) 201 344 * 201 348 * 201 350 $ $$ 4200 MODEL: $$ 50 DEVICE TYPE 201 355 $ Concurrent Computer Corporation's DATALINK 201 430 * (incoming call barred) 201 465 VAX/VMS V5.5 on VBH301 201 471 Prudential 201 472 APPLICATION: 201 474 Prudential 201 475 Prudential 201 477 VM/CMS? ENTER AS SHOWN: L/LOGON/TSO/INFO/CICS 201 479 VM/CMS 201 730 * 201 770 * 201 830 $ INSCI/90 SYSTEM MV-10/13, LOGON PLEASE 201 870 $ INSCI/90 SYSTEM MV-10/13, LOGON PLEASE 201 890 $ INSCI/90 SYSTEM MV-10/13, LOGON PLEASE 201 895 $ INSCI/90 SYSTEM MV-10/10, LOGON PLEASE 201 899 $ (hangs up) 201 910 $ (echo) 201 912 $ (echo) 201 914 $ (echo) 201 916 $ (echo) 201 950 Bankers Trust Online 201 999 $ (hangs up) 201 1030 USER ID 201 1050 VU/TEXT 201 1051 VU/TEXT 201 1052 VU/TEXT 201 1053 VU/TEXT 201 1054 VU/TEXT 201 1055 VU/TEXT 201 1056 VU/TEXT 201 1057 VU/TEXT 201 1059 VU/TEXT 201 1060 VU/TEXT 201 1061 VU/TEXT 201 1062 VU/TEXT 201 1063 VU/TEXT 201 1064 VU/TEXT 201 1065 VU/TEXT 201 1066 VU/TEXT 201 1067 VU/TEXT 201 1068 VU/TEXT 201 1069 VU/TEXT 201 1070 VU/TEXT 201 1071 VU/TEXT 201 1072 VU/TEXT 201 1073 VU/TEXT 201 1074 VU/TEXT 201 1075 VU/TEXT 201 1076 VU/TEXT 201 1077 VU/TEXT 201 1078 VU/TEXT 201 1079 VU/TEXT 201 1135 $ ACCESS BARRED 201 1139 CONNECTED TO PACKET/400 201 1143 $ MHP201A UPK19040 APPLICATION: 201 1156 * 201 1160 Shaw Data Services 201 1163 * (incoming call barred) 201 1164 * (incoming call barred) 201 1168 CONNECTED TO PACKET/400 201 1170.1 $ Johnson and Johnson Network 201 1171 * 201 1172 $ Unix/SCO TCSS 201 1173 * 201 1174 * 201 1176 NSP READY 201 1177 NSP READY 201 1232 VAX/VMS Username: 201 1233 VAX/VMS Username: 201 1243 VAX/VMS Friden Neopost (NJCRAN Node) 201 1251 VM/CMS GSERV 201 1258 VM/CMS GSERV 201 1259 VM/CMS GSERV 201 1263 * (incoming call barred) 201 1264 * (incoming call barred) 201 1265 * 201 1266 * 201 1267 * 201 1268 * 201 1270 201 1272 201 1275 VAX/VMS Shaw Data Services 201 1277 201 1330 * 201 1331 * 201 1332 * 201 1333 $ (echo) 201 1335 $ Environment Control Monitor 201 1340 * 201 1341 * 201 1342 * 201 1343 Prudential 201 1344 Prudential 201 1345 Prudential 201 1346 Prudential 201 1347 Prudential 201 1354 * 201 1359 $ Finlay Fine Jewelry Corp. 201 1370.1 $ HP-3000 CORPHP.CIS.HCC 201 1371 * 201 1372 * 201 1373 * 201 1374 * 201 1375 * 201 1376 * 201 1377 * 201 1379 $ 201 1430 * (incoming call barred) 201 1431 * (incoming call barred) 201 1432 * (incoming call barred) 201 1433 * (incoming call barred) 201 1434 * (incoming call barred) 201 1435 * (incoming call barred) 201 1442 * 201 1443 * 201 1446 * 201 1454 * 201 1455 * 201 1456 * 201 1460 201 1510 201 2030 Lynx Technologies Inc. 201 2031 VTAM Shearson Lehman Brothers NPSI 201 11234 VAX/VMS 202 - Washington D.C. Scanned: [0 - 3000] & various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 202 1 Prime 202 2 Prime 202 10 Prime 202 12 Prime 202 31 NewsMachine 5.1 202 36 $ NETWORK SIGN-ON FAILED 202 38 $ NETWORK SIGN-ON FAILED 202 42 * 202 48 $ U.S.I.A. Computer Center. 202 49 enter system id -- 202 115 $ outdial (202) 202 116 $ outdial (202) 202 117 $ outdial (202) 202 123 $ xxxx 202 138 $ VAX/VMS Gaullaudet University 202 141 >909 761 User name? 202 142 >909 406 User name? 202 149 $ 202 150 UPI> 202 152 * 202 201 CompuServe User ID: phones 202 202 CompuServe 202 203 CompuServe 202 224 $ outdial (global) 202 235 $ Prime 202 239 $ Prime 202 243 * 202 245 AOS Username: 202 253 * 202 255 Morgan Stanley Network 202 260 $ PLEASE SELECT: TSOMVS, ANOTHER APPLICATION 202 265 $ USER ID 202 266 $ USER ID 202 275 * 202 276 * 202 277 * 202 278 $ USER ID 202 330 * 202 331 * 202 332 * 202 333 * 202 334 * 202 335 * 202 336 VAX/VMS Congressional Quarterly Online Systems 202 337 VAX/VMS Congressional Quarterly Online Systems 202 353 * 202 356 PRIME PRIMENET 22.1.1.R36 SYSA 202 361 * 202 362 * 202 363 * 202 364 * 202 365 Lexis and Nexis 202 366 Lexis and Nexis 202 367 Lexis and Nexis 202 371 * 202 372 * 202 373 * 202 377 * 202 390 $ #CONNECT REQUESTED TO HOST GSAHOST : CANDE 202 391 $ #CONNECT REQUESTED TO HOST GSAHOST : CANDE 202 403 $ outdial (202) 202 433 * 202 453 USER ID 202 454 VAX/VMS Connect to GBS 202 455 * 202 456 * 202 458 * 202 459 * 202 465 * 202 466 * 202 467 * 202 468 * 202 469 * 202 472 * 202 477 UPI> 202 478 UPI> 202 479 UPI> 202 550 UPI> 202 616 * 202 1030 * 202 1031 * 202 1032 * 202 1033 * 202 1034 * 202 1155 * 202 1156 * 202 1157 * 202 1158 * 202 1159 * 202 1261 * 202 1262 * 202 1263 * 202 1264 * 202 1265 * 202 1266 * 202 1267 * 202 1268 * 202 1269 * 202 1270 * 202 1323 $ 202 1325 VAX/VMS 202 1363 Enter your User Name: 202 1364.1 Unix System name: fmis 202 1365.3 Unix/SysV X.29 Terminal Service (person) 202 1385 Prime PRIMENET 22.1.3 CGYARD 202 1407 Unix/SysV X.29 Terminal Service (person) 202 1440 VAX/VMS Username: 202 3011 * 202 3012 * 202 3030A ASYNC TO 3270 -> FIRST AMERICAN BANK OFGEORGIA 202 3036 $ GS/1 