TDI o!]  21PRO175 DECnet disk 1 of 5 mmmmmmm m m Xe!7F ***THIS VOLUME DOES NOT CONTAIN A HARDWARE BOOTABLE SYSTEM *** ߋtv&<.<6<>et fE . kz 17MAR87095933\Eu#NETTESTV2117MAR87095933)NETTESTV21 [128,128] DECFILE11A SU. NNz 17MAR870959330GH  I . *O:z 17MAR870959333VwM . t:#z 17MAR87095933-e.'`"z17MAR8710031617MAR871003154 I . xQz 17MAR87095933 12 Xe.'k4}z17MAR8710032617MAR871003255O 8k!. ! p'Y?T?T17MAR8715592217MAR87155915 YX#Nk!.p' 5?T?T17MAR8716000417MAR87160001 ee.'Yz17MAR8710033417MAR871003336Fg!. ' 5r17MAR8710061811NOV85144901y^g!. p'YR@S17MAR8710052816OCT850946287ל)g!.' 5t17MAR8710062411NOV85144907r&|g!. L`p'Y2d317MAR8710054721OCT85112118QZg!.' 54q17MAR8710063011NOV85144912  He . {{&Y17MAR8710060311NOV85160459z : ,g!.p' 53317MAR8710063411NOV85144918 c!.L('k4}r:17MAR8710090311NOV85144959eQ.17MAR8710093017MAR87100915gRe .tu& 5[08JUN8713201608JUN87131750s)mg].   'k4}@17MAR8710093217MAR87100917}^g!. ' 5[?T 17MAR8710070111NOV85144942 13a.) &Y17MAR8710083217MAR87100830 hg!.*+' 5 17MAR8710070911NOV85144946);Y a.L( 'k4}17MAR8710092917MAR87100927    %2t:#z xQz kzNNz*O:z`"zk4}zYzh     ~) w0YS-Zxs_z-Z % NY YEy gMS IL Ş Y{SQSSHEgM7HE:HEvLHE:x-ZuHE:x}(>r Prompt |HH } } ~Receive gʀN X h/  Z.2I &I##$I& Pfaja$I^̾SYSCOUNTglShow system countersgl?Each menu item is unpacked and the '-number-' replaced with' theglEnetwork management countmSENDRECVGACT 12L-options GHLPSNDRECHPTITL2Counters Display, DECNA Send/Receive Line CountersTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter.nTEXT03--0- seconds since countersG were last zeroed.-OPTN01-1060- Send failure, includes:uOPTN02"-B0- Excessive collisionsOPTN03"-B1- Carrier check failedOPTN04-B2- Short circuitDOPTN05-B3- Open circuitOPTN06!-B4- Send frame too longvOP= YR@S Y2d3 Y Y?T?T  5r 5t 54q 533 5?T?T 5[ 5[?T  5 ' TN07%-B5- $Remote failure to deferHOPTN08!-B6- JTransceiver failureiOPTN09"-1062- Receive failure, includes:OPTN10-B0- Block check error OPTN11-B1- Framing erroreOPTN12$-B2- Receive frame too longPRMT$Press PREV SCREEN for Line Counters.KEYW01 OHLP01SENDHELPACTN01-7-SF- send failure-KEYW02 OHLP02EXCESSCOACTN02EC - excessive collisionsfKEYW03OHLP03CARRIERCACTN03CC - carrier check failediKEYW04OHLP04SHORTCIRACTN04SC - short cir&I?k4}r:k4}@k4}k4}r:4cuitKEYW05OHLP05OPENCIRCACTN05OC - open circuitrKEYW06OHLP06FRAMELONACTN06SFTL - frame too longgKEYW07OHLP07REMOTEFAACTN07RF - remote failureeKEYW08 OHLP08TRANSLHPACTN08TF - Transceiver failureKEYW09OHLP09RECVHELPACTN09-3-RF-recieve failure KEYW10 OHLP10BLOCKCHKACTN10BCE - block check erroreKEYW11OHLP11FRAMERROACTN11FE - framing errorKEYW12OHLP12RECFRLNGACTN12RFTL - receive frame too longEXITNMTMNU GACTNMTGHLPNMTHLP TITLTest Tool for  I?Yr:Y@YYr: DECnetTEXT01GPRO/DECnet Version V2.0 @ COPYRIGHT 1985 Digital Equipment CorporationATEXT027Which Ethernet (DECNA) Test Tool operation do you want?TOPTN01Installation Verification TestOPTN02 Local TestOPTN03 Remote TestiOPTN04Tests with Loopback ConnectornOPTN05Counters DisplayOPTN06Node Status DisplayOPTN07Assisted Loopback TestPRMTMake a choice and press DO.TKEYW01 OHLP01NMTINSHPACTN01InstallKEYW02OHLP02LOCALHLPACTN02LocalaKEYW03OHLP03REMOTHLPACTN03RemoteKEYW04 7j140- Receive buffer shortagesPRMT$Press NEXT SCREEN for Line Counters.KEYW01 OHLP01OVPKLSHPACTN01OPL - oversized packet lossiKEYW02OHLP02PKFMERHPACTN02PFE - packet format errorfKEYW03 OHLP03VERREJHPACTN03VR - verification rejectKEYW04OHLP04CONTROLBACTN04)CBAF - control buffer allocation failuresiKEYW05OHLP05SMABUFHPACTN05&SBAF - small buffer allocation failureKEYW06OHLP06LARBUFHPACTN06&LBAF - large buffer allocation failureKEYW07OHLP07RECBUFHPACTN07(RBAF -bsplaywOPTN07 Modem TestsaPRMTMake a selection and press DO.KEYW01OHLP01NMTINSHKACTN01InstallhKEYW02OHLP02LOCALHLKACTN02LocalsKEYW03OHLP03REMOTHLKACTN03RemoteKEYW04OHLP04LOOPCONNACTN04ManualKEYW05OHLP05COUITEMSACTN05DisplayKKEYW06OHLP06DISREMHPACTN06StatusKEYW07OHLP07MODHLP ACTN07Tests EXITMODMNU GACT modemtestfGHLPMODLRHLPTITL Modem Tests TEXT02&Press EXIT to return to previous menu.OPTN01Local Modem TestOPTN02Remote Modem TestPRMTMaGOHLP04LOOPCONNACTN04ManualKEYW05OHLP05COUITEMSACTN05DisplayKEYW06OHLP06DISREMHPACTN06StatusKEYW07OHLP07ASLOOTSTACTN07AssistedOHLP08ASLOOTSTACTN08AssistedEXITCOUNTERSGACT 11L-optionsSGHLPLINCTRHPTITL%Counters Display, DECNA Line Counters TEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter.lTEXT03--0- seconds since counters were last zeroed.tOPTN01-1000- Bytes receivedOPTN02-1001- Bytes sentOPTN receive buffer allocation failureEXITLSTNOD GHLPSHONODHPTITL%Remote Node Template, PRO/DECnet V2.0lTEXT01&Press EXIT to return to previous menu.TEXT02%Press NEXT SCREEN to list more nodes. OPTN01Node Status Display MenuPRMTMake a choice and press DO.eKEYW01 OHLP01SHONODHPACTN01Show Node ListEXITTNMTSPEC GACTDISPLAY GHLPNMTSPECHTITL$Counters Display, Additional OptionsTEXT02*Press EXIT to return to the previous menu.OPTN01Save counters to a fileiOPTN02Reset counters to zeroPRMT03 -1002- Multicast bytes receivedOPTN04-1010- Frames receivediOPTN05-1011- Frames sentNOPTN06!-1012- Multicast frames receiveduOPTN07'-1013- Frames sent, initially deferreddOPTN08%-1014- Frames sent, single collisionrOPTN09'-1015- Frames sent, multiple collision OPTN10'-1061- Collision detect check failures1OPTN11&-1063- Unrecognized frame destinationPRMT0Press NEXT/PREV SCREEN for Line/System Counters.KEYW01OHLP01BYTESHLPACTN01BRS - bytes received/sentiKEYW02OHLP02BYTSENMake a selection and press DO.OHLP00DISERRHPACTN00DISPLAYKEYW01OHLP01COUNTSAVACTN01SaveKEYW02OHLP02COUNTRESACTN02ResetiEXITLOOMNU GACTloopmenuGHLPGENTLCHPTITL#Tests with DECNA Loopback Connector TEXT01*Press EXIT to return Lto the previous menu.TEXT02HThese tests require a DECNA loopback connector. GIMPORTANT NOTE:TEXT03GWhere do you want to put the loopback connector? ZUse HELP key!uOPTN01A - On the system unitOPTN02#B - On the system transceiver cableeOP>HPACTN02BSKEYW03OHLP03MULBYRECACTN03MBR - multicast bytes receieved1KEYW04OHLP04FRAMEHLPACTN04FS - frames received/sentsKEYW05 OHLP05FRAMSNHPACTN05FS - frames sentKEYW06OHLP06MULTIFRAACTN06MFR - Multicast Frames receivedtKEYW07 OHLP07INITDEFDACTN07FID - frames intially deferredKEYW08OHLP08SINGCOLLACTN08FSC - frames single collisioneKEYW09 OHLP09MULTICOLACTN09FMC - frames multiple collisionoKEYW10OHLP10COLDETFAACTN10CDC - collision detect failedBTN03C - On the DELNIOPTN04"D - On the DELNI transceiver cableOPTN05E - On the furthest DELNI PRMTMake a choice and press DO.eKEYW01OHLP01ATESTHLPACTN01AnKEYW02OHLP02BTESTHLPACTN02BLKEYW03OHLP03CTESTHLPACTN03CvKEYW04OHLP04DTESTHLPACTN04D KEYW05OHLP05ETESTHLPACTN05EsEXITdASTYPE GACTFULLGHLPLOOTYPHPDFLT02TITLLoop Assistance TypeTEXT028Press EXIT to return to the Assisted Loopback Test form.OPTN01Full AssistanceoOPTN02 Transmit onlyiOPTN03 Receive only KEYW11 OHLP11UNRECOGNACTN11$UFD - unrecognized frame destinationEXITSYSCOUNTGACT 07S-optionssGHLPSYSCOUHPTITL!Counters Display, System CounterseTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter. OPTN01-903- Oversized packet lossOPTN02-910- Packet format errorOPTN03-930- Verification rejectOPTN04 -3110- Control buffer shortagesOPTN05 -3120- Small buffer shortagesOPTN06 -3130- Large buffer shortagesOPTN07 -3 PRMTMake a selction and press DO.sKEYW01OHLP01FULLHELPACTN01FULLKEYW02OHLP02TRANSHLPACTN02TRANSMITKEYW03OHLP03RECLOOHPACTN03RECEIVEpEXITNMTMNK GACTNMTGHLPNMTHLPK TITLTest Tool for DECnetTEXT01EPRO/DECnet Version 2.0 @ COPYRIGHT 1985 Digital Equipment CorporationHTEXT02,Which COMM1 Test Tool operation do you want?OPTN01Installation Verification TestOPTN02 Local TestOPTN03 Remote TestPOPTN04Tests with Loopback ConnectortOPTN05Counters DisplayOPTN06Node Status Di TEXT03,-0- seconds since counters were last zeroed.OPTN01-1100- Remote process errorsOPTN02'-B0- NAKs received, Receive overruntOPTN03'-B1- NAKs sent, Header format errorOPTN04-B3- Streaming nodesOPTN05-1101- Local process errorsnOPTN06#-B0- NAKs sent, receive overrunaOPTN07(-B1- Receive overruns, NAKs not sentOPTN08-B2- Transmit underrunssOPTN09+-B3- NAKs received, header format erroroPRMT3Press NEXT/PREV SCREEN for Circuit/System Counters.KEYW01OHLP01KLCRKEYW02OHLP02SYSBUFUNACTN02SBSaKEYW03OHLP03TDRVALHPACTN03TDRhEXITRKCPCIRTCGACT 11C-optionsIGHLPKCPCIRHPTITL(Counters Display, COMM1 Circuit CountersTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter.TEXT03,-0- seconds since counters were last zeroed.OPTN01"-800- Terminating packets receivedOPTN02-801- Originating packets sentOPTN03-820- Circuit downOPTN04-821- Initialization failureOPTN05-1000- Bytes receivejPEHPACTN01RPEoKEYW02 OHLP02KLCNROHPACTN02NROKEYW03 OHLP03KLCNHFHPACTN03NHFKEYW04 OHLP04KLCSTTHPACTN04STTaKEYW05OHLP05KLCLPEHPACTN05LPEKKEYW06OHLP06KLCSROHPACTN06SROnKEYW07 OHLP07KLCROVHPACTN07ROVdKEYW08 OHLP08KLCTRUHPACTN08TRUEKEYW09OHLP09KLCNRHHPACTN09NRHnEXITKCPCIR2CGACT 11C-optionsIGHLPKCPCR2HPTITL(Counters Display, COMM1 Circuit CountersTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for informatioxdsOPTN06-1001- Bytes sentuOPTN07-1010- Frames receivedOPTN08-1011- Frames sentOPTN09-1030- Remote reply timeoutsOPTN10-1031- Local reply timeoutseOPTN11"-1050- Selection intervals elapsedPRMT1Press NEXT/PREV SCREEN for Circuit/Line Counters.eKEYW01OHLP01KCCTERHPACTN01TER8KEYW02OHLP02KCCORGHPACTN02ORG0KEYW03OHLP03KCCCIRHPACTN03CIRsKEYW04OHLP04KCCINTHPACTN04INTiKEYW05 OHLP05KCCBRCHPACTN05BRC-KEYW06 OHLP06KCCBSNHPACTN06BSNLKEYW07OHLP07KCCFRCHPACTNke a choice and press DO.TKEYW01OHLP01LCMDTSHPACTN01LocalaKEYW02OHLP02RMMDTSHPACTN02RemoteEXITKCPLOO GACTkcplooGHLPGENTLCHKTITL#Tests with COMM1 Loopback ConnectoroTEXT01*Press EXIT to return to the previous menu.TEXT02/These tests require a COMM1 loopback connector.eTEXT030Where do you want to put the loopback connector?OPTN01A - On the system unitOPTN02B - On the EIA cablePRMTMake a choice and press DO.KEYW01OHLP01KCPALOHPACTN01McKEYW02OHLP02KCPBLOHPACTN02hn about that counter.TEXT03-0- seconds since last zeroed.OPTN01%-1020- Data errors inbound, includes:eOPTN02,-B0- NAKs sent, Header block check errorOPTN030-B1- NAKs sent, Data field block check errorOPTN04 -B2- NAKs sent, REP responseOPTN05&-1021- Data errors outbound, includes:OPTN060-B0- NAKs received, Header block check errorOPTN074-B1- NAKs received, Data field block check errorOPTN08$-B2- NAKs received, REP responseOPTN09$-1051- Selection timeouts, includes:OPTN10NeEXIT(KCPCIR3CGACT 06C-optionsIGHLPKCPCR3HPTITL(Counters Display, COMM1 Circuit CountersTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter.TEXT03-0- seconds since last zeroed.OPTN01&-1040- Remote buffer errors, includes:OPTN02*-B0- NAKs received, Buffer unavailableOPTN03(-B1- NAKs received, Buffer too smallOPTN04%-1041- Local buffer errors, includes:OPTN05&-B0- NAKs sent, Buffer unavailableOPTN06$-B1- NAKs @-B0- No reply to selecteOPTN11#-B1- Incomplete reply to selectePRMT9Press NEXT/PREV SCREEN for more Circuit/Circuit Counters.iKEYW01OHLP01KCCDEIHPACTN01DEIbKEYW02OHLP02KCCHB2HPACTN02NHB KEYW03OHLP03KCCDFBHPACTN03DFBrKEYW04OHLP04KCCREPHPACTN04REPeKEYW05OHLP05KCCDEOHPACTN05DEOtKEYW06OHLP06KCCHBCHPACTN06HBC KEYW07OHLP07KCCDF2HPACTN07DF2 KEYW08OHLP08KCCRESHPACTN08RESEKEYW09OHLP09KCCSTIHPACTN09STInKEYW10 OHLP10KCCNRSHPACTN10 sent, Buffer too smallPRMT,Press PREV SCREEN for more Circuit Counters.KEYW01OHLP01KCCRBEHPACTN01RBE KEYW02OHLP02KCCBU1HPACTN02BU1 KEYW03OHLP03KCCBT1HPACTN03BT1iKEYW04OHLP04KCCLBEHPACTN04LBEtKEYW05OHLP05KCCBU2HPACTN05BU2rKEYW06OHLP06KCCBT2HPACTN06BT2 EXITKCPLINECGACT 09L-optionsIGHLPKCPLINHPTITL%Counters Display, COMM1 Line CountersrTEXT01&Press EXIT to return to previous menu.TEXT02CSelect a counter and press HELP for information about that counter. NRSPKEYW11 OHLP11KCCIRSHPACTN11IRSgEXIT COUNTER2GACT 03L-optionsEGHLPCNALINHPTITL%Counters Display, DECNA Line CounterslTEXT01*Press EXIT to return to the previous menu.TEXT02CSelect a counter and press HELP for information about that counter.ETEXT03,-0- seconds since counters were last zeroed.OPTN01-1064- Data overrun OPTN02-1065- System buffer shortagesOPTN03-1067- TDR test valueNPRMT>Press NEXT/PREV SCREEN for 'Send and Receive'/'Line' Counters.KEYW01OHLP01DATOVRHPACTN01DOVr I ?|@"M|w4/Tz)Q(RMQ(FT4y:} & 6xG,L lTk~_ vQhM8zp-e;8T[Y3/xKq4lwEMKqŊM*#K"qp-E`XpKUq`%!Oo{3"|Kq\(X$Y:4%UqM&Uq`M&QKKq4-Z -Z9" [M(M D ,`y Uq 4 :4}4 xY43-ЇZ-4x`iy[M 4Ö,~4e yMyMe"yMز}4gM4!HK34r34S 4};Eds4 ;EM4;E4;E4;E4;E4;E[q4HE4;Ey4;E#;4;E`4"l;E:4";E4'R;E48HEvL4Fs4ˣF_Z4 o this node as well as multicast bytes broadcast. TEXT04CThis provides a gross measurement of incoming Ethernet usage by themTEXT05Elocal node and is used to determine the ratio of errors to successfulmTEXT06 receives.eTEXT08= Total_frames = Frames_received + Receive_failuressTEXT11/Press RESUME to return to the Counters Display.UEXIT`FRAMSNHPDTYPFPREVFRAMEHLPNEXTMULTIFRATITLHelp for Frames SentTEXT01EThe total number of frames successfully sent, not including data linkuTEXT02Egene 5\BYTESHLPDTYPBPREVLINCTRHPNEXTBYTSENHPTITLHelp for Bytes ReceivedTEXT01HThe total number of user data bytes successfully received, not includingTEXT02GEthernet data link headers. This is the number of bytes in the Ethernet TEXT03Ddata field from frames that passed hardware filtering. The EthernetTEXT04Dprotocol overhead is the number of frames received multiplied by theTEXT05Hheader size. The overhead plus bytes received provides a measure for theTEXT06Hamount of Ethernet bandwidth consumed rated retransmissions. This information provides a gross measurefTEXT03-of outgoing Ethernet usage by the local node. TEXT05GThe percentage of successful transmissions from this node is determinedsTEXT06by:hTEXT08BTotal frames sent divided by total send failures plus total framesTEXT09sent, times 100.TEXT11H% Successful_sends = (Frames_sent / (Send_failures + Frames_sent)) * 100TEXT14/Press RESUME to return to the Counters Display.tEXIT"MULTIFRADTYPFPREVFRAMSNHPNEXTINITDEFDTITL"Help for Mul by frames received by this system.TEXT08/Press RESUME to return to the Counters Display.sEXITBYTSENHPDTYPBPREVBYTESHLPNEXTMULBYRECTITLHelp for Bytes SentTEXT01HThe total number of user data bytes successfully sent, not including theTEXT02>Ethernet data link headers or data link generated retransmits.TEXT04HThe number of frames sent, multiplied by the protocol overhead, plus theTEXT05Ebytes sent provides a measurement of the amount of Ethernet bandwidthmTEXT066(over time) consumed by frames s ticast Frames ReceivedTEXT01GThe total number of multicast frames (frames addressed to more than onetTEXT02Dnode address) successfully received, including any broadcast frames.TEXT04BThe percentage of system resources dedicated to handling multicastTEXT050messages received by this node is determined by:TEXT07% Multicast_frames_received =eTEXT08H 100 - ((Total_frames - Multicast_frames) / Total_frames) * 100TEXT11/Press RESUME to return to the Counters Display.EXITINITDEFDDTYPFPREVMULT "07FRClKEYW08OHLP08KCCFSNHPACTN08FSN KEYW09OHLP09KCCRRTHPACTN09RRTnKEYW10OHLP10KCCLRTHPACTN10LRTKEYW11OHLP11KCCSIEHPACTN11SIE EXIT050- Selection intervals elapsedPRMT1Press NEXT/PREV SCREEN for Circuit/Line Counters.eKEYW01OHLP01KCCTERHPACTN01TER8KEYW02OHLP02KCCORGHPACTN02ORG0KEYW03OHLP03KCCCIRHPACTN03CIRsKEYW04OHLP04KCCINTHPACTN04INTiKEYW05 OHLP05KCCBRCHPACTN05BRC-KEYW06 OHLP06KCCBSNHPACTN06BSNLKEYW07OHLP07KCCFRCHPACTN eent by the local node.TEXT08/Press RESUME to return to the Counters Display.EEXITMULBYRECDTYPFPREVBYTSENHPNEXTFRAMEHLPTITL!Help for Multicast Bytes ReceivedMTEXT01EThe total number of multicast data bytes successfully received, whichtTEXT02Falso includes any broadcast bytes received. This counts only bytes inTEXT03@the Ethernet data field, and does not include Ethernet data linkTEXT04headers.TEXT06=In conjunction with total bytes received, this value provideswTEXT07Ea measurement of the per 9Tn~p$% xs;bQ(R_ Q(Rr#gM%gyz-4x4_:K4YEy{Uq40gMdYyM;%yM<Ba4?Z4ZM Z(ELM!KqgM4"vL4#Y3D%!S3&SMM&[MS4UqS4=Y:3[M(LUq`L{Uq 3֖,~38;ES4;E4 ;ES(4 ;E(4 ;E-x44;Ep4;EUK4;EXq4D;ES24;;EcZ4HE:4!;E}4!;E:4$HE4&s;E4;E4FX4ģFXZ4 TF4 ٣FM4 JFy4 Fr4~;Ep24Fy4@aF4eeR4ZRq47lp for Circuit DownidiHThis counter records centage of this node's receive bandwidth timerTEXT08;that is consumed by multicast frames addressed to the node.mTEXT10H% Multicast = 100 - ( (Total_recv - Multicast_recv) / Total_recv ) * 100TEXT13/Press RESUME to return to the Counters Display.rEXIT`FRAMEHLPDTYPFPREVMULBYRECNEXTFRAMSNHPTITLHelp for Frames ReceivedTEXT01HThe total number of frames successfully received. These are frames thatTEXT02Fpassed hardware address filtering. Hardware address filtering acceptsTEXT03Cframes addressed t  ion frames is less than or equal to the total number of