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tops10_tools_bb-fp64b-sb
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10,7/trmtyp/trmtyp.mac
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TITLE TRMTYP Program to query a terminal for the type.
SUBTTL written by David Weaver 1/15/82
TOPS10==-1
TWOSEG
IFN TOPS10 <
SEARCH UUOSYM
IF1 < PRINTX [Assembling TRMTYP for TOPS10]>
>
IFE TOPS10 <
SEARCH MONSYM
IF1 < PRINTX [Assembling TRMTYP for TOPS20]>
>
SUBTTL Edit History
TRMWHO==0 ;WHO LAST EDITED (0 ORIGINAL AUTHOR)
TRMMAJ==1 ;MAJOR VERSION NUMBER
TRMMIN==0 ;MINOR VERSION NUMBER
TRMEDT==11 ;EDIT LEVEL
;Edit History:
;
; 1 Set the wait time for TOPS20 using the 1 min load average.
; 2 Set the wait time for TOPS10 differently for PTY's.
; 3 Add FL.VID to signify video terminal.
; 4 Fix up terminal types so VT180 and VT100 with printer port
; are displayed properly.
; 5 Set VT100 with printer port and AVO as VT102 instead of VT100.
; 6 Revoke edit 5 until more cusps now about VT102's.
; 7 Save and restore the state of PAUSE ON END-OF-PAGE and don't
; mess up the FULL/HALFDUPLEX setting on TOPS20.
; 10 Make sure NO RAISE is set.
; 11 Make PTY's read the controlling terminal's type and if batch,
; just say batch.
;
IFE TOPS10 <
RELOC 0
ENTVEC: JRST START
JRST START
BYTE (3)TRMWHO (9)TRMMAJ (6)TRMMIN (18)TRMEDT
ENTLEN==.-ENTVEC
>
IFN TOPS10 <
LOC 134
EXP START
LOC 137
BYTE (3)TRMWHO (9)TRMMAJ (6)TRMMIN (18)TRMEDT
RELOC 0
>
SUBTTL Definitions and impure storage
T1=1
T2=2
T3=3
T4=4
A=5
B=6
C=7
FL=15
SP=16
P=17
;FLAGS (LEFT HALF OF FL)
FL.ANS==400000 ;ANSI MODE TERMINAL
FL.DEC==200000 ;DEC MODE TERMINAL
FL.VID==100000 ;VIDEO TERMINAL (CHECK WIDTH IF ANSI)
FL.NET==040000 ;LINE IS NETWORK LINK
FL.PTY==020000 ;LINE IS ON A PTY
FL.BAT==010000 ;LINE IS CONTROLLED BY BATCH
STKLEN==20
STACK: BLOCK STKLEN
TRMSAV: BLOCK 1 ;SOME TERMINAL CHARACTERISTICS TO SAVE
; FLAGS (RH)
TR.PAG=400000 ;PAUSE ON END-OF-PAGE
IFN TOPS10,<
TTYCHN==1 ;CHANNEL FOR TERMINAL
DEVBLK: EXP .IOPIM ;USE PACKED IMAGE MODE
SIXBIT /TTY/
XWD 0,0
TRMFNC: BLOCK 1 ;BLOCK FOR TRMOP FUNCTIONS
TRMUDX: BLOCK 1
TRMARG: BLOCK 1
UNKTYP: SIXBIT /TTY/ ;TOPS10 UNKNOWN TERMINAL TYPE
>
IFE TOPS10,<
DEVSTR: ASCIZ /TTY:/
BLOCK 1
DEVJFN: BLOCK 1 ;JFN FOR TERMINAL
UNKTYP: EXP .TTDEF ;TOPS20 UNKNOWN TERMINAL TYPE
JOBBLK: BLOCK .JIBAT+1 ;BLOCK TO GET JOB INFO
JOBLEN==.-JOBBLK
PTYLIN: BLOCK 1 ;LINE NUMBER OF FIRST PTY
CTYLIN: BLOCK 1 ;LINE NUMBER OF CTY
>
BYTSIZ==^D7
TTYSIZ==^D132
TTYBUF: BLOCK <TTYSIZ/BYTSIZ>+1
TERTYP: BLOCK 1
IFE TOPS10,<
LDAFCT==^D200 ;FACTOR FOR MULTIPLYING LD AV BY FOR SLPTIM
NETTIM==^D3000 ;WAIT 3.0 SECONDS ON A NETWORK LINE
>
IFN TOPS10,<
WAITIM==^D1100 ;WAIT 1.1 SECONDS (GOES INTO SLPTIM)
NETTIM==^D3000 ;WAIT 3.0 SECONDS ON A NETWORK LINE
>
SLPTIM: BLOCK 1 ;TIME TO SLEEP
SUBTTL Main program
RELOC 400000
START: RESET
MOVE P,[IOWD STKLEN,STACK]
SETZ FL, ;CLEAR ALL FLAGS
PUSHJ P,OPNDEV ;GO OPEN THE TERMINAL
PUSHJ P,CLRIBF ;CLEAR INPUT BUFFER
PUSHJ P,SETSLP ;SET THE SLEEP TIME
MOVEI T1,[ASCIZ/[Terminal type is /]
PUSHJ P,STRSND ;Output the MSG
TLNN FL,FL.BAT ;BATCH?
