IMD 1.17: 23/10/2016 22:06:00 File generated by the HxC Floppy Emulator software v2.8.9.4  X- ؋FFFv3Pvv^FFFF= rߌȎ.OCopyright 1980, 1981, 1982, 1983, 1984 Intel Corporation program_version_number=X506program_name=iAPX 86, 88 Bootstrap LoaderX P.XYu P. vǹ4^&t&W&g&G>_u &S&/SYSTEM/RMX86UFfs1PP^&7Y:RSAT30ZZiRMX 86F02 (VOL1 N 2 05 1   u.^GFF ^GFFf뺀>fs ^&?t F24]U>u.SP8.BDB&gOBDa6]UNN]UJ&FJF~t[FJJ&FJ t~t7NJ&w>F^YJ&FJ@JN럋]U_~L7t@~htA"^s~?t@~ytA"_FF&F$F "`FPR t&t t u ,PR^&?/u GPR$.06&W1P.SS^$1 t.0FY.&G&GT&G $1(&w&wQ*,6TP.SP/V1V;r܋.&8tLPS.@P5s62PRV.&TP&?/uGPRvVuw6TPa8X>XuX3hq6>hudXv>hpuL>6vh $iFj>iu`4:.8р>i@u><@봀>hu@t`:8X>hu+HF>6v~F&GFH>huaH`FbJL>6vGJ&GJLJZ\bJLJ;6\u;Zsh>6tj>at"P S6^`s8P^ S$P S6^]UQQ u~u!#P S6^>|u{u FFF F^6&6p6n^SSVnpu|tvx6x6v6(vx6&6x6v^SSvxvx(;~uezCz)FV.Sv$+FVs.6$Pv.v0VFlnp6p6n6(npr|z~]UFf؋ʋFf‹]UFf‹]UF3vFv،]UFVv] 0123456789A6t抄;uJt@tzvx6x6vQKvxt;$u|(;~u r~~l;ru=l@lr|np6p6n6(np$;u;r)]U~u6&6,6*PS2Pvv6FVl$&(P`FV;Vu;Fs )FVlvv$&(P_rlnp6p6n6(np6r6(np6r$&(PN~+N~$9Vu9Fv.Sv$;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; ; SUBMIT FILE TO INSTALL RSAT ON WINCHESTER DISK ; ; INVOCATION: submit :dev:install.csd(:dev:) ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; attachfile :HOME: createdir :HOME:RSAT copy %0/RSAT/* OVER :HOME:RSAT/*  RSAT RESET READ_ME TERMDEFSRS_DATA??SEG RANDOM_DATA RANDOM_CODE MONUTL_CODE MONUTL_DATAMONVECTDGROUPCGROUPLQ_PLM86_LIB_CODE MQ_CEL_CONST MQ_CEL_CODE LIB_87_PUB LIB_87_INIT CODE_HPIFL CODE_EPIFL CODE_IPIFLN K %%A (#(#  O O ؘ   $  [[   ~     p ~ mm x   8 Z 44 2/ 3*ǀRUNTIMr9X[ \] 5TT TTTTTT"T &T *T.T2Tr}TAr ridle_task rq_get_time rP??r Stoggle_idle rq_delete_taskr ntoggle_idle rq_create_taskrrate_task rq_sleepr  ??)r toggle_rate rq_delete_taskXr toggle_rate rq_create_taskanormal Set tests to normal speed(fast screen update)&r,quit Exit to the Human Interface[r<rate Toggle Transfer rate information on and offr"redraw Redraw the screenr9stop Toggle on and off the stopping on errorsr*I Rotate Calibration CursorTr)n[Number] Enter Calibration values=rTo continue, type r r r r r*r*r.PP.Fȱ4.PYFuFF.&;wȱ.PzFu֚]âT 3TLTzT ȄT r Uf.&.&PFPP PPpP PPpP P3PpP PaPp P PPp PPPp P PPp P PPp P PIPpP PnPpP PPP]×= T*T*/T?TOT_ToTTȍTȝTȭTȽTTTTr Ur r.&G.&*! .A I ` w -T*1T;T8QT{T8ȑTȺT1T1T1#T>TrUQsJ6FPvPSP.&7&w&w&wP> uW P.& P6P.&wRPPPFPvPnP#O]qT*'TETȅT*ȘTȫT r2.UPFPƆ.&8rIȱ-P.&G(&W*&G$&W&XظGGWuF.&*Ɔ.&8rȱ-.&x&xuƆ.&;wȱ4.&x&xPFP.&s.&p.& f.&7PFPvPPPPP. Zkp uu{뺍PD t> u6s/.&w&GP6몠 ts ȱ-.&@ &P"I.&p.&럚f.&.&PFPPPPp PRPFPv녠s=T*eT{T*ȋTȖTȦTTPt.&st.&?tiƆ.&8rVȱ-.&W&&9x"u&9P s/&P &x"Q.&O QWRu,Q% T1:TpT1ȁT1ȠT1TT'TkT$rUQQsV6FPvPP.&G.6&*FP.&w&w&wP .&72P.&wRPPPFPvPPF.F&8r-ȱPظЉGWX-.&P &P"Fu O]dT*(TXTȏT*ȢTT Fr UQFF.&;w7ȱ4*r*r9 FULLHELPIDLEnICKLENORMALQUITRATEREDRAWSTOPrroptions rq_send_units r r3.Us.&P&GP6]C)TrP6.UPFPFFFFFPHFVvPPFF~u~s FVFPHFVvPPFV+FVFFVFVN~F.&s idPNd;v u.&w&GPPPp.&w&GP6FV .&P&GPC!P.&GP,!P.&GP!P.&GPPp]ȜTr Ur r.&G.&*" .  . .&P&GPC"P.&GP,"P.&GP"P.&GPPp]ȜTrZL Usrs8.&?v- .&8ss  ]m]rd U.&G.&*$#.#&8r4$Q.&O Qȱ-.&p"&p #u].UTr .UuҸpPFPvPPƆ.&;wLȱ4.&G2-.Ķ&D&T&G&WuFƆ.&8sUȱ-.P.&GPPĞ&G&W<Ğ&G$&W&&G$&W&T*T*TTT1Kr{ NPȱXGWVwwP PĞ&O &W" u.6&rtĞ&G&WdPĞ&O &"Ğ&G(&W*&G(&W*NPȱXGVwP PPP T#TɉTɩT*ɹTɾTT7T!r'PSPPPO˖ TT ׀RSATERrG\T T TTrW(rerase tape....rcreate file...rattach file...r-open..........r<close.........rKread..........rZwrite.........Rrirewind........rxread mark.....rwrite mark....@rretension....."rseek..........\rtruncate......Grdelete conn...rdelete file...rcomparePPp]eXToTȋTȞTȱTTTkrJ.WUQQ^&*u%^SP.^SY.S&rPFPvPP.G&G.6K&*FP.G&w&w&wPf^&w/PPpPPP^&wP PP^&wPPP^&w&^&_1.