framesTEXT09sent.aTEXT11H% Initial_defer = 100 - (((Total_sent - Init_def ) / Total_sent ) * 100)TEXT14/Press RESUME to return to the Counters Display.iEXITSINGCOLLDTYPFPREVINITDEFDNEXTMULTICOLTITL&Help for Frames Sent, Single CollisionTEXT01HThe total number of times that a frame was successfully sent on a secondTEXT02Cattempt after a normal collision on the first attempt. A collisioneTEXT03Cusually occurs when two nodes attempt to tra MANLOPICDTYPFPREVGENTLCHPNEXTATESTHLPTITL1Help for Tests with Loopback Connector - DiagramTTEXT01EIf a node is connected directly to the Ethernet cable, two tests withnTEXT02Hthe loopback connector are possible. If a DELNI is used in the topology,TEXT03Ctwo additional tests are possible. For a two-tier DELNI network, a TEXT04fifth test is possible. TEXT06G Position A Position B Position C Position D Position EPTEXT07F+---+Net 1 +---+  nsmit at the same time.uTEXT04GThe counter increments during moderate network traffic. In conjunctionrTEXT05Dwith total frames sent, this counter measures Ethernet contention atTEXT06Ea level where there are collisions but the backoff algorithm operates TEXT07 efficiently.TEXT09G% Sing_coll = 100 _ ((( Total_sent - Sing_coll ) / Total_sent ) * 100 )0TEXT12/Press RESUME to return to the Counters Display.IEXITpMULTICOLDTYPFPREVSINGCOLLNEXTCOLDETFATITL(Help for Frames Sent, Multiple CollisionTEXT w +---+TEXT08G| System Unit [<===[< DELNI [<==[< DELNI [-+TEXT13D hardware [ loopback < System unit |  |TEXT14D connector connector or DELNI +--h-+TEXT16#Press RESUME to return to the menu. EXITSYSBUFUNDTYPFPREVDATOVRHPNEXTTDRVALHPTITL"Help 01CThe total number of times that a frame was successfully sent on the TEXT02Dthird or later attempt after normal collisions on previous attempts.TEXT03EThis can occur normally during periods of peak use or during moderatecTEXT04Dto heavy traffic. If this is a continuous problem, the cause may beTEXT05Ddue to an over-crowded network or to a remote node with poor carrierTEXT06sense.TEXT08G% Multi_coll = 100 - (( (Total_sent - Multi_coll) / Total_sent ) * 100)=TEXT11/Press RESUME to return to the Co s for System Buffer UnavailableTEXT01FThe number of times the device driver was unable to allocate a receiveTEXT02Fbuffer to add to the free receiver buffer list. It does not mean thatTEXT03Gthe frame was not received. Frames which are missed because of lack ofvTEXT04Bbuffers are counted in the data overrun counter. Since large dataTEXT05Fbuffers and receive buffers are allocated from the same pool, a systemTEXT06@engaged in large volumes of network traffic may see this counterTEXT07Hoccassionally. unters Display.0EXITCOLDETFADTYPFPREVMULTICOLNEXTUNRECOGNTITL(Help for Collision Detect Check FailuresTEXT01FThe approximate number of times that a collision detect was not sensedTEXT02Cafter a transmission. The transceiver (H4000 or DELNI) generates amTEXT03Bheartbeat after each transmission which insures that the collisionTEXT04Ddetect circuitry is working properly. If the heartbeat is lost, theTEXT05Gtransceiver believes that it is having trouble detecting collisions andvTEXT06(the transc < If there are many Large buffer shortages, try increasingTEXT087the size of the system buffer or the number of buffers.eTEXT11/Press RESUME to return to the Counters Display.EXITCOUITEMSDTYPBTITL(Help for DECnet Network Counters DisplayTEXT01FThe network counters provide information about the interaction betweenTEXT02Hthe Professional and the network to which the Professional is connected.TEXT03GCounters are useful for isolating problems. Pressing the RESUME key atTEXT04@any time (except when IFRANEXTSINGCOLLTITL(Help for Frames Sent, Initially DeferredTEXT01GThe total number of times that a frame transmission was deferred on theoTEXT02Gfirst send attempt because another node was transmitting. This countertTEXT03Fwill be incremented during periods of light to moderate traffic on theTEXT04Gnetwork. In conjunction with total frames sent, this measures EthernetuTEXT05contention with no collisions.TEXT07FThe total number of initially deferred, single collision, and multipleTEXT08Dcollis eiver may need to be replaced.TEXT08ENOTE: Some transceivers do not generate this signal and the collisionsTEXT09Ddetect check failure counter will increment normally. This does notTEXT10Eindicate an error. Counter increments will always occur during testsoTEXT11Ewith the loopback connector (when the loopback connector is placed oncTEXT12Athe system unit or the system unit transceiver cable) because theuTEXT13heartbeat cannot be generated.TEXT15/Press RESUME to return to the Counters Display.iEXIT [ in a HELP frame) will update the counters.TEXT06'Press RESUME now to return to the menu.mEXITxNMTHLP DTYPFTITLHelp for Test Tool for DECnetmTEXT01AInstallation Verification Test: verifies PRO/DECnet installation.TEXT03:Local Test: verifies operation of the DECNA option module.TEXT053Remote Test: verifies connectivity to remote nodes.nTEXT07?Tests with Loopback Connector: individually test the DECNA, theTEXT08DELNI(s), and various cables.dTEXT10HAssisted Loopback Test: performs loopback tests sisplay.UEXITLEXCESSCODTYPFPREVSENDHELPNEXTCARRIERCTITLHelp for Excessive CollisionsETEXT01DThe maximum number of retransmissions was exceeded. (RetransmissionsTEXT02Dwere required due to collisions during transmission.) This conditionTEXT03Findicates that transmissions are failing because frames being sent areTEXT04@colliding with frames being transmitted by other nodes. It alsoTEXT05Findicates that too many nodes are trying to transmit at the same time.TEXT06EThis can occur when the network using an assistant node.TEXT12<Counters Display: records test results for network analysis.TEXT14DNode Status Display: provides status information about remote nodes.TEXT16#Press RESUME to return to the menu.aEXITSNDRECHPDTYPFNEXTSENDHELPTITL?Help for DECnet Network Counters Display, Send/Receive FailuresPTEXT01DMessages sent or received over the network can fail for a variety ofTEXT02Greasons. The send/receive failure counters give an indication of whereTEXT03$to look for problems and/or reas is overloaded. However, if it occursrTEXT07@during moderate network traffic, a hardware problem is possible.TEXT084The following is a comparison of collision counters:TEXT10E Number of retries Counter #Send failed or succeededeTEXT11E --- -------  ---TEXT12; 1 retry single collision send succeeded TEXT13; 2-15 retries multiple collision send succeeded TEXT14H > 15 retries excessive collisions 9ons.TEXT05FSend failures are counted when your Professional does not successfullyTEXT06 complete transmitting a message.TEXT08<Receive failures are counted when your Professional does notTEXT09successfully receive a message.dTEXT11EUnder each counter is a list of failure types, preceded by a 'Yes' orTEXT123a 'No' to indicate if that type of failure occured.yTEXT14'Press Next Screen for more information.tTEXT16/Press RESUME to return to the Counters Display.oEXITvSENDHELPDTYPFPREVSNDRECHPNEXT  send failed, device gave upTEXT16/Press RESUME to return to the Counters Display.pEXIThCARRIERCDTYPFPREVEXCESSCONEXTSHORTCIRTITLHelp for Carrier Check FailedSTEXT01<The data link did not sense a signal that must accompany theTEXT02transmission of a frame.TEXT04DThis condition indicates a failure during transmitting. It can alsoTEXT05@indicate that there is a problem with the DECNA, the transceiverTEXT06 cables, or the H4000 tranceiver.TEXT08DDuring peak periods of network loading when ex ]EXCESSCOTITLHelp for Send FailuresTEXT01EThe total number of times your Professional did not successfully sendoTEXT02;a message. The reason can be one or more of the following:cTEXT04, Excessive collisionsTEXT05, Carrier check failedTEXT06% Short circuit TEXT07$ Open circuitTEXT08+ Send frame too long TEXT09/ Remote failure to defer TEXT10+ Kcessive collisions areTEXT09Goccuring, it is possible to get a few carrier check failures. However, TEXT10these should be very rare.TEXT13/Press RESUME to return to the Counters Display..EXITSHORTCIRDTYPFPREVCARRIERCNEXTOPENCIRCTITLHelp for Short CircuitTEXT01FThere is a short circuit in the Ethernet cable, the H4000 transceiver,TEXT02Gthe DELNI(s), or the DECNA option module, depending upon your topology.DTEXT04CIf only your node has the problem, it is likely that the problem is TEXT05Ewi  Transceiver failure TEXT13/Press RESUME to return to the Counters Display.EEXITRECVHELPDTYPFPREVTRANSLHPNEXTBLOCKCHKTITLHelp for Receive FailuresCTEXT01CReceive failures occur when your Professional does not successfullyoTEXT02Creceive a mAessage. The reason can be one or more of the following:nTEXT04*  Block check errorTEXT05&  Framing errorTEXT06/ H Receive frame too long TEXT09/Press RESUME to return to the Counters D $th the DECNA. If this is the case, use the Tests with the Loopback TEXT06-Connector to isolate the defective component.TEXT08BIf other nodes report a short circuit, the problem may be with theTEXT09DEthernet cable, an H4000 transceiver, or a DELNI. The short circuitTEXT10Aindication is the result of a TDR test which was initiated when ahTEXT11Etransmit failed (see Help for TDR Value). Note that this test is onlyeTEXT12Hreliable during testing with a loopback connector or on a quiet network,TEXT13> ctly by using the Tests with theTEXT06ELoopback Connector. Use the Assisted Loopback Test to determine if aCTEXT07Etransmission from an assistant node can be detected by a remote node.iTEXT10/Press RESUME to return to the Counters Display.oEXIT8BLOCKCHKDTYPFPREVRECVHELPNEXTFRAMERROTITLHelp for Block Check ErrorTEXT01BThe frame failed the CRC check. The problem can be with the localTEXT02Dnode or a remote node. This failure could be due to electromagneticTEXT03Dinterference, late collisions, YPBPREVLOCALHLPNEXTCOOPCONNTITLHelp for Remote TestTEXT01FThis test verifies that your node can communicate with another node byTEXT02Esending messages to the remote node and receiving messages in return.TEXT03ESupply the name or address of a node from your node list. (The remoteTEXT04Dnode must be on the same Ethernet segment.) You can also change theTEXT05Hnumber of times to execute the test, if the number is different from theTEXT06Adefault value. Press DO to perform a loopback test to t because collisions with the TDR test can cause erroneous shortTEXT14circuit indications.TEXT16/Press RESUME to return to the Counters Display.EXITOPENCIRCDTYPFPREVSHORTCIRNEXTFRAMELONTITLHelp for Open CircuitCTEXT018There is a break somewhere along the communication path.TEXT03GIf only your node reports this condition, then the problem is likely totTEXT04Fbe in the DECNA option module, H4000, or DELNI. In this case, use theTEXT05ETests with the Loopback Connector to isolate the defective c  or improperly set hardware parametersTEXT04(such as receiver squelch).tTEXT06CVerify that your node is working correctly by using the Local Test. TEXT07BIf this test is successful, your node is able to correctly performTEXT08the CRC check.TEXT11/Press RESUME to return to the Counters Display..EXIT FRAMERRODTYPFPREVBLOCKCHKNEXTRECFRLNGTITLHelp for Framing ErrorTEXT01AThe frame did not contain an integral number of 8-bit bytes. The TEXT02Cproblem can exist on the local node or on a remote n omponent.cTEXT07HIf users on other nodes report the same condition, the problem is likelyTEXT08Ato be with an H4000 transceiver, DELNI(s), or the Ethernet Cable.0TEXT10AThe open circuit indication is the result of a TDR test which wasiTEXT11Einitiated when a transmit failed (see Help for TDR Value). Note thatsTEXT12Cthis test is only reliable during testing with a loopback connectoreTEXT13Eor on a quiet network, because collisions with the TDR test can cause,TEXT14#erroneous open circuit indications !ode. It can besTEXT03Fcaused by electromagnetic interference, late collisions, or improperlyTEXT043set hardware parameters (such as receiver squelch).TEXT06FVerify that your node is working correctly by using the Tests with theTEXT07Loopback Connector. TEXT10/Press RESUME to return to the Counters Display.EXITnRECFRLNGDTYPFPREVFRAMERRONEXTSNDRECHPTITLHelp for Receive Frame Too LongRTEXT01GThe frame was discarded because it was longer than the maximum Ethernet TEXT02Flength (or shorter tha /.aTEXT16/Press RESUME to return to the Counters Display.EXIT^FRAMELONDTYPTPREVOPENCIRCNEXTREMOTEFATITLHelp for Send Frame Too LongTEXT01GThe DECNA controller or the transceiver truncated at the maximum bufferoTEXT02Csize. This condition indicates a problem with your node: either ittTEXT03Gtried to send a frame that was too long, or the transceiver cut off the TEXT04Emessage too soon. Generally the problem is with high level software.GTEXT05FCheck any user-written programs that use DECnet, e n the minimum length) and could not be received.TEXT04DThis condition indicates that a remote node is sending invalid frameTEXT05Alengths. The length of a frame must adhere to requirements of thegTEXT06GEthernet specification. The problem could be with the DECNA, the H4000sTEXT07HTransceiver, the transceiver cable(s), the DELNI(s), or the transmittingTEXT08node.eTEXT10/Press RESUME to return to the Counters Display.EXITBNMTINSHPDTYPBTITL-Help for DECNA Installation Verification TestTEXT01GThis specially those thatTEXT06Euse the DLX interface. The problem may also be with network hardware.cTEXT08/Press RESUME to return to the Counters Display.EXITXREMOTEFADTYPFPREVFRAMELONNEXTTRANSLHPTITL Help for Remote Failure to DeferTEXT01?A remote node mistakenly began transmitting while your node waseTEXT02Factively transmitting. This condition indicates either a problem withTEXT03Cthe remote node's carrier sense or a weak transmitter on your node.oTEXT05FVerify that your node is working corre  test verifies that the PRO/DECnet software and hardware components TEXT02Dare installed correctly on your node and that your node is operatingTEXT03Gproperly on the network. This test runs the Local Test followed by the.TEXT04BRemote Test. If the Local Test is successful, a form appears thatTEXT05Grequires you to identify the remote node and the number of times to runyTEXT06Athe Remote Test. This node must be on the same Ethernet segment. TEXT08#Press RESUME to return to the menu.eEXITDREMTSHLPDT m  Display.sEXITCONTROLBDTYPFPREVVERREJHPNEXTSMABUFHPTITL!Help for Control Buffer ShortagesTEXT01HThis counter indicates the number of times that a communications controlTEXT02Ebuffer was not available. Communications control buffers are used inuTEXT03Hcombination with other types of network buffers as well as individually.TEXT05GDuring periods of heavy network traffic, it is normal for a few controliTEXT06Cbuffer shortages to occur. If many occur, the current settings forTEXT07Acontrol buff ITNMTSPECHDTYPBNEXTCOUNTSAVTITL8Help for PRO/DECnet Network Counters, Additional OptionsTEXT01?There are two options available on the Additional Options menu:rTEXT03G - Save all counters to a file on your current default directory. ThelTEXT044 file is called Counters Document (COUNTERS.DOC).TEXT06 - Reset all counters to zero.uTEXT08#Press RESUME to return to the menu.oEXITTCOUNTSAVDTYPBPREVNMTSPECHNEXTCOUNTRESTITL Help for Save Counters to a FileTEXT01@The three displays of counte lers may be insufficient for the network installation.TEXT08DIf the setting is too low, contact your Professional support person.TEXT11/Press RESUME to return to the Counters Display.pEXIT>SMABUFHPDTYPBPREVCONTROLBNEXTLARBUFHPTITLHelp for Small Buffer ShortagesTEXT01EThis counter records the number of times that a Small Data Buffer washTEXT02Enot available. During heavy network traffic it is normal for a smalloTEXT03Enumber of small data buffer shortages to occur. If a large number ofuTEXT04 rs can be preserved in a file calledTEXT02GCounters Document (COUNTERS.DOC) in your current default directory. YounTEXT03Gcan perform the Local test and the Remote test to preserve the counters TEXT04Dafter each test. A new version of the file is created each time youTEXT05Genter Counters Display and use the SAVE operation. Each SAVE writes theeTEXT06Gcounter values at the end of the file until you leave Counters Display.nTEXT08#Press RESUME to return to the menu. EXITCOUNTRESDTYPBPREVCOUNTSAVNE hat node.TEXT08#Press RESUME to return to the menu.oEXIT@REMOTHLPDTYPBTITLHelp for DECNA Remote TestTEXT01FThis test verifies connectivity on the network. When you execute thisTEXT02?test, you must provide the name or address of a remote node fornTEXT03Cperforming the test as well as the number of times to run the test.tTEXT05#Press RESUME to return to the menu.EXITLOOPTESTDTYPFTITLHelp for Assisted