JRST PTYCHK
MOVEI T1,[ASCIZ/BATCH/]
PUSHJ P,STRSND
JRST FINCRL
PTYCHK: TLNN FL,FL.PTY ;PTY?
JRST DECDNT
MOVEI T1,[ASCIZ/PTY/]
PUSHJ P,STRSND
PUSHJ P,PTYTYP ;SET PTY SAME AS CONTROLLING TERMINAL
JRST FINCRL
DECDNT: MOVEI T1,[BYTE (7)33,"Z",0]
PUSHJ P,STRSND ;SEND IT
PUSHJ P,WAITO ;WAIT FOR OUTPUT TO COMPLETE
PUSHJ P,WAIT
PUSHJ P,STRGET ;GET THE RESPONSE
PUSHJ P,CHKTYP ;AND CHECK THE TYPE
JRST ANSI ;IF WE FAILED, TRY ANSI
TLNE FL,FL.VID ;VIDEO TERMINAL?
TLNN FL,FL.ANS ;WAS IT AN ANSI SEQUENCE
JRST FINISH ; NO, GO FINISH UP
JRST ANSWID ;YES, FIGURE OUT TERMINAL WIDTH
ANSI: MOVEI T1,[BYTE (7)33,"[","0","c",0]
PUSHJ P,STRSND ;SEND IT
PUSHJ P,WAITO ;WAIT FOR OUTPUT TO COMPLETE
PUSHJ P,WAIT
PUSHJ P,STRGET ;GET THE RESPONSE
PUSHJ P,CHKTYP ;AND CHECK THE TYPE
PUSHJ P,TRMUNK ;SAY "UNKNOWN"
TLNN FL,FL.ANS ;ANSI MODE?
JRST FINISH ;NO, DONE
ANSWID: MOVEI T1,[BYTE (7)33,"7",33,"[","1",";","1","3","2","H",0]
PUSHJ P,STRSND ;SEND IT
MOVEI T1,[BYTE (7)33,"[","6","n",33,"8",0]
PUSHJ P,STRSND
PUSHJ P,WAITO ;WAIT FOR OUTPUT TO COMPLETE
PUSHJ P,WAIT
PUSHJ P,STRGET ;GET THE RESPONSE
PUSHJ P,CHKWID ;GET AND SET TERMINAL WIDTH
JFCL ;IGNORE FAILURE
FINISH: MOVEI T1,[BYTE (7)33,"\",0]
PUSHJ P,STRSND ;SEND IT
FINCRL: MOVEI T1,[BYTE (7)"]",15,12,0]
PUSHJ P,STRSND
PUSHJ P,CLRIBF ;CLEAR INPUT BUFFER
PUSHJ P,CLSDEV ;CLOSE TERMINAL
PUSHJ P,STOP
JRST .-1
SUBTTL Common subroutines
STRGET: MOVE A,[POINT 7,TTYBUF,-1]
CHRLUP: PUSHJ P,CHRGET ;GET A CHAR
JRST CHRLP1 ; NO INPUT
IDPB T2,A
JRST CHRLUP
CHRLP1: SETZ T2, ;TERMINATE WITH A <NUL>
IDPB T2,A
POPJ P,
CHKWID: MOVE A,[POINT 7,TTYBUF,-1]
ILDB T2,A ;GET A CHAR
CAIE T2,33 ;ESC?
