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BB-J724A-SM_1980
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sources/d60unv.mac
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;<DN65-DEVELOPMENT>D60UNV.MAC.8, 4-Dec-79 10:45:02, Edit by JENNESS
;<DN65-DEVELOPMENT>D60UNV.MAC.5, 21-Oct-79 11:42:18, Edit by JENNESS
; Add SLHWA, SLCSD, SLSWL definitions for IBMCON.
;<DN65-DEVELOPMENT>D60UNV.MAC.2, 18-Oct-79 15:12:53, Edit by JENNESS
; Decoupled from D60JSY.MAC to remove deadly embrace with QSRMAC.
; D60UNV - Universal definitions for DN60 communications
;
;
; COPYRIGHT (c) 1979, 1980
; DIGITAL EQUIPMENT CORPORATION
;
; This software is furnished under a license and may be used
; and copied only in accordance with the terms of such license
; and with the inclusion of the above copyright notice. This
; software or any other copies thereof may not be provided or
; otherwise made available to any other person. No title to
; and ownership of the software is hereby transferred.
;
; The information in this software is subject to change
; without notice and should not be construed as a commitment
; by DIGITAL EQUIPMENT CORPORATION.
;
; DIGITAL assumes no responsibility for the use or reliability
; of its software on equipment which is not supplied by
; DIGITAL.
;
UNIVERSAL D60UNV universal symbol file
SUBTTL Values of interest for linkage
SALL ; Make nice clean listing
SEARCH GLXMAC ; GALAXY macro/symbol definitions
; Version
D6UEDT==100 ; Edit number
D6UVER==1 ; Version number
D6UMIN==0 ; Minor version number
D6UWHO==0 ; Who edited last (DEC=0)
; Error codes
XP $ER1ST, 660000 ; First error number to allocate
; Function codes for D60OPR
XP .MORQI, 76 ; Request I/O on device
XP .MOABT, 75 ; Set I/O transfer abort for device
XP .MOTHR, 74 ; Set device off line threshold
; Function codes for D60CND
XP .CNENB, 1 ; Enable the line
XP .CNDIS, 2 ; Disable the line (hang-up)
; Function codes for D60STS
XP .STDEV, 0 ; Device status
XP .STPRT, 1 ; Port activity status
XP .STLIN, 2 ; Line status flags
; Device codes for D60OPN
XP .OPLPT, 1 ; Line printer
XP .OPCDP, 2 ; Card punch
XP .OPCDR, 3 ; Card reader
XP .OPCIN, 4 ; Console input
XP .OPCOU, 5 ; Console output
XP .OPSGN, 6 ; Signon device
SUBTTL Universal error symbol definitions
; Macro - D60ERR
;
; Function - To define a set of macro calls (to ERRS) that will then define
; the error return value set for the D60JSY calls.
;
; Use -
;
; A macro called ERRS must be defined that has two parameters
;
; NAM Error value name
; TXT Error text, describes the error.
;
; A default macro is defined that will assign the proper values to
; the error names and does not user the error text in any way.
Define D60ERR
< ERRS (D6AUT,<Port/line/dev/unit already used by this process>)
ERRS (D6AUA,<Port/line/dev/unit already in use by another process>)
ERRS (D6NSP,<No such port>)
ERRS (D6NSL,<No such line on the port>)
ERRS (D6NSD,<No such device on the station>)
ERRS (D6NSU,<No such unit number of the specified device type>)
ERRS (D6PLD,<Process lacks DTE I/O priviledges>)
ERRS (D6NJA,<No JFN's available to open logical FE: on>)
ERRS (D6DNR,<DN60 not running>)
ERRS (D6PIU,<Port is useless to us, but it's running>)
ERRS (D6COF,<Can't open a front end for use>)
ERRS (D6UNS,<Unit number specified on non-HASP station>)
ERRS (D6UND,<Unknown device type or unit>)
ERRS (D6NBR,<Non-Blocking I/O Return>)
ERRS (D6EOF,<End of file encountered while reading in data>)
ERRS (D6NSH,<No such handle exists, call D60OPN first>)
ERRS (D6CNN,<Byte count not negative>)
ERRS (D6DOL,<Device seems to be offline>)
ERRS (D6DCI,<Device can't do input>)
ERRS (D6DCO,<Device can't do output>)
ERRS (D6EEO,<Error while sending EOF, stream aborted>)
ERRS (D6CGO,<Can't get output permission>)
ERRS (D6FNI,<Function not implemented>)
ERRS (D6IOE,<Unknown I/O error occured>)
ERRS (D6CTF,<Can't talk to front end, SIN/SOUT or BOOT JSYS failed>)
ERRS (D6BLS,<Bad line signature specified on open>)
ERRS (D6LGA,<Line gone away, either hung up or hardware failure>)
ERRS (D6DNU,<DSR not up, line is not connected>)
> ;End D60ERR definition
SUBTTL Macros -- ERRS
; Macro - ERRS
;
; Function - To define a common method of allocating sequential error numbers.