<\gr} PP*PPPPPPݰPP%wPP2lPP>aPPKVPPYKPPj@PP|5PP*PPPPPP PPP^&wcreate file error rattach file error ropen error Ar%close error r2read error >r>write error rKrewind error 6rYread mark error Grjwrite mark error r|retension error rseek error rtruncate error rdelete_conn error rdelete_file error r$Write/Read mismatch at offset rUnit Status #rtest_error rq_sleeprqr"wait_resp rq_receive_messager-wait_io rq_delete_segment'rY.WUT 7rgT;r3Copyright1984 Intel CorporationSPN 173824-030r |rRNDPXTERMINALTERXXXXXrj, file name too longr, too many parameters&rFILLTAPEr, illegal number of testsr, Illegal min value r, min value too large4r, Illegal max valuer, max value too larger", min value greater than maxNr$+, illegal number of NDPX testsrJparse rq_C_get_parameterrc CALIBRATErn, Unrecognized ParameteP$^&w/BP+^&w/BP2v^&w/BP9g^&w/BP@X^&w/BPGI^&w/BPN:^&w/BPU+^&w/BP\^&w/BPc ^&w/BPjPp^&1s0&G*+t&w/HRyQP^&w/HP~P&w,]D ȥTTyr!..WU~u5.O&.NrTE^ &G0&G071 u6F^ &w/;P&G3P^ &w/-P&w&w8Ft^ &w/PGPp^ &w/P&w^ &w/P&w^ &G.s &w/&P ^ &w/&PPp.O&?u^ &w/BP.O&?u^ &w/B.......kr..............r*Yr erase Kr creat Er atach Lr open tr close )r $read |r +write r 2rewnd r 9rmark r @wmark r Gretsn r Nseek Fr Utrunc r \dconn r cdfile rjMismatch Errorr yERR r ~EIO r Fill Sr Truncrdouble nickle.rFull speed....Zr test_error rq_suspend_taskr>{r Conn = r IORS = r Seg = rtape erase error Lr*^&1s&*+uPPP&w,'-#T-TGT*WTȂTȇTțTȲTTTTwr[8 2PFPvPPP PRPFPv]cTT*!T+T*0TET7MT!tr .WUQQ^SJ^&w PRPFP^&GvPP^&GFF&^&G*F&&O, t )tSJ]T/T*FT|TrA .WUQ^S ^&wFPvP-P] T#T*3TSRSAT<PLM86 V2.14/26/84 14:26:32Qr i^&*tG.6O&<t^&_1. '6ETcr^&w/BPv^&w/BP^&w/BP^&w/BP-^&w/BP<^&w/BPK^&w/BPZ^&w/BPi^&w/BPxv^&w/BPg^&w/BPX^&w/BPI^&w/BP:^&w/BP+^&w/BP^&w/BP ^&w/BPPps^&w/PPp^&_1. '6ETcr^&w/BPg^&w/BP^&w/BP^&w/BP^&w/BP^A XToT4rH&w/Brr'getdevtable rq_C_get_command_namer^rsatdev.defr&getdevtable rq_S_get_file_statusr#getdevtable rq_create_segmentr"getdevtable rq_S_attach_file_rgetdevtable rq_S_open r )getdevtable rq_S_read_mover'Dgetdevtable rq_C_set_parse_bufferr$fgetdevtable rq_C_get_parameterr%Illegal rsatdev.def informationrDISKTAPEqr%Illegal rsatdev.def informationr4Too many devices specified in rsatdev.def file~r(getdevtable rq_S_deleteP0!uPPv⍆PxPPPPFPPvPPP8PPvĞSv⍆P@FP)PFNF;rĞR+PPFPDPPPQPRPRPPFPfPutPPP؍PPQ T61TAT'WT7TȍT*ȢTȫT#T7TT7TT7(TRT6fTɋT6ɡTTTXrA# create_semaphorer$mainline rq_C_get_command_namer^termdefsrmain line rq_get_priorityrmain line rq_create_taskLr main line rq_receive_unitsBrmain line rq_send_unitscrUQ^&#u+JVtU~ v@^&+NIvp^~y^NOY^v&@1&Fn F0^v&@](rlU^SRP.: v ^&?v SjP^&?v^SP^GFFPP. ^SF u^SP F;vQ-኎؍]t+JuuPPYPFF뢍PPFP0vPP\-؍]QPFF wĞv&@FuݸFF;s=r5F؍Ğt+JuƆF뺊s(F؋Ķ&L &T"&D,ĞK!+T'bTȏTTT7T:T'RTr*L&G &W"&G,Ğ&G\F\]Êr;qU &G2-u9xFV&G1 t*&G1@&G&w/RP +ЉVFF;Fwb4؍_v& FGPvNF;v PQF&GFuN^GP^&tw tv&^GP+P^GPP]TXTT%TT+T'r U\XPPQPRPRPFPs`vPJPtPPw밍PcP.  ( PnPXƋ];T6OTwTȖTr3 UfPPPPPPPPFP_connectionr#"getdevtable rq_delete_segmentr @:$:rDillegal logical namer-Ytwo tests specified on same tape devicehrrq_get_file_statusgr!create_io rq_create_segmentr!create_io rq_create_mailboxrcreate_io rq_create_taskr create_io rq_receive_unitsr> r>;r*NDPX not in system or not responding"r*How many NDPX tests: 4r@ possible? 1rMCreate_87 rq_create_taskr fcreate_87 rq_receive_unitsr#4main line rq_.. 4 G R PPPĞ& Ğ&Ğ&@P'Ğ Ğ&wĞYĞ&@PDĞ&G&W@rPPPĞv&< t < tFĞv&< t< tKFvP PPPP"P]ü! TSTȝTTT7T%T*6Tr_U\_&:t@PPWĞ&ɵ:u+JVuPPDPFĞwP'F\FF^&?sq^&@FFPDFV^& OuIN^&ptIZƆ;vȱ؍  G[PzRP6RPPPFPFvPMP6 PPFPFvPfPtXZ],5 T5t>t .S8Yw>uPy]øZ] T (Tr] TPHPPP0PPNPPP:PPVPPPBPP\PP],QT)T'9THT'XTgT'|TȋT'țTȪT'ȺTT'TT'TT'T&T'6TET'r  I. UQ.&8t .