JRST CPOPJ ;NO, RETURN
ILDB T2,A ;GET NEXT
CAIE T2,"[" ;ANSI?
JRST CPOPJ ;NO
PUSHJ P,ANSNUM ;GET THE ANSI NUMBER
JRST CPOPJ ;INVALID
PUSHJ P,ANSNUM ;GET THE ANSI NUMBER
JRST CPOPJ ;INVALID
LDB T2,A ;GET LAST CHAR
CAIE T2,"R" ;SHOULD BE CURSOR POSITION
JRST CPOPJ ;ISN'T, DON'T SET WIDTH
PUSHJ P,SETWID ;GO SET THE WIDTH OF TERMINAL
JRST CPOPJ1
CHKTYP: MOVE A,[POINT 7,TTYBUF,-1]
ILDB T2,A ;GET A CHAR
CAIE T2,33 ;ESC?
JRST CPOPJ ;NO, RETURN
ILDB T2,A ;GET NEXT
CAIE T2,"[" ;ANSI?
JRST NOANSI ;NO
ILDB T2,A ;GET NEXT
CAIE T2,"?" ;BETTER BE THIS
JRST CPOPJ ;NOPE, DON'T KNOW WHAT TO CALL THIS
PUSHJ P,ANSNUM ;GET THE ANSI NUMBER
JRST CPOPJ ;INVALID
MOVEI T2,TBANSI ;GET TABLE TO SEARCH
PUSHJ P,SRCTBL ;TRY TO FIND INDEX
JRST CPOPJ ;OUT OF RANGE
MOVEM T2,TERTYP ;SAVE TYPE INDEX
MOVE C,TYANSI(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBANSI(T2) ;GET TERMINAL TYPE FROM TABLE
SKIPE T1,DSANSI(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T1) ; GO DO IT
HLRZ T1,B ;GET STRING ADDRESS
PUSHJ P,STRSND ;AND OUTPUT
PUSHJ P,SETTYP ;SET TERMINAL TYPE
TLO FL,FL.ANS ;FLAG ANSI
CPOPJ1: AOS (P) ;GIVE SKIP RETURN
CPOPJ: POPJ P, ;AND RETURN
NOANSI: CAIE T2,"/" ;DEC MODE?
JRST CPOPJ ;NO, UNKNOWN
ILDB T1,A ;GET NEXT CHARACTER
ANDI T1,177 ;USE ONLY 7 BITS
MOVEI T2,TBDEC ;SEARCH DEC TERMINAL TYPES
PUSHJ P,SRCTBL
JRST CPOPJ ;
MOVE C,TYDEC(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBDEC(T2) ;
SKIPE T1,DSDEC(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T1) ; GO DO IT
HLRZ T1,B ;GET TERMINAL STRING
PUSHJ P,STRSND ; AND OUTPUT IT
PUSHJ P,SETTYP ;SET TERMINAL TYPE
TLO FL,FL.DEC!FL.VID ;FLAG DEC VIDEO TERMINAL
JRST CPOPJ1 ;GIVE GOOD RETURN
;ROUTINE TO SEARCH A TABLE FOR AN ENTRY
;
; T1/ENTRY TO FIND
; T2/TABLE ADDRESS (TABLE MUST END WITH 0)
;
; PUSHJ P,SRCTBL
; <HERE IF ENTRY NOT FOUND>
; <HERE ON SUCCESS>
;
; T2/TABLE INDEX
;
SRCTBL: SETZ T4,
SRCTB1: SKIPN T3,(T2) ;GET CURRENT ENTRY
JRST CPOPJ ; END OF TABLE, NO SUCH ENTRY
HRRZS T3 ;ONLY RIGHT HALF
AOS T2 ;INCREMENT
CAME T3,T1 ;DID WE MATCH?