GS/X.25 Gateway Server 202 3060 * 202 3067 $ Major BBS Power Exchange (adult bbs and chat) Member-ID? new 202 3069 $ E06A26B3 202 3070 $ 202 3071 $ 202 3072 $ 202 3074 $ VAX/VMS Welcome to VAX/VMS V5.5-1 202 3075 * 202 3130 GTE Contel DUAT System (login asvisitor) 202 3131 GTE Contel DUAT System (airplaneinfo galore) 202 3134 USER ID 202 3135 USER ID 202 3138 * 202 3139 * 202 3140 * 202 3142 * 202 3145 &StArT& 202 3243 VOS Please login 202 3244 Unix tmn!login: 202 3246 * 202 3247 * 202 3254 VOS Please login 202 3255 VOS Please login 202 3256 VOS Please login 202 3257 (locks up) 202 3258 VOS Please login 202 3259 VOS Please login 202 3260 VOS Please login 202 3261 VOS Please login 202 3262 VOS Please login 202 3263 VOS Please login 202 3264 $ AMS SYSTEM= 202 3269 202 3330 * 202 3332 * 202 3333 * 202 3335 $ NETX A000VD00 READY FOR LOGON 202 3336 $ NETX A000VD00 READY FOR LOGON 202 3337 * 202 3338 * 202 3600 * 202 3601 * 202 3602 * 202 3603 * 202 3604 * 202 3605 * 202 3606 * 202 3611 * 202 3612 * 202 3613 * 202 3614 * 202 3630 * 202 4220 202 4222 202 4226 MSG10-RJRT TERMINAL-ID:GSSCXA63 IS NOW INSESSION 202 60031 VAX/VMS V5.4-2 202 60033 Unix/SunOS Welcome to QHDS! 202 60035 * 202 60036 NETX A0A0VD00 READY FOR LOGON 202 60039 Unix/SunOS (QHDS.MXBC) 202 60040 Lexis and Nexis 202 60043 * 202 60056 202 60058 * 202 60059 * 202 60060 * 202 60064 * 202 60068 PIN: 202 60069 PIN: 202 60071 PIN: 202 60073 * 203 - Connecticut Scanned: [0 - 500] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 203 22 VM/CMS 203 28 VM/CMS 203 50 CONNECTED TO PACKET/74 203 60 $ GEN*NET Private Switched Data Network 203 61 * 203 62 VAX/VMS ACM Enter SecurID PASSCODE: 203 66 Login Please : 203 67 Login Please : 203 77 * 203 78 $ Novell Netware Access Server (DDS) 203 79 * 203 105 $ outdial (203) 203 120 $ outdial (203) 203 121 $ outdial (203) 203 136 PRIME PRIMENET 20.2.7 SYSA 203 159 $ access barred 203 160 * 203 161 $ Novell Netware Access Server (INFOSYS) 203 165 Panoramic, Inc. PLEASE LOGON: help 203 242 Login Please : 203 274 $ ACF/VTAM 203 277 * (incoming call barred) 203 310 203 317 203 346 * 203 347 SB > 203 350 * 203 362 * (incoming call barred) 203 367 CONNECTED TO PACKET/74 203 434 $ (hangs up) 203 435 $ ACF/VTAM 203 438 $ (echo) 203 442 $ (echo) 203 452 * 203 455 203 458 * (incoming call barred) 203 463 * 203 465 * 205 - Alabama Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 205 237 * 205 245 * 205 246 * 206 - Washington Scanned: [0 - 500] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 206 40 $ Prime PRIMENET 23.2.0.r26 P6450 206 60 * 206 65 PRIME PRIMENET 22.1.4 OAD 206 66 206 67 $ 206 138 $ MHP201A UPK0BY60 * VERSION 5.5.4 *. 206 139 $ Wang VS Logon 206 154 $ DTC THE SEATTLE DTC (DTC01.MACON.USOPM) 206 158 VAX/VMS Username: 206 167 * (incoming call barred) 206 170 $ hp-3000 206 173 $ Renex Connect, SN-00100201 206 205 $ outdial (206) 206 206 $ outdial (206) 206 208 $ outdial (206) 206 239.1$ + Log on please 206 240.1$ ***investigate*** 206 250 $ logins to this workstation temp. barred 206 251 $ Wang SYSTEM TWO (TACOMA:TACOMA) 206 351 * 206 352 * 206 357 $ HP-3000 206 360 CUSTOMER ID: 206 368 * 206 369 * 206 371 $ 206 375 Prime PRIMENET 23.2.0.r26 DZ-BLV 206 430 $ 911 Monitor HATSLNCT is currently notavailable 206 470 VAX/VMS 206 479 $ + Log on please 207 - Maine Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 207 40 * 207 260 ??? Please login: 208 - Idaho Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 208 236 * 208 250 $ USER ID 208 252 Welcome to the NET, X.29 Password: 209 - California Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 209 241 * 209 243 * 209 245 * 209 246 * 209 270 $ VAX/VMS Continental PET Technologies, MODESTO 209 273 DACS III ***investigate*** 211 - Dun & Broadstreet Scanned: various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 211 1140 D&B terminal 211 1142 D&B terminal 211 1145 VAX/VMS on VBH302 211 1240 Please enter your terminal id; '?' forMENU 211 1242 D&B terminal 211 1245 ??? GNETMAIL 211 2150 Prime 211 2240 DunsNet's User Verification Service 211 2247 DUNSCENTER (connects to many machines) 211 2249 ID?> 211 2255 ID?> 211 2450 Prime 211 2451 Prime 211 3290 CMS? IDC/370 Ready- 211 3291 CMS? IDC/370 Ready- 211 3292 CMS? IDC/370 Ready- 211 3390 CMS? IDC/370 Ready- 211 3391 CMS? IDC/370 Ready- 211 3392 CMS? IDC/370 Ready- 211 3490 CMS? IDC/370 Ready- 211 4190 DunsNet's User Verification Service 211 4240 Enter service code - 211 4241 Enter service code - 211 5140 DTC Nielsen Household Services (DTC03.NY.NPD) 211 5240 VAX/VMS GUMBY... 211 5290 DTC Nielsen Household Services (DTC02.NY.NPD) 211 6140 PLEASE ENTER SUBSCRIBERID;PASSWORD 211 6141 A. C. Nielsen Information Center. 211 6142 A. C. Nielsen Information Center. 211 6145 211 6190 PLEASE ENTER SUBSCRIBERID;PASSWORD 211 6240 A. C. Nielsen Information Center. 211 6250 ??? USERNAME? 