;
; Parameters -
;
; $%NAM Mnemonic name of error
; $%TXT Text describing the error
;
; Use -
;
; ERRS (ERNAM,<This is the text describing ERNAM>)
Define ERRS ($%NAM,$%TXT)
<IF1,< IFNDEF $ERNXT,<$ERNXT==$ER1ST> ; If 1st time called .. init 1st value
$ERNXT==$ERNXT+1 ; Increment the error counter
$%NAM=$ERNXT-1> ; Assign symbol to value (show value)
IF2,< IFG $ERNXT,<$ERNXT==-$ER1ST> ; If 1st time in pass2 .. init negative
$ERNXT==$ERNXT-1 ; Increment error counter
$%NAM=-$ERNXT-1> ; Assign symbol value
>; End ERRS definition
SUBTTL Internal definitions for D60JSY
; Fields in PDD (packed device descriptor)
XP PD$PRT, 777b8 ; Port number
XP PD$LIN, 777b17 ; Line number
XP PD$DEV, 777b26 ; Device number
XP PD$UNT, 777b35 ; Unit number
SUBTTL Definitions -- Handle list
; Definition - Handle list
;
; Function - This list stores all the data needed for using the handle that is
; given to the user.
;
; Entries -
;
; H$PDD Unique descriptor of a device for list searching
; H$DEV Device type on 2780/3780/HASP station.
; H$UNT Unit number of multiple device on HASP station.
; H$PRT Port number that comm. to device is done on.
; H$LIN Line number that station is off port (11).
; H$HAN Handle identifier for this list entry
; H$HDV Unique device code (RCB for HASP stations)
; H$HPR Port number that line is on
; H$HLN Line number from port to station
; H$CDV Device number used when talking to 11
; H$STS Status of this entry.
; H$TEM Termination (0,default)/Emulation (1) bit
; H$MSG Number of bytes maximum for message
; H$STY Station type (1=3780,2=2780,3=HASP)
; H$IOM Input/output I/O mode
; H$RTI Return immediate flag. If delay occurs .. return.
; H$SON Station signon has been validated (or ignored).
; H$SPN Signon pending .. suppress some request timeouts
; H$SIG Signature of line device is on
XP H$ASS, 1b0 ; Flag to say that handle is assigned
SYSPRM H$SIZ,5,11 ; Size of handle table entry in words
MSKSTR (H$PDD,0,FWMASK) ; Packed device descriptor
MSKSTR (H$PRT,0,PD$PRT) ; Port number
MSKSTR (H$LIN,0,PD$LIN) ; Line number
MSKSTR (H$DEV,0,PD$DEV) ; Device type code
MSKSTR (H$UNT,0,PD$UNT) ; Unit number
MSKSTR (H$HAN,1,RHMASK) ; Handle is in the RH
MSKSTR (H$HPR,1,37b22) ; 5 bits of port number
MSKSTR (H$HLN,1,37b27) ; 5 bits of line number
MSKSTR (H$HDV,1,377b35) ; 8 bits of device num. (RCB for HASP)
MSKSTR (H$CDV,1,LHMASK) ; Communication device number
MSKSTR (H$STS,2,FWMASK) ; Status and other needed values
MSKSTR (H$TEM,2,1b1) ; Termination/Emulation mode flag
DEFSTR (H$STY,2,^d9,^d8) ; Station type code
MSKSTR (H$IOM,2,1b10) ; Input/output device mode
MSKSTR (H$RUN,2,1b11) ; Permission given/gotten, I/O going
DEFSTR (H$BPM,2,^d27,^d16) ; Number of bytes max per message
MSKSTR (H$SPN,2,1b33) ; Signon pending
MSKSTR (H$SON,2,1b34) ; Station signed on
MSKSTR (H$RTI,2,1b35) ; Return immediately if delay occurs
MSKSTR (H$THR,3,LHMASK) ; Threshold of delays to off-line
MSKSTR (H$DLY,3,RHMASK) ; Count of consecutive delayed CAL11.s
MSKSTR (H$SIG,4,RHMASK) ; Line signature
TOPS20 <
LSTPNT==5 ; Pointer to next byte in output
NBXFRD==6 ; Number of bytes transfered so far
NBTXFR==7 ; Number of bytes yet to transfer
NBSDLY==10 ; Bytes output since last delay
> ;End of TOPS20 dependant handle list data
SUBTTL SONSTR signon string storage block
; This block is used by D60CND to store the signon string and object
; descriptor. D60OPN and D60SIN use it to determine whether
; signon is required for a particular node. If signon is
; being done, the signon string read from the card-reader
; is compared against the string stored here.