Loopback TestiTEXT01DThis test uses the MOP (Ethernet loopback) protocol to do a loopbackTE pGthese shortages occur during moderate traffic, it may indicate that thesTEXT05Ecurrent setting is insufficient for the network application. ContactuTEXT06!your Professional support person.wTEXT08/Press RESUME to return to the Counters Display.pEXIT^LARBUFHPDTYPBPREVSMABUFHPNEXTRECBUFHPTITLHelp for Large Buffer ShortagesTEXT01EThis counter records the number of times that a Large Data Buffer washTEXT02Enot available. First check that your node's buffer size is similar tooTEXT03Ethe buffer s XT02Ftest to a remote node with help from an assistant node. The assistantTEXT03Fnode retransmits the test message as it travels between the local nodeTEXT04and the remote node.TEXT06FThis test requires knowledge of the relative locations of nodes on theTEXT07Enetwork. It can be used to diagnose partial failures, such as a weakgTEXT08transmitter or a broken cable.TEXT10CAll three nodes (the local node, the assistant node, and the remotedTEXT114node) must be on the same segment of Ethernet cable. izes of other nodes on the network. Adjust this value onhTEXT04Ethe Node Parameters Form if necessary. If your node's buffer size ishTEXT05Fsimilar to that of other nodes, increase the number of buffers. DuringTEXT06Dheavy network traffic, a few large data buffer shortages are normal.TEXT08/Press RESUME to return to the Counters Display.sEXITRECBUFHPDTYPFPREVLARBUFHPNEXTSYSCOUHPTITL!Help for Receive Buffer ShortagesTEXT01GThis counter records the number of times that a Receive Data Buffer wa #TEXT14#Press RESUME to return to the form.EXITSYSCOUHPDTYPBPREVRECBUFHPNEXTOVPKLSHPTITL=Help for PRO/DECnet Network Counters Display, System CounterseTEXT01CThe system counters record the number of times a network buffer wasoTEXT02/not available to service some network function. TEXT04CThese counters are used along with an understanding of your network TEXT05Ftopology to optimize the efficiency and size of your local node bufferTEXT06 parameters.oTEXT08/Press RESUME to return to the Counters OssTEXT02Bnot available to receive a message from the network. Receive DataTEXT03GBuffers are reserved from the number of Large Data Buffers for use withfTEXT04incoming messages.TEXT06GReceive Data Buffer shortages are normal during heavy traffic, but theyeTEXT07Gshould be infrequent. They should also occur much less often than LargeuTEXT08CBuffer Shortages. If many occur during light traffic, contact yourTEXT09Professional support person.TEXT12/Press RESUME to return to the Counters Display.pEX s RESUME to return to the menu. EXITASLOOTSTDTYPBTITLHelp for Assisted Loopback testlTEXT01>The assisted loopback test is used to determine which end of aTEXT02>communication path between two nodes is experiencing problems.TEXT04BThis test performs a loopback test from your node to a remote nodeTEXT05H(the destination node) with help from another node (the assistant Node).TEXT06HAll three nodes must be connected to the same segment of Ethernet cable.TEXT08#Press RESUME to return to the menu.eEXIT[onal messages also appear on the screen. TheseoTEXT09=messages indicate whether the remote node is: 1) "AVAILABLE";tTEXT10A2) "NOT AVAILABLE"; or 3) "AVAILABLE, but unable to respond now".)TEXT11CThe fourth message may indicate that there is a "Possible DUPLICATEeTEXT12NODE ADDRESS".TEXT14FPress NEXT SCREEN for information about each of these status messages.TEXT16#Press RESUME to return to the menu.oEXITfUNRECOGNDTYPTPREVCOLDETFANEXTLINCTRHPTITL'Help for Unrecognized Frame DestinationTEXT01&REMTSTHPDTYPFTITLHelp for DECNA Remote TestTEXT01CThe Remote Test determines whether or not communication is possibleeTEXT02Ebetween your node and a remote node. It checks your node's software,nTEXT03=the remote node's DECnet base software, and the hardware thattTEXT04connects them.TEXT069Both nodes must be on the same segment of Ethernet cable.oTEXT09#Press RESUME to return to the form.EXITINSTALHPDTYPFNEXTFAILINSHTITL'Help for Installation Verification TestTEXT01CThe installation verFThis counter records the number of times a frame was discarded becauseTEXT02Dit used a protocol unrecognized by PRO/DECnet. This includes framesTEXT03Hreceived for the physical address, the broadcast address, or a multicastTEXT04Daddress. This may be normal if there is non-DECnet equipment on theTEXT05Enetwork. Possible problems could be a malfunctioning hardware filteroTEXT06Eon the local node or an improper protocol type used by a remote node.lTEXT08/Press RESUME to return to the Counters Displhification test performs two tests. It performstTEXT02Gthe local test first, which verifies that the local networking hardwareeTEXT03is working correctly.iTEXT05HIt then performs the remote test, which does a loopback test to a remoteTEXT06Hnode. When this test executes, you must provide the name or address of aTEXT07Dremote node to be tested. The remote node must already exist in yourTEXT086node list and it must be on the same Ethernet segment.TEXT10DIf both tests pass, your node's networking softway.eEXITNSOGNDHPDTYPFTITL#Remote Node Additional Options FormTEXT01BEnter the name or address of a node in your node list and press DOTEXT02.to see the status of that node on the network.TEXT04#Press RESUME to return to the form.EXITSHOOTHP2DTYPFPREVSHONODHPTITLHelp for Node Status DisplayTEXT01@"AVAILABLE" indicates that normal network operation is possible.TEXT03F"NOT AVAILABLE" indicates that your node cannot reach the remote node.TEXT04F Display the status of another node to make suHXTASKREMHPTITLHelp for Reset Counters to ZeroiTEXT019All counters are reset to zero when you select this item.sTEXT03HZeroing the counters is useful when you are watching for a specific typeTEXT04Fof network problem, or if are looking for a trend in counter activity.TEXT05EOne type or group of counters increasing at a rapid rate can help younTEXT06/determine whether a problem is local or remote. TEXT08#Press RESUME to return to the menu.EXITZLOCALHLPDTYPFTITLHelp for Local TestLTEXT01EThis tIare and hardware areTEXT11operating correctly.TEXT14#Press RESUME to return to the menu.iEXITDISREMHPDTYPBTITLHelp for Node Status DisplayTEXT01@Use this option to determine if your node can communicate with aTEXT02remote node on the network.nTEXT05#Press RESUME to return to the menu.oEXIT6LOOPCONNDTYPBTITL&Help for Tests with Loopback ConnectorTEXT01CThe tests in this group are performed using the loopback connector.eTEXT03EThe tests can verify that your local hardware is working properly, est verifies that your node's network software and hardware aresTEXT02Einstalled correctly and that both are working properly. If this testeTEXT03#fails, try the following procedure:rTEXT05# 1) Turn OFF your Professional.lTEXT06' 2) Remove the DECNA option module. TEXT07 3) Re-install the DECNA.tTEXT08" 4) Turn ON your Professional.TEXT09, 5) Re-try previous operations or tests.TEXT11?Use the Tests with the Loopback Connector to isolate the faultysTEXT12 component.TEXT14#Pres w orrTEXT04*they can help locate the failed component.TEXT06#Press RESUME to return to the menu.cEXIT8SHONODHPDTYPFNEXTSHOOTHP2TITLHelp for Node Status DisplayTEXT01DUse this option to determine if your node can communicate with otherTEXT02nodes on the network.oTEXT04DTo use this option, select a node from the node list about which youTEXT05Gwant to display information and press DO. A message verifying the nodewTEXT061you selected appears at the bottom of the screen. TEXT08AOne of four additi ftware and various hardware based on the active line. If thewTEXT03@Ethernet (DECNA) line is active, the DECNA option module and theTEXT04Gsystem transceiver cable as also checked. If the COMM1 line is active,cTEXT05then the COMM1 port is checked.iTEXT07#Press RESUME to return to the form.EXIT~GENTLCHPDTYPFNEXTMANLOPICTITL,Help for Tests with DECNA Loopback ConnectorTEXT01BTo execute the tests with the DECNA loopback connector, attach theTEXT02Aconnector to the appropriate location on the netest DELNIlTEXT01BThis test checks the operation of the furthest DELNI of a two-tierTEXT02DDELNI network. The term "furthest" applies to the single DELNI thatTEXT03=receives all nodes or DELNIs that make up a two-tier network.TEXT05DPerform this test after the DECNA, the system transceiver cable, theTEXT06:DELNI, and the DELNI transceiver cable tests have executedTEXT07 successfully.LTEXT09CThis test is only for use with the two-tier DELNI network topology.tTEXT11DSet the furthest DELNI into globalwork hardware forTEXT03 each test.TEXT05 IMPORTANT:TEXT06F If you are running from a workstation in a PRO/Server environment,TEXT07Dyou cannot run these Tests with Loopback Connector. This is becauseTEXT08Hthese tests would require you to break the Ethernet link with the ServerTEXT09Fwhen you attach the DECNA loopback connector, thus disabling the work-TEXT10station.TEXT12#Press RESUME to return to the menu.eEXITATESTHLPDTYPFPREVMANLOPICNEXTBTESTHLPTITL$Help for Test A - On the System  mode by setting the switch to theTEXT12#position indicated by the open box.gTEXT15#Press RESUME to return to the menu.dEXITDATOVRHPDTYPFNEXTSYSBUFUNTITLHelp for Data OverrunTEXT01CA data overrun indicates that no buffer was available for receivingtTEXT02?messages, so an incoming message was missed. Increases in dataiTEXT03Hoverruns may indicate that the number or size of the buffers is too low.TEXT05EDuring peak traffic it is normal to see a few data overruns. If dataoTEXT06Goverruns increUnitTEXT01:This test checks the operation of the DECNA option module.TEXT03#Press RESUME to return to the menu.iEXITjBTESTHLPDTYPFPREVATESTHLPNEXTCTESTHLPTITL1Help for test B - On the System Transceiver CablelTEXT01?This test checks the operation of the system transceiver cable.eTEXT03APerform this test after the DECNA option module test has executediTEXT04 successfully.sTEXT06'This test is for use on all topologies.eTEXT09#Press RESUME to return to the menu.sEXITCTESTHLPDTYPFPREVBTESTHLP ment (but not the receive buffer shortages or the controlhTEXT07Abuffer shortages), the buffer threshold is too low. Contact yourbTEXT08Professional support person.TEXT10DThis counter may increment if a larger than normal number or size ofTEXT11#messages are received by your node.iTEXT14/Press RESUME to return to the Counters Display. EXITFTDRVALHPDTYPFPREVSYSBUFUNNEXTDATOVRHPTITLHelp for TDR ValueTEXT01HThe Time Domain Reflectometer (TDR) test is used to locate faults on theTEXT02EEthernet)NEXTDTESTHLPTITLHelp for Test C - On the DELNITEXT01,This test checks the operation of the DELNI.TEXT03BPerform this test after the DECNA and the system transceiver cableTEXT04@tests have executed successfully. This test will disrupt normalTEXT056DECnet operations for nodes on the DELNI being tested.TEXT07=This test is only for use on topologies that include a DELNI. TEXT10#Press RESUME to return to the menu.aEXITDTESTHLPDTYPFPREVCTESTHLPNEXTETESTHLPTITL*Help for Test D - On the Transceiv segment. The TDR test is automatically activated whenever asTEXT03Gtransmit fails. The TDR value is used to compute the distance to opensiTEXT04Gor shorts on the Ethernet segment. Note that TDR values are only validnTEXT05Dwhen testing with a loopback connector or on a quiet network since aTEXT06Dcollision with a TDR test will cause erroneous values. The distanceTEXT07@in meters to the fault is equal to the TDR value times 12.5 plusTEXT08?delays due to transceiver cable plus delays in the transce lre your node can stillTEXT05$ reach other nodes on the network.TEXT07%"AVAILABLE but unable to respond now"dTEXT09C indicates that the remote node may be busy responding to anotheriTEXT10 status display request.TEXT12!"Possible DULPICATE NODE ADDRESS"sTEXT14F indicates that there may be two nodes with the same address number.TEXT16#Press RESUME to return to the menu. EXITLOCTSTHPDTYPFTITLHelp for Local TestlTEXT01>The Local Test checks the operation of your node's DECnet baseTEXT02?so #er CableTEXT01>This test checks the operation of the DELNI transceiver cable.TEXT03GPerform this test after the DECNA option module, the system transceivereTEXT04Fcable, and the DELNI tests have executed successfully. This test willTEXT05Edisrupt normal DECnet operations for nodes on the DELNI being tested.TEXT07=This test is only for use on topologies that include a DELNI.TEXT10#Press RESUME to return to the menu.gEXITETESTHLPDTYPFPREVDTESTHLPNEXTGENTLCHPTITL'Help for Test E - On the Furth iver.eTEXT09FThe delay values vary, depending on the hardware you use. They can beTEXT10Aderived experimentally with tests run over cable of known lengthstTEXT11Ewhere the end caps were removed temporarily to create an open circuiteTEXT12$(hardware is H4000 or other vendor):TEXT14G Distance_in_meters = ( TDR * 12.5 ) - Delay_factor (Use average TDR)1TEXT16/Press RESUME to return to the Counters Display.EEXITTRANSLHPDTYPFPREVREMOTEFANEXTRECVHELPTITLHelp for Transceiver FailureTEXT01ESend f TEXT01FAssistance is provided only while receiving a test message. This testTEXT02Gchecks your node for a weak transmitter. It also checks the remote nodeiTEXT03for a weak receiver.TEXT059 YOUR --> REMOTEeTEXT068 NODE <-- ASSISTANT NODE <-- NODETEXT08#Press RESUME to return to the menu.-EXITLINCTRHPDTYPFNEXTBYTESHLPTITL7Help for DECnet Network Counters Display, Line CountersTEXT01FThe line counters record the amount of traffic bPailures due to a transceiver failure occur when the transceiveroTEXT02Cdoes not return carrier sense during transmission. This indicates aaTEXT03Fbad transceiver, a bad transceiver cable, or an open or short circuit.TEXT05HMake sure that all cables are terminated properly. If you are connectedTEXT06Dto the network through a DELNI, make sure it is terminated properly.TEXT07GIf no outgoing connections are required, the DELNI's output port switchtTEXT08=setting should be in local mode (box with a line teing sent and receivedTEXT02Gover the network by this node. The type of traffic includes: the numbertTEXT03Fof bytes, the number of frames, and a general indication of the numberTEXT04and type of retried operations.iTEXT06GThe collective counters on the screen describe the amount of traffic oniTEXT07Ethe Ethernet. They also indicate how well your node is responding tonTEXT08the current conditions.lTEXT10APressing the RESUME key at any time (except when in a HELP frame)iTEXT11updates the countershrough it).uTEXT10GThis is valid only during loopback testing with a loopback connector orrTEXT11on a quiet network. TEXT14/Press RESUME to return to the Counters Display.EXITTRANSHLPDTYPBPREVFULLHELPNEXTRECLOOHPTITL6Help for Transmit Assistance in Assisted Loopback TestTEXT01FAssistance is provided only while transmitting the test message. ThisTEXT02Gtest checks the remote node's ability to send a message. It also testsiTEXT03(for a weak transmitter on your own node.TEXT053 YOUR ---. TEXT133Press RESUME now to return to the Counters Display.EXITNMTHLPK DTYPFTITLHelp for Test Tool for DECnet.TEXT01CInstallation Verification Test: verifies PRO/DECnet installation byTEXT022 performing the Local and Remote Tests.TEXT03FLocal Test: verifies operation of the COMM1 port on the system module.TEXT05@Remote Test: verifies communication to the node to which you areTEXT06 Zdirectly connected.oTEXT07DTests with Loopback Connector: tests to locate faulty COMM1 po----> ASSISTANT NODE --->REMOTErTEXT062 NODE <--- NODETEXT08#Press RESUME to return to the menu.-EXIT>LOOTYPHPDTYPBNEXTFULLHELPTITL6Help for Type of Assistance for Assisted Loopback TestTEXT01?This is the type of assistance required to perform the assisted TEXT02Cloopback test. The default is FULL. All nodes must be on the sametTEXT03segment of Ethernet cable.TEXT06#Press RESUME to return to the menu.iEXITFULLHELPDTYPBPREVLOOTYPHPNEXTTRANSHLPTITLJrt andTEXT08 Tcable.TEXT09>Counters Display: records network traffic statistics and errorTEXT10 information.TEXT11DNode Status Display: provides status information about remote nodes.TEXT136Modem Tests: tests local and remote modems for faults.TEXT15#Press RESUME to return to the menu.dEXITMODHLP DTYPBTITLHelp for Modem TestsTEXT01EThe Modem Tests are used to test connectivity to the local and remoteTEXT02modems. TEXT04#Press RESUME to return to the menu.aEXITMODLRH 4Help for Full Assistance for Assistant Loopback TestTEXT01DAssistance is provided on both the transmit and receive parts of theTEXT02Aassisted loopback test. All nodes must be on the same segment oftTEXT03Ethernet cable.bTEXT05: YOUR -- -> ASSISTANT --> REMOTETEXT069 NODE <-- - NODE <--- NODE-TEXT08#Press RESUME to return to the menu.