&FvPPfPPv PPkPPvPPpPPvPPtPPv$PPxPPv,PP|PPv4PPPP]196TET'UTdT'tTȃT'ȓTȢT'ȲTT'TTYZ\]|)TT TTTTTT"T&T/r sT 9r EMr :Br 5r |r |r |r |r |r |r |r |r |r |r |r "|r $|r &File namer 0Bufferr 7sizer <Passr AFiler FopXr IFiler NPointerIr VValue'r \Operationir fPass~r kThoupr pExpr tSinr xCosr |Tanr Squr RSATȱ4؍_G1FuFF;wjȱ4؍_FFG/_^^@PPGPp&uvP&wzFuFY]À ȃTȦTrUYFF8FvqF4؍_FG/PPPGP_^F&?u~u vPF%뇊FY] ETcTpTrUPݾX5t∆t>tPPPqY<tY8v>up*th*PPP*PP P@PP PPPP(PP PP0PP"PP8PP$PPPt&]i9TIT'[TkT'}TȍT'ȟTȯT'TT'TT T'T-T'?TOT'aTqT'ɃTɓT'ɥTɵT'TT'Tr rO . UPPP&PPPPP0PPPPP7PPPPP<PPP&PPAPPP'PPFPPP0PPIPR uPPTP@PTPPPTP6TPPPPPPYPWPTP 6TP4PPWPTP6TP4PPTP[6TPP6[ RP6RPPPTPN6TPP6 PPTPV6TPP6PTP6TPPPEPaIT8fT8uT*zTȐT6ȡTȰT'ȿTTT*TT*T#T*7TATcT*wTɍT*ɡTɦT ɸT*TT݀HEADERr- 'TT'r O. U.6.6Pp.P.6Pp.&sPPPp.&r.6.PPp.P.6Pp.P.P.&7.P.6Pp.P.PPp.&G& u.P.PPp.P.Q.&7.&rQ. .&*P.6 PpƆ.&8sQ.6 ȱ-.@PpQ.  Pȱ-.&p"&p ƆP. PPPȱ.&pOBTiTRSATIOr w TT Tr r read_check rq_sleepr" +read_check rq_delete_segmentr vr io_test rq_sleepr Hio_test rq_send_unitsr ^io_test rq_receive_units7rR UQ^&G1 SY^&wP&GRP&w G*P(^S ^&w(FPvPP^&G3&O&"^&G1SY^&w&_"S^&w&w G*P^S ^&G&G&W&w(FPvPP^&G1SY^&G3&O&"t+J^&W*?r &test_NDPX rq_sleepqr 9test_NDPX rq_send_units6r Qtest_NDPX rq_receive_unitsr v~Er '7r ?qr ?r "1?`r z.xU^&wP&w ^&w P&w ^&wP&7^&wP&w^&w"P&w^&w*P&w^&w2P&w]ܜT-T?TRTeTxTȋTrs U^^F^F욊^.FF.6 ^Ff.0v] T2T2)T2.T2LT2dT2?r z.xUY^&w&_"S^&w&w G*P ^S ^&*)t&G&G&W&w(FPvPP^S]YT*=T*MTgT*zTȣTȲTT7TT*TTT8%T3T*CTrTɁTɣT8ɭTT*TRr ^&G&G&WB^&G*&G.SP.^&G& Gu&O3SP.^Sr^&G1 SY^&wP&GRP&w G*P(^S ^&w(FPvPP^&G1 SY^&w&w G*P8^S ^&w(FPvPP^&G&)G&W^&G1SY^&w&w T2T2T-T*=T`T2eT2pT2|T2ɁT2ɔT2ɽTT*TT2T2r} if.0.T~Xr^&G@&G&w"RPPFPvP&PF..SVHVf.0.T~Xr^&G@&G&w*RPPFPvP&PF.. ^FF.T~Xr^&G@&G&w2RPPFPvP&PF1 u^&G @&G &w RPF."YE T26TDT*TTiT2rT2wT2ȊT2ȳTT*TT2T2$T2T*9T5TQTvTȌTȧTȽTTTTHTɁTɱTTUr =&pP Pȱ-.&x"& x t'Pȱ.&0P PPPPP.6 Ppt]˥ TMT_T'jTȂTr . U.&?v%PPP.&7P.&?v;P.&?u P.&7.&P.&7PO]Ҝ T!T+TQTȇT >R8087Kr l TT Tr xr xr  Ar @0r t SJ ^&G*^&wFPvP+P]x9T2T8TLT*\TkTɀT8ɊTɘT*ɨTɷTT7TT*r KRSATTPrj TT Trvrxr rrtape_test rq_sleeprtape_test rq_send_unitsr 3tape_test rq_receive_unitsr!Ntape_test rq_delr!rOInitscr Errorr]Initscr ErrorrkInitscr Errorry r { r rr;rHr]C:E=1\r]C:E=0\r"U~tvPP]Tr.UQ PFPvPPPFPpvP P6PPPFPvP.P<PFPvPAPPFPpvPOP6PPPFPvP]PPPPFP vPkP ]9T7SUT*=T*MTgT*zTȣTȲTT7TT*TTT8'T5T*ETTTrT8|TɑT*ɡTrgP.^&G1SY^&w&_"S^&w&w G*P ^S ^&*)t&G&G&W&G&WF^&w(FPvPPC^&*)tU&G1 SY^&w PP&w G*P0^S ^&w(FPvPP^&G*&G.&G3SP.^&G1SY^&wPP&w G*P0^S PFPvPPF^&G& Gt&*)uFFF;Fw^&*)u &G]y T&TrlP.URF*F FFFȊN:r B FuFBFFF8F rPv FPpFu]ɜYTrJ.UƆv vPPPP] !T1T'uBPFPFvF; t#6 PPFPFvu6^GP^&P6FP vL66PFPPFv-]@T*JT*vT8ȒT8rV{.UQQ6^ Sv6FP v66PFPPFv] #T8?T8Qr*.U^&?tS^&][Tr2.U^&&@vv GPp]+&T r7.UQyPF~ w{PFu3SP.^&G3&O&"^&G1SY^&w&_"S^&w&w G*P^QTT7T8ATvT*ȆTȟTȽT8TT*TTT4T8>TLT*\TɦTTT8rWS ^&*)tu&G&G&W&)G&WF&w(FPvPP^&G1SY^&G3&O&"t+J^&W*t SJ ^&G*^&wFPvPNP^&*)tU&G1SY^&wPP&w G*P0^S ^&w(FPvPP\^&G1SY^&w&w G*P^S PFPPv v P PP]T !T8TCT"rN.UƆv v PPvP PP] !T5T@T(r^J.UƆvvP^ SPPvP PP] !T1T'ETPTrH.UƆv v PPvP]H !T/T:T4rX.UƆvvP^ SPPvP] P!T1T'?TJTr29.Uvv v vF FNNFFvPPFP@FvPmP~uFr FrFFHN;rvFuF^.!%uF9FvUFsX^&vt+JuF^&FFF밁~sF9Fw)-T'@T'OT7ȄTTT7T&T79TnTrFrv;tFs:F+Nv u+JVt VF롋FF뙋vt+JuRPPvt+JuFvvFFvvT"r-.Uvv^ Sp^S] ל T!Tr(.Uvv ^Sp] TTr0;.UQQvv ^SFVF]Trff.UQQ6 PPFPFvPFP vPFPv]˿ T*5T*TT*rW.UQQPFPFvF; u# 6 @PFPv]˪ T*ET*tTS_SETr T-rT-rOSCrSTr:>r DEFAULTYr ANSI6rr, !r Sr.U~uƆF sfPPPPPvPFP PP^SPPPP PRPFPv])%T6TPT6`T'pT'ȀT'ȋTȐTȥT7ȭT!jPARMLKrlr.U^ S'F^GFFF^&:FrQ^ &w^^t+JYu~t!FF^&@FFFuF]TCOERCErjr*.UF$FvFPvPPFrFsCFs)Fs RP ^SRPI RP}PPv]KȋTT7T7!TSTpTɀTr, .UQ PFPP]~ T* TCUSPERrmr Xr.UƆF t PPaF t PPPPRPPPFP PRPFPv]&T'rtermdefs file not foundr(.term_support_set rq_s_attach_file|r!Qterm_support_set rq_s_open"r&mterm_support_set rq_s_read_mover:>lrCError in termdefs