;
; Note - this is only used for termination nodes. IBMSPL handles
; all signon processing for emulation.
; !=======================================================!
; ! Object type !
; !-------------------------------------------------------!
; ! Object unit number !
; !-------------------------------------------------------!
; ! Object node name !
; !-------------------------------------------------------!
; ! !
; \ ASCIZ signon string \
; ! !
; !=======================================================!
XP SONTYP, 0 ; Object type
XP SONUNT, 1 ; Unit number
XP SONNOD, 2 ; Node name
XP SONTXT, 3 ; Start of actual signon string
XP SNBLEN, <^d82/5>+1+3 ; Length of block
SUBTTL FELOG symbols
XP LH10SZ, ^d9 ; Length of total header for TOPS10
XP LH20SZ, ^d6 ; Length of total header for TOPS20
SYSPRM FIXLEN,LH10SZ,LH20SZ ; Length of header for this system
XP LOGENA, 1b0 ; Enable logging
XP PHSBEF, 1b1 ; "BEFORE" phase flag
XP PHSAFT, 1b2 ; "AFTER" phase flag
XP PHSMRK, 1b3 ; "MARK" entry flag
XP PHSSKD, 1b4 ; "SCHEDULER" entry flag
SUBTTL Argument block for front end I/O
; Definition - Argument block format for front end I/O routines
;
; Function - To pass the parameters to the front end I/O routines
MSKSTR (ARG$FC,0,FWMASK) ; Function code (.C11QU code)
MSKSTR (ARG$BC,1,FWMASK) ; Byte count to transfer
MSKSTR (ARG$PT,2,FWMASK) ; Byte pointer to input/output string
MSKSTR (ARG$XF,3,FWMASK) ; Number of bytes actually transfered
MSKSTR (ARG$RC,4,FWMASK) ; Result code
; Definition - Command string format for the line and device command routines
XP CMD$WD, 5 ; Full word here for command string
DEFSTR (CMD$FC,5,^d7,^d8) ; Function code
DEFSTR (CMD$1B,5,^d15,^d8) ; Single byte data value for command
DEFSTR (CMD$2B,5,^d23,^d16) ; 2 byte data value for command
XP ARGSIZ, 6 ; Number of words in arg block
SUBTTL Argument block for D60CND (condition line)
; Definition - Argument block structure for D60CND condition line global
; routine
MSKSTR (CN$PRT,0,LHMASK) ; Port number to operate on
MSKSTR (CN$LIN,0,RHMASK) ; Line to start station on
MSKSTR (CN$TRA,1,1b15) ; Transparent flag
MSKSTR (CN$MAP,1,3b17) ; Mode and protocol fields
MSKSTR (CN$PSP,1,1b16) ; Primary/secondary protocol
MSKSTR (CN$ETF,1,1b17) ; Emulation/termination flag
MSKSTR (CN$TYP,1,RHMASK) ; Station type
MSKSTR (CN$CTS,2,FWMASK) ; Clear to send delay
MSKSTR (CN$WRN,3,FWMASK) ; Silo warning area
MSKSTR (CN$BPM,4,FWMASK) ; Number of bytes/message
MSKSTR (CN$RPM,5,FWMASK) ; Number of records/message
MSKSTR (CN$SIG,6,FWMASK) ; Line signature
XP CN$SIZ, 7 ; Length of condition argument block
SUBTTL Argument block format for D60OPN
; Definition - This is the argument block format for the D60OPN device open
; routine
MSKSTR (OP$DEV,0,FWMASK) ; Unique device specification
MSKSTR (OP$TYP,0,LHMASK) ; Device type
MSKSTR (OP$UNT,0,RHMASK) ; Unit number
MSKSTR (OP$STA,1,FWMASK) ; Unique station specification
MSKSTR (OP$PRT,1,LHMASK) ; Port number
MSKSTR (OP$LIN,1,RHMASK) ; Line number
MSKSTR (OP$SIG,2,FWMASK) ; Line signature
XP OP$SIZ, 3 ; Open block size
SUBTTL .C11QU function of CAL11. UUO
; Calling sequence of CAL11. UUO
;
; MOVE AC,[XWD length,addr]
; CAL11. AC,
; error return
; normal return
;
;
; addr: XWD port #, .C11QU (=2)
; XWD line #, device #
; XWD # of bytes, .C11QU subfunction code
; XWD length of buffer (36 bit words), buffer address