AOJA T4,SRCTB1 ;NO, KEEP LOOKING
MOVE T2,T4 ;COPY INDEX INTO T2
JRST CPOPJ1
SUBTTL Terminal specific routines
TRMUNK: MOVE C,UNKTYP ;GET UNKNOWN NUMBER/NAME
PUSHJ P,SETTYP ;SET IT
MOVEI T1,[ASCIZ/Unknown/]
PUSHJ P,STRSND ;OUTPUT IT
POPJ P,
TLA34: PUSHJ P,ANSNUM ;GET NEXT PARAMETER
POPJ P, ;NOT VALID
MOVEI T2,TBLA34 ;GET TABLE TO SEARCH
PUSHJ P,SRCTBL ;TRY TO FIND INDEX
POPJ P, ;OUT OF RANGE
MOVE C,TYLA34(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBLA34(T2) ;GET TERMINAL TYPE FROM TABLE
SKIPE T1,DSLA34(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T2) ; GO DO IT
POPJ P, ;NO, RETURN
TVT125: PUSHJ P,ANSNUM ;GET NEXT PARAMETER
POPJ P, ;NOT VALID
MOVEI T2,TBT125 ;GET TABLE TO SEARCH
PUSHJ P,SRCTBL ;TRY TO FIND INDEX
POPJ P, ;OUT OF RANGE
MOVE C,TYT125(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBT125(T2) ;GET TERMINAL TYPE FROM TABLE
SKIPE T1,DST125(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T2) ; GO DO IT
JRST TVTVID ;RETURN
TVT132: PUSHJ P,ANSNUM ;GET NEXT PARAMETER
POPJ P, ;NOT VALID
MOVEI T2,TBT132 ;GET TABLE TO SEARCH
PUSHJ P,SRCTBL ;TRY TO FIND INDEX
POPJ P, ;OUT OF RANGE
MOVE C,TYT132(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBT132(T2) ;GET TERMINAL TYPE FROM TABLE
SKIPE T1,DST132(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T2) ; GO DO IT
JRST TVTVID ;RETURN
TVT100: PUSHJ P,ANSNUM ;GET NEXT PARAMETER
POPJ P, ;NOT VALID
MOVEI T2,TBT100 ;GET TABLE TO SEARCH
PUSHJ P,SRCTBL ;TRY TO FIND INDEX
POPJ P, ;OUT OF RANGE
MOVE C,TYT100(T2) ;GET TYPE NUMBER/NAME TO SET
MOVE B,TBT100(T2) ;GET TERMINAL TYPE FROM TABLE
SKIPE T1,DST100(T2) ;GET DISPATCH ADDRESS
PUSHJ P,(T2) ; GO DO IT
TVTVID: TLO FL,FL.VID
POPJ P, ;RETURN
;RETURNS ANSI NUMBER IN T1
ANSNUM: SETZ T1, ;ZERO
ANSLUP: ILDB T2,A ;GET NEXT CHARACTER
CAIN T2,";" ;ANSI TERMINATOR?
JRST CPOPJ1 ; YES, SO GIVE A <SKIP>
SKIPN T2 ;<NUL> IS INVALID
POPJ P, ; THEN DONE
CAIL T2,"0" ;CHECK FOR INVALID NUMBER
CAILE T2,"9" ;
JRST CPOPJ1 ;INVALID, SO TERMINATE
IMULI T1,^D10 ;SET TO NEXT DIGIT
SUBI T2,"0" ;MAKE DECIMAL
ADD T1,T2 ;AND ADD TO SUM
JRST ANSLUP ;AND DO THE REST
SUBTTL TOPS20 dependent routines
IFE TOPS10,<
OPNDEV: MOVE T1,[GJ%SHT] ;USE SHORT FORM
HRROI T2,DEVSTR ;POINT TO DEVICE
GTJFN% ;GET JFN
ERJMP JSYERR ;GO OUTPUT ERROR
MOVEM T1,DEVJFN ;STORE JFN
MOVE T2,[<BYTE (6)BYTSIZ(4).GSIMG(8)0(18)0>!OF%RD!OF%WR]
OPENF%
ERJMP JSYERR
MOVE T1,[SIXBIT/PTYPAR/]
SYSGT% ;GET LINE NUMBER OF FIRST PTY
HRRZM T1,PTYLIN ;SAVE FOR LATER
HRROI T1,[ASCIZ/CTY/]
STDEV% ;GET DEVICE DESIGNATOR FOR CTY
ERJMP JSYERR
HRRZM T2,CTYLIN ;SAVE FOR LATER
SETO T1, ;GET OUR JOB INFO
MOVE T2,[XWD -JOBLEN,JOBBLK]
MOVEI T3,.JIJNO ;START WITH JOB NUMBER
GETJI%
ERJMP JSYERR
SKIPGE JOBBLK+.JIBAT ;BATCH?