211 6290 PLEASE ENTER SUBSCRIBERID;PASSWORD 211 8140 DIALOG INFORMATION SERVICES 211 8142 VAX/VMS Username: 211 11140 VM/CMS VM/370 ONLINE-- 211 11142 VM/CMS VM/370 ONLINE-- 211 11144 VAX/VMS Username: 211 13190 D&B terminal (in spanish) 211 13191 D&B terminal 211 14110 Renex Connect, Enter password - 211 15140 NEODATA SERVICES NETWORK 212 - New York Scanned: [0 - 3000] & various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 212 30 ENTER ID: 212 31 $ VM/CMS 212 34 * 212 40 PLEASE ENTER /LOGIN 212 48 * 212 52 $ Prime 212 53 VAX/VMS 212 73 $ Prime 212 79 ENTER ID: 212 100 VAX/VMS Username: 212 101 VAX/VMS Username: 212 102 **** Invalid sign-on, please try again**** 212 103 VAX/VMS Username: 212 104 **** Invalid sign-on, please try again**** 212 105 **** Invalid sign-on, please try again**** 212 106 **** Invalid sign-on, please try again**** 212 108 **** Invalid sign-on, please try again**** 212 109 **** Invalid sign-on, please try again**** 212 110 **** Invalid sign-on, please try again**** 212 112 Shearson Lehman Brothers 212 124 $ VAX/VMS Username: 212 130 you are now connected to the host computer 212 131 Shearson Lehman Brothers 212 137 Prime PRIMENET 22.1.1.R17.STS.6 NY60 212 145 ENTER ACCESS ID: 212 146 ENTER ACCESS ID: 212 152 VAX/VMS Username: 212 170 $ TWX2V LOGGED INTO AN INFORMATION SERVICESNETWORK 212 172 $ TWX2V LOGGED INTO AN INFORMATION SERVICESNETWORK 212 174 $ TWX2V LOGGED INTO AN INFORMATION SERVICESNETWORK 212 197 BANKERS TRUST 212 202 VAX/VMS Username: 212 226 USER ID ? 212 231 $ VM/CMS 212 242 ENTER IDENTIFICATION: 212 255 VAX/VMS (PB2 - PBS Development System) 212 259 VAX/VMS (NYTASD - TAS SYSTEM) 212 260 Bankers Trust Online 212 274 $ INVALID INPUT 212 275 Bankers Trust Online 212 276 * 212 277 ****POSSIBLE DATA LOSS 00 00**** 212 278 Bankers Trust Online 212 279 User: (RSTS V9.3-20) 212 285 Invalid login attempt 212 306 * 212 320 ENTER IDENTIFICATION: 212 321 ENTER IDENTIFICATION: 212 322 $ COMMAND UNRECOGNIZED 212 336 * 212 344 * 212 345 Prime PRIMENET 23.2.0.R32 NMSG 212 352 * 212 359 (drops connection right away) 212 376 -> 201 950 Bankers Trust Online 212 430 -> 312 59 Id Please: User Id: Password: 212 432 * 212 437 * 212 438 * 212 440 * 212 444 Prime PRIMENET 21.0.7.R31 EMCO 212 446 $ VAX/VMS 212 449 $ VM/CMS 212 500 enter a for astra 212 501 enter a for astra 212 502 enter a for astra 212 503 enter a for astra 212 504 enter a for astra 212 505 enter a for astra 212 509 $ Transamerican Leasing (White Plains DataCenter) 212 539 (drops connections right away) 212 546 $ APLICACAO: 212 549 $ BT-Tymnet Gateway 212 561 VAX/VMS Username: 212 571 You are not authorized to connect to thismachine. 212 572 $ No access to this DTE. 212 580 enter a for astra 212 603 Shearson Lehman Brothers 212 615 Shearson Lehman Brothers 212 623 Shearson Lehman Brothers 212 693 $ USER ID 212 703 Unix 212 704 Unix 212 713 Prime PRIMENET 22.1.1.R17.STS.6 NY60 212 726 $ VAX/VMS 212 731 212 970 * 212 971 * 212 972 * 212 973 * 212 974 * 212 975 * 212 976 * 212 977 * 212 978 * 212 979 * 212 1000 $ Enter ID: 212 1002 $ Enter ID: 212 1004 $ Enter ID: 212 1009 $ outdial (212) 212 1045 $ HP-3000 White & Case - HP 3000 Computer System 212 1046 * 212 1049 APPLICATION: 212 1050 NSP READY? 212 1052 Prime PRIMENET 20.2.4.R11 FTC0 212 1053 VAX/VMS 212 1065 $ AOS Track Data System 12 212 1069 # 212 1071 $ GS/1 CS/100T> 212 1072 $ GS/1 CS/100T> 212 1076 NSP READY 212 1233 * 212 1355 * 212 1356 * 212 1367 You are not authorized to connect to thismachine. 212 1373 enter a for astra 212 1450 RadioSuisse Services. 212 1469 212 1477 n042ppp> enter system id 212 1478 n042ppp> enter system id 212 2050B Unix softdollar login: 212 2050D Unix softdollar login: 212 2060 $ T.S.S.G 212 2061 $ Boston Safe Deposit and Trust Company 212 2062 $ TWX40 LOGGED INTO AN INFORMATION SERVICESNETWORK 212 2071 VM/CMS GSERV 212 2079 VM/CMS GSERV 212 2130 $ (echo) 212 2131 $ (echo) 212 2134 $ (echo) 212 2135 $ (echo) 212 2230 $ (echo) 212 2231 $ (echo) 212 2234 $ (echo) 212 2235 $ (echo) 212 2245 $ Finlay Fine Jewelry Corp. 212 2250 VAX/VMS Username: 212 2251 **** Invalid sign-on, please try again**** 212 2252 **** Invalid sign-on, please try again**** 212 2253 **** Invalid sign-on, please try again**** 212 2254 **** Invalid sign-on, please try again**** 212 2270 **** Invalid sign-on, please try again**** 212 2271 **** Invalid sign-on, please try again 212 2272 **** Invalid sign-on, please try again**** 212 2273 **** Invalid sign-on, please try again**** 212 2274 **** Invalid sign-on, please try again**** 212 60002 You are not authorized to connect to thismachine. 212 60007 You are not authorized to connect to thismachine. 212 60010 You are not authorized to connect to thismachine. 