; BYTE (12) # bytes/word (24) byte position of 1st byte in buffer
; XWD # of bytes transfered, result code
; Definition - CAL11. argument block definitions
MSKSTR (C$PRT,0,LHMASK) ; Port number
MSKSTR (C$FNC,0,RHMASK) ; CAL11. function code
MSKSTR (C$LIN,1,LHMASK) ; Line number
MSKSTR (C$DEV,1,RHMASK) ; Device number
MSKSTR (C$NBT,2,LHMASK) ; Number of bytes to be transfered
MSKSTR (C$FC,2,RHMASK) ; Subfunction code to .C11QU CAL11. UUO
MSKSTR (C$BFS,3,LHMASK) ; Buffer size
MSKSTR (C$BFA,3,RHMASK) ; Buffer address
MSKSTR (C$BPW,4,-1B11) ; Number of bytes per word
MSKSTR (C$PFB,4,77777777) ; Position of first byte in buffer
MSKSTR (C$BXF,5,LHMASK) ; Number of bytes transfered
MSKSTR (C$RC,5,RHMASK) ; Result code
XP C$SIZ, 6 ; Length of a CAL11. block
SUBTTL TOPS20 Receive/transmit header structures
; Definition - TOPS20 Receive/transmit headers
;
; Function - To define the bytes in the I/O headers for communication with
; the 11's hung off a TOPS20 system. These headers are the first things
; sent (before the data) and the first received (on input). They also
; contain the result (receive) code that comes from any I/O operation.
MSKSTR (RCVRC,RCVHDR,377b7) ; Receive (result) code
MSKSTR (RCVFC,RCVHDR,377b15) ; Function code receiving result from
MSKSTR (RCVLN,RCVHDR,377b23) ; Line number receiving from
MSKSTR (RCVDV,RCVHDR,377b31) ; Device-type number
MSKSTR (RCVBC,RCVHDR+1,-1b15) ; # bytes transfered
MSKSTR (RCVHB,RCVHDR+1,377b7) ; High order # of bytes transfered
MSKSTR (RCVLB,RCVHDR+1,377b15) ; Low order # of bytes transfered
MSKSTR (XMTFC,XMTHDR,377b15) ; Function for output
MSKSTR (XMTLN,XMTHDR,377b23) ; Line number transmitting to
MSKSTR (XMTDV,XMTHDR,377b31) ; Device-type transmitting out to.
MSKSTR (XMTBC,XMTHDR+1,-1b15) ; Number of bytes to transfer
MSKSTR (XMTHB,XMTHDR+1,377b7) ; High order # of bytes to output
MSKSTR (XMTLB,XMTHDR+1,377b15) ; Low order # of bytes to output.
;
; Generic header definitions
;
MSKSTR (HDRRC,0,377b7) ; Result code
MSKSTR (HDRFC,0,377b15) ; Function code
MSKSTR (HDRLN,0,377b23) ; Line number
MSKSTR (HDRDV,0,377b31) ; Device-type number
MSKSTR (HDRBC,1,-1b15) ; # bytes in transfer
MSKSTR (HDRHB,1,377b7) ; High order # of bytes
MSKSTR (HDRLB,1,377b15) ; Low order # of bytes
SUBTTL CAL11. UUO symbol definitions
; Function codes
XP .C11DP, 0 ; Deposit function
XP .C11EX, 1 ; Examine function
XP .C11QU, 2 ; Queue request function
XP .C11NM, 3 ; Return name of 11 program running
XP .C11UP, 4 ; Return 0 if PDP11 is down
; Return 1 if PDP11 is up
; Error return codes from CAL11. UUO
XP C11NP%, 1 ; Caller does not have poke privileges
XP C11UF%, 2 ; Undefined function for this type of FE
XP C11ND%, 3 ; Invalid DL10 port number
XP C11IU%, 4 ; CAL11. in use (try again later)
XP C11NA%, 5 ; No answer from FE after 1-2 seconds
XP C11TS%, 6 ; Queue entry too short (DC76 only)
XP C11NE%, 7 ; Not enough arguments
XP C11AI%, 10 ; Examine/deposit address was invalid (more
; than 16 bits in address/data, or FE flagged
; it as bad)
XP C11OR%, 11 ; Illegal function code to .C11QU
; Address check, illegal byte size, byte
; offset is outside buffer, or buffer is too
; large (requires more than 16 DL10 pointers)
; XP C11??%, 12 ; On a DN61-S, DTESER can't get any free core
; XP C11??%, 13 ; On a DN61-S, the reload bit is set or primary
; protocol is not running. This means that
; front end is down.
