e _vߋt The volume labeled "VMS Exchange" is not a system volume. VMS ExchangeVDMBDEV DECVMSEXCHNGdtV "h#X " #k "h#9 "h3 8 " #_ " 3 XXX&T/&1pEVCAA RH780 DIAGNOSTIC@ xwo_ ?@x FAILING-MODULE: MIR(M8276)&FAILING-MODULES: MIR(M8276),MCP(M8278)1FAILING-MODULES: MIR(M8276),MCP(M8278),MDP(M8277)!/POWER UP INTERRUPT FAILED. SET LOOP ON ERROR FLAG OR ABORT.!!/MAINTENANCE MODE MALFUNCTIONING(!/ INTERNAL BUS ERROR !AC : STUCK AT ONE(!/INTERNAL BUS ERROR !AC : STUCK AT ZEROA!/ABORTING MANUAL INTERVENTION--NO POWER DOWN INTERRUPT RECEIVED.@!/ADAPTER CODE ERROR:!/ RECEIVED !XB FROM RHCSR AT LOCATION !XL!/SBI ERROR: CSR = !AC !/DRIVE[!UB] RESPONDED!/NO DRIVE RESPONDED.F!/NEXUS AT LOCATION !XL RESPONDED (PHYSICAL ADDRESS HAD BIT 10 SET).!/P!/TRANSFER ERROR!/PHYSICAL ADDRESS = !XL!/DATA EXPECTED: !XL DATA RECEIVED: !XLI!/VAR ERROR /IMPROPER SEQUENCING/!/MAP SELECTED = !XB MAP EXPECTED = !XB#!/VIRTUAL ADDRESS INCREMENTAL ERRORG!/DUAL ADDRESSING ERROR:!/WROTE MAP !UB AND MAP !UB ALSO ACCEPTED DATA.!/(!AC) = !XL ERROR: !/(!AC[!XB]) = !XL ERROR: !/!AC !AC ZERO!/!AC !XL !AC !XL !AC !XL!/!/l!/DATA TRANSFER ABORT ERROR:!/EXPECTED QUADWORD:!XL!XL !/RECEIVED QUADWORD:!XL!XL LOCATED AT ADDRESS: !XL!/A!/RECEIVED MISSED TRANSFER WHILE ASSERTING SCLKS AND DT_BUSY SET.0!/EXCEPTION FAILED TO RETURN TO ZERO AFTER EBL!/!/MAP FUNCTION ERROR: e!/EXPECTED MAP = !XL MAP SELECTED = !XL !/PHYSICAL ADDRESS EXPECTED: !XL ADDRESS CONSTRUCTED: !XL )!/EXTERNAL REGISTER[!XL] = !XW DATA ERROR*!/MBE REGISTER[!XL] = !XW UNEXPECTED VALUE_!/DATA COMPARE ERROR::!/EXPECTED:: !XL RECEIVED:: !XL!/MAP SELECTED = !UB VIRTUAL ADDRESS = !XLx!/DATA COMPARE ERROR::!/EXPECTED:: !XB RECEIVED:: !XB!/EXP PHYS ADDRESS:: !XL REC PHYS ADDRESS:: !XL BYTE NUMBER:: !ZL!!/TOTAL DATA COMPARE ERRORS:: !ZL4!/SBI COMMAND ERROR::!/EXPECTED:: !XB RECEIVED:: !XB-!/******* NO MBE PRESENT ON MASSBUS ******* IS A FAULT UNEXPECTED RECEIVED: EXPECTED: XOR:  RHCSR  RHCR  RHSR  RHVAR  RHBCR  RHDR  RHMAPR [!XL]: &!/INPUT TR NUMBER OF RH780 UNDER TEST:'!/INPUT BR NUMBER OF RH780 UNDER TEST: /!/ABORT IF MASS BUS 'FAIL' NOT ASSERTED? (Y/N):-!/UNEXPECTED INTERRUPT OCCURED AT PC = !XL!/ 9!/INTERRUPT FAILED FOR STATUS REGISTER CONDITION: !/!AC!/@!/COULD NOT TEST INTERRUPT ASSOCIATED WITH NON EXISTENT DRIVE.!/DEFAULTALLMANUALMBERH780                                      GF;P).WЧXYIY UV VVSUTTSShVUnX22 2$24444888 8::: :@@$@(@BBBBDD$D(DFF$F(FPP$P(PZZZZ^^(^,^ffffjjjjpp p$pxx xx||||  (, SZWZ 9 VWXWSW/SVWXWSWSTWTݏݏ1BݏDJT ݏݏSݏݏ1BݏS ݏݏNWݏݏ11BݏW ݏݏWݏSݏTݏYXSTYVYWYWVST------. ...$.,.4.>Xnt^՟ڏ40PʏPP01ЏPʏPPۏJ~ nڎJ[<(t3ߟ ݟO9ݟ l @ߟ ݟO՟nݟ l ՟8ߟ ݟOnݟ l Пn*ݏݮ l np\PP^PVPN PF P>P6P.P&PPPPP PPPP0UT9dȏЬS1wSxSSЬRТTЬ dȏ`ТUɏUVޢWVgUgSТТȏʏʏˏbVVil ݏV ݏ20>RʏRяR1PР  PРRˏRя | xn<4Rx Џkڏ4`VVSUЏ,WXYYUUTSTߗT` XYVЏ UP Y2~ˏLFUj(}i/)'Uݏ"'PUU@=UP,G3PPPQQQRRRRQQQ`hnXnXInternal Bus Validation testRȏSSߟ*ݟOݏpS ݏj@ˏ(TSߟ*ݟOݏ* S ݏ1@ȏSȏTUTSUSSSSߟ*ݟOݏrS ݏn@ЏPnXInitialization testR< < bS S(ߟ*ݟORS ̟@ȏTˏSߟ*ߟ*ݟO˟@<HE8PnX Mapping function testRȏ0ЏPȏPRZPJbPZĨRUЏVȏ UZZ ΏdSYxYWʏW W(ߟqݟOW @ʏYVXXY ɏVTSTߟ+ߟ*ݟOW@VUUC80VRZɏVPPJbxVVZRTЏXUȏ UZZ ΏdȏȏЏ9ȏSS"ЏTߟ*ߟ*ݟO@UU(8PnX 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ERROR FNӏ`ߟ``ЏA hAߟHrߟ$ ݟ@Q`<ȏЏ0A&ߟrݟ #@ߟ``ЏB -hߟ$ ݟ@hԟЏ0k@& ߟrݟ Q@ӏ/ߟqߟ ݟݏdPnX TEST UBA MASK ERROR FUNCTIONӏЏCߟ``A hA#ߟpߟ$ ݟȟ@AЏD WhA#ߟpߟ$ ݟ@AЏVD hA#ߟpߟ$ ݟ@Ahӏߟqߟ ݟݏdPnX READ/WRITE ALL MAPS^ӏOAߟ`Џ?EЏYП|UԟehA!ߟpߟ ݟAЏ0=&ߟrݟl @hЏeЏeЏ0z=&ߟrݟl @ЏeЏeЏ0#=&ߟrݟl @ЏUUUUeЏUUUUeЏ0<&ߟrݟl @Џe`eԟЏ0h<&ߟrݟl @eUY1 ӏ!ߟqߟ ݟݏdhPnX !ADDRESS TEST OF ALL MAP REGISTERSӏЏSЏTԟRb0;5ߟrݟ_ R @SbbS#ߟpߟ_ ݟڟ@TbbT#ߟpߟ_ ݟڟ@RџR1RRЏYZЏb0:5ߟrݟ_ R @YbbY#ߟpߟ_ ݟڟ@ZbbZ#ߟpߟ_ ݟڟ@RџR1RWПRЏVVXԟb095ߟrݟ_ R @SbbS#ߟpߟ_ ݟڟ@TbbT#ߟpߟ_ ݟ ڟ@WRX1WVXWRЏb0B95ߟrݟ _ R @YbbY#ߟpߟ_ ݟ ڟ@ZbbZ#ߟpߟ_ ݟ ڟ@WRX1WɺRԟVXb085ߟrݟ _ R @SbbS#ߟpߟ_ ݟڟ@TbbT#ߟpߟ_ ݟڟ@WRX1WVXWRЏb075ߟrݟ_ R @YbbY#ߟpߟ_ ݟڟ@WRXӏSߟqߟ ݟݏdPnX0READ/WRITE ALL BRSVR'S & ADDRESS TEST OF BRSVR'S߸ӏиAߟ`ЏLYП\UehA%ߟ ݟAƟ@ԟhЏ0R6&ߟrݟ x@ЏeeЏ05&ߟrݟ @ЏeЏeЏ05&ߟrݟ @ЏUUUUeЏUUeЏ0N5&ߟrݟ @WWeWeЏ04&ߟrݟ @WxWW1ЏWWeWeЏ04&ߟrݟ @WxWW1ЏeJ`eԟЏ0,4&ߟrݟ @eUY1BЏVЏЏЏ̆ЏfЏV̵URІRЏVП\URef#ߟjqߟ" ݟ ş@UVRӏgߟqߟ ݟݏdPnXTEST SSYNTO BIT IN UASR ӏԟЏ02&ߟrݟ @Vߟ``ЏP %VV1ߟmrߟ ݟhRЏ0<2& ߟrݟ v@ԟЏ01& ߟrݟ @ЏQUhЏ0x1&ߟrݟ @=ӏ6ߟqߟ ݟݏdPnXTEST FUBAR REGӏղ0ԟПX(ȏXr XLX&XڲFɏ?4ɏ-β"ɏＲɏ 者YhRh ߟpߟ ݟ۱Џ0/&ߟrݟ @XY1t֟џX1_ߟ`ЏS hߟ ݟ`<h3hЏ< ߟ ݟz@ݟh80Џ°ПXXXVxVVʏVhRhߟpߟ ݟVrЏ0W.&ߟrݟ Z@ XhRhVЏ0-&ߟrݟ @ЏXVxVVʏVhRhVЏ0|-&ߟrݟ @@ӏ9ߟqߟ ݟݏdhɬ8PnX!TEST FMER REG. & IVMR BIT IN UASRӏЏ(WxWWЏYП|VWfȏ fVYПXП|VSʏfRhhZЏ0K,&ߟrݟ @SЏ0+&ߟrݟ H@ȏfVXSяS1$XVʏfП`HHߟ ݟ`<RhhЏ;<ߟ ݟ@ݟhӏߟqߟ ݟݏdPnXTEST DPR REG. ACCESSABILITYӏYԟПpVߟ``ЏXAfhA%ߟ ݟAƟ@hЏ0*&ߟrݟm ~@VY1oП\VYЏfԟ֫Џ0)&ߟrݟm @VY1ӏ^ߟqߟ ݟݏdhPnX"TEST MAP REGISTER DISABLE FUNCTIONӏ֪Џ0(&ߟrݟۯ@ЏTЏSЏ(UxUUȏUVﺕXǕWȏ WWhRhЏBￖﵖЏ0&ߟrݟ@PnXݏs ݏs ݏf C ݏs ݏt ݏf C ݏs ݏs ݏt C ݏs ݏs ݏ C ݏs ݏ ݏt C ݏs ݏ ݏt C ݏs ݏ ݏ C ݏ ݏ ݏt C ݏs ݏs ݏ C ݏs ݏ ݏf C ݏt ݏ ݏf C ݏf ݏ ݏ C ݏf ݏt ݏ C ݏ ݏt ݏ C ݏ ݏt ݏf C ЬT4Џ0~ &ߟrݟ@R1Џ`ӏUюʎЏ0 &ߟrݟ !