212 60031 VM/CMS 212 60032 ENTER ID: 212 60033 Prime CDA Online Services 212 60034 CHANNEL 03/009. ENTER RESOURCE 212 60037 VAX/VMS MuniView 212 60044 * 212 60051 * 212 60055 USER ID 213 - California Scanned: [0 - 2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 213 21 Prime PRIMENET 23.2.0.R32 C6 213 22 Prime PRIMENET 23.2.0.R32 D6 213 23 $ outdial (213) 213 24 Marketron Research and Sales System 213 25 $ outdial (213) 213 35 Marketron Research and Sales System 213 41 $ (echo) 213 45 $ ENTER NETWORK SIGN-ON: 213 50 $ (echo) 213 52 $ Prime 213 53 CONNECTED TO PACKET/74 213 55 CONNECTED TO PACKET/74 213 56 CONNECTED TO PACKET/74 213 60 CONNECTED TO PACKET/74 213 61 CONNECTED TO PACKET/74 213 68 * 213 70 * 213 102 Prime PRIMENET 21.0.7.R10 TRWE.A 213 103 $ outdial (213) 213 105 Prime PRIMENET 22.1.3.beta1 SWOP 213 121 Prime PRIMENET 23.0.0 SWWE1 213 122 Unix Computervision Los Angeles District AdminSystem 213 129 Prime PRIMENET 22.0.3vA CALMA1 213 151 Prime PRIMENET 22.1.3 CSSWR1 213 154 Prime PRIMENET 22.1.1.R27 SWWCR 213 155 Prime PRIMENET 22.1.3 CS.LA 213 199 Prime PRIMENET 23.2.0.R32 C6 213 220A TELENET ASYNC TO 3270 SERVICE 213 221A TELENET ASYNC TO 3270 SERVICE 213 248 * 213 249 * 213 262 * 213 265 * 213 340 Prime PRIMENET 23.2.0 TRNGW 213 336 * 213 337 $ HP-3000 213 351 Unix/SunOS SunOS Release 4.1.2 (X25) 213 357 Unix/SunOS SunOS Release 4.1.1 (X25) 213 359 Unix 213 371 * 213 373 HP-3000 SAGAN.HP.COM 213 412 $ outdial (213) 213 413 $ outdial (213) 213 540 * 213 541 * 213 542 * 213 543 * 213 660 213 1052 $ Environment Control Monitor 213 1053 $ Unix milpitas login: 213 1054 * 213 1055 $ Environment Control Monitor 213 1056 * 213 1057 $ Denver Service System (ECM) 213 1064 * 213 1065 HP-3000 EXPECTED HELLO, :JOB, :DATA, OR (CMD) ASLOGON. 213 1073 213 1079 * 213 1160 * 213 1418 * 213 1419 * 213 1420 * 213 1421 * 213 1422 * 213 1423 * 213 1424 * 213 1425 * 213 1426 * 213 1427 * 213 1428 * 213 1429 * 213 1430 * 213 1450 MACNET: 214 - Texas Scanned: [0 - 2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 214 20 SIM3278 214 21 SIM3278 214 22 $ outdial (214) 214 42 VAX/VMS Username: 214 60 HP-3000 DELTA.RCO.NTI 214 68 $ VAX/VMS GTECVC 214 76 Cyber Power Computing Cyber Service 214 231 214 240 214 245 * 214 337 214 352 IST451I ENTER VALID COMMAND - NETXB0A8VD00 214 355 * 214 358 * 214 364 $ VAX/VMS GTECVC 214 366 Renex Connect, Enter service code - 214 371 Prime PRIMENET 21.0.2S GCAD.. 214 372 214 373 * 214 1031 * 214 1032 * 214 1033 * 214 1034 $ (echo) 214 1035 * 214 1040 $ (echo) 214 1048 Renex Connect, Enter terminal type or "M"for menu 214 1070 BT-Tymnet Gateway please log in:information 214 1071 Cyber You may enter CDCNET commands. 214 1075 Cyber You may enter CDCNET commands. 214 1131 * 214 1151 VAX/VMS Username: 214 1152 * 214 1153 214 1158 * 214 1161 VAX/VMS Username: 214 1230 * 214 1237 214 1238 214 1241 * 214 1242 * 214 1243 * 214 1244 * 214 1246 * 214 1247 * 214 1248 * 214 1249 * 214 1250 * 214 1251 * 214 1252 * 214 1253 * 214 1254 * 214 1255 * 214 1256 * 214 1257 * 214 1258 * 214 1260 * 214 1261 * 214 1262 * 214 1263 * 214 1264 * 214 1265 VAX/VMS Username: 214 1277 * 214 1278 * 214 1334 * 214 1335 * 214 1336 * 214 1337 * 214 1338 * 214 1339 * 214 1340 * 214 1341 * 214 1343 * 214 1358 * 214 1359 * 214 1362 VAX/VMS Username: 214 1363 * 214 1364 * 214 1365 * 214 1366 * 215 - Pennsylvania Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 215 5 $ outdial (215) 215 22 $ outdial (215) 215 30 * 215 38 * 215 40 VU/TEXT 215 44 * 215 60 * 215 66 Prime NewsNet 215 112 $ outdial (215) 215 121 VM/CMS TOWERS PERRIN ONLINE--PHILA 215 134 * 215 135 VU/TEXT 215 139 * 215 140 VU/TEXT 215 143 * 215 154 215 163 Unix 215 164 Unix 215 165 Unix 215 166 Unix 215 167 Unix 215 168 Unix 215 169 Unix 215 170 Unix 215 171 Unix 215 172 * 215 173 * 215 176 * 215 179 Unix PLASPEC Engineering & Marketing Network 215 231 215 251 Unix 215 252 Unix 215 253 Unix 215 254 Unix 215 255 Unix 215 261 VAX/VMS File Transfer and Gateway Service NodeARGO 215 262 215 263 215 263 215 264 %@CVTTAUD@dUYECVGUIiED 215 270 CONNECTED TO PACKET/400 215 530 $ 215 531 $ 215 532 $ 215 533 $ 215 534 $ 215 535 $ 215 536 $ 215 537 $ 215 538 $ 215 539 $ 215 540 $ 215 541 $ 216 - Ohio Scanned: [0 - 2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ----------- ------------------------------------------------- 216 20 $ outdial (216) 216 21 $ outdial (216) 216 38 VAX/VMS Username: 216 49 216 51 * 216 59 * 216 60 APPLICATION: 216 63 * 216 64 Prime PRIMENET 20.2.4 LIPC 216 74 $ hp-x000 216 75 * 216 120 $ outdial (216) 216 134 * 216 135 * 216 140 216 201 $ HP-3000 216 202 * 216 203 * 216 204 * 216 205 * 216 209 * 216 210 * 216 211 * 216 212 $ HP-3000 216 530 * 216 531 * 216 532 * 216 533 * 216 534 * 216 535 * 216 536 * 216 537 * 216 538 * 216 539 $ (echo) 216 1351 Prime PRIMENET 22.1.4 OPSPRO 216 1352 Prime Good morning 216 1353 Prime PRIMENET 22.1.4 OPSPRO 216 1354 Prime Good morning 216 1355 $ Prime PRIMENET 22.1.4.R63 OPSSEC 216 1356 * 216 1357 Prime Good morning 216 1358 Prime PRIMENET 22.1.4 OPSPRO 216 1369 * 216 1370 * 216 1371 * 216 1372 * 217 - Illinois Scanned: 0 - 200 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 217 45 * 217 46 * 219 - Indiana Scanned: 0 - 200 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 219 3 Prime PRIMENET 22.1.0vA2 NODE.0 219 8 Prime PRIMENET 23.2.0vA NODE.8 219 9 ENTER GROUP NAME> 219 10 Lincoln National Corporation 219 35 $ MHP201A ZMA0PZ10 * VERSION 6.0.1 *. 