; XP C11??%, 14 ; On a DN61-S, there will never be enough Exec
; Virt Mem to process req.
; Under TOPS20, error codes with bits 18 and 19 set (600000) are JSYS errors.
; DN60 .C11QU subfunction codes
;
; Note - notice that the reads are odd and the writes are even values.
XP FC.RD, 1 ; Read data from device
XP FC.WD, 2 ; Write data to device
XP FC.RDS, 3 ; Read device status
XP FC.WDC, 4 ; Write device command
XP FC.RLS, 5 ; Read line status
XP FC.WLC, 6 ; Write line command
XP FC.R6S, 7 ; Read DN60 status
XP FC.W6C, 10 ; Write DN60 command
XP FC.EXM, 11 ; Examine memory in -11
XP FC.DEP, 12 ; Deposit into -11 memory
; DN60 .C11QU result codes
XP RC.SUC, 1 ; Operation was successful
XP RC.DLY, 2 ; Operation was delayed
XP RC.REJ, 3 ; Operation was rejected
; DN60 .C11QU device commands
XP DC.SC, 1 ; Set device characteristics
; byte 1 = device type:
; 0 = unknown
; 1 = printer
; 2 = punch
; 3 = card reader
; 4 = console input
; 5 = console output
; 6-255 reserved.
XP DC.REC, 2 ; Set max logical records/transmission
; Bytes 1 and 2 = max records
; 0 = no limit
; 2 for 2780 w/o multi-record feature.
; 7 for 2780 w/ MRF
; 0 for 3780.
XP DC.DOB, 3 ; Dump output buffers (used for SIGNON)
XP DC.CIP, 4 ; Clear input permission was requested
; XP DC.???, 5 ; Reserved
XP DC.SCI, 6 ; Set "Interpret carriage control on input"
; (simulate a printer)
XP DC.CCI, 7 ; Clear "Interpret carriage control on input"
XP DC.SCO, ^d8 ; Set "Interpret carriage control on output"
XP DC.CCO, ^d9 ; Clear "Interpret carriage control on output"
; XP DC.???, ^d10 ; Reserved
; XP DC.???, ^d11 ; Reserved
XP DC.SCC, ^d12 ; Specify output component
; byte 1 = component code
XP DC.DCC, ^d13 ; Don't do output component selection
XP DC.SLC, ^d14 ; Set printer line counter and enable for over-
; flow. Bytes 1-2 = value of line counter
XP DC.CLC, ^d15 ; Disable printer line counter overflow
XP DC.SBS, ^d16 ; Set max transmission block size (bytes 1-2)
XP DC.SSC, ^d17 ; Do space compression on output
XP DC.CSC, ^d18 ; Don't do space compression on output
XP DC.S27, ^d19 ; Use old BSC protocol (IUS, ETB and ETX imply
; IRS, overprinting is ignored, card output
; is padded to 80 characters with spaces)
XP DC.C27, ^d20 ; Don't use old protocol
XP DC.ROP, ^d21 ; Request output permission
XP DC.GIP, ^d22 ; Grant input permission
XP DC.SOE, ^d23 ; Signal output EOF
XP DC.COE, ^d24 ; Clear output EOF complete flag
XP DC.SOA, ^d25 ; Signal output abort
XP DC.COA, ^d26 ; Clear output abort complete
XP DC.CIE, ^d27 ; Clear input EOF complete
XP DC.SIA, ^d28 ; Signal input abort
XP DC.CIA, ^d29 ; Clear input abort complete
XP DC.SPD, ^d30 ; Suspend device (HASP only)
XP DC.USD, ^d31 ; Unsuspend device (HASP only)
XP DC.BPR, ^d32 ; Set bytes per record
; DN60 .C11QU line commands
XP LC.EL, 1 ; Enable line and set characteristics
; byte 1 = terminal type: 0 = unknown,
; 1 = 3780, 2 = 2780, 3 = HASP
; byte 2 = flags:
; bit 0 set = simulate
; clear = support
; bit 1 set = primary BSC station (1 sec)
; clear = secondary BCS station (3)
; usually primary & support or sec & sim,
; this sets the bid time for line different
; on each end of the line
XP LC.DTR, 2 ; Set DTR (data terminal ready), allow answer
; of modem and receipt of data
XP LC.ABT, 3 ; Abort all data transfers and clear DTR
XP LC.DIS, 4 ; Disable the line
XP LC.CSD, 5 ; Clear to send delay in jiffies (bytes 1-2)
XP LC.WAR, 6 ; Number of bytes in warning silo (FIFO) area.