@Џ[ 0ߟjqߟ_ ݟ0@WYV1ӏ/ݏd8PnX2ALIGNMENT TEST DURING WRITE - WITH BYTE OFFSET SETO0ӏUȏ UU%[WЏSЏ(ZRR RVWXЏSRZYYhDʏ9Џ0 &ߟrݟ@R1ЏaӏVҌ ˌЏ0 &ߟrݟ!@Џ[Y 0ߟjqߟ_ ݟ0 @WZV1Ȉ8Ɉ0ЏЏfЏ(ZՊWVWXZY RЏS^ʏ֋Џ0&ߟrݟ?@R1ЏӏohЏ0&ߟrݟﾎ)@Y 0ߟjqߟ_ ݟ0@WZV1ӏ1ъݏdN8PnXП`Scԟџ͟0n[YݟPnQݟ'DATA TRANSFER TEST - READZӏK׈RȏRR|ЏSTTTVr0VX）Џ(YhihЏЏ0&ߟrݟ@Џ[0ߟjqߟ_ ݟ0i@ﻅ8％0yZTӇRȏRRW RRnihiЏʈjLjЏ0 &ߟrݟ0@ЏjӏjÆndЏ0&ߟrݟﾋR@0ߟjqߟ_ ݟ0@ZT180HZԆWR RTRDЏ(UVXЏ0&ߟrݟ@ЏIjFЏ0&ߟrݟ﯊X@T1VhehjЏ01&ߟrݟT@ЏjӏjЏ0&ߟrݟR@Џ[Џ(Y0ߟjqߟ_ ݟ0]@Z19ﴂ8﵂0ZZȏWWR RRR˄Џ(UԅeЏ(UVXЏ0&ߟrݟ@ЏEjBЏ0&ߟrݟ靖X@ 1RhehЏjhjфDŽЏ0&ߟrݟ4@ׂЏ0&ߟrݟ؇P@Џ[[Џ(Y0ߟjqߟ_ ݟ0T@Z1!ӏ:ڃݏd8PnXџ͟nݏݟ cԟ՟Пn[YݟPnQݟ'ALIGNMENT TEST - DURING READ(ӏ論Tȏ@TTJ|WЏ[[SЏ(Yp0RR RVWXЏ(URshۀ^ʏSЏ0&ߟrݟ％@R1Џӏt:Џ0+&ߟrݟ;!@ 08ߟjqߟ_ ݟ00@W[[SRR!RV1WPL[~8~0ȏTTWЏSS[SZЏ(YRR RVWXЏ(URZ[hMЀʏŀЏ0 &ߟrݟ.@R1Џ~ӏ~^~WЏ0&ߟrݟףּ@[ 0ߟjqߟ_ ݟ0@WZZSRR!RV1ӏ~nvݏdw|8PnX "MAP BOUNDARY CROSSING DURING WRITE}ӏ}ЏSRRRЏ(URԅR}VRԆRЏ ~}XЏ(SʏSSXb}VXZЏ fЏ }f}WWWRЏURЏ}ӏ}~|}~Џ|Џ0ߟrߟ X~0_@Џ[Џ(YЏ0t~0@ejh}/|}Џ|Џ0ߟrߟ }09@[Yki"}is@fZVЏ(YRԉRJ|1[ӏ{"}ݏdPnX[Yݟ PnQݟ'!!MAP BOUNDARY CROSSING DURING READzӏzЏSRRRЏ(URԅRzVRԆRЏ[{{XЏSʏSSXzVXZЏ fЏ zfzWWWRЏ(URЏbzӏWz{!z{ЏzЏ0ߟrߟ {0+_@Џ[Џ(YЏ0l~b{0d@jeﷂ0{~y){ЏnyЏ0dߟrߟ {0@[Yki"0~zis@fZVЏ(YRԉRy1[ӏx-5qzݏdPnX"TEST I/O DATO FUNCTIONwxӏhxxXexT>?y:yʏTxTTȏ@TTux3xVʏVVXЏ@RRRhЏ@y xyʏyЏ0ߟrߟ y05V@ӏw~XyݏdPnX#TEST I/O DATO/B FUNCTION\wӏMwwXJwT>$xxʏTxTTȏ@TTZwwVʏVVXWЏ@RRWЏ@xvxʏxЏ0ߟrߟ mx0R@ӏv|9xݏdPnX$TEST I/O DATI (B01)>,w'w+vӏvwЏuvvXhvTxTTȏ@TT0vNvVʏVVXhwʏ}wЏnwЏ0ߟrߟ Xw0@ʏuӏzu{wݏdPnX%TEST I/O DATI (B23)> vv uӏtvȏ@Zu`uXMuTxTTȏ@TTu3uVʏVVXShfv]vЏ@NvЏ0ߟrߟ 8v0~@ʏ@tӏYtzuݏdPnX&'TEST INTERLOCK LOGIC - DAT I/P FUNCTIONsӏsЏ"TxTTȏ TT tЏ@tЏ"UʏU tXUXh|Aus:uЏsʏ$uЏ0jߟrߟ u0]@ЏZsӏOsяs$#xtm@Џrʏ TTsЏ@shqtrjtЏrЏ0ߟrߟ Et0@ЏVVAs twtZ@ӏBrxsݏdPnX'TEST COMMAND ADDRESS ERRORqӏqqWqT>rrʏTxTTȏ TTqqUʏUrVUVVrЏxqЏ@qRfЏgӏqЏrEqrЏ06ߟrߟ r0@Џ@rgrʏrЏ0ߟrߟ r08@pq]qq6r`uqzphZq ur@>pqhӏ.pvqݏdPnX(TEST COMMAND ADDRESS T/O ERRORoӏoЏTxTTȏ TTopXﮉ`Џ̕qUhЏoӏoЏ@qTopЏDoЏ0:ߟrߟ p0O@hӏnYaupݏdPnX)TEST LOST ERROR BIT FUNCTIONnӏnoTTnnXRhwnnrp@Fnl0ЏRxRRȏ RRanЏTo"`snXUhЏnӏ nom|oʏqoЏ@mЏ0ߟrߟ Lo0I@$ormofmЏ0\ߟrߟ n0@k8k0mUxUUȏ UU?mymXZhЏmӏm hxnlqnʏfnЏ0ߟrߟ Ln0k@$nrlnflЏ0\ߟrߟ m0@j8j0ЏTȏ TTDlȏ kglXhRmkmʏmЏ0ߟrߟ im04@Bmk;mkЏ0zߟrߟ m0`@ʏ Fki8i0Џ(SkT@kZȏ TЏWЏUxkXWeT1kЏnlkȏjhЏjӏj]ljVlʏKlЏ0ߟrߟ 1l0n@ lWjlKjЏ@hjЏ06ߟrߟ k0@h8h0iӏiЏRxRRȏ RRjЏBk(jXUhhЏiӏiӏ@|i&kniTTiiXRhhj0ijʏjЏ0ߟrߟ j0@ЏEjhjЏ0ߟrߟ ij04@bg8ЏhhPnX*CTEST UBA INTERRUPTING SBI USING DEF. MAP. PAR. FN DMA ERROR PATHhӏ hf0Џ}TȏTT2hȏ ghOhXhRg[h[9_i`hh%lHiqh@ng hQh l ij@)h/g h&ghЏgЏ0 ߟrߟ h0 @e8e0ЏfgЏTȏTTffghRhog%rk'hPgǟ@Vfghӏ>flgݏdd8PnX+4UBA INT'G SBI USING DEF. MAP. PAR. FN DMA ERROR PATHeӏed0ЏTȏ`TTeȏ eqfeXhRe["f[ـf`h0f%3jff@e he ifj@edyfdZZjlfʏafЏ@dЏ0ߟrߟ cbXhR}c`h c%gcb@a hb fcx@baTcaZjJcʏ?cЏ@aЏ0zߟrߟ c0y @ b@abЏ0aЏ0&ߟrߟ b0%Ϸ@_8_0Џ~Tȏ TTaȏ `a+aXhR#|Ib`hza%}e2b[a@X` h;a dax@a`a9`aʏaЏ@`Џ0ߟrߟ a0@ da_]aЏ_Џ0ߟrߟ 8a0Ϻ@y^8z^0J_ӏ;_Џ :_ЏTȏ TTa__`hRhh_%c`_@^c`hӏ^ eQ`ݏd]8PnX,7UBA INT'G SBI USING DEF. MAP PARITY FN PURGE ERROR PATH\]0 ^ӏ^П^ԟЏ~Tȏ TT1^][^[Syy_`]^/^XRhȏ ]Џ]ӏ]hp^-b(_@I^O]Џ@^j]^ʏ^Џ0(ߟrߟ ^0'F@^\^Џ\Џ0ߟrߟ t^0@\W][8[0П5]ЏTȏ TT\U\C]RhЏ I\Џb\ӏW\h ] a]@[]h\ӏ[/7bs]ݏdZ8PnX-*UBA INT'G SBI USING DEF. DAT. PATH. PARITYZ[ӏK[RЏ(Si[Z[Tȏ T[ЏWЏU[XWeTL[[[[[fv\`Џ^\ЏZZ[hЏjӏjhx[$1_,\5@ \UZ\ЏEZЏ0;ߟrߟ ݟ0_H@Џ@[j[Џ@jʏ[Џ0ߟrߟ ݟ0@YWWЏYWiUZ1 TZR1QxYӏiYЏUЏvvvveYTȏ TTYYXȏ>YShSZ(YZЏ0ߟrߟ ݟ0=n@ӏXAI_ZݏdPnX."TEST FMER LATCHES BY ERROR SIGNALSW0tXӏeXXVЏ UXTTUUfXXXX[Џ4XhR*XY#XYЏ0 ߟrߟ ݟ0 @UXGXXhShW$;]aY]@W\4YЏhWhShя@WW$\X@gV8hV0ЏTxTTȏ TT9WgWXЏoXp`ЏVUhЏVӏVӏ@Vя@V#\.X@TV[XUhЏnVӏcVя@/V#[W@ЏUЏ@VЏuiWUhЏUӏUU#/[UW@ЏUЏ@UhT8T0LUӏ=UAUT>VVʏTxTTȏ TTIUwUXXXYTWʏWWXЏlVЏTRhhЏTӏThЏIVTBVЏ0ߟrߟ ݟ0|@\T$ﱿYUO@TgTTXWXRhhЏ,Tӏ!ThS#BcYU@ЏSЏ@SЏ'URhhЏSӏSя@vS#˾XU@R8R0(SӏSЏTȏ`TTJSȏ SmSXЏRhRRя@R#3TXzT@TR[XhRRя@R#X4T@Џ`RRZZЏ@jhRhBR#WS@wQ8xQ0QӏQR 4RYRTȏ TЏUЏeTQk`ЏSЏQЏ~QQXRhSh _Q#＼VS@я@7Q#VR@T7QiQXXRhShя@P$6WV}R/@ЏPQ ڏ4 ЏfQӏPݼV!RݏdO8PnX/TEST UBE DATI FUNCTIONPP13PӏOQЏSЏcwPTȏ TTP.PPUЏVʏVVUUPO!OhO;Q.QЏ0xߟrߟ_ ݟ0-@OPʏPPOЏ0 ߟrߟ ݟ0պ>@MOPʏoP3O}PЏ0ߟrߟ ݟ0|@WЏYWWUNN!N`ЏPNOЏ0Aߟrߟ_ ݟ0@ӏNjrTOݏdPnX0TEST UBE DAT I/P FNSNP1MӏMJO NTȏTTMUЏVʏVVUUMMMЏSUUc!MhЏSЏNmMNЏ0ߟrߟ_ ݟ0Ǹ{@cNЏ0ߟrߟ_ ݟ0=@MNLFNʏ;NLЏ0{ߟrߟ ݟ00@LMLʏoMЏ0(ߟrߟ ݟ0ݷϑ@M8>0?ݏdh@Џ`?@@??UR?E?cD?`?'C|@>m@? CM@E@p?'pC%@Y>@@?'AC?*>@?'C?=ϸ@=8?hp?h_?hN?hPnX4"ACCESS OF UB DURING POWER DOWN SEQ>P1)=0]=ӏN=Џ:>UW`'>'=R m=hR>*iVA>=}@ӏ<ЏP> =EhЏ<=$AB>@.