TLO FL,FL.BAT ; YES, FLAG IT
MOVE T1,JOBBLK+.JITNO ;GET LINE NUMBER
CAMLE T1,CTYLIN ;GREATER THAN CTY?
TLO FL,FL.NET ; YES, COULD BE NETWORK LINE
CAML T1,PTYLIN ;PTY?
TLO FL,FL.PTY ; YES, FLAG IT
TLNE FL,FL.PTY ;PTY?
TLZ FL,FL.NET ; YES, NO NETWORK
POPJ P, ;RETURN
SETSLP: MOVE T1,[SIXBIT/HQLAV/] ;GET 1 MINUTE LOAD AVERAGE
SYSGT%
ERJMP JSYERR
MOVEI T3,^D4 ;ON THE OFF CHANCE THE FIXR OVERFLOWS
FIXR T3,T1 ;MAKE IT AN INTEGER
ADDI T3,1 ;ASSURE NON-ZERO
IMULI T3,LDAFCT ;MULTIPLY BY LOAD AVE FACTOR
TLNN FL,FL.NET ;NETWORK LINE?
JRST SETSL1 ;NO, SET WHAT WE CALCULATED
CAIG T3,NETTIM ;IF LOAD AVE MAKES GREATER USE THAT
MOVEI T3,NETTIM ;OTHERWISE SET THE NETTIM
SETSL1: MOVEM T3,SLPTIM ;
POPJ P,
WAIT: MOVE T1,SLPTIM ;SLEEP A WHILE
DISMS%
ERJMP JSYERR
POPJ P,
WAITO: MOVE T1,DEVJFN ;GET THE JFN
DOBE%
POPJ P,
STRSND: HRRO T2,T1
MOVE T1,DEVJFN ;GET THE JFN
SETZ T3,T4
SOUT%
ERJMP JSYERR
POPJ P,
CHRGET: MOVE T1,DEVJFN ;GET JFN
SIBE% ;ANY INPUT?
SKIPA
POPJ P,
BIN%
ERJMP JSYERR
AOS (P) ;GIVE SKIP RETURN
POPJ P,
CLRIBF: MOVE T1,DEVJFN ;GET JFN
CFIBF% ;CLEAR INPUT BUFFER
POPJ P,
PTYTYP: POPJ P, ;JUST RETURN (TYPE ALREADY SET BY TOPS20
SETTYP: MOVE T1,DEVJFN ;GET JFN
MOVEI T2,.MORXO
MTOPR% ;DISABLE PAUSE AT END OF PAGE
ERJMP JSYERR
MOVE T4,TRMSAV ;GET SAVED STATES WORD
CAIE T3,.MOONX ;WAS IT SET?
TRZA T4,TR.PAG ; NO, CLEAR IT
TRO T4,TR.PAG ;YES, SET IT
MOVEM T4,TRMSAV ;SAVE FOR LATER
RFMOD% ;GET CURRENT MODE WORD
TRZ T2,TT%LIC ;MAKE SURE RAISE IS CLEAR
STPAR% ;SAVE IT
ERJMP JSYERR
MOVE T2,C ;GET TYPE
STTYP% ;SET IT
MOVEI T2,.MOXOF
MOVEI T3,TR.PAG ;WAS PAUSE AT END OF PAGE SET?
TDNN T3,TRMSAV ;
SKIPA T3,[.MOOFF] ; NO, CLEAR IT
MOVEI T3,.MOONX ;YES, SET IT
MTOPR% ;DISABLE PAUSE AT END OF PAGE
ERJMP JSYERR
POPJ P,
SETWID: MOVE T3,T1 ;COPY WIDTH
MOVE T1,DEVJFN ;GET JFN
MOVEI T2,.MOSLW ;SET WIDTH
MTOPR%
ERJMP JSYERR
POPJ P,
CLSDEV: SETO T1,
CLOSF%
ERJMP JSYERR
POPJ P,
STOP: HALTF% ;STOP
JRST .-1
JSYERR: HRROI T1,CRLFQ ;OUTPUT <CRLF>?