-EXITRECLOOHPDTYPBPREVTRANSHLPNEXTLOOTYPHPTITL5Help for Receive Assistance in Assisted Loopback TestP LPDTYPFTITLHelp for Modem TestsTEXT01FFor the local test, the local modem is set into analog loopback. TestTEXT02Fmessages are sent to the local modem and returned to your node. AfterTEXT03Hthe test, the local modem is reset to its original configuration and theTEXT04=test results are displayed. This test causes a disconnectionTEXT05Dfrom the remote modem, and therefore requires you to redial in orderTEXT06to re-establish the connection.eTEXT08HFor the remote test, the remote modem is set int hat the network hardware components are operatingeTEXT03Gproperly on the network. This test runs the Local Test followed by theoTEXT04BRemote Test. If the Local Test is successful, a form appears thatTEXT05Drequires you to identify the number of times to run the Remote Test.TEXT08#Press RESUME to return to the menu.uEXITLOCALHLKDTYPBTITLHelp for COMM1 Local TestlTEXT01AThis test verifies that your node's network software is installedtTEXT02Ecorrectly and that your network hardware is operationas when a data byte is received on the circuit.TEXT02GThe count does not include Data Link protocol overhead. It can be usedeTEXT03Fwith the counter or frames received to estimate the inbound traffic onTEXT04Ethe circuit. The ratio of 'bytes received'/'frames received' can beoTEXT05Cused to get an estimate of the average length of messages received.tTEXT07=Press RESUME to return to the COMM1 Circuit Counters Display. EXIT@KCCBSNHPDTYPFPREVKCCBRCHPNEXTKCCFRCHPTITLHelp for Bytes SentBTEXT01ETho digital loopback. TestTEXT09Cmessages are sent through the local modem to the remote modem, thensTEXT10Dreturned to your node. After the test, the remote modem is reset toTEXT11Dits original configuration and the test results are displayed. ThisTEXT12Etest does not disconnect the connection established between the localdTEXT13and the remote modem.tTEXT15#Press RESUME to return to the menu.nEXITLOCMODHPDTYPBTITLLocal Modem SelectioneTEXT01ASelect the type of local modem that you have. You ml. If the test TEXT03Cfails, it could be due to a faulty COMM1 port on the system module.eTEXT04EIf this test fails, use your System Maintenance diskettes to diagnose TEXT05the problem further.TEXT07#Press RESUME to return to the menu.eEXITREMOTHLKDTYPFTITLHelp for COMM1 Remote TestTEXT01CThe Remote Test determines whether or not communication is possiblesTEXT02?between your node and the remote node to which you are directly TEXT03Dconnected. It checks your node's software, the remote node's ust make thisTEXT024selection for both the local and remote modem tests.TEXT04#Press RESUME to return to the menu.lEXITREMMODHPDTYPBTITLRemote Modem SelectionTEXT01BSelect the type of remote modem that you have. You must make thisTEXT02$selection for the remote modem test.TEXT04#Press RESUME to return to the menu.eEXITLCMDTSHPDTYPFTITLLocal Modem TestTEXT01AThis test checks your local modem. Be sure that your local modemcTEXT02Csupports software initiation of local analog loopback and thRDECnetTEXT043base software, and the hardware that connects them.wTEXT06HIn order for this test to work, the node to which you are connected mustTEXT07Fsupport maintenance testing (MOP level testing), and must have serviceTEXT08Cenabled on the circuit connected to this PRO. If the node to whichnTEXT09Gyou are connected has PRO/DECnet installed, then this test should work.nTEXT11#Press RESUME to return to the menu.iEXITREMTSTHKDTYPFTITLHelp for COMM1 Remote TestTEXT01CThe Remote Test determines wat yourrTEXT03Emodem is configured (the correct dip switches are set) to allow localeTEXT04analog loopback.TEXT06EThis test causes a disconnection from the remote modem, and thereforeaTEXT07?requires you to redial in order to re-establish the connection.uTEXT09#Press RESUME to return to the menu.nEXITRMMDTSHPDTYPFTITLRemote Modem TesttTEXT01AThis test checks the remote modem. Be sure that the remote modemcTEXT02Fsupports software initiation of remote digital loopback and that it isTEXT03Econfhether or not communication is possiblenTEXT02?between your node and the remote node to which you are directlynTEXT03Hconnected. It checks your node's software, the remote node's DECnet baseTEXT04.software, and the hardware that connects them.TEXT06CIn order for this test to work, the node to which you are connectedtTEXT07Cmust support maintenance testing (MOP level testing), and must haveeTEXT08Cservice enabled on the circuit connected to your local PRO. If thecTEXT09Cnode to which you are connecte igured (the correct dip switches are set) to allow remote digitaloTEXT04 loopback.sTEXT06DThis test does not disconnect the connection established between theTEXT07!local modem and the remote modem.bTEXT09#Press RESUME to return to the menu.eEXITXMODTSTHPDTYPFTITLHelp for Modem TestlTEXT01#Press RESUME to return to the form.EXITNMTINSHKDTYPBTITL-Help for COMM1 Installation Verification TestTEXT01FThis test verifies that the PRO/DECnet software is installed correctlyTEXT02Con the node, and t d has PRO/DECnet installed, then thisoTEXT10test should work.sTEXT12#Press RESUME to return to the form.EEXIT GENTLCHKDTYPFTITL,Help for Tests with COMM1 Loopback ConnectorTEXT01BTo execute the tests with the COMM1 loopback connector, attach theTEXT02Gconnector to the appropriate location on the network hardware componentTEXT03for each test.TEXT05#Press RESUME to return to the menu. EXITKCCBRCHPDTYPFPREVKCCINTHPNEXTKCCBSNHPTITLHelp for COMM1 Bytes ReceivedTEXT01DThis counter increment SUME to return to the COMM1 Circuit Counters Display.eEXITKCCRRTHPDTYPFPREVKCCFSNHPNEXTKCCLRTHPTITLHelp for Remote Reply TimeoutsTEXT01DA Reply Timeout (REP) message has been received from the remote nodeTEXT02Findicating that a message has not been acknowledged by the local node,TEXT03Eand the local node has sent an acknowledgement in response. This canoTEXT04Eoccur due to noise on the line. It is not unusual to see a few time-iTEXT05Eouts. However, if the number of Remote Reply Timeouts aKCCBU2HPTITLHelp for Local Buffer ErrorsTEXT01DThis counter increments when the local node cannot receive a messageTEXT02because of a buffer problem.TEXT04CIt can include the "NAKs sent, Buffer unavailable" qualifier or thetTEXT05F"NAKs sent, Buffer too small" qualifier. The subcounters marked 'YES'TEXT060contribute to the number of Local Buffer Errors.TEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.UEXITTKCCDEIHPDTYPFPREVKCPCR2HPNEXTKCCHB2HPTITLHelp for Data Errors InbJpproaches the TEXT06Dthe number of frames received this indicates a problem communicatingTEXT07Cbetween the nodes. Either the local node was slow to acknowledge aoTEXT08Bmessage, of the acknowledgement was lost due to noise on the line.TEXT10=Press RESUME to return to the COMM1 Circuit Counters Display.EEXIT,KCCLRTHPDTYPFPREVKCCRRTHPNEXTKCCSIEHPTITLHelp for Local Reply TimeoutslTEXT01EA Local Reply Timeout (REP) message has been sent from the local nodeeTEXT02Gbecause the remote node did not oundTEXT01@This counter indicates the number of incoming data errors on theTEXT02Acircuit. The subcounters that are marked 'YES' contribute to the TEXT03$total number of Data Errors Inbound.TEXT05=Press RESUME to return to the COMM1 Circuit Counters Display.UEXITzKCCDFBHPDTYPFPREVKCCHB2HPNEXTKCCREPHPTITL0Help for NAKs Sent, Data Field Block Check ErrorTEXT01CThis implies that the data block was corrupted during transmission.TEXT02CThe local node sent a negative acknowledge (NAK) to the remoteis counter increments when a data byte is sent on the circuit. ThetTEXT02Ecount does not include Data Link protocol overhead or bytes which areeTEXT03Fretransmitted by the Data Link layer. It can be used with the counterTEXT04?or frames received to estimate the outbound traffic load on thevTEXT05Ccircuit. The ratio of 'bytes sent'/'frames sent' can be used as an TEXT06,estimate of average length of messages sent.TEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.tEXIT KCCFRCHPDTYP9acknowledge the reception of a message.nTEXT03Some reasons for this could be:fTEXT05 1. The remote node crashed.iTEXT06D 2. The remote node turned off the circuit which was connected toTEXT07 the local node.TEXT08E 3. The remote node was temporarily unable to keep up with traffic TEXT09G 4. There was noise on the line which corrupted the message and madeiTEXT10( it unreadable by the remote node.TEXT12?Refer to the PRO/DECnet Problem Determination Guide for help ineTEXT13FPREVKCCBSNHPNEXTKCCFSNHPTITLHelp for Frames ReceivedTEXT01@This counter records the number of user data and protocol framesTEXT02C(excluding DDCMP protocol frames) that are received on the circuit.oTEXT03GThis counter can be used as a statistical base for evaluating the otherdTEXT04DData Link counters. The ratio of 'bytes received'/'frames received'TEXT05@can be used to estimate the average length of messages received.TEXT07=Press RESUME to return to the COMM1 Circuit Counters Display.tEXIT:sdiagnosing potential problems.TEXT15=Press RESUME to return to the COMM1 Circuit Counters Display.UEXIT~KCCSIEHPDTYPFPREVKCCLRTHPNEXTKCPCIRHPTITL$Help for Selection Intervals ElapsedTEXT01DThis counter records the number of times the local node selected theTEXT02@adjacent node on a half duplex circuit. This counter is used asTEXT03Da statistical base in evaluating the counter for selection timeouts.TEXT05=Press RESUME to return to the COMM1 Circuit Counters Display.rEXITKCCRBEHPDTYPFPREVKC oKCCFSNHPDTYPFPREVKCCFRCHPNEXTKCCRRTHPTITLHelp for Frames SentTEXT01EThis counter records the number of user data and protocol frames sentnTEXT02Gon the circuit. The count does not include Data Link protocol overheaddTEXT03Dor frames that were retransmitted by the Data Link layer. It can beTEXT04Gused as a statistical base for evaluating the other Data Link counters.fTEXT05CThe ratio of 'bytes sent'/'frames sent' can be used to estimate thetTEXT06average length of frames sent.TEXT08=Press RE PCR3HPNEXTKCCBU1HPTITLHelp for Remote Buffer ErrorslTEXT01FThis counter increments when the remote node reports to the local nodeTEXT02!that it has had a buffer problem. TEXT046It can include the "NAKs received, Buffer unavailable"TEXT05=qualifier or the "NAKs received, Buffer too small" qualifier. TEXT06?The subcounters marked 'YES' contribute to the number of RemotetTEXT07Buffer Errors.TEXT09=Press RESUME to return to the COMM1 Circuit Counters Display.UEXITKCCLBEHPDTYPFPREVKCCBT1HPNEXT  this might be that there was noise on the line.TEXT08DIf the number of NAKs sent approaches the number of frames received,TEXT09Fyou should consult the Test Tool User's Guide for diagnosing potentialTEXT10 problems.lTEXT12=Press RESUME to return to the COMM1 Circuit Counters Display. EXITNKCCDEOHPDTYPFPREVKCCREPHPNEXTKCCHBCHPTITLHelp for Data Errors OutboundlTEXT01@This counter indicates the number of outgoing data errors on theTEXT02Ecircuit. The subcounters marked 'YES' contribute to the td a negative acknowledge (NAK) from thehTEXT02Eremote node in response to a Reply to message (REP) sent by the localdTEXT03Fnode. The REP message asks the remote node if a previous message sentTEXT04>by the local node was received correctly. The NAK coming backTEXT05-indicates that it was not received correctly.nTEXT07Some reasons for this are:TEXT09F 1. The remote node was temporarily unable to keep up with traffic.TEXT10# 2. There was noise on the line. TEXT12=Press RESUME to return to thotal numbercTEXT03of Data Errors Outbound.TEXT05=Press RESUME to return to the COMM1 Circuit Counters Display.UEXITKCCHBCHPDTYPFPREVKCCDEOHPNEXTKCCDF2HPTITL0Help for NAKs Received, Header Block Check ErrorTEXT01GThis implies that the message header was corrupted during transmission.TEXT02=The local node received a negative acknowledge (NAK) from thenTEXT03Fremote node indicating that a Header Block Check error has occurred onTEXT04@a data or control message it received from the local node. e COMM1 Circuit Counters Display.rEXITKCPCR2HPDTYPFPREVKCCIRSHPNEXTKCCDEIHPTITLHelp for COMM1 Circuit CountersTEXT01FThe COMM1 circuit counters record the amount of traffic being sent andTEXT02Ereceived over the network by this node, along with various errors andvTEXT03faults that may have occurred.TEXT05APressing the RESUME key at any time (except when in a HELP frame)rTEXT06updates the counters.tTEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.EXITKCCSTIHPDTYPFPREVDataTEXT05Fand control messages contain a message header and a header block checkTEXT06Dvalue. This error occurs when the cycle redundancy check (CRC) madeTEXT07Bon the message header by the remote node does not match the headerTEXT08-block check value provided by the local node.oTEXT10Some reasons for this are:TEXT12 1. Noise on the linesoTEXT13C 2. Running a synchronous line at greater than 9600 baud causingTEXT143 transmitter underruns to corrupt the messagebTEXT16=Press RESUME teKCCRESHPNEXTKCCNRSHPTITLHelp for Selection TimeoutslTEXT01DThis counter records the number of times the local node selected theTEXT02Bremote node on a half duplex circuit but the remote node failed toTEXT03.return the selection within the required time.TEXT05>This can be caused by frames being lost due to problems on theTEXT06communications line.TEXT08AThis usually indicates a problem with the remote node's software.dTEXT10=Press RESUME to return to the COMM1 Circuit Counters Display.EEXITKC nodeTEXT03Eindicating that a Data Field Block Check error has occurred on a dataTEXT04Emessage it received from the remote node. Each data message containsTEXT05Da data block and data block check value. This error occurs when theTEXT06Dcycle redundancy check (CRC) made on the data by the local node doesTEXT07Anot match the data block check value provided by the remote node.iTEXT09Some reasons for this are:TEXT11 1. Noise on the lineTEXT12D 2. The remote node is a PRO trying to run the o return to the COMM1 Circuit Counters Display.gEXITVKCCDF2HPDTYPFPREVKCCHBCHPNEXTKCCRESHPTITL4Help for NAKs Received, Data Field Block Check ErrorTEXT01CThis implies that the data block was corrupted during transmission.rTEXT02DThe local node received a negative acknowledge (NAK) from the remoteTEXT03Gnode indicating that a Data Field Block Check error has occurred on theTEXT04=data message it received from the local node. A data messageoTEXT05Fcontains a data block and a data block check val line synchronouslyTEXT13' at speeds greater than 9600 bauduTEXT159Press RESUME to return to COMM1 Circuit Counters Display.0EXITKCCREPHPDTYPFPREVKCCDFBHPNEXTKCCDEOHPTITL Help for NAKs Sent, REP ResponseTEXT01FA negative acknowledge (NAK) was sent by the local node in response toTEXT02Ha Reply Timeout (REP) message sent to the local node by the remote node.TEXT03@This indicates that the local node did not see a particular dataTEXT04"data message from the remote node.TEXT06>One reason for ue. This error occursTEXT06Dwhen the cycle redundancy check (CRC) made on the data by the remoteTEXT07Dnode does not match the data block check value provided by the localTEXT08node.dTEXT10Some reasons for this are:TEXT12 1. Noise on the lineTEXT13; 2. Running a synchronous line at greater than 9600 baud TEXT15=Press RESUME to return to the COMM1 Circuit Counters Display.0EXITKCCRESHPDTYPFPREVKCCDF2HPNEXTKCCSTIHPTITL$Help for NAKs Received, REP ResponseTEXT01=The local node receive XT08!Some of the reasons for this are:tTEXT10 1. The remote node crashed. TEXT11E 2. The remote node turned off the circuit to which the local nodeoTEXT12 was connected.wTEXT13F 3. The remote node was temporarily unable to keep up with traffic.TEXT14# 4. There was noise on the line.rTEXT16=Press RESUME to return to the COMM1 Circuit Counters Display.EEXITKCCIRSHPDTYPFPREVKCCNRSHPNEXTKCPCR2HPTITL#Help for Incomplete Reply to SelectlTEXT01CThis only applies to half duplex ljroblem Determination Guide for diagnosing potentialDTEXT08"problems. Some problems could be:TEXT09F - the local node is attempting to connect to a router which is notTEXT105 in the same node address area as the local nodetTEXT11D - the remote node to which communication is to be established isTEXT12B experiencing verification rejects or initialization failuresTEXT15=Press RESUME to return to the COMM1 Circuit Counters Display.eEXITKCCINTHPDTYPFPREVKCCCIRHPNEXTKCCBRCHPTITLHelpines. This occurs when the local TEXT02Dnode is receiving data from the transmitting remote node. Within aTEXT03Ecertain amount of time (the selection interval), the remote node mustuTEXT04Fgive the local node a chance to transmit by passing the