<8/<0W<ӏH<<Џ= ;B@ӏO9$>:@:hPnX6CONTENTION LOGIC TEST9P18ӏ8[ЏYI9Tȏ TT8Џi9VЏ(TT':`HT:`ЏUUЏUUexUUȏ@UU8Џ@WЏXʏXXWW8i8u8ݏdhd888WC85808Џp7i$8hfdh7a8d$<@9S@d'["8`7?8$ﯣ;8@8$r<8@7$W;8Ϯ@UU7$(*>T>X>`AbApAtA(D*DQ>P>QP>RPbPPPᰏЎR!6! !xr>nQ,PP>\QAPP #갏a!>Q,PP> Q  3P)P% ݰ>P``y` `gP]ZPY<]QY1:3+P!"YYPЎY>P```#"` <YݏdZY <YZYZY ZY Z WHEN READY TO START THIS PORT`THIS PORT SHOULD BE STARTED BEFORE LOWEST NUMBERED PORT TYPE WHEN READY TO START THIS PORT1 IN MANAUAL MODE VIA CONTROL PANEL THEN TYPE - MANUAL CONNECT SWITCH TO "ON" THEN TYPE . MANUAL CONNECT SWITCH TO "OFF" THEN TYPE 5 TO PROGRAMABLE MODE VIA CONTROL PANEL THEN TYPE ; POWER UP ALL DT07 PORTS ON SWITCHED UNIBUS THEN TYPE = POWER DOWN A PORT MODULE OTHER THAN THIS ONE THEN TYPE A RESTORE ALL DT07 PORTS TO STATE AT BEGIN OF TEST THEN TYPE 2 TURN THE SWITCHED BUS POWER "OFF" THEN TYPE 1 TURN THE SWITCHED BUS POWER "ON" THEN TYPE < TYPE THEN TURN THE SWITCHED BUS POWER "OFF" THEN "ON"0!/SUBTEST BEING ABORTED - IMPOSSIBLE TO CONTINUE$FAILED TO GET BUFFER FROM SUPERVISORERROR OCCURRED WHILE MAPPINGnX POST RESET BIT IN CSR TEST SУT4 P'P"Ql P'P"@ql  vd[xWV VVVl UP'P"Wl xd[Џ'YPQQU>V [@ HU>PVG(fﻸﱸ#J<@$߷Ʒݷ7(ﰷ!! !x1(z1rj1bP6Џ<6nXN0Sα@0u%11ﵿP1(YЏh ԶϠ@ UNIBUS Vector [octal 000-770] <300> UNIBUS BR Level <7> Tested by: EVCEA 1 ATTACH The following is an example of how to attach a DT07 TO A VAX11/780 : * THE OPERATOR SHOULD REFERENCE THE DIAGNOSTIC SUPERVISOR'S HELP ATTACH COMMAND TO OBTAIN THE PROPER ATTACH COMMANDS FOR THE CURRENT VAX PROCESSOR. DS> LOAD EVCEA.EXE ;LOAD THE DIAGNOSTIC * DS> ATTACH DW780 SBI DW0 3 4 ;ATTACH UBA TO 11/780 * DS> ATT DT07 ;ATTACH THE DT07 DEVICE LINK? DW0 ;THE OPTION IS LINKED TO THE UBA DEVICE NAME? DT0 ;THE OPTION IS NAMED UNIT 0 CSR? 777420 ;THE CSR ADRS IS 777420 (RANGE=760000-777770) VECTOR? 300 ;VECTOR ADRS IS 300 (RANGE=000-770) BR? 7 ;BR INTERRUPT LEVEL IS 7 (RANGE=4-7) The diagnostic now asks the following questions: CPU_PORT_NUMBER? [0-3] ;Enter this DT07's Port Number The operator must type the port number of the DT07 that this CPU is attached to. The next three questions refer to device other than a DT07 that is connected to the switched UNIBUS. This allows sending a word to the device and sending it back. It is sufficient to enter 1 known bit in the device that can be written and read back and is cleared by UNIBUS initialize, however all possible data bits should be specified whenever possible to insure that all data lines are tested through the DT07. If no device is on the switched UNIBUS enter 0 to each question. EXTERNAL_DEVICE_ADDRESS? [760000-777770] ;Address of device ;on shared bus EXT._DEVICE_HEX_RD_WRT_BIT_MSK? [0001-FFFF] ;Read/Write bits ;device register in Hex EXT._DEVICE_HEX_RST_CLR_BIT_MSK? [0001-FFFF] ;Reset/Clear bits ;mask of bits which ;are cleared by RESET Normally, the switched UNIBUS is held in the initialized state when all DT07 ports are in the neutral state (not port connected). This can be inhibited by setting switch 3 of the "dip-switch" pack at E6, to ON. If this is ON, any testing of an external device on the switched UNIBUS, is bypassed. RESET_NEUTRAL_INHIBIT_ON? [Y or N] ;E6 switch 3 status DS> SEL DT0 ;Select the DT07 ;for testing 1 DATA-PATTERNS Complete descriptions of the many test patterns used are given in the program document for EVCEA. 1 SECTIONS The diagnostic has four selectable sections they are DEFAULT, MULTIPORT, MANUAL and PMK05. More help is obtainable at the next level. 2 DEFAULT DEFAULT section is run when "START" is typed. It runs all 15 tests in the diagnostic. 2 MULTIPORT MULTIPORT section is run when "START /SECTION:MULTIPORT" is typed. It runs only test 16. This test checks the ability of two or more processors to connect, disconnect and communicate using the DT07 "CSR" registers. 2 MANUAL MANUAL section is run when "START /SECTION:MANUAL" is typed. The MANUAL section asks the operator to set and clear the switches on the switch panel of the foundation box. 2 PMK05 PMK05 section is run when "START /SECTION:PMK05" is typed. This section checks the actual data transfer capability of the DT07. DMA type transfer are done between the host processor and the PMK05 (UNIBUS Exerciser). This program assumes that the PMK05 has been set at the following UNIBUS addresses: DATA BUFFER ADDRESS REGISTER = 770000 (octal) CYCLE COUNT REGISTER = 770002 ADDRESS REGISTER = 770004 STATUS REGISTER NO. 1 = 770006 STATUS REGISTER NO. 2 = 770016 NOTE: Reference Digital Equipment Corporation document number EK-PMK05-OP-001 (PMK05 Unibus Exerciser Operating and Service Manual). ************************************************************************** * * * *****CAUTION***** * * The Switched Bus That Contains The PMK05 (UNIBUS EXERCISER) Must * * Be Powered OFF Then ON Prior To This Test! There Are Some Error * * Indication Bits That Can Only Be Cleared By "DC LOW". * * * ************************************************************************** 1 QUICK The QUICK feature is implemented in TESTS 1-15 of this diagnostic. The diagnostic runs just about at console speed and the selection of the QUICK feature has little effect. It will, on the otherhand, reduce the amount of error messages displayed (no iterations). 