219 140 Prime PRIMENET 23.2.0vA CS.FTW 219 150 * 222 - unknown Scanned: various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 222 100 Prime 222 140 Prime 222 320 Prime 222 340 223 - Citibank Scanned: various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 223 1 $ GS/1 CITITRUST/WIN Gateway! (Toll 25 cents) 223 6 PLEASE ENTER TRANSACTION ID: 223 10 Prime 223 11 Prime 223 13 Prime 223 15 Prime 223 17 CDS DATA PROCESSING SUPPORT 223 26 NETWORK USER VALIDATION. 223 31 223 32 enter a for astra 223 34 NETWORK USER VALIDATION. 223 35 VAX/VMS TREASURY PRODUCTS 223 39 Major BBS GALACTICOMM User-ID? new 223 40 Global Report from Citicorp 223 41 VOS (other systems connect from there) 223 42 CITICORP/CITIBANK - 0005,PORT 3 223 46 $ Enter Secure Access ID -02-> 223 47 CCMS 223 48A CITIBANK ,PORT 5 223 50 Prime 223 54 CITI CASH MANAGEMENT NETWORK - 223 55 NETWORK USER VALIDATION. 223 57 223 65 VOS 223 68 $ Citimail II 223 70 ELECTRONIC CHECK MANAGER ENTER 'ECM' 223 71 "" 223 74A "" 223 79 VAX/VMS Audit login --- Your session will berecorded. 223 87 VOS CitiShare Milwaukee, Wisconsin 223 91 VAX/VMS Unauthorized Use Is Prohibited 223 92 <> 223 93 Major BBS? Citibank Customer Delivery Systems(#95298116) 223 94 <> 223 95 223 96 <> 223 103 <> 223 104 $ VAX/VMS 223 106 223 175 enter a for astra 223 176 VAX/VMS 223 178 NETWORK USER VALIDATION. 223 179 $ 223 183 Prime 223 184 Prime PRIMENET 23.2.0vB PROD-C 223 185 Citibank Hongkong 223 186 Citibank Hongking 223 187 $ DECserver 223 188 GS/1 CITITRUST/WIN Gateway! (Toll 25 cents) 223 189 $ DECserver 223 191 (need x.citipc terminal emulator) 223 193 Prime 223 194 VAX/VMS 223 199 $ 223 200 NETWORK USER VALIDATION. 223 201 C/C/M INT'L 3 ENTER YOUR ID : [ ] 223 202 C/C/M INT'L 4 ENTER YOUR ID : [ ] 223 204 C/C/M INT'L 6 ENTER YOUR ID : [ ] 223 210 NETWORK USER VALIDATION. 223 211 CITI Master Policy Bulletin Board 223 212 "" 223 216 VAX/VMS *** Unauthorized Access Prohibited *** 223 217 223 218 223 222 Unix SysV Citibank PDC Registration System 223 223 CITIBANK SINGAPORE 223 223 Unix discovery login: 223 227 Prime PRIMENET 23.2.0.R43 BASCOS 223 234 VCP-1000 Terminal Server 223 256 VOS CITIBANK - NSO NEW YORK, NY 223 258 VOS CITIBANK - NSO NEW YORK, NY 223 259 VOS CITIBANK - NSO NEW YORK, NY 223 260 VAX/VMS Unauthorized Use Is Prohibited 223 503 ??? : 223 508 223 510 VOS Citibank Puerto Rico 223 512 VAX/VMS #6 Node: NYF050 223 513 CITI CASH MANAGEMENT NETWORK - 223 515 Prime PRIMENET 23.2.0.R43 BASCOS 223 519 Prime PRIMENET 23.2.0.R43 OBSPOM 223 520 $ CitiMail II 223 521 $ Major BBS User-ID? new 223 523 Prime PRIMENET 23.2.0.R43 LATPRI 223 524 $ GS/1 Cititrust (Cayman)'s WIN Gateway! 223 527 INVALID COMMAND SYNTAX 223 600 223 1000 CITI CASH MANAGEMENT NETWORK 223 1002 223 3002 NETWORK USER VALIDATION. 223 3003 ??? Welcome to Citiswitch, New York 223 3008 ??? "" 223 3011 Unix DG/UX Release 4.32. AViiON (gnccsvr) 223 3012 Unix DG/UX Release 4.32. AViiON (gnccsvr) 223 3020 Prime 223 3030 $ VAX/VMS 223 3031 * 223 3042A CITI Master Policy Bulletin Board 223 3044 223 3046 223 3048 $ DECserver 223 3052 Unix DG/UX Release 4.32. AViiON (parsvr) 223 3056 * 223 3060B TBBS Citicorp Futures Corp. 223 3064 $ 223 3066 223 3067 NETWORK USER VALIDATION. 223 3070 * 223 3074 NETWORK USER VALIDATION. 223 3075A Port Selec Systems:EQX/SUP,SECURID,TS,TS1,TS2,TS3,PBX 223 3080A PERSONNEL SERVICES & TECHNOLOGY'S DATAPABX NETWORK. 223 3082 223 3083 ENQUIRE GSM User ID? 223 3086 VOS Citishare 223 3088 HP-3000 SYSTEMC.HP.CITIBANK 223 4700 * 223 8050 ILLEGAL SOURCE ADDRESS 0B 80 223 8052 223 8053 TYPE . 223 8056 ILLEGAL SOURCE ADDRESS 0B 80 223 8057 * 223 8058 ILLEGAL SOURCE ADDRESS 0B 80 223 8059 ILLEGAL SOURCE ADDRESS 0B 80 223 8100 Prime PRIMENET 23.1.0 LATRG1 223 8101 Prime PRIMENET 23.1.0 LATRG2 223 8201 223 8202 Enter password: 223 8602 Prime PRIMENET 23.2.0.R43 OBSPOM 223 8804 11 - FORMAT ERROR 223 10009 I/P LOGIN CODE 223 10010 I/P LOGIN CODE 223 10015 I/P LOGIN CODE 223 10030 UMP 15, TP (DEV A) > 223 10032 UMP 2, XGATE (NODE 6) 223 10050 I/P LOGIN CODE ; ; > Remember Where You Saw This Phile First < ; > ARRESTED DEVELOPMENT +31.77.547477 The Netherlands < ; X25-6.TXT100644 0 0 123673 5612006410 10325 0ustar rootroot 224 - Citibank Scanneds: various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 224 1 CITIBANK 224 2 VAX/VMS Global Report 224 4 Prime PRIMENET 23.2.0vB PROD-A 224 5 DECserver 224 6 CITIBANK CANADA-CB1 224 10 CITIBANK BRASIL 224 11 C/C/M 224 12 Prime PRIMENET 23.2.0vA OZPROD 224 14 C/C/M 224 16 CITIBANK FRANKFURT 224 17 DECserver 224 20 DECserver 224 21 224 22 224 23 CITIBANK N.A. BAHRAIN - BOOK SYSTEM 224 24 NETWORK USER VALIDATION. 