SELECT flag toTEXT05Cthe local node. If the local node does not receive the SELECT flag TEXT06Awithin the selection interval, then an Incomplete Reply to SelecttTEXT07timeout occurs.tTEXT09=Press RESUME to return to the COMM1 Circuit Counters Display.sEX for Initialization FailurelTEXT01AThis counter increments when the circuit cannot be initialized byrTEXT02Fthe local node for network use. This occurs when a receive line levelTEXT03Epassword has been set on the local node, but the remote node does noteTEXT04Grespond to the verification request within the alloted time interval byrTEXT05>sending a verification message containing a transmit password.TEXT07DCheck that a line level transmit password has been set on the remoteTEXT08Anode, and that is maITKCPCIRHPDTYPFPREVKCCSIEHPNEXTKCCTERHPTITLHelp for COMM1 Circuit CountersTEXT01FThe COMM1 circuit counters record the amount of traffic being sent andTEXT02Dreceived over the network by this node as well as various errors andTEXT03-faults that have occurred during the traffic.uTEXT05APressing the RESUME key at any time (except when in a HELP frame)TEXT06updates the counters.yTEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.EXITKCCTERHPDTYPFPREVKCPCIRHPNEXTKCCORGtches the line level receive password for thehTEXT09?currently active line on the local node. (Or remove the receive TEXT10password from the local node.)TEXT12=Press RESUME to return to the COMM1 Circuit Counters Display.EEXITKCPCR3HPDTYPFPREVKCCBT2HPNEXTKCCRBEHPTITLHelp for COMM1 Circuit CountersTEXT01FThe COMM1 circuit counters record the amount of traffic being sent andTEXT02Ereceived over the network by this node, along with various errors andvTEXT03faults that may occur.TEXT05APressiHPTITL%Help for Terminating Packets ReceivedlTEXT01@This counter records the number of user data packets received byTEXT02the local node.mTEXT04=Press RESUME to return to the COMM1 Circuit Counters Display.rEXITKCCORGHPDTYPFPREVKCCTERHPNEXTKCCCIRHPTITL!Help for Originating Packets SentlTEXT01<This counter records the number of user data packets sent byTEXT02the local node.mTEXT04=Press RESUME to return to the COMM1 Circuit Counters Display. EXITKCCCIRHPDTYPFPREVKCCORGHPNEXTKCCINTHPTIng the RESUME key at any time (except when in a HELP frame)rTEXT06updates the counters.tTEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.EXITXKCCBU1HPDTYPFPREVKCCRBEHPNEXTKCCBT1HPTITL*Help for NAKs Received, Buffer UnavailableTEXT01=The local node received a negative acknowledge (NAK) from theTEXT02Aremote node indicating that the remote node did not have a bufferTEXT03Aavailable to store an incoming message. If this number is small,TEXT04Athis is acceptable. However,  CNRSHPDTYPFPREVKCCSTIHPNEXTKCCIRSHPTITLHelp for No Reply to SelectlTEXT01HThis only applies to half duplex lines. The local node ends its currentTEXT02Dtransmission interval by passing the SELECT flag to the remote node.TEXT03GThis indicates to the remote node that it should start transmission and TEXT04Hthe local node will be the receiver. If the local node does not receiveTEXT05Ca message within a certain specified time (the selection interval),aTEXT06$a No Reply to Select timeout occurs.TE TLHelp for Circuit DownlTEXT01HThis counter records the number of times a line was declared down by theTEXT02EPRO/DECnet software. A line is down when it loses communication withiTEXT03Gthe remote node. This may be normal in some cases (for example, if thebTEXT04Eremote node shut the circuit off). This could also be a problem withuTEXT05Aintermittently faulty hardware. If this counter is incrementing TEXT06Drapidly and communication is being interfered with, then consult theTEXT07?PRO/DECnet P "if the ratio of this counter to theTEXT05Anumber of frames sent is large, this may indicate that the remoteTEXT06>node has an insufficient number of buffers for receiving data.TEXT08=Press RESUME to return to the COMM1 Circuit Counters Display.EXITKCCBT1HPDTYPFPREVKCCBU1HPNEXTKCCLBEHPTITL(Help for NAKs Received, Buffer Too SmallTEXT01<The local node received a negative acknowledg (NAK) from theTEXT02Aremote node indicating that the remote node did not have a bufferoTEXT03<large enough to renRemote process errors record processing faults that occur on theTEXT03@remote node to which you are directly connected (adjacent node).TEXT04CLocal process errors record the processing faults that occur on thesTEXT05 local node. TEXT07APressing the RESUME key at any time (except when in a HELP frame)tTEXT08updates the counters.cTEXT10:Press RESUME to return to the COMM1 Line Counters Display.EXITKLCRPEHPDTYPFPREVKCPLINHPNEXTKLCNROHPTITLHelp for Remote Process ErrorsTEXT01FThis counter increbceive an incoming message. This can occurTEXT04Ginfrequently if the header of the message is corrupted (due to noise ontTEXT05Cthe line). However, if this number is large compared to the numberiTEXT06Cof frames sent, then this may indicate that the size of the receiveaTEXT07Cbuffers on the remote node is set too small. All nodes should haverTEXT08the same receive buffer size..TEXT10=Press RESUME to return to the COMM1 Circuit Counters Display.EXITKCCBU2HPDTYPFPREVKCCLBEHPNEXTKCCBT2HPTITL&qments when the remote node detected a problem or theTEXT026local node detected a violation of the DDCMP protocol.TEXT04AThose subcounters marked 'YES' contribute to the number of RemoteuTEXT05Process Errors.rTEXT07:Press RESUME to return to the COMM1 Line Counters Display.EXITlKLCNROHPDTYPFPREVKLCRPEHPNEXTKLCNHFHPTITL'Help for NAKs Received, Receive OverrunlTEXT01DA negative acknowledge (NAK) has been received from the remote node,TEXT02Aindicating a receive overrun. This occurs when the remoHelp for NAKs Sent, Buffer UnavailableTEXT01>The local node sent a negative acknowledge (NAK) to the remoteTEXT02Cnode indicating that the local node did not have a buffer availableiTEXT03to store an incoming message. TEXT05BYou may see a few failures here due to sporadic traffic. However,TEXT06Dif the number of Local Buffer Errors is large compared to the numberTEXT07Dof frames received, then the number of buffers on the local node mayTEXT08Dbe too small. Use the Management Utility for DECnet to -te node'siTEXT03@receiving software is not able to respond fast enough to processTEXT049incoming bytes and data is lost when an overrun occurred.TEXT06?If the number of remote process errors approaches the number offTEXT07;frames sent, the line speed (baud rate) is probably set tooTEXT08high for the remote node.uTEXT10:Press RESUME to return to the COMM1 Line Counters Display.EXITKLCNHFHPDTYPFPREVKLCNROHPNEXTKLCSTTHPTITL'Help for NAKs Sent, Header Format ErrorlTEXT01EA negative acknowledgeincrease theTEXT09number of buffers.TEXT11=Press RESUME to return to the COMM1 Circuit Counters Display.EXITKCCBT2HPDTYPFPREVKCCBU2HPNEXTKCPCR3HPTITL$Help for NAKs Sent, Buffer Too SmallTEXT01CThe local node sent a negative acknowledge (NAK) to the remote nodeaTEXT02Dindicating that the local node did not have a buffer large enough toTEXT03receive an incoming message.TEXT05FThis could happen infrequently due to noise on the line corrupting theTEXT06Gmessage header. However, if the number  (NAK) was sent to the remote node indicating aiTEXT02HDDCMP header format error was found in the message received by the localTEXT03Bnode. This error should not normally occur and indicates problemsTEXT04Ewith the remote node's software. If you see this error, contact youreTEXT05Professional support person.TEXT07E The header CRC was valid but one or more header fields was invalid.eTEXT08Possible errors are:TEXT10 1. Invalid SELECT flagTEXT11* 2. Invalid ADDR value (optional check)TEXT12 of Local Buffer Errors is largedTEXT07Bcompared to the number of frames received, then the buffer size onTEXT08@the local node may be too small. Use the Management Utility forTEXT09CDECnet to increase the buffer size. All nodes should have the sametTEXT10 buffer size.TEXT12=Press RESUME to return to the COMM1 Circuit Counters Display.rEXIT8KCPLINHPDTYPFPREVKLCNRHHPNEXTKLCRPEHPTITLHelp for COMM1 Line CountersTEXT01FThe COMM1 line counters encompass the Remote and Local Process Errors.TEXT02@ , 3. FILL fields not zero (optional check)TEXT13, 4. Invalid control TYPE or SUBTYPE valueTEXT15:Press RESUME to return to the COMM1 Line Counters Display.EXITKLCNRHHPDTYPFPREVKLCTRUHPNEXTKCPLINHPTITL+Help for NAKs Received, Header Format ErrorlTEXT01GA negative acknowledge (NAK) was received by the local node, indicatingaTEXT02Fa header format error was found in the message received from the localTEXT03Cnode. This error should not normally occur and indicates a problemoTEXT04@with the ine speed (baud rate) is probably set too high onhTEXT08Fthe local node (for example: trying to run a synchronous line with theTEXT09.external clock set to greater than 9600 baud).TEXT11:Press RESUME to return to the COMM1 Line Counters Display.EXITKLCROVHPDTYPFPREVKLCSROHPNEXTKLCTRUHPTITL(Help for Receive Overruns, NAKs Not SentTEXT01@A receive overrun occurred at the local node, but the local nodeTEXT02Dwas unable to send the negative acknowledge (NAK) back to the remoteTEXT03Dnode to informedTEXT04Fvia the router, have negotiated a message size for communication whichTEXT05His too big for the router to handle. The segment size on the local nodeTEXT06Dmust be decreased to match the buffer segment size being used on theTEXT07router.eTEXT09/Press RESUME to return to the Counters Display.sEXIT4PKFMERHPDTYPFPREVOVPKLSHPNEXTVERREJHPTITLHelp for Packet Format ErrorTEXT01BThis counter only applies when the DECNA is active. It incrementsTEXT02Cwhen an invalid DECnet Ethernet address - local node software. Contact your Professional supportTEXT05person.lTEXT07CThe header CRC was valid but one or more header fields was invalid.hTEXT08Possible errors are:TEXT10 1. Invalid SELECT flagTEXT11* 2. Invalid ADDR value (optional check)TEXT12, 3. FILL fields not zero (optional check)TEXT13, 4. Invalid control TYPE or SUBTYPE valueTEXT15:Press RESUME to return to the COMM1 Line Counters Display.EXITKLCTRUHPDTYPFPREVKLCROVHPNEXTKLCNRHHPTITLHelp for Transmit Underrunsl it of the overrun. This occurs when the local node'sTEXT04Areceiving software is not able to respond fast enough to incomingeTEXT05*bytes and data is lost due to the overrun.TEXT07EIf the number of Local Process Errors approaches the number of framesnTEXT08Freceived, then the line speed (baud rate) is probably set too high forTEXT09@the local node (for example: trying to run a synchronous line atTEXT10greater than 9600 baud).TEXT12:Press RESUME to return to the COMM1 Line Counters Display.EXITrKCTEXT01DFor PRO/DECnet, this counter counts transmitter timeouts. If a trueTEXT02Htransmit underrun occurs, the counters will record either 'NAKs receivedTEXT03D- Header block check error', 'NAKs received - Data field block checkTEXT04Gerror', or 'NAKs received - buffer too small', since an underrun causesiTEXT05/the local node to transmit a corrupted message.TEXT07'Some reasons for transmit timeouts are:eTEXT09? 1. No external clock source provided for a synchronous lineeTEXT10D 2. Running aCHB2HPDTYPFPREVKCCDEIHPNEXTKCCDFBHPTITL,Help for NAKs Sent, Header Block Check ErrorTEXT01GThis implies that the message header was corrupted during transmission.iTEXT02CThe local node sent a negative acknowledge (NAK) to the remote nodehTEXT03Dindicating that a Header Block Check error has occurred on a data orTEXT04Ccontrol message it received from the remote node. Data and controloTEXT05Gmessages contain a message header and a header block check value. ThisgTEXT06Ferror occurs when the cycl} synchronous line using a cable that doesn't provideTEXT11 clock leadsTEXT13:Press RESUME to return to the COMM1 Line Counters Display.EXITxKLCLPEHPDTYPFPREVKLCSTTHPNEXTKLCSROHPTITLHelp for Local Process ErrorslTEXT01DThis counter increments when the local node detects a problem or theTEXT020remote node detected a DDCMP protocol violation.TEXT04HThose subcounters marked 'YES' contribute to the number of Local ProcessTEXT05Errors.rTEXT07:Press RESUME to return to the COMM1 Line Countere redundancy check (CRC) made on the messageTEXT07Dheader by the local node does not match the header block check valueTEXT08provided by the remote node.TEXT10Some reasons for this are:TEXT12 1. Noise on the linesiTEXT13A 2. Trying to run a synchronous line at greater than 9600 baudTEXT159Press RESUME to return to COMM1 Circuit Counters Display.iEXITXKLCSTTHPDTYPFPREVKLCNHFHPNEXTKLCLPEHPTITLHelp for Streaming NodesTEXT01DThis applies to half duplex lines only. This occurs when the  As Display.EXITKLCSROHPDTYPFPREVKLCLPEHPNEXTKLCROVHPTITL#Help for NAKs Sent, Receive OverrunlTEXT01HA negative acknowledge (NAK) has been sent to the remote node indicatingTEXT02Hthat a receive overrun has occurred at the local node. This occurs whenTEXT03Fthe local node's receiving software is not able to respond fast enoughTEXT04<to incoming bytes and data is lost when the overrun happens.TEXT06EIf the number of Local Process Errors approaches the number of frameseTEXT07Ereceived, then the l JremoteTEXT02Anode transmits more than the allowable number of messages without TEXT03,returning the SELECT flag to the local node.TEXT05:Press RESUME to return to the COMM1 Line Counters Display.EXITlOVPKLSHPDTYPFPREVSYSCOUHPNEXTPKFMERHPTITLHelp for Oversized Packet LossTEXT01BThis counter only applies when COMM1 is active. This counter willTEXT02Gincrement only when the local node is connected to a router. The localaTEXT03Fnode and the remote node to which communications are to be establish 0'-SYSYSYSYTICL SYOVSYKPγt/i|$γP*is contained in the routinghTEXT03 layer header.aTEXT05/Press RESUME to return to the Counters Display. EXITVERREJHPDTYPFPREVPKFMERHPNEXTCONTROLBTITLHelp for Verification RejectTEXT01HThis counter only applies when COMM1 is active. This counter incrementsTEXT02Bwhen the DECnet circuit cannot be established because the transmitTEXT03Fline level password sent by the remote node does not match the receiveTEXT04Bline level password set for the currently active line on the localTEXT05-node. Theozγggwewew ewewewewew ew$ew(ew,ew0e,wF(0w>(w6(4w.(<w"(w  a@`  SF~& Fef6D~  f6 D~   passwords should be set correctly.eTEXT07/Press RESUME to return to the Counters Display. EXITisplay. EXITVERREJHPDTYPFPREVPKFMERHPNEXTCONTROLBTITLHelp for Verification RejectTEXT01HThis counter only applies when COMM1 is active. This counter incrementsTEXT02Bwhen the DECnet circuit cannot be established because the transmitTEXT03Fline level password sent by the remote node does not match the receiveTEXT04Bline level password set for the currently active line on the localTEXT05-node. ThefC~w  ~@w52m&  h6v-e   ~e  e wd5’6t @ vtB@A  6t@@P5 3w4Oe~f f &f &ff P &PLP sY,U kfz6Ukf[q Ur[q S:t/| Y &PP &P` i 1SG<v$&xPFPP # ` vP   w N %pˋ5J J J @ EͥAA IK K .< U F Z <<KK4L K4L :& 8 ,e KKK <  Ze& TI& & & J+ & K4 5J a  ewׁ 7  m ȋ( %A Z az    Ȑ0 9  5"  wHׂ5tE9;) $.$v$~$% %$%T%l%.  +m $̋"09Wp  AaJ0",."?.  4pt b  wւ  m ȋ0 9 Wp  aJ04  f @mȋ }~ 4 W  wE\ &  ԁWtE <<ӕ.E &<e wtw*(""  6 (+7 &+7$+  aZ&aa a R e q6 &a  eKB&l>'`'v$~$''''c b-7 *((E  Cm,@`  M &ve ad aa e m>E Cm&@m`  ~ > &a e* e& \  &V_K, Ӗ%-%%V_V_K e -LKK4L 8K4L K ee fU5Z)w aZZ:LfM e UT5n%P%5t&VVXV_')X)v$~$)))))gK0VVXV_K0 Җ%-P:P$P$5> KWV .E& $W E & VWWVVXK ( Nee -( Uw   6 5*KK4L K4L e!-xKK4L dK4L K e w7 %7 %7 %5$$ 5V4$5H4$5@>4$-w R#W P L$W IY U 5$  6 l$< d$9 b$6   S >DM"+>wR=4  M>>C3 3  ,, UEs3wLTx>&f.x B * ͋'% ͥ!ͥE%,  K5  PB2 )a aa:LfM& ~4e 50$iV  5$(xXt\x N4GW L5#  #  # # 44`F2W RW D 3'W M5# # # 3Z W T -r# 3 ^W A 3 !UW S  K 7 Ub 3 UTEN%e-< w6 eK ϖ%K$ rewvp% ZZ[ e R[V Q[Z QPK4 ϖ%$% Q%Z >m% Q  ĝ Pw]v] m͋mL    5(mE?te0LmEue0pmEe00eeeW ˝Et7 >]] > ˋע e  a Le   wŃ~ %@`@`6E ~e a e w >#tc7*c7!5Dc77 E? E6 "%N| ̀N &* 6͖%$Z "& e K  Ζ% K ne-!&t$p$ [ -`$7 !7 V$  _  P[[ % -t! w(Φ)-\!wt7 $a    /H`  J` re !8a T    E  `  ` e !@a    @6    a  a e !1Xa  n)9Ccc775@cE ‹?C @@` - 5 ~tE l b`eL`># %w6  777  m p] > ]]aaa e a e 7 -7 -~3E  Em @`  K a 2ewt 6 > W#]M  ‹_   vv_ n  8 N` a j  [[   , e%w-J7 |"   @ /a5@ a /  V(a  a  | ,[[    eW %f ! [ !! [ ! v f @m![ v m!ftEE & P f H & %wTˀ   m>!m s[ 7`*!wF  '!-]aaa e 7  -<a e 7 - -7 z  E   Dm"@`  C  2W# a ee wP 6 77   @aȕ @a @a0 @`@aCm" D `e]]faaa e fa le 7 *- 7 fa ew*)@[ ! N rEp@A r    e0p[7a ~  0[  .[ w  @tt e0p[ r 쀇w -gd7 R   \   B`   lm  x W    @ B`   *m W!!W!~B [  W  [[ x7 ee  f& \ dɖ%-#]L Je-j!b!`!j]D "!!e!!j]`;77 ]]f aaa e f a e 7 z-f a e -7 Nf a :ew^  f 6e f *e f e  w  ` (_  7   "_&_ V#e  wʿ   e\X ue\X ޾ aaf a$a(a :e   ej]T Ȗ%]< ewȄn!7 l!h!f 7R!] ] ] d  eet P,**f& ]&   e+& 7 ׭   7  & L,& ]   VeF 7 D @ & t]  V ewn` q׭m6 @]  6 f a e eC-.E.  