; (bytes 1-2)
XP LC.STR, 7 ; Set output transparency
XP LC.CTR, ^d8 ; Clear output transparency
XP LC.BPM, ^d9 ; Set max number of bytes per message
XP LC.RPM, ^d10 ; Set number of records per message
XP LC.SLS, ^d11 ; Set line signature
; Number of bytes returned while reading .C11QU status'
XP D6.BYT, ^d79+1 ; DN60 status
XP LS.BYT, ^d69+1 ; Line status
XP DS.BYT, ^d13+1 ; Device status
MAX <D6.BYT,LS.BYT,DS.BYT>,STSMAX ; Largest status buffer size
SUBTTL Macros -- STSBYT, BIT11
; Macro - STSBYT
;
; Function - To define a pointer to an entry in the status string.
;
; Parameters -
;
; $%MNE Mnemonic name to be given to the field
; $%1ST First byte in the field (lowest order)
; $%LEN Length of field in bytes.
;
; Note: this assumes that the status string is in 8 bit bytes, which
; is normal.
Define STSBYT ($%MNE,$%1ST,$%LEN)
< %$LEN==$%LEN ;; Save length of field for BIT11
%$LM==MOD.(<^d<$%1ST>*^d8>,^d32) ;; Left most bit in word
%$WID==^d<$%LEN>*^d8 ;; Width of mask in bits
%$RM==%$LM+%$WID-1 ;; Right most bit in word
DEFSTR ($%MNE,STSBUF+^d<$%1ST>/4,%$RM,%$WID)
> ;End STSBYT definition
; Macro - BIT11
;
; Function - To define mnemonic names that map PDP11 bit values (or masks)
; into a 10/20 36 bit word.
;
; Parameters -
;
; $%MNE Mnemonic name to be given to the field
; $%RM Bit to be assigned (or rightmost bit in the mask field)
; $%VAL Optional value that has it's LSB as $%RM.
;
; %$LEN Length of field in bytes (from STSBYT)
Define BIT11 ($%MNE,$%RM,$%VAL<1>) <$%MNE==<$%VAL>b<35-<%$LEN-1-$%RM/8>*8-MOD.($%RM,8)>>
SUBTTL CAL11. status strings
; The status strings are returned as 8 bit byte string packed 4 bytes left
; justified in a 36 bit word. In each byte the bit numbering is bit 0 to
; the right (LSB) and bit 7 to the left (MSB).
; Any 16 bit values that are returned have the 8bit bytes that make it up
; swapped. So before these bits defined below are valid, the bytes have to
; be swapped back again.
; 7 0 15 8 7 0 15 8 Bit no.'s in -11's word
; ! ! ! ! ! ! ! !
; +------------------------------------------+
; ! byte 0 ! byte 1 ! byte 2 ! byte 3 ! ! Byte no. in -11
; +------------------------------------------+
; ! word 0 ! ! word 1 ! ! Word no. in -11
; 0 15 16 31 35 Bit no.'s in -10's word
; DN60 port status string [ 80 (8 bit) bytes, 20 (36 bit) words ]
;
; Byte Meaning
; ---- -------
;
; 0-7 DN60 version number
; 8-9 window version number (must match D60SER)
; 10-11 Current number of free "chunks" in the DN60
; 12-13 Number of lines on this DN60
; 14-15 Number of bytes of data in a chunk
; 16-17 Translation options avaiable:
; Bit 0 = IBM 3780/2780
; Bit 1 = HASP multileaving
; Bit 2 = IBM 3270
; 18-25 KMC11 microcode version number
; 26-27 Error code of last error that occured
; 28-29 Line number that last error occured on
; 30-31 Device that last error occured on
; 32-33 Bit Meaning
; 0-5 Reserved
; 6 Console output data ready
; 7 Console input data ready
; 8 CDR0 has data ready (active)
; up to
; 15 CDR7 has data ready
; 34-35 Bit Meaning
; 0 LPT0 has is active
; up to
; 7 LPT7 is ready for data
; 8 CDP0 is ready for data
; up to
; 15 CDP7 is ready for data
;
; Repeat bytes 32-35 11 more times for a total of 12 lines.