224 26 224 27 CITIBANK JOHANNESBURG 224 30 CITIBANK PIRAEUS 224 31 ADAM_COSMOS 224 32 CITIBANK LONDON 224 33 CITIBANK PARIS 224 34 CITIBANK LONDON 224 35 DUBLIN_COSMOS 224 36 CITIBANK ATG - TEST8.2 224 37 224 38 CITIBANK LEWISHAM 224 39 CITIBANK MILAN 224 40 224 41 CITICORP/CITIBANK 224 42 CITICORP/CITIBANK 224 43 VIENNA_COSMOS 224 44 CITIBANK LONDON 224 45 NORDIC_COSMOS 224 46 NORDIC_COSMOS 224 47 Enter Secure Access ID -02-> 224 48 Prime CONNECTED TO 03 35-50 224 49 CITIBANK FRANKFURT 224 50 CITICORP/CITIBANK 224 51 CITICORP CASH MANAGEMENT SERVICES 224 53 JERSEY_COSMOS 224 55 SIGN-ON NAO ACEITO 224 56 DECserver 224 57 VAX/VMS 224 62 CITIBANK SINGAPORE 224 63 CITIBANK MANILA 224 64 Prime 224 65 CITIBANK SINGAPORE 224 68 DECserver 224 70 London Branch Miniswitch 224 71 CCM - Citi Cash Manager 224 73 DECserver 224 74 CITI CASH MANAGEMENT NETWORK 224 75 IBI MIS Systems 224 76 224 78 CITIBANK HONG KONG 224 79 CITIBANK 224 80 VAX/VMS UNAUTHORIZED ACCESS to this SYSTEM isPROHIBITED 224 81 224 82 Prime PRIMENET 23.2.0vB PROD-C 224 83 IBM 3708 224 85 224 86 Prime PRIMENET 23.1.0 LATRG1 227 87 DECserver 224 89 Prime PRIMENET 23.1.0 LATRG1 224 91 Prime 224 92 VCP-1000 Terminal Server (decserver clone) 224 93 224 95 BMS==> 224 98 C/C/M 224 100 Cityswitch 224 104 BMS==> 224 105 224 108 224 110 224 113 Prime PRIMENET 23.1.0 LATRG2 224 122 VAX/VMS? Global Report from Citicorp 224 125 PLEASE ENTER TRANSACTION ID: 224 128 Prime PRIMENET 23.2.0.R43 LATPRI 224 129 224 130 VAX/VMS GLOBAL TREASURY PRODUCTS 224 132 Prime PRIMENET 23.2.0vB PROD-B 224 135 VAX/VMS CMAPD - SRPC Vax Development System 224 136 VAX/VMS #6Node: NYF050 224 137 HP-3000 224 138 224 139 VAX/VMS (restricted access system) 224 140 VAX/VMS "" 224 141 : 224 142 C/C/M 224 143 CITI CASH MANAGEMENT NETWORK 224 147 C/C/M 224 148 CITIBANK LONDON 224 149 LISBON_COSMOS 224 150 DEC Welcome to the DEC Gateway 224 153 CITI CASH MANAGEMENT NETWORK 224 157 DecServer 224 158 224 159 CDS DATA PROCESSING SUPPORT 224 160 (pad?) 224 161 VAX/VMS 224 162 Prime 224 163 Prime 224 164 Prime PRIMENET 22.1.2 WINMIS 224 165 GS/1 LTN> 224 166 VAX/VMS GLOBAL TREASURY PRODUCTS 224 167 VAX/VMS GLOBAL TREASURY PRODUCTS 224 168 VAX/VMS Global Report from Citicorp 224 170 ELECTRONIC CHECK MANAGER ENTER 'ECM' 224 172 CitiMail II - Asia Pacific 224 174 PERSONNEL SERVICES & TECHNOLOGY'S DATAPABX NETWORK 224 175 Enter T or V for TSO or M for VM/CMS. 224 176 DECserver 224 177 VAX/VMS Unauthorized Use Is Prohibited 224 179 <> 224 180 Citibank N.A. PUERTO RICO 224 193 : 224 194 VOS CitiShare Milwaukee, Wisconsin 224 195 Citimail II 224 196 Xyplex X.25 Terminal Server 224 197 VAX/VMS 224 199 224 200 EMULEX TCP/LAT-Compatible Terminal Server 224 204 224 205 Prime 224 207 Communications Subsystem ForInterconnection 224 210 VOS try "list_users" 224 211 Major-BBS User-ID: 224 212 Master Policy Bulletin Board 224 213 %%% 224 214 INDIQUE O TIPO DE TERMINAL 224 216 VAX/VMS *** Unauthorized Access Prohibited *** 224 217 Prime 224 218 DECserver 224 220 CHANNEL 01/049. ENTER CHOICE: 224 221 BUDAPEST_COSMOS (user 63) 224 222 224 223 CITIBANK SINGAPORE 224 227 224 230 224 234 VCP-1000 (decserver clone) 224 236 CITIBANK LEWISHAM 224 237 DECserver 224 300 $ CitiMail II 224 320 VAX/VMS 224 602 VOS list_users 224 700 $ CitiMail II (Asia Pacific) 224 704 Prime PRIMENET 23.2.0vB PROD-C 224 3004 Enter destination : node.port or :SFA 224 3006 Enter destination : node.port or :SFA 224 3010 224 3013 London Branch Miniswitch 224 3014 CONNECTED TO CITIBANK LONDON 224 3016 BMS==> 224 3024 BMS==> 224 3027 Enter destination : node.port or :SFA 224 3032 CITIBANK LONDON 224 3035 EMULEX TCP/LAT-Compatible Terminal Server 224 3036 EMULEX TCP/LAT-Compatible Terminal Server 224 3037 $ Citimail II - C.M.E.A 224 3038 $ 224 3039 $ Citimvs X.25 Gateway 224 3043 VAX/VMS UNAUTHORIZED ACCESS to this SYSTEM isPROHIBITED 224 3047 Enter destination : node.port or :SFA 224 3058 * 224 3059 * 224 3103 CITIBANK PARIS 224 3116 CITICORP/CITIBANK 224 3117 VAX/VMS UNAUTHORIZED ACCESS TO THIS SYSTEM ISPROHIBITED 224 312 3 * 224 3124 CITIBANK MILAN 224 3127 CITIBANK MILAN 224 3128 * 224 3131 CITIBANK FRANKFURT 224 3133 CITIBANK FRANKFURT 224 3230 224 3231 224 3235 CITICORP/CITIBANK 224 3236 CITICORP/CITIBANK 224 4022 224 8006 Welcome to Citiswitch, HK 224 8008 VAX/VMS GTN gateway/Regional Billing/PCSA/CMGaccpt 224 8010 224 8011 Unix INFOBASE2 login: 224 8014 Prime 224 8018 * 224 8022 * 224 8023 * 224 8026 224 8027 224 8030 224 8031 224 8033 224 8034 224 8035 224 8105 ENTER RESOURCE : 224 8106 Global Report from