1 SUMMARY The SUMMARY section is not implemented by this diagnostic. 1 ERRORS Sample Error Messages Error Message Example 1 (Default Section Tests 1-15) ******** DT07 REPAIR LEVEL - 1.0 ******* PASS 1 TEST 8 SUBTEST 0 ERROR 7 30-SEP-80 09:01:42.36 DEVICE FATAL WHILE TESTING DT0: CSR BIT ERROR AFTER CONNECT REQUEST EXPD= 28C1 (X) RECV= 2881 (X) XOR= 0040 (X) IE The above error indicates the IE (interrupt enable) bit was cleared in error after a connect request. Error Message Example 2 (Multiport Section Test 16) ******** DT07 REPAIR LEVEL - 1.0 ******* PASS 1 TEST 16 SUBTEST 0 ERROR 12 30-SEP-80 09:01:42.36 HARD ERROR WHILE TESTING DT0: NO EXTERNAL REQUEST INTERRUPT DETECTED CSR= 28C1 (X) SWB ACT,PWR OK,CON,IE,REQ The above message occurred when this port was master and another slave DT07 port failed to set its request line. Error Message Example 3 (Manual Section Test 17) ******** DT07 REPAIR LEVEL - 1.1 ******* PASS 1 TEST 17 SUBTEST 1 ERROR 1 30-SEP-80 09:01:42.36 DEVICE FATAL WHILE TESTING DT0: MANUAL MODE (BIT10) IS NOT SET CSR= 0800 (X) PWR OK The above message occured because the operator failed to put the DT07 in manual mode as instructed. 1 REQUIREMENTS HARDWARE REQUIREMENTS VAX-11 FAMILY PROCESSOR WITH 64K WORDS OF MEMORY VAX-11 FAMILY UNIBUS ADAPTOR DT07 UNIBUS SWITCH OPTIONAL HARDWARE: PMK05 SOFTWARE REQUIREMENTS VAX DIAGNOSTIC SUPERVISOR (ESSAA VERSION 6.0 OR LATER) PREREQUISITES FUNCTIONAL VAX-11 FAMILY CENTRAL PROCESSOR AND MEMORY FUNCTIONAL UNIBUS CHANNEL ADAPTER FUNCTIONAL CONSOLE TERMINAL FUNCTIONAL VAX/VMS DIAGNOSTIC SUPERVISOR JAL}0-,{\XJ ? ! U   08@'HxU$, >mt|-5=ow'/7?HPX1bjrz 0x@HPXajs|AA11K I/O BUS CSRVECTORBRAD11K I/O BUS CSRVECTORBRCI_NODE Node_typeVAX780VAX750HSC50KL10CINTVAX785VAX8600 Node_addressCI750Slot BRNodeCI780TRBRNodeconsoleCR11CSRVECTORBRDEQNACSRDHU11CSRVECTORBRDHV11CSRVECTORBRDISKDL11CSRVECTORBRDLVJ1CSRVECTORNumber of data bits78Number of stop bits12Parity detection enabledNOYESEven parity enabledNOYESDMC11CSRVECTORBRDMF32CSRVectorBRDMF32ACSRVectorBR Active Lines Baud Rate5075110134.51503006001200180020002400360048007200960019200 Loopback TypeINTERNALH3248 LOCAL_MODEMPROGRAMMABLE_MODEMH3249Unibus Init JumperNOYESDMF32PCSRVectorBR Port DeviceOTHERLPWRAPDMF32SCSRVectorBR External WrapNONEMODEMWRAPDMP11CSRVECTORBRControl StationNOYES TributaryNOYESCompatabilty ModeNOYES Half DuplexNOYESDMR11CSRVECTORBRDMZ32CSRVectorBRTEST LINES (OCTET0)"LEVEL 3 ONLY - TEST LINES (OCTET1)"LEVEL 3 ONLY - TEST LINES (OCTET2) Baud Rate5075110134.515030060012001800200024004800960019200 Loopback Type012345678 Modem ControlNOYESDR11BCSRVECTORBRDR11CCSRVECTORBRDR11K I/O BUS CSRVECTORBRDR11WCSRVECTORBRDR750SLOT BR SELF TESTNOYES TEST CONFIG1CPU2CPU TEST UNITNOYESDR780TRBR SELF TESTNOYES TEST CONFIG1CPU2CPU TEST UNITNOYESDUP11CSRVECTORBRDV11CSRVECTORBRDW730DW750DW780TRBRDX20DRIVEDZ11CSRVECTORBR MODULE TYPEEIA20MADZ32CSRVECTORBR ACTIVE LINES BAUD RATE LOOPBACK TYPEINH RESET SWITCH MODE SWITCHSPLIT SPEED JUMPERDZV11CSRVECTORIEU11ABaseVectorBRKA730Time-of-year clockNOYESWCS last addressAccelerator typeK-bytes of Main MemoryUser WCS loadedNOYES SB errorsNOYESKA750G-floating instructionsNOYESH-floating instructionsNOYESTime-of-year clockNOYESWCS last addressAccelerator typeKA780G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeKA86G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeKA785G-floating instructionsNOYESH-floating instructionsNOYESJCS last addressAccelerator typeKA810G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeNode_idKMC11CSRVECTORBRKW11K I/O BUS CSRVECTORBRLA12LA100LA120LA180LA34LA36LA38LESIIPVectorBRLN01LP04LP05LP06LP07LP11CSRVECTORBRLP14LP25LP26LP27LPA11KCSRVECTORBRNBIANBIBBI # NODE_ID MA780TRBRMPMPORTMBEML11Number of array boards Chip size16K64KMS750MS780TRNumber of arraysPCL11 CSRVECTORBRPX780TRBRNodeR80RA60RA80RA81RB730RCF25RC25RD51RD52RH750BRRH780TRBRRL01RL02RL11CSRVECTORBRRK06RK07RK611CSRVECTORBRRM03RM05RM80RP04RP05RP06RP07RQDX1IPRUX50IPVECTORBRRX02RX211CSRVECTORBRRX31RX32RX50RX180SBIATE16TK50CSRVECTORBRTM03DRIVETM78DRIVETS04CSRVECTORBRTS05TS05_CSR_ADDRESS TS05_VECTORBR_LEVELTS11CSRVECTORBRTU45TU58TU70TU72TU77TU78TU80TU80_CSR_ADDRESS TU80_VECTORBR_LEVELTU81CSRVECTORBRUBECSRVECTORUDA50UDAIPVectorBR Burst_Rate?UNA11CSRVECTORBRVS100CSRVECTORBRVS125CSRVECTORBRVS300CSRVECTORBRVT50VT52VT55VT100VT101VT102VT125VT220VT240XX[D\d[m4EVSBA - AUTOSIZER LEVEL 3PD4tJANFEBMARAPRMAYJUNJULAUGSEPOCTNOVDEC4FILE !AS SAVED. $FILE '!AS' NOT WRITTEN TO CONSOLE. FILE '!AS' BEING REPLACED. *BAD FILE NAME. '!AS' OPERATION ABORTED. 