Bm0@`  ~ .f a  6 C K  eee ew\  fd  W (dW Rd W |dd  Few &f e :w aO  &f e #w< aN  &f Re w ahM  wB  f 8e  f \'yLB0:[ZZDECNET]NMTMSG.MSGzh3] K_w e f e  w)fg_x_& e ^  U0fx_f_& aaa e 7 6 f& a ^e 7 h-7 \-Xe amaK fd_2_ a \e ew껦)f{__ e J , &f_z_ aaa e 7 6 f a je 7 t--7 `fd_2_ a eD ew607 h7f a_f&aaa e 7 6 f&a e 7 -7 -Ee a`aJ d_2_a bew.) 6 <7 7 a_faaa e 7 6 fa e 7 --7 d_2_a e 1,Pt~P  - rn = octal  $LOCAL|NE$SUC||NE$NNM||NE$SEE||NE$NOR||NE$DSK||NE$RES||NE$OTH||NE$AVA||NE$DKE||NE$FMT||NE$UAV||NE$INI||NE$RXT||NE$FOR||NE$TXT||NE$MSG||NE$ERR||NE$NAM||NE$ADD||NE$TOH||NE$NID||NE$WGK||NE$BIG||NE$ABG||NE$HLP||NE$FAI||NE$INV||NE$PAS||NE$DES||NE$DEF||NE$NST||NE$WRK||NE$TSU||NE$TFA||NE$NNX||NE$NPR||NE$NOO||NE$YES||NE$OVR||NE$NKN||NE$STP||NE$FIL||NE$NAC||NE$DUP||NE$RDF||NE$WTF||NE$OPF||NE$LUF||NE$DPL||NE$CON||NE$DNN||NE$C10||NE$C11||NE$C12||NE$C13||NE$C14||NE$C15||NE$C16||NE$C17||NE$C18||NE$C19|  E &f &  m  f A N  %&ff r[qr[qkf[qkf[qkfzkfz\ M|NE$C20||NE$C21||NE$D01|b b(b0b8b@bHbPbXb`bhbpbxbbbbbbbbbbbbbbbbbcccc c(c0c8c@cHcPcXc`chcpcxcccccccccccccccccdddNSOMSGNSOMG2NSOMG3NSOMG4e@cP a  P] NMaۀaaJ/!QeB~Qʃ b3jJLB0:[ZZDECNET]NMTMENU.MNULB0:[ZZDECNET]NMTHELP.HLPNMTHLPNMTMNUNMTMNK Network Management Trace Execuj'&1 $y y y y y y y y y y $y $y x ~yz} $y |$y ty lyR dy \yP Ty@ Ly̦ Dz̦ < z̦ 42z̦ ,Hy $Dz@ Vz@ y 5ew P, Bv    5Bw 1 5  .5.UW   ,   wE5 E  W LJ5  ,E x torChangeShowLoop (system-specific)ZeroDumpLoadTrigger````.`4`:`@`NoneNodeLineCircuitAreaModuleObjectProcessSystemAliasj`p`v`|```````AdjacentLoopActiveAllKnown`````Network management function = octal , entity type = octal , format = initialize operate cleanup fata~a status =  = octal nmgtrace.txtNM: driver not loadedManagement ACP not installedDirective failed, retu hzjNih)awd 6  Zw $, e 1 w )& +)$)' +LNiNi|E U &W 96 3  4 &9U &9E &9U3uE uU.5`.U & E& & f&ËDef Ë )̋E U 5 ߥ& *  + 23E Ew Z   Е-   0@A XW e`fÊ   jCwww w  ť ť 0B AawVwڇ  5E5 ettCtt@@f)7  a:LfM e  8wTE7 V te\X&& `e t  p  ܆a&\ amL  vp @`&K0 Ά%-Vw.0 0 0 ׭ 0 7 H B 0< ׭ 1}7 . ( &"  C0Ѿ N  LJҪ O  S[ϖ hM  m p:L 7 v  > C 6 Ba a e &Ha % 2UFHa Ne e w -5 KW E X W T5w & W"a&\K | %-- \ cA-X|W 7  ""a:LfM Ɩ% H AW   5>;  7 5W e"KW UW  -  DTW   t  n :*2U$e"e-@  8 z 0 R$+lJx>,d|e@fgbmB+H+l>,>,xz6yr@xxxIqM|@xxIqM0|@xxIqMD|xxU(UX|yzx3gJ yxy\}`l| y$yK}|# yyq 5|HyzxkfZ 6yZykf |6yHyZK||~ylyYr?|LylyyY{H0~yyYxJ0~yyYL,K|\)yly~yZ](`@yyYؑc@yyY3Nd@yyDzYore̦UE ew e)La* a ^Na4  a >H  aH a Ja> a ew ? 4(*   m ȋBa   f & e * & Re  V\JXZBJT\jLR\"LP\ڋLލN\JڍK| N%-w RjT n% 2Uw(yzYsh̦y zY4Sj̦y2zYs m̦XyyYSo@ yVzYXp@hzyyZZsܫVzzzZYxܫ VzhzYr 6yzrT,`}  jjz^jNiziNi.x|l|l|l|llllll ~ !  111e&e0777($&$&$$K| x%- PK4L e$e  55$$$K | ~%- K4L te e  % f)   l }f- `}7w7@mB=@m7706tedE& re  > H  JANFEBMARAPRMAYJUNJULAUGSEPOCTNOVDECw D&& bЕ- eaePPPЕ-$w D  &Е. ce  Е:   B 5rP VVXVڐK0 u%-nKK4L ZK4L K uew@P & VWWVVXK ( nu%-M `W ^t Z S UԻ t S e"d R, ""a:LfM 淖%  ""a:LfM (%  һUt e"9-l x|eN7 *` j-a jld % ? l |er-&+%$av 55 H  l {e %- 0lm >l a a  - {7x@o n7pd  &(e  T{N*e *e"%& \ |%5Jl,} |e-lL |e-ED X|e-  ` |eTN UD *KW4L (% tUe- eewJ wftʐ=&ʐ 0А NMTSPECB- l< {le P  P d:d:lOPTN01ACTN01OHLP01H'w ' UD$BA &( U BQ BЕ* wv6 > :LfMa"a e w 9LWt:L` `E5  NKK4L K4L LPDDa"\ ı " V7r " &0 ` &e" \ڋP  ڋP   e\C"\ | eڋP f $N T ڋP B T 0 ڋP   0e>e> wT    3HSYSCOUNTCOUNTERSCOUNTER2SENDRECVSYSCOUNTKCPLINECKCPCIRTCKCPCIR2CKCPCIR3CTITLTEXT01TEXT02TEXT03GHLPPRMTCLRB= SYSDISK:[USERFILES]COUNTERS.DOC ېy؎ ۢy[ xȖUKK4L K4L En& 8 ҅e0e w w   BmDm Ampz  w..$ff<a>DaFJ4 6% Lew" v$@;m</m<(m>!m>6$m 6!m"6#m6-  -  -" "- 6 6 6 6  }m 6 -<ctm>m>bb1 b1b1e @b`Emp D b e w{ 0 | V      1   { 1  m𒷝  fȝ&f̝Νʝ *e f&fʝ e 7 \-7 Pfʝ &:e wz Wte\Xf& de ֝ܝԝ:f& Фe N>6& H>" & & f. 3 4Wp@`6c@`C`$& e  ---uf& e -><f& e 5  ><f& e f& Te  ><& f& ~e wf& e  ><& f& Be ֝ܝН><ޝ,af& ~N& e  -,-,-,jN& ne -,2>< e 9>< pe %><& G& & & & & ,f. }>6 >!%a| %/ /eef-LL-3F!4>!& & & & .! & &  & & & & && f &| 1ɋf7 ֚ % ֚ %Ie f % ff %    jw2 `7 \"7R7 J֚ ~-> %  4y H>< .e e  Ba 은 7  e %ww" #faafaaa e ? ffa Xe 2--*  E  Cm"@`  ~ # fzNa Je e wvD& "  m}  f|&f e f&f be -fzN e 4  $ ׭ % &׭ 6  B׭t %w ֚eښ? 0N֚  0֚   m p К V 6֚ ׭   0R֚  e ee  w~֚2,.n v  m LК  e׭2,wx~)$" ɕ1wXɕ w2v  l67 f % ̡ ^%y&f te DJL&f ve 6&f e -@  & l:&f e -?&f de WWw77 "- &̡ e7 &̡ ze-  Ρ 4 ֡ $ ׭D % &*%׭    ׭ %w\t J e   mA Xq @`m$ Le @cȕ@c@c@cete\X&& e B (   7**6  af& $$,**af& x@cȕ@c@cee e f& e >  @eB`` B``p ew|   6  Nbbbb1b1b1b1b1b1e 8 Nb pE p$  pl \   l ʕ @`Ce w J#  ʕ @ -&@ 7eW to   ׭ %̢ z R׭ %, < ׭\ %׭D>ȕ06  c )NS  Қ   ҚgM|gM  Қ   Қ6  c23;4H2K Invalid error code = Not a network taskConnection rejected by networkConnection rejected by user No file accessed on lunFile already accessed on lun Sharable resource in use Privilege violation Request terminatedData overruXn Illegal user bufferBad parameters >\vĥإ@T  xt  p'  euNS      NS  R $H    "& '    13 Kx  {m  >    "& '1;1HJ)0l'qqk2;1Hx2;80Hx3;1Hx3;80Hx4;1Hx4;80Hx5;1Hx5;80Hx6;1Hx6;80Hx7;1Hx7;80Hx8;1Hx8;80Hx9;1Hx9;80Hx10;1Hx10;80Hx11;1Hx11;80Hx12;1Hx12;80Hx13;1Hx13;80Hx14;1Hx14;80Hx15;1Hx15;80Hx16;1Hx16;80Hx17;1Hx17;80Hx18;1Hx18;80Hx19;1Hx19;80Hx20;1Hm'qqj0m !!f 5jwV̧ҧ§ħ e w&55ȧ§ e U֤EФ> KK4L K4L Wte\XN& e 7  a:LfM e N& e V~ VN& le (VXN7 HUe 10LOCALTLOCTSTHP3!f)Wte\X5Xwf& e 8PamK0 ]%-B85< KK4L ,E$ PƤ PK \ & 4LKީ8P aK ( D]e-ʣģ U  U*Ue w-ܣKK4L vK4L ڄK \eiUL ->6U8 ݐ A`f) BfX" ClJ Dr< Ex.  M~  N5̢z !ww^  f e %f Xe f""""" e !yamaЩ֩ީ 0e e [-vP>ȢKK4L bK4L ƃ2 a:LfM e 2n hN& \e (FX>7 8Uڡee w  %<2)QKCPLOOLOOMNUKK4L K4L   azx:LfM e 2/ J& e (rXj& ^e  7 :eUءew< wf[7 mW-Me  KmW- AW0W9Bm t C`0ʐ,WAWF Bm t C?WaWfBmh t C_U` 4` >! wZ) _ \ V:L=Q  e 1W #fm e%W % DmmL  >  -P @mH  ew \7 6EU0& K ZKt -2$ t @`7PEU0  Z( :–%L\ewr[ &  VZ5w6« Le ew55 *K YEre j7  `W /ɋ-Kf"n 5wpةPaK0 ]%-z85t KK4L dE\ P PK \ & 4LKةPaK ( |]e- U  U*4U֣e J-ģKK4L K4L K ]e)U ~ L  > 5he  R   e e w 5~w-nnnj7 b7 `mVީmL試 ze X5ȢQ5M" K % 27 |%Kf 7 f7  K Y% 7 FJ7 8 -ޠ aKKK:LfM ̕e  FUwe JPNSOGNDNSOGNDHP >hz 6zzܫ3" e UE>KK4L K4L  a:LfM e 2  X7 U*e <)I10MODMNULOCMODREMMODLCMDTSHPRMMDTSHPU"wwwf R )$Ο7 Ux -  Eh  -T-Lw  w K W aKKK :LfM 2e w^ ewj 0 x-t5Ҟ ̞7 ^Ew.KK @K ~ hVW 0777@e0 17l77@e&7[77K Vfaa6 a a(*a.0a~46aK  $W%-"f a*JK0 ]%-|Τ5JP&V(,h. e e wT P F  R T7 5 55   K 7 w7 7 7 " a^J\ e X aD20 |e D|d f% 9>KK4L PK4L  a20DJ\^df:LfM e 2T7 NeUwte  wx\7 >mW" ^%- ^%-  2 -l*. 480, h 8^%-2e )e >TI 6XJLB0:[ZZDECNET]NCP{" -Me  KmW- AW0W9Bm t C`0ʐ,WAWF Bm t C?WaWfBm t C_U` 4r >! w[  AaW MɋKfe *e  > @f % ! &a e 7 &| caJ  ` caJ   7 @ W!2% & & & & .aK ( lZ%-  F  R T7 e*-" f 5EE2 &   ]7  P e,-* 0W0K  OKW& KW& EewD H06KKKBK4L KK PKW& 6e aKKKB:LfM Xe : ݬt ݟ`W %W 0$W W l ft [@` d KKKBWW ew& w] KF ##J f  * ֛wdWW4LK6  aVVK ܫ T%-*   1W1K W O-J7 ^zXT& K R:\"WKKK l~ K& K R->  ,,a:LfM %e,W-|wTr E-  a:LfM ΍% N -> U6-. U&lKKK }FXPZJK& LK Qe"d 7 re\ 8VZK SC#|NE$SUC|Operation successful. |NE$NNM|Network unavailable, check Message board. Press RESUME to continue. |NE$SEE|Press NEXT SCREEN to continue display. |NE$NOR|Network operation is normal. |NE$DSK|Please enter a node name or address. |NE$RES|Press RESUME to continue. |NE$OTH|Press DO to execute the test. |NE$AVA|The node is AVAILABLE, but is unable to respond now. |NE$DKE|Local Test completed successfully. Continue with the Remote Test. |NE$FMT|Local Test failed. Check installation or replace #   !-.  a:LfM %-t Ul-d U\F*KK4L @ PW QU(eewz   OPTN01OHLP01#DECNA module. |NE$UAV|The node is NOT AVAILABLE for communication on the network. |NE$INI|No previous screen. |NE$RXT|@ (#), "%" is AVAILABLE. |NE$FOR|Menu or help read error, consult your PRO/DECnet User's Guide. |NE$TXT|Press EXIT to return to previous main menu. |NE$MSG|Enter items and press DO to execute the test. |NE$ERR|A network error has occurred, contact your network administrator. |NE$NAM|Letters and numbers only, with at least one letter for node names. |NE$ADD|Node address must be a num#Ha ACTN01KEYW01;LSTNODTEXT01TEXT02PRMTCLRBTITLGHLPTEXT01TEXT02PRMTSHOSTHLP#ber from 1 to 1023. |NE$TOH|The number specified is greater than the maximum allowed. |NE$NID|Test partially completed, DECNA module may be faulty. |Test D - On the DELNI Transceiver Cable Press EXIT to return to the previous menu. Set the DELNI switch to the UP position, indicated by the empty square. Remove the DELNI transceiver cable from the furthest DELNI or from the H4000, depending upon the topology. Attach the DECNA loopback connector to the DELNI transceiver cable. +----#pwPY ` ⬀  7 $ଦ&& e TE  Cm"@`  L 6ead  aa e m 5  mm`    % e|#I--+ DELNI |  System | + --9+ | NET1 Unit | | <"> <"> | | <"> | +--"---"-----+ +---"--+  " " " " System Transceiver " % " DELNI Transceiver DECNA  ==   ===@ <- Loopback  Cable Cable Connector "---# e0(e*ee w-z  -d-\w e f PVVX(K0 tV%-e d015 2 5@35477 VV:V>V4VV.*,a޳VVVK U%-2e>? VV>VPVJ޳VFVBV>K 2Uen-7 # qZ?TT`LUqYT`} :5/T` oT` ZxR aUq [M4̓:4}wYH_EpgMeYyK /!T`w""`Y`"gMeZ-ZyR/ST`oYT`UqHET[MSUqS $5$B----- <<@ >> @ Display cursor hereNRemote Node Name and Address  (Press EXIT to return to previous menu.  %Press RETURN to move between entries.  Enter a node name: @  Enter a node address: @ '--- <<@ >> @ = User input fieldsTest C - On the DELNI Press EXIT to return to the previous menu. Set the DELNI switch to the UP position, indicated by the empty$}er cable Press EXIT to return to the previous menu. Remove the end of the system transceiver cable not attached to the back of your system unit and attach the DECNA loopback connector to it.  +--+ (Back of system unit)  | |  | NET1 COMM1  |  | <"> < > |  +---" --+  "  ===@ <-- DECNA Lo$g square. Remove the DELNI transceiver cable (if present) from the ninth connector on the DELNI and attach the DECNA loopback connector in place of the cable.  DELNI Unit  Input Connectors   1 to 8 9th Connector   +--+   | > @ > |   + --^---+  |  DECNA Loopback Connector$7opback Connector   System Transceiver  Cable $--- <<@ >> @ display cursor hereti|NE$WGK|You pressed the wrong function key. Please try again. |NE$BIG|The node address numbers must be in the range 1 to 1023. |NE$ABG|The area numbers must be in the range 1 to 63. |NE$HLP|Unable to provide help ata this point. |NE$FAI|The operation failed. |NE$INV|Invalid characters in field. |NE$PAS|Reques$ #-- <<@ >> @ Display cursor hereDECnet start-up failure If this is a new installation of PRO/DECnet, you must turn the Professional off and on again to load the PRO/DECnet software. If DECnet did not load or start correctly when your Professional was turned on again, check the Message/Status Display for any details about the problem. Try the following: 1. Make sure the DECnet line selected to be loaded at next boot matc$eting status on node: @ (#) |NE$DES|The entry was deleted successfully. |NE$DEF|The entry was not deleted. |NE$NST|Use Network Setup to enter node name and address before continuing. |NE$WRK|Operation in progress, please wait ... |NE$TSU|Test completed successfully. |NE$TFA|Test failed. |NE$NNX|No next screen. |NE$NPR|Unrecognized remote node name or address. |NE$NOO|No |NE$YES|Yes |NE$OVR|*Overflow* |NE$NKN|*Unknown** |NE$STP|>>>>>----->>> Network counters filed on = |NE$FIL|Counters filed $hes your configuration. 2. If an Ethernet line is to be loaded, make sure the DECNA is installed. 3. Consult your Professional support person if this message continues to appear. Press RESUME to return to the previous menu. -- << >>rTest A - On the System Unit Press EXIT to return to the previous menu. Remove the system transceiver cable from the port labeled NET1 at the rear of the system unit. Attach the$Ain COUNTERS.DOC in the current directory. |yjDECNA Remote Test c Enter items and press DO to execute the test. Press EXIT to return to the previous menu. t Enter the name or address of the remote node: @ Enter the number of times to loop for this test: @ "--, <<@ >> @ = User input fieldsQLocal Test  + Enter a new value or accept the default.   Press DO to execute $ 57< DECNA loopback connector in place of the cable to NET1.  +--+ (Back of system unit)  | |  | NET1 COMM1  |  | @ > < > |  +---^--+  |  DECNA Loopback Connector %--; <<@ >> @ Display areaTest B - On the System Transceiv$ ] the test.  + Press EXIT to return to the previous menu.  + Number of times to loop for this test: @ "--T- <<@ >> @ = User input field Installation Verification Test PRO/DECnet V2.1 6Press EXIT to return to the Test Tool for DECnet menu. 'Number of times to repeat this test: @ "-- <<@ >> @ = User inpu %%ss EXIT to return to the previous menu. Press ADDITIONAL OPTIONS to change the type of assistance. Enter the name or address of the assistant node: @ Enter the name or address of the destination node: @ Enter the numberc of times to perform this test: @ Type of assistance (Receive, Transmit, Full): @ '--F- <<@ >> @ = User input fieldsTest E - On the Furthest DELNI %;system transceiver cable is properly connected, power off the system unit and remove and reinstall the DECNA option module. If the problem persists after power up, use the 'Tests with Loopback Connector' to locate the problem. The device error status code is 112, which indicates a potential problem with the DECNA option module. Press RESUME to display the main menu for the Test Tool for DECnet. !-- << >> No fieldsqRemote N%othmDECNA Module is Missing The DECNA option module is missing. Network tests cannot run without the DECNA option module. Turn the Professional off to install the DECNA option module. ,Press RESUME to return to the previous menu. #--> << >> No display or input fields DECNA Module is Broken nThe DECNA option module is broken or is installed improperly. Turn the Professional off and reinstall the DEC%ս Press EXIT to return to the previous menu. Set both DELNI switches to the UP position, indicated by the empty square. Attach the DECNA loopback connector to the ninth connector on the furthest DELNI. System Unit +---+ DELNI DELNI |  |  +---+ +-- -+ | NET1 |  | <"> <"> | | <"> @ > | | <"> |  +--"------"---+ +--"------^---+ +---"---+ %yQNA option module. If the problem persists replace the DECNA option module.  Hardware error code  9 *+++++ Press RESUME to return to the previous menu. !--- << *+>> * Display, + reserved2DECNA Loopback Test Failure The DECNA power-up self-test failed the transceiver loopback test. Check that the system transceiver cable is connecte%i &" " DELNI " | " System )" " Transceiver " DECNA  == === Loopback  Transceiver Cable  Cable Connector '--6- <<@ >> @ Display cursor here|Severe error  )The configuration table is not correct.  /Call your Professional Support person for help.  %d at the system unit and at the H4000 or the DELNI (depending upon the topology). If the system transceiver cable is properly connected, use the 'Tests with Loopback Connector' to locate the problem. The device error status code is 111. E Press RESUME to display the main menu for the Test Tool for DECnet. --&- << >> DECnet software is missing FThe DECnet base software is missing. Install the Management Utilit%y Directive status word  *-----  ,Press RESUME to return to the previous menu. '--0- << *->> *- Display field-DECnet not Set-up The PRO/DECnet hardware and software have been installed but no node name or address has been assigned to your node. Use the Management Utility for DECnet to provide a node name and address f% y for DECnet which includes the DECnet base software before performing network testing. If DECnet has been installed, check the Message/Status Display for more information. If the Management Utility for DECnet has already been installed, remNove it and install it again. Press RESUME to return to the previous menu. #--e- << >>r4Assisted Loopback Test Enter items and press DO to execute the test. Pre% ʽor your node and then turn the Professional off and on again to load the PRO/DECnet software. Press RESUME to return to the previous menu. #-- << >> No display or input fieldsnDECNA Loopback Test Failure The DECNA power-up self-test failed the tranceiver loopback test. Check that the system transceiver cable is connected at the system unit and at the H4000 or DELNI (depending upon the topology). If the &'&}st B - On the EIA cable Press EXIT to return to the previous menu. Remove the end of the EIA cable not attached to the back of your system unit and attach the COMM1 loopback connector to it.  +---+ (Back of system unit)  |  |  | NET1 COMM1 |  | < > < >  |  +--"--+   " ==@ <-- COMM1 Loopback   &<SYSYSYSYTI&? EIA Cable Connector &--4 <<@ >> @ display cursor here dCOMM1 Remote Test  *Enter a new value or accept the default.  Press DO to execute the test.  *Press EXIT to return to the previous menu.  2Enter the number of times to loop for this test: @ &--- <<@ >> @ = Us&AvQγvR t  γQ&)ode Additional Options Form  Fill in the form and press DO.  2Press EXIT to return to the Remote Node List Menu.  Node name or address: @ !--3- <<@ >> @ User input field, No default fields  HELP FORM = NSOGNDHPp|NE$NAC|WARNING:There is no active circuit at this time. |NE$DUP|Local Test failed. Check installation and COMM1 module. |NE$RDF|Test partially c&ǟ&er input fieldTCOMM1 Local Modem Test  *Enter a new value or accept the default.  Press DO to execute the test.  *Press EXIT to return to the previous menu.  )Number of times to perform this test: @ !--9- <<@ >> @ = User input fieldVCOMM1 Remote Modem Test  *Enter a new value or accept the default.  Press DO to execute the test.  Press EXIT to return to &qompleted, COMM1 module may be faulty. |NE$WTF|Test not possible when COMM1 is in synchronous or half duplex mode. |NE$OPF|No synchronous, modem or half duplex COMM1 local test. Do remote. |NE$LUF|No modem tests available when COMM1 is set for direct connections. |NE$DPL|No test when COMM1 is in synchronous, modem or half duplex mode. |LTest A - On the System Unit Press EXIT to return to the previous menu. Remove the EIA cable from the port labeled COMM1 at the rear of the system unit&Qathe previous menu.  )Number of times to perform this test: @ #-- <<@ >> @ = User input field   )Number of times to perform this test: @ !--9- <<@ >> @ = User input fieldVCOMM1 Remote Modem Test  *Enter a new value or accept the default.  Press DO to execute the test.  Press EXIT to return to & 5M. Attach the COMM1 loopback connector in place of the cable to COMM1.  +---+ (Back of system unit)  |  |  | NET1 COMM1 |  | < > @ >  |  +--^ --+   |   COMM1 Loopback Connector "--- <<@ >> @ Display area Te& N= 5r,ʬ Ud ''#  ' 5: 9 7c ewb  pBC` ^    wj7jedwd7m^CVF!& &f&f !5 56:e@m  yfы1 &mɋ  Ћ1    4   p $ %s)' @ @ 44 ea   5b $  >TT RMT>NS`#*20`TI`w" h    3&f5 4 ,  ^&fD> D@ P%#  edE5!E5 5   p ^U  'S ܨ T ? 5r> RMT>'X^   w $QEw\ .  cf^w`bw^ h E$pjwpe&jw$fwVڱU$ :̢>:w*ڱ 5  4  E 0mK 1 ecm5i[7~Lt" ed B# OO4 H    ȕ e :54 5 A    74 e w:}'7 E EU n7  U05*:&V &f J-FF >6eV 7>   mНEZ sc&f` 5 > P 4VCeT 