; 32-35 line 0
; 36-39 line 1
; 40-43 line 2
; 44-47 line 3
; 48-51 line 4
; 52-55 line 5
; 56-59 line 6
; 60-63 line 7
; 64-67 line 8
; 68-71 line 9
; 72-75 line 10
; 76-79 line 11
STSBYT (S6LIN,12,1) ; Maximum line number on DN60
STSBYT (S6TRN,16,1) ; Translation options on DN6x
BIT11 TR$X78, 0 ; Translate to 2780/3780 stations
BIT11 TR$HSP, 1 ; Translate to HASP stations
BIT11 TR$327, 2 ; Translate to 3270 stations
BIT11 TR$IBM, 0,7 ; Any IBM translation
XP S6ACT, ^d8 ; Offset to start of active flags
XP S6ALN, ^d12 ; Length of active flag area (in words)
; Line status [ 70 (8 bit) bytes, 18 (36 bit) words ]
;
; Byte Meaning
; ---- -------
;
; 0 Terminal type: 0 = unknown, 1 = 3780, 2 = 2780, 3 = HASP
; 1-2 Flags: bit 0 set = simulate, clear = support
; bit 1 set = primary BSC protocol, clear = secondary
; bit 2 set = signed on
; bit 3 set = transparent
; bit 4 set = disable in progress
; bit 5 set = line enable complete
; bit 6 set = line abort complete
; bit 7 set = off line (2780/3780 only)
; bit 8 set = line disable complete
; bit 9 set = disable done by DTE failure
; bit 10 set = Line aborted by hardware failure
; bit 11 set = Communications established
; 3 Line info:
; bit 0 set = line is enabled
; bit 1 set = DTR (data terminal ready)
; bit 2 set = DSR (data set ready)
; 4-5 Count of DQ11/DUP11 error interrupts
; 6-7 DQ11/DUP11 status register 1 at last error
; 8-9 DQ11/DUP11 status register 2 at last error
; 10-11 Count of times receiver wasn't fast enough
; 12-13 Count of times transmitter wasn't fast enough
; 14-15 Count of CTS (clear to send) failures
; 16-17 Count of message sent and ACK'ed
; 18-19 Count of NAK's received (+wrong acknowledge after timeout)
; 20-21 Count of invalid responses to TTD
; 22-23 Count of invalid responses to messages
; 24-25 Count of TTD's sent
; 26-27 Count of WACK's received in response to messages
; 28-29 Count of EOT's (aborts) in response to messages
; 30-31 Count of invalid bids of responses to bids
; 32-33 Count of RVI's received while transmitting
; 34-35 Count of message received ok
; 36-37 Count of bad BCC's
; 38-39 Count of NAK's sent in response to data messages
; 40-41 Count of WACK's sent
; 42-43 Count of TTD's received
; 44-45 Count of EOT's sent or received which abort the stream
; 46-47 Count of messages ignored (out of chunks, unrecognizable or
; timeout)
; 48-49 Count of transparent msg with an invalid character after DLE
; 50-51 Count of attempts to change between transparent and normal mode
; in a blocked message
; 52-53 Count of transmitter timeouts
; 54-55 Clear to send delay in jiffies
; 56-57 Count of silo overflows
; 58-59 Number of bytes in silo warning area (usually 64, must be even)
; 60-61 Max number of bytes used in silo warning area since set last
; 62-63 Max bytes per message
; 64-65 Number of records per message
; 66-67 Line signature
; 68-69 Line driver type: 1 = DQ11, 2 = KMC11/DUP11, 3 = DUP11 w/o KMC
STSBYT (SLTYP,0,1) ; Translation type (type of station)
XP SL378, 1 ; IBM 3780
XP SL278, 2 ; IBM 2780
XP SLHSP, 3 ; IBM HASP
STSBYT (SLFLG,1,2) ; Line flags (term/emul)
BIT11 SLETF, 0 ; Emulation/termination flag
BIT11 SLPRO, 1 ; Primary/secondary protocol
BIT11 SLSON, 2 ; Station is signed on
BIT11 SLTRA, 3 ; Transparent mode flag
BIT11 SLHWA, 10 ; Hardware abort
BIT11 SLCME, 11 ; Communications established