Citicorp 224 8210 224 8211 CITIBANK MANILA 224 8410 CITIBANK SYDNEY 224 8412 CITIBANK SYDNEY 224 8414 PLEASE ENTER YOUR ID : -1-> 224 8415 EMULEX TCP/LAT-Compatible Terminal Server 224 8416 Prime 224 8509 CITIBANK HONGKONG 224 8620 224 8621 224 8622 224 8623 224 8624 224 8625 224 8626 224 8627 224 8629 224 8720 CITIBANK SINGAPORE 224 8722 * 224 8725 $ COSMOS 224 8730 DECserver 224 8731 CITIBANK SINGAPORE 224 9010 Prime 224 9011 VAX/VMS *** Authorized Personnel Only *** 224 9150 CITIBANK HONGKONG 277 - Apple Computer Inc. Scanned: various ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 277 125J VAX/VMS YODA *AUTHORIZED USERS ONLY* 277 127 VAX/VMS Apple Canada Inc. 277 128 VAX/VMS For internal use only. CHATTERBOX 277 130J VAX/VMS YODA *AUTHORIZED USERS ONLY* 277 133 ??? Apple Computer, Inc. X.25 PAD toIP/TCP/TELNET 301 - Maryland Scanned: [0 - 2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 301 20 MEDLINE 301 21 * 301 33 VOS United Communications Computer ServicesGroup 301 35 User Access Verification Username: 301 37 MEDLINE 301 40 MEDLINE 301 56 U#= 301 46 * 301 54 VAX/VMS 5.2 301 56 U#= 301 77 * 301 78 * 301 100 VOS United Communications Computer ServicesGroup 301 125 VAX/VMS 301 140 MEDLINE 301 150 $ VAX/VMS 301 165 * 301 170 VOS United Communications Computer ServicesGroup 301 253 Prime Primecom Network 19.4Q.111 System 35 301 254 Prime Primecom Network 19.4Q.111 System 59 301 307 Prime ER! 301 310 Prime Primecom Network 19.4Q.106 System 51 301 320 Prime Primecom Network 19.4Q.111 System 53 301 330 Prime Primecom Network 19.4Q.111 System 30 301 331 Prime Primecom Network 19.4Q.111 System 31 301 332 Prime Primecom Network 19.4Q.111 System 32 301 333 Prime Primecom Network 19.4Q.111 System 33 301 335 Prime Primecom Network 19.4Q.111 System 35 301 336 VAX/VMS Welcome to VMS 4.6 301 341 Prime Primecom Network 19.4Q.111 System 41 301 342 Prime Primecom Network 19.4Q.111 System 42 301 343 Prime Primecom Network 19.4Q.111 System 43 301 344 Prime Primecom Network 19.4Q.111 System 44 301 345 Prime Primecom Network 19.4Q.111 System 45 301 346 Prime Primecom Network 19.4Q.111 System 46 301 351 Prime Primecom Network 19.4Q.111 System 95 301 352 Prime Primecom Network 19.4Q.111 System 52 301 353 Prime Primecom Network 19.4Q.111 System 53 301 356 Prime Primecom Network 18.4Y System 56 301 357 Prime Primecom Network 19.4Q.111 System 57 301 358 Prime Primecom Network 19.4Q.111 System 58 301 361 Prime Primecom Network 19.4Q.111 System 31 301 364 Prime Primecom Network 19.4Q.111 System 64 301 390 Prime Primecom Network 19.4Q.111 System 90 301 391 Prime Primecom Network 19.4Q.111 System 91 301 392 Prime Primecom Network 19.4Q.111 System 92 301 393 Prime Primecom Network 19.4Q.111 System 93 301 394 Prime Primecom Network 19.4Q.111 System 30 301 395 Prime Primecom Network 19.4Q.111 System 95 301 396 Prime Primecom Network 19.4Q.111 System 96 301 397 Prime Primecom Network 19.4Q.111 System 97 301 398 Prime Primecom Network 19.4Q.111 System 98 301 442 * 301 443 * 301 444 * 301 447 * 301 448 * 301 449 * 301 450 * 301 455 Unix SysV oldabacis login: (uucp) 301 521 $ NETX A000VD03 READY FOR LOGON 301 530 PLEASE ENTER LOGIN 301 535A 301 546 * 301 548 301 558 * 301 559 * 301 560 * 301 563 $ VM/CMS? INVALID-SW-CHARS 301 565 Unix E.T.Net/The National Library of Medicine. 301 1130 301 1131 301 1134 * 301 1136 * 301 1139 8001A69E 301 1142 9769AFC6 301 1153 * 301 1230 You are not authorized to connect to thismachine. 301 1241 Fannie Mae 301 1243 USER ID 301 1244 * 301 1245 * 301 1253 * 301 1551 * 301 2040 * 301 2042 * 302 - Delaware Scanned: 0 - 300 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 302 41 $ (running same/similar software as tymnet) 303 - Colorado Scanned: 0 - 1000 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC ---------- ------------------------------------------------------------ 303 21 $ outdial (303) 303 33 Password > 303 47 * 303 114 $ outdial (303) 303 115 $ outdial (303) 303 120 Prime PRIMENET 22.1.3.R35 SAMSON 303 140 X29 Password: 303 141 * 303 142 * 303 242 $ VAX/VMS AZTEK Engineering MicroVAX (AZTKD1) 303 268 * 303 330 * 303 333 * 303 338 * 303 561 Prime PRIMENET 22.1.1.R11 SPARKY 303 579 Prime PRIMENET 22.1.3.R35 CAESAR 303 800 * 304 - West Virginia Scanned: [0 - 300] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 304 101 ENTER: ASV2, ASV3 OR MPL780 304 130 ENTER: ASV2, ASV3 OR MPL780 305 - Florida Scanned: 0 - 2000 ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 305 4 USER ID 305 34 USER ID 305 59 .INVALID COMMAND 305 105 $ outdial (305) 305 106 $ outdial (305) 305 120 $ outdial (305) 305 121 $ outdial (305) 305 122 $ outdial (305) 305 135 * 305 140 .INVALID COMMAND 305 141 Select Desired System: 305 142 USER ID 305 149 hp-x000 S901.NET.BUC 305 150 * 305 156 USER ID 305 162 WN01000000000000000000000000000 305 170 * 305 171 