PSOUT%
MOVEI T1,.PRIOU ;USE PRIMARY OUTPUT DEVICE
MOVE T2,[.FHSLF,,-1] ;OUTPUT MESSAGES FOR THIS PROCESS
SETZB T3,T4
ERSTR% ;OUTPUT THE ERROR STRING
JFCL
JFCL
SETO T1, ;CLOSE ALL JFNS
CLOSF%
JFCL ;IGNORE ERROR
HALTF
JRST .-1 ;DON'T ALLOW CONTINUES
>;END IFE TOPS10
SUBTTL TOPS10 dependent routines
IFN TOPS10,<
OPNDEV: OPEN TTYCHN,DEVBLK ;OPEN THE TERMINAL
JSP SP,UUOERR
MOVEI T1,TTYCHN ;GET UDX
IONDX. T1,
JSP SP,UUOERR
MOVEM T1,TRMUDX ;STORE FOR TRMOP.
MOVNI T1,1 ;GET OUR CONTROLLING JOB NUMBER
CTLJOB T1, ;TO SEE IF WE ARE ON A PTY
JSP SP,UUOERR
SKIPL T1 ;PTY?
TLO FL,FL.PTY ;YES
MOVE T1,[XWD -1,.GTOBI]
GETTAB T1, ;GET BATCH PARAMETERS
JSP SP,UUOERR
MOVE T2,[OB.BSS]
TDNE T2,T1 ;BATCH STREAM?
TLO FL,FL.BAT ;YES, FLAG BATCH
POPJ P,
SETSLP: MOVEI T2,NETTIM ;SET NETWORK SLEEP TIME
TLNN FL,FL.NET ;NETWORK LINE?
MOVEI T1,WAITIM ;NO, SET TTY SLEEP TIME
MOVEM T1,SLPTIM ;
POPJ P,
WAIT: MOVE T1,SLPTIM
HIBER T1, ;HIBER FOR SLPTIM
JSP SP,UUOERR
POPJ P,
WAITO: MOVEI T1,.TOSOP ;WAIT FOR OUTPUT BUFFER TO CLEAR
MOVEM T1,TRMFNC
MOVE T1,[XWD 2,TRMFNC]
TRMOP. T1,
POPJ P,
JRST WAITO
STRSND: MOVEM T1,TRMARG ;OUTPUT THE STRING
MOVEI T1,.TOOUS
MOVEM T1,TRMFNC
MOVE T1,[XWD 3,TRMFNC]
TRMOP. T1,
JSP SP,UUOERR
POPJ P,
;GET CHAR IN T2
CHRGET: MOVEI T1,.TOSIP ;CHECK FOR INPUT
MOVEM T1,TRMFNC
MOVE T1,[XWD 2,TRMFNC]
TRMOP. T1,
POPJ P,
MOVEI T1,.TOISC ;GET A CHAR
MOVEM T1,TRMFNC
MOVE T2,[XWD 2,TRMFNC]
TRMOP. T2,
JSP SP,UUOERR
AOS (P) ;<SKIP> RETURN
POPJ P,
CLRIBF: MOVEI T1,.TOCIB ;CLEAR THE INPUT BUFFER
MOVEM T1,TRMFNC
MOVE T1,[XWD 2,TRMFNC]
TRMOP. T1,
JSP SP,UUOERR
POPJ P,
PTYTYP: MOVNI T1,1 ;GET OUR CONTROLLING JOB NUMBER
CTLJOB T1, ;TO SEE IF WE ARE ON A PTY
JSP SP,UUOERR
TRMNO. T1, ;GET CONTROLLING JOB TERMINAL
JSP SP,UUOERR
PUSH P,TRMUDX ;SAVE OLD UDX
MOVEM T1,TRMUDX ;STORE NEW ONE
MOVEI T1,.TOTRM ;GET CONTROLLING TERMINAL TYPE
MOVEM T1,TRMFNC ;
MOVE C,[XWD 2,TRMFNC]
TRMOP. C,
JSP SP,UUOERR
POP P,TRMUDX ;GET BACK UDX
;HERE WITH TERMINAL TYPE IN C
SETTYP: MOVEM C,TRMARG ;SET THE TERMINAL TYPE
MOVEI T1,.TOTRM+.TOSET
MOVEM T1,TRMFNC
MOVE T1,[XWD 3,TRMFNC]
TRMOP. T1,
JSP SP,UUOERR
POPJ P,
SETWID: MOVEM T1,TRMARG ;STORE WIDTH
MOVEI T1,.TOWID+.TOSET
MOVEM T1,TRMFNC
MOVE T1,[XWD 3,TRMFNC]
TRMOP. T1,
JSP SP,UUOERR
POPJ P,
CLSDEV: CLOSE TTYCHN, ;CLOSE THE TERMINAL
POPJ P,
STOP: EXIT 1, ;STOP THE JOB
JRST STOP
UUOERR: OUTSTR CRLFQ
OUTSTR [ASCIZ/UUO returned an ERROR, AC 16 contains the PC/]
OUTSTR CRLF
SUBI SP,2 ;ADJUST TO UUO IN ERROR
MOVE 15,(16) ;GET UUO
HALT .