|Qf&f59ȋ25,5%( E  @5 ! 5 Hpwl5  j\@wt&f   ,  5ȋ 4 45MȋI54D>G 5@445@@4 f&ee 4  85ȋ "4874 ?ws   b     (-! U  Q$ Be N     H    5 d   U ޢ     f H `5E -RR l  4 N    $M  @ 4U-QQ  U l  4 4 4    H 5E -RR  & M P M @ @ 4U(   ī      ΫȢ  ث Connected to "", System type = System ID:  "Control returned to node $LOCAL   Initialization failure  Network access failure ) No more remote connections available No such node ,Remote server not installed on remote node )No econnections available at remote node Remote connection aborted 'Remote connection already establis(-QQ    4 4 4   L  (E j 5 "5#-PP# eЕЋЋ  ȕ  U   d  V tEE ? U U@B0 p 0GU@DUE@@U@  UU f  E  U  D  ! 4  r  e5 % B`   (hed #Remote Host incompatibility error !Unable to communicate with node !Terminal attached by other task Network access failure *Unable to attach terminal for CLI access fA& TIf&77w &e& &  c e% pe& && c6e T L F > 8 Z0ep D ,!&f A&f7 7w  ځ&f0 0 p A5 (g44  H   t f ɋt @ҁ   D EwE6w6 f&f5p5l5hDB-*  eaH5@ D5 5<U8 X3G & 5@ΕtΕ4Ε5@ Ε@5@ 0 4  " sf55 5E  sf&fE DB5f5d5E( l[0 l5 p e 5pe ?5<pe65@0 p e +5p e 5 pe 5e5pe  5p e  &&e7% & e &7 4 7p0e0 e 0p !UPـ&& 7 0e&7$&7;$0ɢ '0 e 0   e 00p f 0 ( BB J1 62Z I1f&"HeT e̥̔` & Cee 7rdI1  &   . & Cee njh7hh H1f&ee  Ce *&$7$w$7"H1 & C 77 D@  7L74&e f A N  %7^w^eX >1U &5>U5! 5$E$we&w$w  5 ))m  !&&e7* 7"7 w n +! :C)c)w * w  w f ׭41)SYSYSYSYTICL),E5 t m:Е:Е:l7f D_w Jwrw nХ ȕ::( x @w ,w r w0  ww Jw w :&׭w ,w 5&Zw > e ɥ   wx7r&lh$HOST Tw v<4w` 8(w,D~  NS ^  ^     w 4 EUW 55  7 n7 lw fp)AzQγlzV x  γQ)j   w pC,m|z eS~ e  7 7 7  \  w J  7 , w &f(  X e& &2 f& Ε 0 釂&f&fȋȥ ȥ , ( \e$$  d L sfe& P& f& Ε ꇁ&f(  s) KRγ)A?eE &, b&f& v  7 x7& NSf w<JHȋ F7 <7 67{7 7 7 & & Hb& & Nf k׭a7% \׭z X׭׭'P ) ,7% 7e~h%~757 7<794.& 6  נ נ $.J5 & & & && & & Ε   7 5U 5U 7 5w UB 5@U57 @e w  6 \Z &. f&& f 懷 V 5! w B e1 , 1 1 1 1  &f)% *K*w 77 sw l &fa s HL!1. cs                    @>W%RR<w 7 ),V d P$ $ @<  @ $ **HU1 1 5U5@U w C CeB Ԕ~C  X& & & P && & & Εf 1  q 1 1  &ӥ %˥ Z[cËԕ ԕ ~ŀõ@@eԐ&fe1  1 1 1 1  F&\ (wF5 w5   7 wp5    7 5eҋԋ7 7 fm*|- 6$ pH   p p pJ J H      ( 4  >   (   25' 5' * ׭ e ɽ ҕ~e w4 w/ w* w% M"  M  w w B   w l6w fNw ^fw X~e ~ef7 7 m e~e~ y t o ɕBS e  0  0 0 0 wR7e  &   &f( :B e& & &  fl&& @ 뇷   &f&e W1 *"6 `abcd)!)!)B@P$95'   :Um3L^ttFFB1! 7:;0  #'8 bN,,<  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`ABCDEFGHIJKLMNOPQ*5@B p5 eC~ 0 Be`W" ˥1 p0aK B¥˕   p p0ev W˕ w s& Х[kХ?`c Е1Е;Е2ЕcX ~Rȥ2Х1Lȥ9"H ȥ0(ȥ1%ȥ98ȥ8;CӕHӕEӕLӕP˕ 'C˕1 C˕ 1  w (w "˕  Pʋ& & & & *RSTUVWXYZ{|}~ Host: Use instead of Failed to get command lineFailed to get node nameFailed to access networkFailed to access network data queueFailed to attach terminalFailed to send configuration messageFailed to receive configuration messageFailed to send initialize messageUnexpected mailbox entryRemote disconnectRemote receiver abortNetwork link terminatedInsufficient dynamic memoryFailed to allocate buffer for I/OProtocol not supported by remote node _%Control retu* & & & Ε `B & & & & & & & Ε ^C ^Z  ^Y   x&fe0 B * p 0 0 @  s&rЋ  Ћ"&f(   Pe  s&%s C w 7[Y w  <B@&7,w RVw Lf sw 2& & & & & & &  Y Rw * rned to node _ (Insufficient terminal driver support & @ Are you repeating ^Y to abort this remote session ? ^U ^Y  ++߻ 5 ߥ& *  + 23E Ew    Е-   0@A W e`fÊ    E w eE D` bl lrw \  B eE"s    s-  Csl&f &  m  f A N  %e?E? & f Y+   -& @& & & Ε & x& & & Ε  we)c  |D7t2 neY(T#  . . .  7e y7&ŀ~J%7>& (&hf&   7& V&$ f&  9 !sh %& &hf&   +?? 54q,`` @UcAd+2 H` D%& &$ f&  w`EΥ0;Υ7 $!0@wί)  :" 34 5y6qgw w%" `XZ BΥ6 Υ0 Υ5 Υ2% 0w" $7 %d\&    *HsL& %"  $ Ο Z%" - Sέmέnέ w77& 0- & & &  *%d *  !&   J& &  ++ SYSYTI++%]nQγd J l γQ@γ7 \ V P &fw: W!o0  7 ( 7& ,  @AE x<yP(ZXf h  . &f  H G, "'@ d "; &@E 8A x 7r n  (  &  ^ 2mJ F @+ + @ D~@U%w   7 f@@ @&  @@]U E wU XE c  C~  dž E cWL ~  *  , .$ T ~ L ̥90̥ZA    ~&f& v \ eȕ & & &  f&& & & Ε  & FΕ & & &  "& & & Ε 3 & Ε ,},e:: W < 7ʕ: B ȋ   T:: b" A Е=AP Е/НP Е" @,ȋ$ԕ"ԕ Ћ$ ԕ Ћȋ  =ȋ "̕:[2~" 2 (Unable to connect to node -,:0 5 ߥ& *  + 23E Ew    Е-   0@A W e`fÊ    E w  w & W+W- Ba. W#  B0  c  c S W %ec e`s  # 3  & ˥ Z ^C &f &  m  f A N  %&ff ,(` O~ e@x,)( HOS -- Network not accessable# HOS -- Node name must be specified HOS -- Command syntax error HOS -- Initialization error HOS -- ,/Y@") xur p@ P bb Zl R@_ 6     ȋ, W.I& HOS -- Target system has disconnected Control returned to node d 55ESCAPEPAUSESUPRESFUNCTI P /PPP ::0rz:0 --??T$Y@?Thg") xuro  t-R)?T$Y@?Thg-)"SYSYSYSYSYSYSYSYSY-{PRSRES-Press RESUME to continue} {KEYERR-You pressed the wrong function key, please try again} {NODNAM-You must supply a node name} {NODERR-The node name can contain only letters and numbers} {HLPOPE-Cannot open the help file} {HLPNFR-The help information you requested is missing} {FRMNFR-The required form is missing} {FRMINP-Cannot get user information from the form} {NETACC-Cannot access network, network has not been properly started} {NETRSC-The network has run out of resources, please try ag-sENT>o4n  TN-ain later} {CONRUN-The node name you specified is not recognized} {CONRFL-Cannot connect to the remote node or to the virtual terminal task} {CONNRC-The remote node is not currently reachable, please try again later} {CONNSD-The remote node is shutting down, please try again later} {CONRRJ-Connection rejected by remote virtual terminal task} {CONNDF-Virtual terminals are not defined or installed on the remote node} {CONOTB-There are no free virtual terminals on the remote node} {TSKRSP-The remote ta-- least oneuTEXT10letter).EXIT Remote DECnet TerminalUTEXT01DThe Remote DECnet Terminal allows you to connect to any VMS, RSX, orTEXT02CTOPS-10/20 system which supports virtual terminals, and to use youruTEXT03PRO system as a terminal.uTEXT05DWhile acting as a terminal on the host system, your system can stillTEXT06Bact as a network node, performing such functions as accepting fileTEXT07/transfer requests from any node on the network.fTEXT09CUse up to 6 letters and numbers for the node name (use at - sk is not responding, or is responding incorrectly} {MULNOD-Multiple node names are not allowed when connecting to RSX systems} {PASNOT-No virtual terminals on target node or no passthrough on other nodes} {SPNERR-Could not spawn virtual terminal task}gRemote DECnet Terminal Remote network terminals allow you to connect to a remote VMS, RSX or TOPS-10/20 system, and execute commands on that system as if you were on a local terminal. Enter the name of the node to connect to, and press DO. .o......... .  // <\/vM  !s1׭w ,A <%Ϥ C%w C%w   xXD DmE@ @mD DmE@ @m0D DmE@ @m0@ @m& Ce @ @m&e C%VW u-W-#>W& & & & e  h<%̃& B%w@5@΃,Y+ 6<% X W̃ YPʁ̃ C &̃ |e 5/?@T<< MOD=[NVTXIO] VER=[0.02] COM=[System dependant I/O] >> TI  nx$   & p n  n.  n74 55:4'   n  r2   n:/)!v 7777 F     X P H -/ ) NS NSXXXXXX*   n  npH   n  )  *l/PP f c.%5& f ,.%5g=~U f .%5& f -%5P=PU 0    xBwwp-w `- DC|D 5 0+  e5" f 0 5 ff& 0e @   w,w , :0 ` &" %-vL-JT h & $%& $% d%wx,w h,&ImM7 G E7 M w2  e& $%-SM& Nm& p$%GmG&e z$%& &e l$%H&e \$%H fH <'eBm:M 6M "   ~%7G7G0 ;%̃B TB%w$& G& 1eʁu@& B @& B =W:W @  f 5f Ī Bē J;%̃ 81ew"7 _7_ $w@ @m&O Be 1T@ @m&e X?%7U V :%& ̃ 0e@ @m&e& 0e@ @m&d ~Ae H@ @m&e :A%i >%70U ,UTk .:%̃ 0ew :%& ̃ /e0f -%5& f -%59$Uf -%5/=U@ f -%5& f -%5T&f x-%5 5  x̡ 5  xwf !%w4w 4 DCe wffe& (.%@ tEw.@E%e' $ !57cXDm@ 57LXDm@  w  xw@Ew wl& -%wxn5W- u5@  DDm@ w6U WE |W 7Mw w0~& /e@ @m& @e P@ @m&eJ @%J >%7T T>T |9%& ̃ l/eJ& Z/e H9%& ̃ 8/eJ& &/e u-w ^T2S/fJ ?eåJ `=%70T ,Tť 8%& ̃ .eJ& .eXS5 @ e& @ e 8) & %֥ V8%̃ D.eR5 @ e& f @ eR R0g w wENWUFW wz& ,%i|& ,%_}& ,%UeP& ,%VV      x'& H,%& 4,%& ,% wD   xw.@Ew w55@&N N @eM@&@ @@eMUUQEQ IUQEQ =UQEQ 1UQEQ %U |QE tQ J& 2+% 7VQ %  0 R ; 7 R RR ; 7 R $SS n; 7 S 0; wL;w <; DC '  f v3%5& f f3%5e wwfe& d4%@ tEwff 03%5@Ew^f 3%5w^f 2%5wr^f 2%5k`^&f 2%5`L^f 2%5V:^&f 2%5K%^&f r2%5@^&f \2%55f H2%5]&f 42%5!f 2%5]&f 2%5 5  x0  x$ -%̃ #eJ  x8wwD1w 417L^ ( R (  (  v( w 1w 0 M  -MLMLlLE  &  %   x>w0w 0 fM7bM eH RM eH   :M6M eH& 23   MM eH& 3  dw<0w ,0=T L H7K^ v' U l'  b'  X' 7 L7 L7 zK 7 rKw/w / L L=SA~L eHP5 P P)XL eH7"PHL 11m%7 @w'w r' uBfef %WDmN&  l%w<'w ,' B >7 B7 C >-F  & X%& J% %w&w &DCfe @ %W=hUjGW=E\GW=UNGEFG(  5 & f J%EGwdGe %W=EFfee %!@ tE@& T %@&     xte 5`5 @ ŀ& @%  & %W= UF1L% L@EeMU0>& %& & %f&e % " %  8&  N%ww  =8 h=< 7z8=< 7g8=^87Z8=R8F8 tE  718$8 tE t&8"$8 t8 e28 t7 e  x7E=; 77 77 7  x7 tE77 =x7 7i7ww ufW@ e& ۦǦ2 e Ce11F!@ tE@& T j%@& X    xx@E EE@E  ( < 5 & f %W= w$w $   & $%& & %lAmJL&e "%-;$ PA NA&&e % L "  &&e % @% 0%wD$w 4$  & %=D& & l%E&e z%E&e j% %w#w # j%7@?wj>*n %Pd>`>7]>7 \>X>T>P>7D>7A>%D>%@>7 >>7<>7 :>78>75>72>-> (>ww  37 z3@w0 \%̃ J ewxC 6%̃ $ ewR 1 U %& ̃ e1 w#w x# @& %& & %& %& %& & %5 @m&& ~% W-& d%& V%& f%& :%& ,%& <%& %& %?& %& n%7 ; ;' 2: 0    :7 ; ׭= = 7 ;&  \%w*"w "UB=== ׭Q  b UB=&D %>  eHB& H`& %  zw!w ! -=w^;wT=  x17& e0  7 0 , b %̃p $%d % 08u %7r0 n0w v%& ̃ f e& T e B%̃ 0 e %̃ ew: %̃& e7 1 1&  %̃& e1 / %& ̃ e& e `/ j%̃& Z ew § @%̃ . e(1ҧ %̃  e05 17 @H7 G7 G-:K  ,H S &  #% #% "%W-7DDw+w +DC>& %?& %9& h 4 1& %+& %%& %  '%̃ eC  xNwz*w j* 5 5 @  f $ E5 f $ 5 f $ 5u   xfA@w*w )DCpE4e * & b wJ& T wJ&T& ,%e   xn  `E1 w7 =7="  5 w"<W- < 8 wp7<7<" b @EeM@f H  <\ d 7<<f # f |$ 5BEt@ EmP<=4<f %f& %^F= eHA<& f V%&= "=eHH =-;=&  v%9w 7x7-=  : E  4% &% %ww  j f h & f p 22R@e5 ,_, %w{ %̃ e.wb %̃ e~.w6 l%̃ ZeR.w  @%̃ .e&.p %̃ e-[ %̃ e-F %̃ e-1 %̃ e~-Ǩ n%̃ \eT-  x f Ҩ̄ ē %̃ e--,2+,,f  7W-&W-"W-W- ^,X,->/-L,./     .,f ~ ޢ y  xw w @E5=+w@^ +b+E5wm++-.-+.     +=7 +7+87 +x+2W-&W-"W-W- T+N+-4.-B+$.     $+ yf d U*w w D=*w@  w5@E5@^ *b*E5wm**--2 ww t.5W- *ب* %f dЖ%.w@w 0.@m7 , .eww  d* f|.e efh. f %@e7`V.  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H%̃ 6 e $%& ̃  eJ&  e! %̃ e   x@wXw H/fe e55 wH n- f.`- je:wW \%̃ JeB/w "fe& <% -& f& ef& z%Dm2 sL.   @   n f  &f Z%  F @   0  w w  =- f( %w@E5M@m E5E-@ww@H    Ud-7 -7->e---|0--l0     l-^  fe@E  W-     ł x֢W-w@w -f ^ w,E5wm,,-/-,/  "   ,  L7 ,7,f  B7 33@ @@,f Z  f   W W  DC̋        wf z W-f  w f 2 W-f  whw`Df  W-f X w6!$a zE 55W  W !   5@ w5 TQ$ 5 f ( W-f 36 w C媠 t !et  6w D"CDw< % 5 5   -  05 u . u r uCeBe5%l  e E f F g Gl#@$lU Amulff& & ffff&  eWuAe l uue du5 5 uu  cBe5* sB$ w5 w w @ D@&Ce  f j W-•‹f H 5 5 @p !>@ *‹"‹f  W-•f  5 5 @p A@ / %‹ w"w f $ = w @& BFw k7 4DW 5 l7!4O&6 0! D55  (e @W*7J4&3xы A-Au  A    wAA@   * ?Ae  0  9 f e`0   5@50 4   5     <  W @M rwaoutputinput?C-Standard %s, ?C-No memory. Is this task checkpointable? ?C-Can't parse command line. %C-Can't install vms v3 patch. Get help. #()+,-/>?]^w p*W w`*  Ԡf& & 3H 4  5 4 E  4   6 0  3w D @w  v  r 5 EUw2eE5U555# 8\; 2;ȥ8ȥ500  6`)5F# [5 ^2  5# [*UE04D # 2UUU@U 20-pp0-rrUw7h2   ww fNaf3 AA mw)eT?T % *`)"*D)-@) :)-4)CL) *)ȟ# hO )W"*u | -(  (T Nu ( ]uw&).H` (%C"å u̠ԋå[å<>]ɋ C ɕ w R  ѕ>ѕ B& .*(*ҋ *& & & $&& L& Ε !  &S Hf& L& Ε ׭x(mr(  'E%Hq 0 B3\ 6ww v2w lD |wlw \|2C h  wP #@w>w www 82Naf w w D  e ^E0 ww B& f&Naf lwPЋ@   ɤы~   a zE \0  & L0F0  L w eEZ155a 81 81  E 17 1݇& D 1B  e Jw0ݠ% (3S  /uRP&  67n'e*u( 0 7^((7u,u'>.u & 76('0uw =u ( `e wL~u( Hw<( 7(( < &' Z(3&ff? w lA E&B` v&B eC & fY N&`D&`B&w$ w B`5 Q7!('& ' 5 \ "N5 E O eU  :N6& & & f&& L& 3 70E 55 &f&5p0   wB5E 5  5 44  @  U 8ʋ"Ҡ@EC05U5U45UwR 7/A P R@/ :9ȕ .=4 d. el.  QeeV76//w/, [ .4j . V/ fL/ \w4  %46H.3 Εf "U 2&7(&5  ep NSU >7% e 4 4U  %U w D5E TB D    ~ Am ED `%w z w v@ы&&5% &   45@  ;@B'd w DBC & W-d8W-u;W-o  B @ B @ B @ W-o B @ W    e0 9eW-X 424+q̃[?6c  |4M* << MOD=[NVTCSM] VER=[0.02] COM=[User session management] >><< MOD=[NVTCTE] VER=[0.02] COM=[Terminal management] >><< MOD=[NVTCTR] VER=[0.01] COM=[Protocol trace] >>2CLV_ip{<< MOD=[NVTFCH] VER=[0.01] COM=[Foundation characteristics] >>h<< MOD=[NVTFLO] VER=[0.02] COM=[Process local commands] >><< MOD=[NVTFNT] VER=[0.02] COM=[Network I/O 4e  & ԕ-  `{  C B    e0eW {e0Ԑ w.w 5 @ A%CWe d Wf  wf& N m 6 B` ef& vwp& 6N@   B`6    ӕEӕ+- r e0e0S eff&&     e   FЋ פE ר0 ר0 V ӕ-  4 |4G@ t2v .  ӕ. ӕ*~ 7#B& #  W@e0 `B ӕ.& @  f h p&Wtqv qvW@W B &f5@7!! 5  &! 0Uep *E>7*!U%+5 *=&(5 `ѕ  ʋ  ׬  U  50w  NL# f{fs we H w D44w |  w fD wfC w FBE W W W f   2 '" <>    A Z 2  = !  ww D 5 wxw h Ԡ# jwVf& % b % %e ee e  (@<< MOD=[NVT] VER=[0.02] COM=[Main entry point] >>44 7 ¤Ƥˤ<< MOD=[NVTCCH] VER=[0.03] COM=[CTERM characterstics] >><< MOD=[NVTCDT] VER=[0.03] COM=[Common data] >>PRO V2.0LB0:[ZZDECNET]HSTNVTMSG.BIN4 O<< MOD=[NVTCED] VER=[0.01] COM=[Input editing] >><< MOD=[NVTCES] VER=[0.01] COM=[Escape sequence handling] >><< MOD=[NVTCMS] VER=[0.02] COM=[CTERM protocol message handling] >> U  55G)<<< MOD=[NVTFTO] VER=[0.03] COM=[Terminal output handling] >>5""aԀTI ԠԠ+ ti:ޠޠߠݠ$SY{Null}>RdvΪڪ'3M_|*j*011*1@1T1j1111"2R2h22383h333334424F4Z4n44485h5555"666d60247777777"7(7@7888559˦8z77777888*8>8R8f8f8p8888 9(9`9x99999997n79::<0=r====@@@@@@@@@@@@.AFA|AZAAAA~EEF2FKKKKLbLvL~LNNOLObOhOQQQRSTTW*WWVVVTV(VUU \\n\\\(\\^^^^ ___(_`^|_^^ ``a aa aa&b0b>5 I5!C<< MOD=[NVTFST] VER=[0.02] COM=[Foundation protocol startup] >>/q<< MOD=[NVTFUB] VER=[0.01] COM=[Unbind from host] >><< MOD=[NVTFTI] VER=[0.03] COM=[Termnal input handling] >>p55 9[   ` ``` ```` /P5 ?Lq<< MOD=[NVTXSV] VER=[0.01] COM=[System dependant services] >><< MOD=[MSGGET] VER=[1.03] COM=[Get a message] >>C<%??????RTTR( 6 6%srMS=INPUT-OPENER=INPUT-OPENMS=INPUT-OFFStart of foundation message (Length %d) PE=MODEEnd of foundation message PE=NOMODEPE=CONFIRMPE=EXITPE=ENTERPE=ACCEPTMS=UNBINDMS=UNBINDPE=BINDPE=UNKNOWNNE=%dOutput buffer being written NE=%dFE=NNO-CTERMFE=VERSION-CTERMMS=INPUT-TERM%s rn%srwaun  ((((( DD AAAAAA  BBBBBB  66'$+ File system errorIllegal file nameNo room for fileFile not foundBad device nameI/O channel in useI/O channel not openEnd of fileFatal system I/O errorDevice errorFile already presentToo many open filesFile lockedNo memory space availableNo access to fileIllegal record size%s: %s %s: Unknown error %06o %d. %s: No current error uf&f ` *  נ נ  נננ"66&D נaנz E ѐEp(p נ$נ0נ9נAנZנ_נ:  Vנ[ȕ]נ<ȕ>ȋ8 ~נ%נ*נ-נ.נ0נ9נAנZȠ yנ0נ7נ*נ,A jȠh f  oנ"A   #A aנ$נ%נ*נ0נ9נAנZנ_נ.  נ.נ; dנ0נ9 ]נ- X נ* QA  נ, Dנ=  >5 B>U (w^נ/* . ,נ$נ-נ.נ0נ66<.^^k v:@ `#ljaxbXc&zexn2fh ?WShΡjQY@akoNm' o9?x p6 IrOgs|oE@#u+pEw76Lx߄Vz :l>(B<[?7l[?1l#5 FCould not open message file: %s Bad message file version, file: %s CAL=FE=TERM-INIT %s MS=PROMPTFE=TERM-INIT %s NE=%dTRA=wER=TRACE-OPENOUT=wMS=LOG-OPENER=LOG-OPENINP=rMS=INPUT-DISPLAYER=INPUT-OPENSYSDISK:[USERFILES]%s.INPrMS=INPUT-DISPLAYMS=LOCAL-SYSTEM[?7l[?7h[?7lPE=CHARA69נAנZ נ_ נ:  Dנ"  0f&f E^`  UQ  UQ ËUI U `e  !ddC    D%*.C U 0 0 W ,Uw6W /@ : ^BDaW-Ί WNWOD!BΊz CECCD! D! ΋5  e ΐ TpRpR΋pBC5N KR΋KBAE:D0C6 CTERISTICZPE=COMMON-DATAPE=INITIATEBad message typeInitiateStartReadReadDataOutOfBandUnReadClearInputWriteWritedoneDiscardStateReadChrsChrsCheckInputInputCountInputState%s -> %s, length %dXmitRcvdBad message type (flags: 0x%02X) 0%03o(%c) 0%03o VT102MS=TRANS-FUNCTIONSMS=SEND-FUNCTIONSMS=LOG-CLOSEMS=LOG-PROMPT %swER=LOG-OPENMS=LOG-OPENMS=LOG-OFFMS=HELPMS=LOG-DISPLAYMS=TRACE-DISPLAYMS=EXIT-CONFIRMMS=EXIT-USERMS=INPUT-CLOSEMS=INPUT-PROMPT 6 \WĊ f eB  Dҁ CSĊ f" WB E Br Ε f)& 6 l(*  E 'W " =N  W :+W = 1 #W ,W / %W %W *ՀL W <W [W >W ] v(* 6 eZ 777#P(e &&  p* w w ) 8C * ) *wz *  $ep p  C  =  0* =Eե^A e@ v Ep |p  , J *` C# B   D w D ( D  8#77"#)%ĥ ĥ w 0 *0 @Q$    0 40 60))  z :# 3&*w ^#( P) @#**fff  f &*wD. H35(8e$8w22&(e %p8q #)  *R*)@#0l C# 028 Z 00ĥۇAĥĊ  77C000 0 @0 &*0 @ u #eB   * eBe>  # #D #&0 #   \0@e 6@#040 6w!p2w ( D 8#"#)%ĥ ĥ w  0 *0 @Q$    0 40 60))eB z :# 3&*w  7eL7U#( P) V @#**fff f  &*wD. H35(8e$8w22&(e %p8q #)  *R*)@#0l C# 028  00ĥۇAĥĊ  000 d 0 @0 &*0 @ pu #eB   H* > eBe>  # #D #7 7 QMw \  $ҥ[֥< , (e  5 sC~ D w, w *8I @*=)98  eB &&  U **e *Nlv 5*.)  & #!)&e 8^8(&0 #   0@e 6@#040 6w!p2eB  8  $&w *<O1   G U U@  T f&" D '&%'&&* *%0*ND B b     w *) &* Jw46l0w  6o832de& & & B  2PΕ   N Υ$8D(1 >0f(& e %&&eH U   Ef p  wxw BC "& <SY&*p0p21E%0*w(*e "f D CB.E(ef  EeP UfD ԔB%:ԕ:P~f& f&f& & Ε lle  &*98Ε  22Υ   v Ε f e b* *e*w *0,  L  )*)   l 0l     ee@ x0 j) E ep )w ,  N w >  L B # 2 f  `**8z5#1w  ($ %:T~U@% DD%][%><wR  wl1  %,,:4 w f*D Bw f(e<ӕ_ S:ӕ: & "& Εg'& &*'&*]U(1evS~:ӕ: ͥ_ 5e&  T ee qqC ӥ: ~ Ce l  8)w)0406 l0 &ff 5%& w &Ba +- ʥ# . U 0   b   `     82e&( 0 0 0 80 B0 0 0 0)#0.0+1(e  \%&p*w f( f)f z) . J .8Ae f"( UCɗ&+(e$&% 8 *w *  (Ĕ%.%%;C~ 5)5@DD ͥ*Ce a%wUX5@ 5U U*U  5@XU@5 U*U  ʥ*%C!.D` j*weC5U5  5 5@e* 6 p 4 0`p f 64 V46 ^ e*w )8*w  w & W+W- Ba. W#  B0  c  c S W %ec e`s  # 3  & ˥ Z ^C  *) l0, *) $ )*)0,40,6 w *  zw   :  ,,  *e6p 4 `8   ) . 8   **8 !f j D e) . e6p 4 08*w*&f  EU   pr0 =B@&& p&  N pv C`B `v 0rr D wC r UeeA e* 0s rp v& sBvrp   ,*1 fU4 6w Bfep`pwL8e2 &f (e( %e$2e8 x*  DP5R~RRR~141612epl2l0p Mw    f bu   f &* *. 00l  0 *w eE D` bl lrw T  B eE"s    s-  Cslw Z(B C DBe ?8 . (%[]%<>  1  ^(( V  <:~5 eCe1  & U ʥ. N ,N&  (+e w&(ee &  e 8*ʥ[ʥ<`E *&fe ~  2 $ L La Ta Wq(W!ZW!AW!9W!0 99} trace file: MS=TRACE-DISPLAYProtocol messages are currently being traced.FE=TERM-INITSET HOST - Terminal initialization failure.FE=NO-CTERMSET HOST - Remote system doesn't support CTERM protocol.FE=VERSION-CTERMSET HOST - Remote system doesn't support correct CTERM version.PE=COMMON-DATASET HOST - Received illegal "COMMON DATA" message from remote system.PE=INITIATESET HOST - Received out-of-sequence "INITIATE" message from remote system.PE=MODESET HOST - Received illegal "MODE"9o[ized: MAIN SCREEN - Exit session (logging out is preferred). EXIT 8 - Exit session (logging out is preferred). ESC ,- Send ESCAPE character to host. BS 1 - Send BACK SPACE character to host. LF 2 - Send LINE FEED character to host. HELP ! - Give this message. DO - - Send CARRIAGE RETURN to host. F17 ,- Log session output to a file. F18 - Get se9@0,0, f 톇,, w      .% t eB U5UU plp & NeՀ)*f&5ҕ[ "5ҕ, 5]Et55tF e0ҐtIDez$ $ $ %  ,. e   ҥ. *V    e ! 1 DEe $ $ 9o message from remote system.PE=NOMODESET HOST - Received illegal "NOMODE" message from remote system.PE=CONFIRMSET HOST - Received illegal "CONFIRM MODE" message from remote system.PE=EXITSET HOST - Received illegal "EXIT MODE" message from remote system.PE=ENTERSET HOST - Received illegal "ENTER MODE" message from remote system.PE=ACCEPTSET HOST - Received illegal "ACCEPT MODE" message from remote system.PE=BINDSET HOST - Received illegal "BIND" message from remote system.PE=CHAR9yMS=PROMPTNode name: MS=UNBINDSET HOST - Remote system requested disconnect.MS=EXIT-CONFIRMSET HOST - Please press BREAK key to confirm exit request.MS=EXIT-USERSET HOST - Exiting remote terminal session by user request.MS=LOCAL-SYSTEMSET HOST - Control returned to local system.MS=TRANS-FUNCTIONSSET HOST - Function keys will be translated to standard functions. Press F5 again to turn translation off.MS=SEND-FUNCTIONSSET HOST - Function keys will be sent to host wit9ACTERISTICSET HOST - Received illegal CHARACTERISTIC message from remote system.PE=UNKNOWNSET HOST - Received illegal message of unknown type from remote system.NE=1SET HOST - Network connect or receive error. System directive error.NE=2SET HOST - Network resource error.NE=10SET HOST - Network open error, reason unknown.NE=11SET HOST - Local network software is not active.NE=20SET HOST - Could not connect to remote node. Reason unknown.NE=21SET HOST - Remote node name is not k9h no translation.  Press F5 again to allow local translation.MS=LOG-PROMPTSET HOST - Define session output log file (press RETURN if not desired).  File name: MS=LOG-OPENSET HOST - Log file now open. Press F17 again to stop logging.ER=LOG-OPENSET HOST - Could not open session log file: MS=LOG-OFFSET HOST - Session will not be logged.MS=LOG-DISPLAYSession is currently being logged toT MS=LOG-CLOSESET HOST - Closing session log file: MS=INPUT-PROMPTSET HOST - 9:nown.NE=22SET HOST - Remote node is not responding.NE=23SET HOST - Remote node is unreachable.NE=24SET HOST - Remote node does not have network terminals defined.NE=25SET HOST - Remote node's network terminals are too busy.NE=26SET HOST - Remote node's network terminal software is not responding.NE=27SET HOST - The network terminal connect request was rejected by the server task.NE=28SET HOST - The network terminal connect request was rejected by the remote node.NE=30SET HOST9 Define redirected input file (press RETURN if not desired). File name: MS=INPUT-OPENSET HOST - Input now coming from file. Press F18 again to return to terminal input.ER=INPUT-OPENSET HOST - Could not open input file: MS=INPUT-OFFSET HOST - Input has not been redirected to a file.MS=INPUT-DISPLAYSET HOST - Using input file: MS=INPUT-CLOSESET HOST - Closing input file: MS=INPUT-TERMSET HOST - Resuming input from terminal.ER=TRACE-OPENSET HOST - Could not open protocol9 5 - Network receive error. The link has been broken.NE=31SET HOST - Received a message that was too large.NE=32SET HOST - Network receive error. Reason unknown.MS=HELP SET HOST - Help The following function keys are always recognized F5 7 - Turn function key translation on/off. BREAK - Immediate exit (logging out is preferred). When function key translation is in effect (F5 on), the following function keys are recogn :L:IOϳ Z@NϳO:A.P P P l P:sKϳw  $l;XD: e w ,  % & ^ 'w7 7 & & &  & &  s8j  % &  '~w|7 x 7 r & & &  f`& &  7 @ L W8 @ 8 7    B  e8& "( & 7 7  e e f ;9 f 9 ;9 h 6: `l\h9;ZV9&  %( 2;B ,7 ,w*4 t7++C3 3  ,, UEs3w&70L+&f L B * ͋'% ͥ!ͥE%,  K5  PB}2 %pˋ5J J J @ EͥAA If&  ; e4* ew7  080"( 7 JJ4*\; ;$2888D8H8J88 e `:lZ 5wlJ8`4*$28J88 e  5"&  7  '77 7 4* >4*88 e n:e  -  -  - e Z- rP9 r n%-v /-p "2;4* % L R:,7 < %-6 ;3%7 7 7 7        , 7   /     7 7    *      v L  Fw,l׭hf(V׭Rn(@׭<v(\:w - *{m7 RM "(: 5wF "(   1  0"((  ׭() z: "(   11"(( z( "( J  bp' 8W ׭@; Rw;-0 -( - |:e w89 0P9"(  1 w f 6!@aȋ:V @@aȋaz  0 Z:A:d4 v 6e1 6  BaʋCmBaBmʕ 6 1@m:ȕ   ew  ` @` ȋB   `W ɕ   `W    w92J*9D*\;4* *% p4P %J*{7 80 `mpK*;;TOJE>W W ;;W 3" :/ :( :! : ; &$;  ': :zr׭n)\׭X)F׭B)b-^$;! :    -  2; ))f ׭)21"( "(  & -l: (:9  :  ~ x-:; 0"(9 7 8e; 5 h ; A0 w`.*0*2*9*9*,*V( X? %w--ee W - / w`.*0*2*"(*9*,*V( X? 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P r2bcȕ & & & && ,f.  &5  b& ,f. >6& h P=& & f. 3 4Wp@`6c@`C`$& & & & & ,f.<<G >6 >!%a ܖ%/ /eef-LL-34& & V=& &  & 9&& f * 1ɋu<<3NSNS V("(NODNAMD V((H6 V(@)d+ V(  V( <q <C 9Z[ZrZtZ4q << r  - e  ; J*}7  77eJ*ew..$ff<a>DaFJ *% Lew" v$@;m</m<(m>!m>6$m 6!m"6#m6-  -  -" "- 6 6 6 6  }m 6 -<ctm>m>ʕ O 6 "-8G<  ===  .5.UW   ,   wE5 E  W LJ5  ,E pLD?A??)aw 6  w $, e 1 w T <??NE U &W 96 3  4 &9U &9E &9U3uE uU.5`.U & =E& & f&ËDef Ë =2O)(     69~NVT XXXXXXRVT XXXXXXHJLB:[ZZDECNET]HSTNVT.TSKLB:[ZZDECNET]HSTRMT.TSKLB:[ZZDECNET]HSTRVT.TSKLB:[ZZDECNET]HSTRDT.TSKMS=Q)̋E U 5 ߥ& *  + 23E Ew Z   Е-   0@A XW e`fÊ    E &f &  m  f A N  -%&ff r[qr[qkfzkfzkf[qkf[qX=6GP01-USEVR1MSGP01-HLPVR1MSGP01-USEVR2MSGP01-HLPVR2MSGE01-PRSRESMSGE01-HLPOPEMSGE01-HLPNFRMSGE01-FRMNFRMSGE01-FRMINPMSGE01-KEYERRMSGE01-NODERRMSGE01-NODNAMMSGE01-NETACCMSGE01-NETRSCMSGE01-CONRUNMSGE01-CONNRCMSGE01-CONNSDMSGE01-CONRFLMSGE01-CONNDFMSGE01-CONOTBMSGE01-CONRRJMSGE01-TSKRSPMSGE01-MULNODMSGE01-PASNOTMSGE01-SPNERRLB:[ZZDECNET]HSTMSG.MSGLB:[ZZDECNET]HSTHLP.HLPNODENODE ???1;1HJ)0l'qqk2;1Hx=H =<-2;80Hx3;1Hx3;80Hx4;1Hx4;80Hx5;1Hx5;80Hx6;1Hx6;80Hx7;1Hx7;80Hx8;1Hx8;80Hx9;1Hx9;80Hx10;1Hx10;80Hx11;1Hx11;80Hx12;1Hx12;80Hx13;1Hx13;80Hx14;1Hx14;80Hx15;1Hx15;80Hx16;1Hx16;80Hx17;1Hx17;80Hx18;1Hx18;80Hx19;1Hx19;80Hx20;1Hm'qqj0m23;4H2Kh3== Y'y'&1 TL LM D6M <M 4M ,M $6M 6M L 5ew P, Bv    5Bw 1 5=  >h>[ZZDECNET]HST.TSK/Task/ClusterRun HST"!"! Copy all necessary files.l!i%File [ZZDECNET]HST.TSK/Delete/Clusters(File [ZZDECNET]HSTMSG.MSG/Delete/Cluster(File [ZZDECNET]HSTHLP.HLP/Delete/Cluster+File [ZZDECNET]HSTNVTMSG.BIN/Delete/Clusters(File [ZZDECNET]HSTNVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRMT.TSK/Delete/Cluster(File [ZZDECNET]HSTRDT.TSK/Delete/Cluster!rL! Install and run HST. This will install/run all other tasks, as necessary.!.&Install >m>>m>oShC&L`==L>@?DCLZMMr@LpLLIqMN@LLIqMN@LLIqMOpLLU(UOLZMpLkfZ LLkf (OLLZKm>_@@nMA?nM@? L C C C C2C2CDCDCDC:>m>  Node Name: @ ---+---+---+---+---+---+--I-+---- <<@*+>> @ = User input field * = Modifiable display field  + = Reserved space field{USEVR1-Using version 1 network terminal protocols.} {HLPVR1-Terminal functionality may be limited.} {USEVR2-Using version 2 corporate network terminal protocol.} {HLPVR2-Press HELP for information on function keys.}n a local Kterminal. Enter the name of the node to connect to, and press DO. > m ??m?m?m?m?m?m?m?m? m? m @-@m@ Or1@m@m@m@m@m@m@ m@  Or1 AA# Name "Test Tool for DECnet V2.1"!"%File [ZZDECNET]NMT.TSK/Delete/CLUSTERS)File [ZZDECNET]NMTMENU.MNU/Delete/CLUSTERS)File [ZZDECNET]NMTHELP.HLP/Delete/CLUSTERS(File [ZZDECNET]NMTMSG.MSG/Delete/CLUSTER!R&Install [ZZDECNET]NMT.TSK/Task/CLUSTERRvun NMT NMTDelete/CLUSTERZ!C&Install [ZZDECNET]NMT.TSK/Task/CLUSTER&Install [ZZDECNET]NCP.TSK/Task/CLUSTERRun NMTEA)"SYSYSYSYSYSYSYSYSYAmAgOo4nV& SYSYSYSYSYSYSYSYSY OA&Name "Remote Terminal for DECnet V2.1"!"! Copy all necessary files.l!i%File [ZZDECNET]HST.TSK/Delete/Clusters(File [ZZDECNET]HSTMSG.MSG/Delete/Cluster(File [ZZDECNET]HSTHLP.HLP/Delete/Cluster+File [ZZDECNET]HSTNVTMSG.BIN/Delete/Clusters(File [ZZDECNET]HSTNVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRMT.TSK/Delete/Cluster(File [ZZDECNET]HSTRDT.TSK/Delete/Cluster!rL! Install and run HST. This will install/run all other tasks, as necessary.!.&Install AA[ZZDECNET]HST.TSK/Task/ClusterRun HST"!"! Copy all necessary files.l!i%File [ZZDECNET]HST.TSK/Delete/Clusters(File [ZZDECNET]HSTMSG.MSG/Delete/Cluster(File [ZZDECNET]HSTHLP.HLP/Delete/Cluster+File [ZZDECNET]HSTNVTMSG.BIN/Delete/Clusters(File [ZZDECNET]HSTNVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRVT.TSK/Delete/Cluster(File [ZZDECNET]HSTRMT.TSK/Delete/Cluster(File [ZZDECNET]HSTRDT.TSK/Delete/Cluster!rL! Install and run HST. 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Pw<w ,5 feP ,e5 @ f V eVj L%V e5 W-cfe& %WX>fe&e %W=4&e %ܒ z %ؒ Ζ%j %V 4e 8 j %FF5wm++---*-   *=7 *7*87 **2W-&W-"W-W- **---*r-  p  f r*У y@& D U*w@ w 0 <85u-&8@@w8 w w )-8 N "W- W= E)W- W=D777 7W-  ww " C 7ˋԒ  * &ע !ע n; j;Ȓע ^;  ?P;  e 6;  D 7FzV e @ww  fe %ffe %fe LΖ%ww f.mD95)'7) T)"N)  7 D)j %V je &   )w 8^:7:7<5   5& :7:E &E `    ċ'74T:E D:Ý>:<:`& T 7 ) 8,.(   ~(   &  f w:w *׋@m׭+ f 6Fww DE@ @ww DE@ D uE@ @ww ffv N  EE@ A@ vf&v N  EE@ A@ f&v N  EE@ A@ vf&v N  EE@ @ww @ =@ww  @ E5@ E5@@]=@ww @ E5 @ E5 @ E5 @ E5 A@@ f&A@vf&CBvFw  w+׋@m@w@`׭u+,=0E0U0   & %=t0& & % %?7=d3 7(2,m75f L  ( =63 (׭*  4*7*  xLf @%w w  & 767676ww =2 " ww D- cp  rL ww D-   mp wbw RD mw@w 0D m5 FWUUUUC]B]@@ww @ww @ E5@ E5@@]5@ww @ E5 @ E5 @ E5 @ E5 A@@ f&A@vf&A@vzUUUUA]@]5uA@ww @  D @ ww @  @ w gg,77jg pggC7 g w 2f %=EÕf F rt @ww E.   @   n f $ &f Z%  F @   0  w w z =>. f %w@E5׋@m E5E-@ww@H    U-7 .7.>e..-0--0     -^  fe@E  W-     ł x`W-w@w z-f ^ wh-E5wmT-N--40-B-$0  "   $- FA E f  = 0f v 0 f  = f R f H f > Ef . 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Get help. #()+,-/>?]^w p*W w`*6  ^f& & AA m~w)eޠ?ޠ6 % *`)"*D)-@) :)-4)CL) *)R# hO )W"*&v | -(  (T u4 ( uw&).` (%C"å Pv̠ԋå[å<>]ɋ ]C ɕ w R6  ѕ>ѕ B& .*(*ҋ *& & GL4D # 2UUU@U 20-pp0-rrUw7h2   ww fNaf 6ww v2w lD |wlw \|2C h  wP #@w>w www 82Naf w w D  e ^E0 ww B& f&Naf lwPЋ@   ɤы~   a zE \0 : <& L0F0 j L w eG/& $&& ֠& Ε !  & Hf& ֠& Ε ׭x(mr( 6 'E%Hq 0 BS  u,ܠڠ&  67n'eu( 0 7^((uu'>u & 76('uw u ( `e wLv( Hw<( 7((8 : < &' Z(3&ff w lA E&B` v&B eC ,& fY N&`D&`B&w$ w B`GEZ155a 81 81  E 17 1݇& D 1B  e Jw0g% (70E 55 &f&5p0   wB5E 5  5 44  @  U ©ʋ"Ҡ@Eͩ5U5U45UwR 7/A P R@/l :9ȕ .=4 d. el.v  QeeVr76//w/ G+5 Q7!('& ' 5 \ "ت5 E ٪ eU  :ت6& & & f&& ֠& Εf "U 2&7(&5  ep NSU >7% e 4 4U  %U w D5E TB D    ~ Am ED `%w z w v@ы&&5% &   45@  ;@BG [ .4j . V/ fL/ \w4  %46H.6 w C4 t !et  6w D"CDw< % 5 5   -  05 u . u r uCeBe5%l  e E f F g Gl#@$lU Amulff& & ffff&  eWuAe l uueG P'd w DBC & W-d8W-u;W-o  B @ B @ B @ W-o B @ W    e0 9eW-Xe  & ԕ-  {  C B    e0eW |e0Ԑ w.w 5 @ A%CWe d Wf  wf& N m 6 B` ef& vwp& 6N@   B`6    ӕEӕ+- r e0e0S e HeH 7Ht<< MOD=[NVTFLO] VER=[0.02] COM=[Process local commands] >><< MOD=[NVTFNT] VER=[0.02] COM=[Network I/O services] >>Hcff&&     e   FЋ פE ר0 ר0 V ӕ-  @ t2 .  ӕ. ӕ*~ 7#B& #  W@e0 `B ӕ.& @  f h p&Wtq qW@W B &f5@7!! 5  &! 0Uep *E>7*!U%+5 *=&(5 `ѕ  ʋ  ׬ HH U  50w  N!֡# ff we H w Dw |  w fD wfC w FBE W W W f   2 '" <>    A Z 2  = !  ww D 5 wxw h6 ^# jwVf&" % b % %e HHSee e  (@<< MOD=[NVT] VER=[0.03] COM=[Main entry point] >>( #'*06;AGLPU<< MOD=[NVTCCH] VER=[0.03] COM=[CTERM characterstics] >><< MOD=[NVTCDT] VER=[0.03] COM=[Common data] >>PRO V2.0gHu<< MOD=[NVTCED] VER=[0.01] COM=[Input editing] >><< MOD=[NVTCES] VER=[0.01] COM=[Escape sequence handling] >><< MOD=[NVTCMS] VER=[0.02] COM=[CTERM protocol message handling] >>   H MLB0:[ZZDECNET]HSTNVTMSG.BINV[?6c 7H !o << MOD=[NVTCSM] VER=[0.02] COM=[User session management] >><< MOD=[NVTCTE] VER=[0.02] COM=[Terminal management] >><< MOD=[NVTCTR] VER=[0.01] COM=[Protocol trace] >>֦ͦ "+0;F<< MOD=[NVTFCH] VER=[0.02] COM=[Foundation characteristics] >> III׫*|*1121F1\1p11111>2n222$3T33333 4"484N4b4v444 5T55556>6R660 24.7.7.787.78787>7D7\78888777788$8,8F8Z8n8888889<9D9|999999::$7709::(B<[?7l[?1l#5 FCould not open message file: %s Bad message file version, file: %s CAL=FE=TERM-INIT %s MS=PROMPTFE=TERM-INIT %s NE=%dTRA=wER=TRACE-OPENOUT=wMS=LOG-OPENILC<< MOD=[NVTFST] VER=[0.02] COM=[Foundation protocol startup] >>/q<< MOD=[NVTFUB] VER=[0.01] COM=[Unbind from host] >><< MOD=[NVTFTI] VER=[0.03] COM=[Termnal input handling] >>+IIo1[   ` ``` ```` I0q << MOD=[NVTXSV] VER=[0.01] COM=[System dependant services] >><< MOD=[MSGGET] VER=[1.03] COM=[Get a message] >>6I O-P@<<< MOD=[NVTFTO] VER=[0.03] COM=[Terminal output handling] >>tI : <%`??????RޠޠR""aԀTI ^^+> ti:hhig$NSY{Null}>ܪ 0CXd{ JwJiDD AAAAAA  BBBBBB  A$+ File system errorIllegal file nameNo room for fileFile not foundBad device nameI/O channel in useI/O channel not openEnd of fileFatal system I/O errorDevice errorFile already presentToo many open filesFile lockedNo memory space availableN(o access to fileIllegal record size%s:JJb %s %s: Unknown error %06o %d. %s: No current error \vf&f ` *  נ נ  נננ"D נaנz E ѐEp(p נ$נ0נ9נAנZנ_נ:  Vנ[ȕ]נ<ȕ>ȋ8 ~נ%נ*נ-נ.נ0נ9נAנZȠ yנ0נ7נ*נ,A jȠh f  oנ"A   #A aנ$נ%נ*נ0נ9נAנZנ_נ.  נ.נ; dJJBנ0נ9 ]נ- X נ* QA  נ, Dנ=  >5 B>U (w^נ/* . ,נ$נ-נ.נ0נ9נAנZ נ_ נ:  Dנ"  0f&f E^`  UQ  UQ ËUI U `e  !ddC    D%*.C U 0 0 W ,Uw6W /@ : ^BDaW-Ί WNWOD!BΊz CEJJ#ER=LOG-OPENINP=rMS=INPUT-DISPLAYER=INPUT-OPENSYSDISK:[USERFILES]%s.INPrMS=INPUT-DISPLAYMS=LOCAL-SYSTEM[?7l[?7h[?7lPE=CHARACTERISTICZPE=COMMON-DATAPE=INITIATEBad message typeInitiateStartReadReadDataOutOfBandUnReadClearInputWriteWritedoneDiscardStateReadChrsChrsCheckInputInputCountInputState%s -> %s, length %dXmitRcvdBad message type (flags: 0x%02X) 0%03o(%c) 0%03o VT102MS=TRANS-FUNCTIONSMS=SEND-FUNCTIONSMS=LOG-CLOSEMS=LOG-PROMPT %swJCCD! D! ΋5  e ΐ TpRpR΋pBC5N KR΋KBAE:D0CĊ f eB  Dҁ CSĊ f" WB E Br Ε f)& 6 l(*  E 'W " =N  W :+W = 1 #W ,W / %W %W *Հ W <W [W >W ] v(* 6 eJ ER=LOG-OPENMS=LOG-OPENMS=LOG-OFFMS=HELPMS=LOG-DISPLAYMS=TRACE-DISPLAYMS=EXIT-CONFIRMMS=EXIT-USERMS=INPUT-CLOSEMS=INPUT-PROMPT %srMS=INPUT-OPENER=INPUT-OPENMS=INPUT-OFFStart of foundation message (Length %d) PE=MODEEnd of foundation message PE=NOMODEPE=CONFIRMPE=EXITPE=ENTERPE=ACCEPTMS=UNBINDMS=UNBINDPE=BINDPE=UNKNOWNNE=%dOutput buffer being written NE=%dFE=NO-CTERMFE=VERSION-CTERMMS=INPUT-TERM%s rn%srwaun  ((((( J  KKK  , J *` C# B   D w D ( D  8#"#)%ĥ ĥ w 0 *0 @Q$    0 40 60))  z :# 3&*w ^#( P) @#**fff  f &*wD. H35(8e$8w22&(e %p8q #KK)  *R*)@#0l C# 028 Z 00ĥۇAĥĊ  000 0 @0 &*0 @ u #eB   * eBe>  # #D #&0 #   \0@e 6@#040 6w!p2w ( D 8#"#)%ĥKKs ĥ w  0 *0 @Q$    0 40 60))eB z :# 3&*w  #( P) V @#**fff f  &*wD. 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