file, :> encountered while searching for <:r<:.r&term_support_set rq_s_read_mover"term_support_set rq_s_closer@Default not found in termdefs file, terminal spec requiredr9I, terminal specification not found in termdefs filerH}Error in termdefs file, string between :><: too UQF^F&8r &pN^&@FuՋ],$TCONVRTrTr0123456789ABCDEFr:r:r.UQF ^&>bvFF <<0$ j|$$?rS2Uh؛~.H Xċ2rUMrbZssYsl>r K u@ڛ~ftHr&ڛ~F^&N;vE&@0:r9<9w5F~ PFV^v&@,0FVF묋FV]{JT1r*.UQQ^SDFVF]zTr.UQ^ SFV PP0PP^ SFV ~^ Sǹ<1PP0PP^ S^ SF<1RP0P]T1*T9T'JT1gTvT'ȑT=EXITERr!Nr!Return from EXIT_IO_JOBqr#!.U~t P]՜T*POINTZr#dr%#.UQQFFF^]Nɛفt̀tx9f@sf~F$=FfԄu Faus؛(~F?tǛ؛ 뚛stsuÉ~VF T3AMODUr 3izr2NU؛~.T~~^uu~FEt]#Ur5-2.U^&?t^&&@GP]J)T-r0-b.UF;r PLu]U"r#-.Uv ]v]] UUMUPIFLrU* Uv& ]U^]U^]UF]U]U^]UF]UF]U^]U ]U ]U ]U ]U ]UVr2]U^F]U^FrM2<"ٛ~ftr"Ɇ&ttLրSINr'3Dq  TTTT}r 2DhpLOG101r'3fm  r 2fbNLNr'3l  rr 2\,ATANRr'3vTTTTBr+2V؛.t AINTJr3fgxrx2U؛~l׀PtvFNs MQ_63U1r2vS؛FUMQ_63Ur2AFIVMQ_1Hr2؛gIXTRFLr 88XT8IXSTIMr 8@X T8IXGTIMr 8HT8IXWAITr 8PvܜT8IRT8Nr#8X t2Қ 6|& T* IRTANr#8v t2Қ 6|& ܜT* IRTCNr#8 t2Қ 6|& T* IRTENr#8 t2Қ 6|& T* IRT4D r%8 t2Қ 6|& yT* RQLCMBr *p&T*RQLCSGr *x& T*RQLCSMr *MQ_Q(r2 NFDECIDEr92 U؛~~.^x``T3MQ_OFr2& NF MQ_EXM1XrZ22 ɛ~ftwڛ~ft hAT2r 3^ trg2 ћ~ftwɀ^؛؛.^..tfPUBINITBr 57HIGTCNr 6(}T6HIPABUr 6(tT6HIPARMr 6d.T6HtϛT3SIGNEr3drL20U؛~F Fn~fr ؛t ؛% T3NORM:r3@9r&2xɛɛɛÄYL2XGr<2P~frÛ~F@uÛ'MQRPIrE2՛.ɛ~FuÛ؛ś.ɛ~FuιRADr2›ɛ[TXAM2~F tF ؛n`FtMQ_PIIr2FtUCOMMON_SIN_COS r 3Z0)r2 2ƨtӨ@tׄuӨtلt.Z~fvSɛٛtțɛ>Bʛ.T>Btt؛韀MQ_NQr2 NF(MQ_U0r2 NF$j MQ_63UPI2r2 FCP2N63r2 .~fsbʜT*RQLCTKr *T*RQLDSGr *&T*RQLDTKr *&T*RQLGPRr *&T*RQLGTTr *&ڜT*RQLRMSr9*Uv͸t ~& ~ Ãut&] wT*RQLRUNr *bcT*RQLSEHr *DwT*RQLSLPr *&T*RQLSTKr *&T*RQLSUNr *DaT*RQLERRr* QR3PPP͸ZYjRQLR06r"*&U:>]T:T=0\<:  ͸t ^&]rT*RQLR08r"*DU ͸t ^&]RT*RQLR10r"*bU ͸t ^&] 2T*RQLR20r"*U ͸t ^&] T*p@(#J y must be attached as :fd0: or the correct logical name specified in place of :fd0:. If your system does not contain an NDPX, then omit the NDPX parameter. To invoke RSAT from the floppy, precede the command line with :fd0:RSAT/. If your terminal is not Hazeltine 1500 compatible, you need to specify your terminal name. The TERMDEFS file contains specifications for a number of terminals. If yours is not listed, you need to create the specification (seeSTANDARD INVOCATION If you intend to use RSAT as a system stress test, there is a standard invocation which will produce the worst case conditions and therefore perform the most comprehensive testing. Following is the command line for the standard invocation. - rsat t#(4,9k,15k) :fd0:t#(2,5k,7k) ndpx=2 terminal=hazeltine If you want the test files to be in a directory other than the default, then precede the file names with the directory. The flopp the iRMX System Analysis Test User's Guide). REMEMBER: The Switch on Your Terminal Must Be Set for ESC   this file are ; contained within the :> and <: delimeters. Any text to the right of a ; semi-colon is considered a comment and is ignored. ; ; CHANGING THE DEFAULT SPECIFICATION: ; This file is provided with Hazeltine as the DEFAULT specification. ; Notice that the same specification appears again with the name ; 'hazeltine'. Change the DEFAULT specification as follows: Delete the ; current default specification (the same specification is retained ; wit to be supported, the character sequences required by the terminal for ; its directional arrows (values e2, e3, e4 and e5) must be limited to ; either a single 8-bit code or a single 8-bit code preceded by an ; Escape character(example: 16 or ESC 16 ). ; ; To add a specification, duplicate a copy of an existing specification ; to work from. Then fill in the values on the right side of the equals ; sign based on information found in your terminals reference manual. ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; ; iRMX 86 termdefs Data Base ; ; ABSTRACT: ; This is the data base used to support multiple terminals on iRMX. ; The terminal specifications in this file are based on the information ; found in the iRMX86 BASIC I/O SYSTEM REFERENCE MANUAL Appendix F. For ; more information about this file, also refer to the iRMX SYSTEM ; ANALYSIS TEST USERS GUIDE. The specifications in h the name 'hazeltine'). Then make a copy of the new default ; (leaving the original unchanged) and place it at the front of the file. ; Now change the name to 'DEFAULT'. ; ; ADDING A NEW SPECIFICATION: ; Procdures for adding a specification can be found in the iRMX SYSTEM ; ANALYSIS TEST USERS GUIDE. If the manual is not available, following ; is a brief description of the procedure. ; ; First, realize that all terminals cannot be supported. For a terminal ;   These values are expressed in decimal. If the function is activated ; by a single 8-bit code, then use the decimal representation of that ; code. If the function requires a preceding (lead-in) Escape, then add ; 32 to the 8-bit code and use that value. Cursor-addressing and Clear- ; to-end-of-line (e6 and e31 respectively) can be simulated by specifying ; a value of 192. ; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; DEFAULT:>OSC ; dtes specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 100, ; cursor left 27 X = 80, ; number of colums Y = 24, ; number of lines e2 = 16, ; cursor right e3 = 8, ; cursor left e4 = 44, ; cursor up e5 = 43, ; cursor down e6 = 49, ; cursor address (can be simulated by specifying e6 = 192) e31 = 47 ; clear to end of line (simulated by specifying e31 = 192) ST<: ansi:>OSC ; This is a null spec, to be used as default for ansi terminals T:T=0 ; translation: 1 = enable, 0 = disable ST<: hazeleft to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 22, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (siafter 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 16, ; cursor right e3 = 8, ; cursor left e4 = 44, ; cursor up e5 = 43, ; cursor down e6 = 49, ; cursor address (can be simulated by specifying e6 = 192) e31 = 47 ; clear to end of line (simulated by specifying e31 = 192) ST<: cobar:>OSC ; cobar 3132, in VT52 mode *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinaefault is hazeltine 1500,1510,1520,exec80 *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 96, ; cursor addr offset (logical zero,zero) V = 32, ; fall back after 1 e4 = 97, ; cursor up e5 = 98, ; cursor down e6 = 121, ; cursor address (can be simulated by specifying e6 = 192) e31 = 107 ; clear to end of line (simulated by specifying e31 = 192) ST<: tvi912:>OSC ; televideo 912 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase ltine:>OSC ; hazeltine 1500,1510,1520,exec80 *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 96, ; cursor addr offset (logical zero,zero) V = 32, ; fall back  mulated by specifying e31 = 192) ST<: lsadm11:>OSC ; lear siegler ADM 11 T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, e31 = 148, ; clear to end of line (simulated by specifying e31 = 192) ST<: adds:>OSC ; adds regent and viewpoint series *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decreasedinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 32, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor lefanslation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 32, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 22, ; cursor down e6 = 93, ; cursor address (can be simulated by specifying e6 = 192)  ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 93, ; cursor address (can be simulated by specifying e6 = 192) e31 = 116 ; clear to end of line (simulated by specifying e31 = 192) ST<: tvi950:>OSC ; televideo 950 ** tested ** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coor U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 6, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: adds980:>OSC ; adds consul 980 T:T=1, ; trt e4 = 11, ; cursor up e5 = 22, ; cursor down e6 = 93, ; cursor address (can be simulated by specifying e6 = 192) e31 = 148 ; clear to end of line (simulated by specifying e31 = 192) ST<: freedom100:>OSC ; liberty electronics freedom100 ** tested ** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first  2 = 37, ; cursor right e3 = 08, ; cursor left e4 = 9, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: beehive:>OSC ; beehive, works on INTEL/SIEMENS terminal *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit  X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 100, ; cursor left e4 = 97, ; cursor up e5 = 98, ; cursor down e6 = 121, ; cursor address (can be simulated by specifying e6 = 192) e31 = 107 ; clear to end of line (simulated by specifying e31 = 192) ST<: cobra:>OSC ; ZENTEC cobra (86/735 terminal) *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinat ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: vt100:>OSC ; DEC vt100 , in VT52 mode *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease  e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 93, ; cursor address (can be simulated by specifying e6 = 192) e31 = 116 ; clear to end of line (simulated by specifying e31 = 192) ST<: zentec30:>OSC ; zentec 30 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left 2:>OSC ; DEC vt52 *** tested *** T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192,es specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 100, ; cursor left e4 = 97, ; cursor up e5 = 98, ; cursor down e6 = 121, ; cursor address (can be simulated by specifying e6 = 192) e31 = 107 ; clear to end of line (simulated by specifying e31 = 192) ST<: vt5 to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulat ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 109, ; cursor right e3 = 08, ; cursor left e4 = 104, ; cursor up e5 = 112, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = ro,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: h19:>OSC ; heathkit|heath-19|z19|zenith|heathkit h19 T:T=1, ; translation: 1 = enable,  cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 93, ; cursor right e3 = 08, ; cursor left e4 = 91, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: c108:>OSC ; concept 108 w/4 pages and ^S/^Q T:T=1, ; transt e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 98, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: IBMpc:>OSC ; IBM PC T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ed by specifying e31 = 192) ST<: adm:>OSC ; adm lowest common demoninator ** tested ** T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical ze192 ; clear to end of line (simulated by specifying e31 = 192) ST<: c100:>OSC ; concept|c104|c1004p|concept100|concept 100 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ;0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor righ lation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 =0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 