5INSUFFICIENT SPACE FOR FILE '!AS' BLOCKS LONG DIRECTORY TOO BIG TO READ IN. !DIRECTORY NOT PLACED IN MEMORY. )DIRECTORY AND FILE DID NOT GET UPDATED. )DIRECTORY HAS UNKNOWN FILE STATUS FILE. 9THIS FILE CAN NOT BE CHANGED. USE DIFFERENT FILE NAME. "STORAGE MEDIA NOT RT STRUCTURED. OPERATION ABORTED.  DIRECTORY ! CS: !%D !/  NEGATIVE SIZE FOR DIRECTORY. . NEXT SEGMENT FIELD IN DIRECTORY IS INVALID. * HIGH SEG FIELD IN DIRECTORY IS INVALID. , EXTRA BYTE FIELD OF DIRECTORY IS INVALID. FILE '!AS' NOT READ IN. FILE '!AS' NOT FOUND. DEFAULT FILE. FILE '!AD' READ IN. լ,|~~^ݬ&P1<PQ<SS R<TPVVWլVA*8V3V.V PV9ѢnЬ VTfQR<VVTSR<VQ1ψ<(P< P|~~^ݬP P4ЎTЎQЎRRQ< PݬHPM P|~~^ݬЎTЎQЎR<SSSRXя P P1|~~^ݬϊP1xЎ[ЎQЎR<SSSRX<U¬U|~~^ݬP1 ݬϯЏPЎԎϋ;GPHzPPYxPPPYxYcP PPVPVPP PPVVY;PxPPVWPV WW YY U1YQYRWSRT)Y QT/QTUd QT1U1SRW1Y YWSWSWSWZYXZXSWXSVVSWSX1i1ihTTTXYWP WSWPP XSWSVV YWXSWWRAYWSVVSWYYW WSWSW YXWRϠUUUMR >P s10aďSݬ!ϴS ? "=[PDNYP8B USXwZ0I P' USX\Z0J P Z[ >(<\PϮP4Ь ,ϟP1P1P/ϻW"YЧ(XXYP `YXYsa1яzP mT_[d'լP5Р0 ݬ ݬ`PQЬ RQPSяTϤSݬcЏP`Ϸ]ЏpP!ϾݬЏ\Pϰ Pq}ϙ_Qk_RbRZ[[0=ЏYfbSu_UTVVY [0 YTЊUpFTFVY [0YTTVVY [0YTRЬP`ݬ R[ݬ[[(^ЬUЬXЬ Zݬݬ ݬ ݬ; !OYV0F0GXЏYUS?RSURSUST,RDRT??2 P=p0} &S<PPP@PQ(QQPQQPPzבPa`PPZƑPA@PP9P0PCSA0:CONFIG.COMDEFAULTSELFTESTMANUAL$->x5@qY ^J|I   > B h A [ X Tw\en (08.7kf%FNVGOB%Vz&XAA11K I/O BUS CSRVECTORBRAD11K I/O BUS CSRVECTORBRCI_NODE Node_typeVAX780VAX750HSC50KL10CINTVAX785VAX8600 Node_addressCI750Slot BRNodeCI780TRBRNodeconsoleCR11CSRVECTORBRDEQNACSRDISKDL11CSRVECTORBRDLVJ1CSRVECTORNumber of data bits78Number of stop bits12Parity detection enabledNOYESEven parity enabledNOYESDMC11CSRVECTORBRDMF32CSRVectorBRDMF32ACSRVectorBR Active Lines Baud Rate5075110134.51503006001200180020002400360048007200960019200 Loopback TypeINTERNALH3248 LOCAL_MODEMPROGRAMMABLE_MODEMH3249Unibus Init JumperNOYESDMF32PCSRVectorBR Port DeviceOTHERLPWRAPDMF32SCSRVectorBR External WrapNONEMODEMWRAPDMP11CSRVECTORBRControl StationNOYES TributaryNOYESCompatabilty ModeNOYES Half DuplexNOYESDMR11CSRVECTORBRDMZ32CSRVectorBRTEST LINES (OCTET0)"LEVEL 3 ONLY - TEST LINES (OCTET1)"LEVEL 3 ONLY - TEST LINES (OCTET2) Baud Rate5075110134.515030060012001800200024004800960019200 Loopback Type012345678 Modem ControlNOYESDR11BCSRVECTORBRDR11K I/O BUS CSRVECTORBRDR11WCSRVECTORBRDR750SLOT BR SELF TESTNOYES TEST CONFIG1CPU2CPU TEST UNITNOYESDR780TRBR SELF TESTNOYES TEST CONFIG1CPU2CPU TEST UNITNOYESDUP11CSRVECTORBRDV11CSRVECTORBRDW730DW750DW780TRBRDZ11CSRVECTORBR MODULE TYPEEIA20MADZ32CSRVECTORBR ACTIVE LINES BAUD RATE LOOPBACK TYPEINH RESET SWITCH MODE SWITCHSPLIT SPEED JUMPERDZV11CSRVECTORIEU11ABaseVectorBRKA730Time-of-year clockNOYESWCS last addressAccelerator typeK-bytes of Main MemoryUser WCS loadedNOYES SB errorsNOYESKA750G-floating instructionsNOYESH-floating instructionsNOYESTime-of-year clockNOYESWCS last addressAccelerator typeKA780G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeKA86G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeKA785G-floating instructionsNOYESH-floating instructionsNOYESJCS last addressAccelerator typeKA810G-floating instructionsNOYESH-floating instructionsNOYESWCS last addressAccelerator typeNode_idKMC11CSRVECTORBRKW11K I/O BUS CSRVECTORBRLA12LA100LA120LA180LA34LA36LA38LESIIPVectorBRLN01LP04LP05LP06LP07LP11CSRVECTORBRLP14LP25LP26LP27LPA11KCSRVECTORBRNBIASLOT # NBIBBI #  BI NODE # MA780TRBRMPMPORTMBEML11Number of array boards Chip size16K64KMS750MS780TRNumber of arraysPCL11 CSRVECTORBRPX780TRBRNodeR80RA60RA80RA81RB730RCF25RC25RD51RD52RH750BRRH780TRBRRL01RL02RL11CSRVECTORBRRK06RK07RK611CSRVECTORBRRM03RM05RM80RP04RP05RP06RP07RQDX1IPRUX50IPVECTORBRRX02RX211CSRVECTORBRRX31RX32RX50RX180SBIATE16TK50CSRVECTORBRTM03DRIVETM78DRIVETS04CSRVECTORBRTS05TS05_CSR_ADDRESS TS05_VECTORBR_LEVELTS11CSRVECTORBRTU45TU58TU77TU78TU80TU80_CSR_ADDRESS TU80_VECTORBR_LEVELTU81CSRVECTORBRUBECSRVECTORUDA50UDAIPVectorBR Burst_Rate?UNA11CSRVECTORBRVS100CSRVECTORBRVS125CSRVECTORBRVS300CSRVECTORBRVT50VT52VT55VT100VT101VT102VT125VT220VT240ERROR IN CONSOLE STORAGE. DEVICE WRITE LOCKED. k12o12 s12 w12!"