VM/CMS? ENTER SWITCH CHARACTERS 305 172 WN01000000000000000000000000000 305 175 USER ID 305 177 WN01000000000000000000000000000 305 178 hp-x000 S901.NET.BUC 305 237 Comcast Information Services 305 241 WN01000000000000000000000000000 305 245 * 305 247 305 250 Unix 305 339 CONNECTED TO PACKET/74 305 347 CONNECTED TO PACKET/74 305 362 CLARIONET Userid : new 305 363 CLARIONET 305 364 CLARIONET 305 365 CLARIONET 305 366 CLARIONET 305 370 $ 305 371 VAX/VMS Usuario : 305 372 $ VAX/VMS ORL001 305 471 305 472 $ HP-3000 MIA.MIA.EI 305 700 305 1036 CONNECTED TO PACKET/74 305 1037 CONNECTED TO PACKET/74 305 1043 Unix 305 1040 USER ID 305 1242 AOS 305 1243 * 305 1244 Prime PRIMENET 22.1.3 DZ-MIA 309 - Illinois Scanned: [0 - 200] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 309 30 * 312 - Illinois Scanned: [0 - 1500] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC ---------- ------------------------------------------------------------ 312 34 YOUR ENTRY IS INCORRECT. 312 35 $ TSO 312 37 * 312 40 312 41 YOUR ENTRY IS INCORRECT. 312 45 YOUR ENTRY IS INCORRECT. 312 53 TSO COMMAND UNRECOGNIZED 312 54 TSO 312 59 Id Please: 312 64 $ Purdue Annex (*.cc.purdue.edu) 312 65 $ MSG 1: COMMAND INVALID FROM PHTIB010 312 74 * 312 75 * 312 77 $ USER ID 312 78 $ USER ID 312 121 enter system id -- 312 125 * 312 131 VM/CMS SYSTEMV 312 150 PLEASE ENTER SUBSCRIBERID;PASSWORD 312 159 PLEASE ENTER SUBSCRIBERID;PASSWORD 312 160 USERID: 312 170 $ VAX/VMS This is SKMIC4 - Authorized use only 312 233 USERID: 312 235 312 240 * 312 245 * 312 253 * 312 254 * 312 256 PLEASE LOGIN 312 257 * 312 258 ID: 312 269 CUSTOMER ID: 312 270 CUSTOMER ID: 312 271 CUSTOMER ID: 312 350 * 312 351 TSO 312 354 * 312 378 BAXTER ASAP SYSTEM (LINE EG75) 312 379 TSO 312 398 $ MHP201A ITVI0180 * VERSION 6.0.2 *. 312 400 BAXTER ASAP SYSTEM (LINE EGC7) 312 401 BAXTER ASAP SYSTEM (LINE EG4D) 312 402 BAXTER ASAP SYSTEM (LINE EGC5) 312 403 TSO 312 405 TSO 312 410 $ outdial (312) 312 411 $ outdial (312) 312 451 TSO 312 452 BAXTER ASAP SYSTEM (LINE EGED) 312 475 * 312 476 * 312 520 Unix R59X01 login: 312 521 Unix R58X01 login: 312 522 Unix R67X01 login: 312 524 Unix R51X01 login: 312 525 Unix R41X01 login: 312 526 PASSWORD 312 528 PASSWORD 312 530 * 312 531 * 312 532 $ VAX/VMS 312 533 * 312 534 $ (echo) 312 535 $ (echo) 312 536 $ (echo) 312 537 $ (echo) 312 538 $ (echo) 312 585 * 312 587 * 312 588 * 312 589 * 312 655 TSO 312 740 TELENET ASYNC TO 3270 SERVICE 312 762 * 312 763 * 312 764 * 312 765 * 312 766 * 312 767 * 312 768 * 312 769 * 312 770 $ TELENET ASYNC TO 3270 SERVICE 312 772 $ TELENET ASYNC TO 3270 SERVICE AB-NET 312 1130 Unix R52X01 login: 312 1131 Unix R61X01 login: 312 1132 Unix R63X01 login: 312 1133 Unix R40X01 login: 312 1134 Unix R43X01 login: 312 1135 Unix R46X01 login: 312 1139 Unix R65X01 login: 312 1140 Unix R54X01 login: 312 1141 Unix R71X01 login: 312 1142 Unix R56X01 login: 312 1143 Unix R55X01 login: 312 1144 Unix R48X01 login: 312 1150 Unix R47X01 login: 312 1151 Unix R62X01 login: 312 1152 Unix R45X01 login: 312 1153 Unix R42X01 login: 312 1154 Unix R74X01 login: 312 1155 Unix R60X01 login: 312 1177 * 312 1179 * 312 1232 REQUEST IN VIOLATION OF SYSTEM SECURITY 312 1233 REQUEST IN VIOLATION OF SYSTEM SECURITYSTANDARDS 312 1250 YOUR ENTRY IS INCORRECT. 312 1251 YOUR ENTRY IS INCORRECT. 312 1258 Prime PRIMENET 23.2.0.r26 HS6650 312 1259 ENTER ID (Westlaw) 312 1270 * 312 1271 * 312 1272 * 312 1275 * 312 1301 MHP201A A00B1001 * VERSION 5.5.3 *. 312 1302 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1303 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1304 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1305 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1306 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1307 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1308 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1309 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1310 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1311 MHP201A A00B1101 * VERSION 5.5.3 *. 312 1340 * 312 1341 ENTER ID (Westlaw) 312 1534 * 312 1535 * 313 - Michigan Scanned: [0 - 2000] ADDRESS OS/SYSTEM PROMPT/RESPONSE/OWNER/ETC LOGIN/PW ---------- ------------------------------------------------------------ 313 24 $ outdial (313) 313 40 Autonet Line 3130095084 313 41 Autonet Line 3130095084 313 62 Merit:X.25 Gateway 313 75 * 313 82 Enter "CMS userid", "TSO userid ","SIMVTAM termid" 312 219 enter system id -- 313 101 $ outdial (313) 313 111 $ outdial (313) 313 140 $ USER ID 313 144 $ DTC DTCHQ02.WD.WD 313 145 Please enter your Access Code ? 313 146 Please enter your Access Code ? 313 148 PLEASE ENTER SUBSCRIBERID;PASSWORD 313 152 Unix/SunOS SPRINT.COM SunLink X.29 service 313 153 MHP1201I TERMINAL CONNECTED TO PACKET/74 313 160 PASSWORD (this will hang you up) 313 165 * 313 171 U#= 313 173 VAX/VMS