>;END IFN TOPS10
SUBTTL Terminal definitions
DEFINE TRMLST,<
TRM ^D01,<VT100 >,.TT100,<VT100>,TVT100
TRM ^D02,<LA120 >,.TT120,<LA120>,0
TRM ^D03,<TTY >,.TTDEF,<LA34>,TLA34
TRM ^D04,<VT100 >,.TT100,<VT132>,TVTVID
TRM ^D05,<VK100 >,.TTK10,<GIGI(VK100)>,0
TRM ^D06,<VT102 >,.TT102,<VT102>,TVTVID
TRM ^D07,<VT100 >,.TT100,<VT131>,TVTVID
TRM ^D08,<TTY >,.TTDEF,<VT278>,0
TRM ^D09,<TTY >,.TTDEF,<LQP8F>,0
TRM ^D10,<LA34 >,.TTDEF,<LA34VA>,TLA34
TRM ^D11,<LA120 >,.TT120,<LA120(Katakana)>,0
TRM ^D12,<VT100 >,.TT100,<VT125>,TVT125
TRM ^D13,<TTY >,.TTDEF,<LQP02>,0
TRM ^D15,<TTY >,.TTDEF,<LA12>,0
TRM ^D16,<VT102 >,.TT102,<VT102J(Katakana)>,0
TRM ^D17,<TTY >,.TTDEF,<CT RO Printer>,0
TRM ^D18,<TTY >,.TTDEF,<VT80>,0
TRM ^D19,<TTY >,.TTDEF,<CLATTER>,0
TRM ^D20,<TTY >,.TTDEF,<LA80>,0
TRM ^D21,<TTY >,.TTDEF,<CT>,0
TRM ^D22,<VT100 >,.TT100,<CT(VT100)>,0
TRM ^D22,<TTY >,.TTDEF,<CT(VT200)>,0
TRM 0,0,0,0,-1
>
DEFINE TRMLS1,<
TRM ^D00,<VT100 >,.TT100,<VT100>,0 ;BASE VT100
TRM ^D01,<VT100 >,.TT100,<VT180>,0 ;VT180
TRM ^D02,<VT100 >,.TT100,<VT100(AVO)>,0 ;VT100 WITH AVO
TRM ^D03,<VT100 >,.TT100,<VT180(AVO)>,0 ;VT180 WITH AVO
TRM ^D04,<VT100 >,.TT100,<VT125>,0 ;VT125
TRM ^D05,<VT100 >,.TT100,<VT185>,0
TRM ^D06,<VT100 >,.TT100,<VT125(AVO)>,0
TRM ^D07,<VT100 >,.TT100,<VT185(AVO)>,0
TRM ^D08,<VT100 >,.TT100,<VT100(PRT)>,0 ;PRINTER PORT
TRM ^D09,<VT100 >,.TT100,<VT100(PRT)>,0
TRM ^D10,<VT100 >,.TT100,<VT100(PRT+AVO)>,0
TRM ^D11,<VT100 >,.TT100,<VT100(PRT+AVO)>,0
TRM ^D12,<VT100 >,.TT100,<VT125(PRT)>,0
TRM ^D13,<VT100 >,.TT100,<VT125(PRT)>,0
TRM ^D14,<VT100 >,.TT100,<VT125(PRT+AVO)>,0
TRM ^D15,<VT100 >,.TT100,<VT125(PRT+AVO)>,0
TRM 0,0,0,0,-1
>
DEFINE TRMLS2,<
TRM ^D11,<VT100 >,.TT100,<VT132(PRT+AVO+STP)>,0
TRM ^D15,<VT100 >,.TT100,<VT132(GPO+PRT+AVO+STP)>,0
TRM 0,0,0,0,-1
>
DEFINE TRMLS4,<
TRM ^D04,<VT100 >,.TT100,<VT125>,0 ;VT125