#{12(12@12HI12o4aAp12t4MaA 12z42aALx |124aAp124aAP124bAx124&bA124kbAhl124aA (08@HPX`hpx124aAHP124aA@124aA@HPX`hpx124aA124aA@HPX`hpx134aAxph`XPH@80( 1 34aA134aA134aA134aA1 34aA (08@HPX`hpx1%34aA1*34aA1/34aA1434aA1:34aA1?34aA1E34aA1J35aA1P35aA @`1U3 5aA1Z35aA2`35bA2e35aA 2k3#5aA2q3)5aA2w3/5aA2}355aA23;5aB 23@5aBTX\$23E5aA0(23L5aB,23S5aA123Y5aA623]5bB:23c5aA>23i5aATB23o5aBF23u5aCJ23{5aAN235aAR235aAV235aAZ235aA^235aBb235kbBf235 cAj235aAn245aAr245aAv2 45aBz245aA~245aA245aB2#42*4 214284DBADRAMBADRAMTAMFAEMACRADMALPADLAMSADYADQADUAOMAXEAMUADDAOBAYMAOAAPRAPPAOCAODATTAYJAYHAOEALSAXQAOFAXUAXWAXVAOGAXMATTAAXKAOHAOIAOJAOKADLBMSBLAALABKWCARSVADYBXAAXBAXBBXBCXDAXXAUBAISAXYAXEBDUBCBAYYAXPAVBAMUBKVATXATXBXGATXALCALCARP04RP07MBERM03TM03TM78ML11CR11RK611LP11RL11TS11RX211RB730UDA50DC11UNA11TU81TU58DN11DM11BDR11CPR611PP611DT11DX11DL11DJ11DH11GT40LPS11DQ11KW11WDU11DUP11DV11LK11DMR11DZ11KMC11LPP11VMV21VMV31DWR70RL11TS11LPA11KLPA11KKW11CRSVRX211DR11WDR11BDR11BDR11BDMP11XXDRIVERUBEISDRIVERXYDRIVERUNA11UDA50DMF32KMS11PCL11VS100TU81KMV11DHU11DMZ32DMF32SDMF32ADMF32PDMF32Po1s1w1{11112222CR11RK611LP11RL11TS11RX211RB730UDA50DC11UNA11TU81TU58DN11DM11BDR11CPR611PP611DT11DX11DL11CDJ11DH11GT40LPS11DQ11KW11WDU11DUP11DV11LK11DMR11DZ11KMC11LPP11VMV21VMV31DWR70RL11TS11LPA11KLPA11KKW11CRSVRX211DR11WDR11BDR11BDR11BDMP11DPV11UBE11ISB11DMV11UNA11UDA50DMF32KMS11PCL11VS100TU81KMV11DHU11DMZ320!AD CSA0:CONFIG.COM EVSBA WORKING. INCORRECT FORMAT. !! UNKNOWN BUS DEVICE FOUND."!! CONFIGURATION REG. VALUE (HEX) !! LOCATED AT BUS ADDRESS ;!! UNKNOWN DEVICE FOUND. THE DATA TYPE REGISTER IS (OCTAL)=UNKNOWN PROCESSOR. #NO DYNAMIC STORAGE LEFT FOR FILE. CURRENT FILE HAS CHANGES. &VERIFY IF YOU WISH TO SAVE THE FILE. SAVE FILE? MCONFIGURATION FILE IS NORMALLY READ/WRITTEN TO THE SUPERVISOR CONSOLE MEDIA )VERIFY SUPERVISOR CONSOLE MEDIA LOADED. VERIFIED? &LOAD SUPERVISOR MEDIA AND TRY AGAIN. $ENTER 'WRITE' COMMAND TO SAVE FILE "PARTIAL FILE RETAINED IN MEMORY. !! AUTOMATIC SIZING PROGRAM. COMMAND? !/INVALID COMMAND. AMBIGUOUS COMMAND. /!! THIS IS A TOOL AND NOT A DIAGNOSTIC PROGRAM.!!! CONFIGURATION FILE FOR SYSTEM.!! COMPUTER GENERATED FOR PROCESSOR SERIAL #  MICROCODE REV LEVEL = 7!! FILE VALID ONLY FOR STANDARD HARDWARE CONFIGURATION.3!! NUMERIC VALUES WITH A LEADING ZERO ARE ASSIGNED.CI CPU TYPE !! DEFINE PROCESSOR...!! DEFINE MEMORY...!! DEFINE UNIBUS ADAPTERS...!! DEFINE MASSBUS ADAPTERS...!!!! DEFINE TERMINALS...!! DEFINE DR32... !! TIME IS "!! DEFINE COMPUTER INTERCONNECT...!! DEFINE SBIA ADAPTERS...!! DEFINE DISK ADAPTER...!! DEFINE AIO DISK INTERFACE...!! DEFINE AIE TAPE INTERFACE... !! BAUD RATE = % !! *** PRINTER TYPE IS ASSIGNED ***& !! *** PRINTER TYPE IS ESTIMATED ***( !! *** DEVICE MAY BE DMC11 OR DMR11 ***& !! *** DEVICE MAY BE TS11 OR TU80 ***=!!*** UNEXPECTED MACHINE CHECK WHILE GENERATING THE FOLLOWING6!!*** NO CHECKS MADE FOR DEVICES ON LPA11K I/O BUS ***F!! *** QUICK FLAG SET. NO CHECKS MADE FOR TERMINALS ON DZ11/DZ32'S ***@!! *** CI MICROCODE NOT RUNNING. NO CHECKS MADE FOR DEVICES ***=!! *** THIS PROGRAM IS NOT SUPPOSED TO BE RUN UNDER VMS *** 9!! *** THIS COMMAND IS NOT AVAILABLE IN THIS SYSTEM ***  !! UNIBUS I/O SPACE NUMBER zB DS> ATTACH SISBIA HUB KA730 KA750 KA780 KA785 KA86 KA820 KA0 MS810 MA810 MS780 MS0 MA780 MA0 MS750 MA750 DW730 DW750 DW780 DWBUA DWA BDA BDAA AIO AIOA AIE AIEA RH730 RH750 RH780 RH810 RHA DR730 DR750 DR780 DR810 XFc0 CI_NODE CI730 CI750 CI780 CI810 BCI750 PAc0 1CPU 0 0 0 NO YES  0"NONE OTHER LP 016 0377 INTERNAL ZO!ZLO!XLO!OLO!%D ABCDEFGHIJKLMNOPQRSTUVQXYZK 0 1 2 3 4 5 6 7 8 9101112131415160123456789ABCDEF00010203040506070809TM03 R80 RB730 RK611 RK06 RK07 RL11 RL01 RL02 TS05 TU45 TE16 TS11 TU77 TM78 TU78 TU80 DMA DZ11 DZ32 EIA20MARX211 RX02 LP11 LP04 LP05 LP06 LP14 LP25 LA180 AA11K AD11K CR11 DR11K DV11 DUP11 KW11K LPA11K PCL11 DL11 DMR11 DMC11 DMF32S DMF32A DMF32P 19200 DHU11 DHV11 DMZ32 DMP11 KMC11 KMS11 LESI RCF25 RC25 RA60 RA80 RA81 RUX50 RX31 RX32 RX50 RX180 UDA50 UNA11 }RRRRRRRRRRR SS+S:SISXSgSRRvSSSSSSSTT*T7TET/AVT50 /BVT50 /CVT50 /EVT55 /HVT50 /JVT50 /KVT52 /LVT52 /MVT52 /ZVT100 [?1;0cVT101 [?6cVT102 [?1;0cVT100 [?1;1cVT100 [?1;2cVT100 [?1;3cVT100 [?1;4cVT100 [?1;5cVT100 [?1;6cVT100 [?1;7cVT100 [?12;5;0;cVT125 [?12;5;1;cVT125 [?12;7;0;cVT125 [?12;7;1;cVT125 [?62;1;2;7;8cVT220 [?62VT220 [?52;1;2;3;4;7;8cVT240 [?15cLA12 [?10cLA100 [?2cLA120 [?3;0cLA34 [?3;1cLA34 LA36 TTTTTTTTTTTTTTTT5075110134150300600120018002000240036004800720096008RP04RP05RP06RM03RM80RM05!RP07"RP07#RP07VAX780VAX750HSC50KC10KL10CINTVAX785 VAX8600E bbbbbbbf"b"  "H"I! i!