28, ; cursor righ 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 24, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 11, ; cursor down e6 = 192, ; cursor address (can be simulated by sp ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) r addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: dm2500:>OSC ; datamedia 2500 T:T=1, ; translation: 1 = enable,  93, ; cursor right e3 = 08, ; cursor left e4 = 91, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: mime1:>OSC ; microterm mime1 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, t e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: dm3025:>OSC ; datamedia 3025a T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ecifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: cdc456:>OSC ; cdc456 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; curso  e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: dm3045:>OSC ; datamedia 3045a T:T=1, ; translation: 1 = enable, 0 = disable F = 1, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offse ; clear to end of line (simulated by specifying e31 = 192) ST<: ampex:>OSC ; ampex dialogue 80 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 27, ; number of lines e2 = 25, ; cursor right e3 ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 64, ; number of colums Y = 32, ; number of lines e2 = 25, ; cursor right e3 = 8, ;  ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 21, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192t (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: dd5000:>OSC ; delta data 5000 T:T=1, ; translation: 1 = enable, 0 = disable  zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: compucolor:>OSC ; compucolor II T:T=1, ; translation: 1 = enable, 0 = disable F = 1,  = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: vc404:>OSC ; volker-craig 404 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first  cursor left e4 = 28, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: soroc:>OSC ; soroc 120 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 =, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: sol:>OSC ; sol T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = df line (simulated by specifying e31 = 192) ST<: annarbor:>OSC ; annarbor T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, g e31 = 192) ST<: xl83:>OSC ; Cybernex XL-83 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 ication: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 19, ; cursor right e3 = 08, ; cursor left e4 = 23 increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12 ; cursor right e3 = 8 ; cursor left e4 = 105 ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end oecrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 64, ; number of colums Y = 16, ; number of lines e2 = 19, ; cursor right e3 = 08, ; cursor left e4 = 23, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifyin ; fall back after 127 X = 80, ; number of colums Y = 40, ; number of lines e2 = ^_, ; cursor right e3 = 08, ; cursor left e4 = 14, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: dg6053:>OSC ; data general 6053 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specif X = 80, ; number of colums Y = 24, ; number of lines e2 = 09, ; cursor right e3 = 08, ; cursor left e4 = 14, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: omron:>OSC ; Omron 8025AG T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows  back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 21, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: visual200:>OSC ; visual 200 with function keys T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates s, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: ct82:>OSC ; southwest technical products ct82 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 =  = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: hp2626:>OSC ; hp2626a|hp2626p|2626|2626a|2626p|hp 2626 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; ng e31 = 192) ST<: terak:>OSC ; Terak emulating Datamedia 1520 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10pecification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 82, ; number of colums Y = 20, ; number of lines e2 = 19, ; cursor right e3 = 08, ; cursor left e4 = 01, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifyi 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; cl ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 24, ; cursor right e3 = 08, ; cursor left e4 = 26, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: addrinfo:>OSC ; addrinfo T:T=1, ; translation: 1 = enable, 0 = disablursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: carlock:>OSC ; carlock T:T=1, ; translation: 1 = enable, 0 = d e3 = , ; cursor left e4 = 28, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: microterm:>OSC ; microterm act iv T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ear to end of line (simulated by specifying e31 = 192) ST<: gt100:>OSC ; general terminal 100A (formally infoton 100) T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: perkin$elmer:>OSC; perkin elmer 550, 1100, 1200 (fox, owl) T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; ce F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 25, ; cursor right isable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 0, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 64, ; number of colums Y = 24, ; number of lines e2 = 19, ; cursor right e3 = 08, ; cursor left e4 = 23, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = crease left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zero,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 99, ; cursor right e3 = 08, ; cursor left e4 = 97, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of lo,zero) V = 0, ; fall back after 127 X = 80, ; number of colums Y = 24, ; number of lines e2 = 12, ; cursor right e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: t3800:>OSC ;teleray 3800 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ;  e3 = 08, ; cursor left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: exidy:>OSC ; exidy smart T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first  left e4 = 11, ; cursor up e5 = 10, ; cursor down e6 = 192, ; cursor address (can be simulated by specifying e6 = 192) e31 = 192 ; clear to end of line (simulated by specifying e31 = 192) ST<: t1061:>OSC ; teleray 1061 T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = in192 ; clear to end of line (simulated by specifying e31 = 192) ST<: ubell:>OSC ; ubell char T:T=1, ; translation: 1 = enable, 0 = disable F = 0, ; coordinates specification: 0 to 7 as follows ; bit ; 0 ==> 0 = horiz first, 1 = vert. first ; 1 ==> 0 = increase left to right, 1 = decrease ; 2 ==> 0 = increase top to bottom, 1 = decrease U = 32, ; cursor addr offset (logical zerine (simulated by specifying e31 = 192) ST<: %w U% I 3 @ % I &% 8 * ޚNN0%* 9 + %+ ; , w w w H%%-Jw + w PRw + w Sw w w w w w PT w w w %3 I E /UU% dL R?SPACEMAPR?FNODEMAPR?BADBLOCKMAPR?VOLUMELABELRSATINSTALL.CSD134931-001 134936-001  !!""##$$%%&&''