TRM ^D05,<VT100 >,.TT100,<VT125(STP)>,0
TRM ^D06,<VT100 >,.TT100,<VT125(AVO)>,0
TRM ^D07,<VT100 >,.TT100,<VT125(AVO+STP)>,0
TRM 0,0,0,0,-1
>
DEFINE TRMLS3,<
TRM ^D00,<LA34 >,.TTDEF,<>,0
TRM ^D01,<LA34 >,.TTDEF,<(Extended)>,0
TRM ^D02,<LA34 >,.TTDEF,<(Katakana)>,0
TRM ^D03,<LA34 >,.TTDEF,<(Katakana+Extended)>,0
TRM 0,0,0,0,-1
>
DEFINE DECLST,<
TRM <A>,<VT50>,.TTV50,<VT50>,0
TRM <B>,<VT50>,.TTV50,<VT50>,0
TRM <C>,<VT52>,.TTV52,<VT55>,0
TRM <E>,<VT52>,.TTV52,<VT55(VT52)>,0
TRM <H>,<VT52>,.TTV52,<VT52H>,0
TRM <J>,<VT52>,.TTV52,<VT52H(COP)>,0
TRM <K>,<VT52>,.TTV52,<VT52>,0
TRM <L>,<VT52>,.TTV52,<VT52(COP)>,0
TRM <M>,<VT52>,.TTV52,<VT52(PRT)>,0
TRM <Z>,<VT52>,.TTV52,<VT100(VT52)>,0
TRM <`>,<VT52>,.TTV52,<VT61(VT52)>,0
TRM <a>,<VT52>,.TTV52,<VT61(VT52)(COP)>,0
TRM <b>,<VT52>,.TTV52,<VT61(VT52)(PRT)>,0
TRM <c>,<VT52>,.TTV52,<VT61(VT52)(PRT+COP)>,0
TRM <#>,<VT52>,.TTV52,<VT71t(VT52)>,0
TRM 0,0,0,0,-1
>
DEFINE TRM (RESP,T10NAM,T20NUM,DESC,ROUTINE),<
IFE ROUTINE+1,<
EXP 0 ;END TABLE IF ROUTINE = -1
>
IFN ROUTINE+1,<
XWD [ASCIZ/DESC/],RESP
>
>
TBANSI: TRMLST
TBT100: TRMLS1
TBT125: TRMLS4
TBT132: TRMLS2
TBLA34: TRMLS3
DEFINE TRM (RESP,T10NAM,T20NUM,DESC,ROUTINE),<
IFE ROUTINE+1,<
EXP 0 ;END TABLE IF ROUTINE = -1
>
IFN ROUTINE+1,<
XWD [ASCIZ/DESC/],"RESP"
>
>
TBDEC: DECLST
DEFINE TRM (RESP,T10NAM,T20NUM,DESC,ROUTINE),<
XWD 0,ROUTINE
>
DSANSI: TRMLST
DST100: TRMLS1
DST125: TRMLS4
DST132: TRMLS2
DSLA34: TRMLS3
DSDEC: DECLST
DEFINE TRM (RESP,T10NAM,T20NUM,DESC,ROUTINE),<
IFE TOPS10,<
XWD 0,T20NUM
>
IFN TOPS10,<
SIXBIT /T10NAM/
>
>
TYANSI: TRMLST
TYT100: TRMLS1
TYT125: TRMLS4
TYT132: TRMLS2
TYLA34: TRMLS3
TYDEC: DECLST
SUBTTL Miscellaneous literal storage
CRLFQ: BYTE (7)15,12,"?",0
CRLF: BYTE (7)15,12,0
LITRL: ;LITERALS START HERE
IFN TOPS10,<
END START
>
IFE TOPS10,<
END <ENTLEN,,ENTVEC>
>