#I!&Y!)y!,!c.!f!c3!a;)9!c<"!c@" 3Q3QQQ QQQQQQVVVVVVVVVVKWADAAXRVVVVV WW*W:WJW0770404 0344 060770432 0364 060770400 0340 060770440 0400 060770420 0360 040767770 0310 040767760 0320 040767750 0330 040767740 0350 040767730 0370 04WWWWWWWWWW0 1 2 3 4 (W. 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THE MOVG INSTRUCTION CAUSED A MACHINE CHECK! 1!! THE MOVH INSTRUCTION CAUSED A MACHINE CHECK! ϘP00!^an0dϲP00 ^n0Jrn07pYGPς[Ɖｉ﷉ZЏ _,降 ,X q1d{Sϼ`cгPP n  /3-ZՔ,SnԎhkUﾔ 00 000݈Z 00 00e0c^}n0V  ڏ&C0>R}ScT ЏwЏ <Џ4,SRJ iklhj@ABC()*+\ ^]ؓTU￝TjU [`dRRYRR:R ;:R YPPQ:R YPPxPP<:R~ YPPxPP&YPP#YQ YPPxPPQQPP 1:R<@R ФPPPP$1R  1:R~R0qR8d HELP DEVICE type For "type" enter the device name you need information on. This command is given from the "DS>" prompt level and accesses the Diagnostic Supervisor help file. 1 EVENT No event flags are used. See the QUICK section for more information. 1 EXIT This is a manual section command. Control is returned to the Diagnostic Supervisor. If any information in the file has changed since the last time an ATTACH or WRITE command was issued the operator will be prompted to verify this command. Format: EXIT 1 HELP This is a manual section command. This program creates ATTACH commands for all devices in the system. (ATTACH,CHANGE,EXIT,HELP,LIST,READ,SIZE,WRITE) - These commands control the sizer in manual and selftest mode. To obtain further information type HELP followed by a topic. For example; HELP MANUAL 1 LIST This is a manual section command and is only valid after a SIze or a REad command is issued. Type out all information about devices in current data buffer. Based on generic device names, devices are listed if the device string specified has at least a partial match with device names in the data buffer. If no name is specified, the entire file is listed. Format: LIST [device] 1 MANUAL This section of the program is a conversational mode and allows the operator to enter various commands explained in this program's help file. A possible command sequence for entering this section follows. Format: LOAD EVSBA.EXE START /SECTION:MANUAL 1 QUICK This program uses the 'QUICK' flag to determine if a check should be made for terminals on the DZ11's. This flag is a Supervisor flag and must be set or clear under the Supervisor by use of the appropriate command. If the flag is set no check is made for DZ11 terminals. This is useful if no terminals are present and a rapid configuration is needed. Since the sizing proceed very quickly with the quick flag set, no EVSBA working message is printed. 1 READ This is a manual section command. This command reads the specified file from the load device and retains the information in the data buffer. If the file is not specified, the file used is "CONFIG.COM". If the file name is specified, the default for file type will be ".COM". If a file was previously in the data buffer it will be overwritten. Format: READ [filespec] 1 SECTION This program has three sections or modes or operation. 2 DEFAULT This section of the program will perform the sizing operation and pass all the ATTACHes to the supervisor. A possible sequence of instructions for running this section follows: Format: LOAD EVSBA.EXE START 2 MANUAL This section of the program is a conversational mode and allows the operator to enter various commands explained in this program's help file. A possible command sequence for entering this section follows. Format: LOAD EVSBA.EXE START /SECTION:MANUAL 3 ATTACH This is a manual section command and is only valid after a SIze or a REad command is issued. For each device in the device data buffer it will pass the information to the Diagnostic Supervisor. All attach lines, that have the same link and generic field value as some device that is currently known to the supervisor, will be replaced entirely. All other attach lines are added. This program does not require devices to be attached prior to running. For more information, examine ATTACH from the Supervisor help facility. Format: ATTACH 3 CHANGE This is a manual section command and is only valid after a SIze or a REad command is issued. This command is to change fields and values in the current data buffer. The specified field(s) for the given device are given the values indicated. If the device is not specified, it will prompt for a device name. If the field is not specified, then the operator is prompted for the field to change. If the value is not specified, then the operator is prompted for it. For each entry, the first time the operator is prompted for that entry, the possible responses are listed. For the device prompt, it will list the names of all known devices. For the field prompt, all of the valid field names are listed. For the value prompt, the format and limits will be listed. The fields must be specified in the order they appear in the ATTACH command. Only the field(s) to be changed need appear in the command. All fields for a device are checked when any of them are changed. If any are incorrect or invalid, the operator will be prompted for the correct values. Fields common to all devices are TYPE, LINK, and GENERIC. If a space or tab following by a carriage return is entered for any prompt, EVSBA will return to the command mode and make no changes. Format: CHANGE [device [field[=value],...]] 3 EXIT This is a manual section command. Control is returned to the Diagnostic Supervisor. If any information in the file has changed since the last time an ATTACH or WRITE command was issued the operator will be prompted to verify this command. Format: EXIT 3 HELP This is a manual section command. This program creates ATTACH commands for all devices in the system. (ATTACH,CHANGE,EXIT,HELP,LIST,READ,SIZE,WRITE) - These commands control the sizer in manual mode. To obtain further information type HELP followed by a topic. For example; HELP MANUAL 3 LIST This is a manual section command and is only valid after a SIze or a REad command is issued. Type out all information about devices in current data buffer. Based on generic device names, devices are listed if the device string specified has at least a partial match with the generic device names in the data buffer. If no name is specified, the entire file is listed. Format: LIST [device] 3 READ This is a manual section command. This command reads the specified file from the load device and retains the information in the data buffer. If the file is not specified, the file used is "CONFIG.COM". If the file name is specified, the default for file type will be ".COM". If a file was previously in the data buffer it will be overwritten. Format: READ [filespec] 3 SIZE This is a manual section command. Perform the process that sizes the buses and records the configu- ration informaton in a data buffer. Any information previously in the buffer is lost, or a new one is created. The message 'EVSBA working' is printed to show the program is running if DZ11's are present. The ATtach command must be issued to send this to the diagnostic supervisor. (In selftest mode the attach commands are printed as they are found). Format: SIZE 3 WRITE This is a manual section command and is only valid after a SIze or a REad command is issued. Write the current file in the data buffer to the console storage. If no filespec is given the default is 'CONFIG.COM'. If the file name is not specified the default is 'CONFIG' and if the type is not specified the default is 'COM'. Format: WRITE [filespec] 2 SELFTEST This section is the same as the manual section except that an attach command is printed as each device is found. No EVSBA working message is printed. 1 SELFTEST This section is the same as the manual section except that an attach command is printed as each device is found. No EVSBA working message is printed. 1 SCRIPT This is not a command. This is included as an example for creating and running script files that use the MANUAL mode. The following example illustrate a possible script file. DS> LOAD EVSBA DS> START/SEC:MANUAL COMMAND? SIZE ! SIZE THE SYSTEM FOR ALL DEVICES. COMMAND? WRITE SYSTEM.COM ! SAVE COMMANDS IN A FILES. VERIFIED? YES COMMAND? EXIT ! EXIT FROM THE SIZING PROGRAM. 1 SIZE This is a manual section command. Perform the process that sizes the buses and records the configu- ration informaton in a data buffer. Any information previously in the buffer is lost, or a new one is created. The message 'EVSBA working' is printed to show the program is running if DZ11's are present. The ATtach command must be issued to send this to the diagnostic supervisor. (In selftest mode the attach commands are printed as they are found). Format: SIZE 1 SUMMARY No summary messages are issued. 1 WRITE This is a manual section command and is only valid after a SIze or a REad command is issued. Write the current file in the data buffer to the console storage. If no filespec is given the default is 'CONFIG.COM'. If the file name is not specified the default is 'CONFIG' and if the type is not specified the default is 'COM'. Format: WRITE [filespec]