STSBYT (SLINF,3,1) ; Line info (DTR, DSR, enabled)
BIT11 SLLEN, 0 ; Line enable flag
BIT11 SLDTR, 1 ; DTR flag (data terminal ready)
BIT11 SLDSR, 2 ; DSR flag (data set ready)
STSBYT (SLCSD,54,2) ; Clear to send delay
STSBYT (SLSWL,58,2) ; Silo warning level
STSBYT (SLBPM,62,2) ; Maximum bytes per message
STSBYT (SLRPM,64,2) ; Records per message
STSBYT (SLSIG,66,2) ; Line signature
; Device status string [ 14 (8 bit) bytes, 3 (36 bit) words ]
;
; Byte Meaning
; ---- -------
;
; 0 Device type (2780/3780) 0 = unknown, 1 = printer, 2 = punch
; 3 = reader. (HASP) 1 = console-in, 2 = console-out
; 1 Component selection code
; 2-3 Printer line counter
; 4-7 Flags:
; Bits 0-3 reserved
; 4 interpret input carriage control
; 5 interpret output carriage control
; 6 reserved
; 7 do component selection
; 8 do compress/expand
; 9 page counter has overflowed
; 10 page counter interrupts enabled
; 11 old BSC protocol
; 12 output buffers being dumped
; 13-15 reserved
; 16 output permission requested
; 17 output permission granted
; 18 output running
; 19 output EOF signaled
; 20 output EOF complete
; 21 output abort started
; 22 output abort completed
; 23 input permission requested
; 24 input permission granted
; 25 input running
; 26 input abort started
; 27 input abort completed
; 28 input EOF completed
; 29 input permission was requested
; 8-9 Device record size
; 10-11 Line flags: (duplicate of line status flags)
; bit 0 set = simulate, clear = support
; bit 1 set = primary BSC protocol, clear = secondary
; bit 2 set = signed on
; bit 3 set = transparent
; bit 4 set = disable in progress
; bit 5 set = line enable complete
; bit 6 set = line abort complete
; bit 7 set = off line (2780/3780 only)
; bit 8 set = line disable complete
; bit 9 set = disable done by DTE failure
; bit 10 set = line aborted by hardware failure
; bit 11 set = communication established
; 12-13 Line signature
STSBYT (SDDEV,0,1) ; Device type
XP SDLPT, 1 ; Line printer
XP SDCDP, 2 ; Card punch
XP SDCDR, 3 ; Card reader
STSBYT (SDCSD,1,1) ; Component selction code (HASP only)
XP SDREQ, 220 ; Req output permission (DN65 does it)
XP SDCOU, 221 ; Console output
XP SDCIN, 222 ; Console input
XP SDCR1, 223 ; Card reader 1
XP SDLP1, 224 ; Line printer 1
XP SDCP1, 225 ; Card punch 1
XP SDPRG, 240 ; Grant intput per. (DN65 does it)
XP SDSON, 360 ; Signon device
STSBYT (SDFLG,4,4) ; Device flags
BIT11 SDIIC, 4 ; Interpret input carriage control
BIT11 SDIOC, 5 ; Interpret output carriage control
BIT11 SDCSL, 7 ; Do component selection
BIT11 SDDCE, 8 ; Do compression/expansion
BIT11 SDPCO, 9 ; Page count has overflowed
BIT11 SDPCI, 10 ; Page counter interrupts enabled
BIT11 SDOBP, 11 ; Old BSC protocol
BIT11 SDOBB, 12 ; Output buffers being dumped
BIT11 SDIPH, 13 ; Input permisson sent to HASP (if 0)
BIT11 SDIOM, 14 ; I/O mode of device (1=input, HASP)
BIT11 SDDEP, 15 ; Dump or EOF in progress (if on)
BIT11 SDOPR, 16 ; Output permission requested
BIT11 SDOPG, 17 ; Output permission granted
BIT11 SDORN, 18 ; Output running
BIT11 SDEOS, 19 ; Output EOF signaled
BIT11 SDEOC, 20 ; Output EOF complete
BIT11 SDOAS, 21 ; Output abort started
BIT11 SDOAC, 22 ; Output abort complete
BIT11 SDIPR, 23 ; Input permission requested
BIT11 SDIPG, 24 ; Input permission granted
BIT11 SDIRN, 25 ; Input running
BIT11 SDIAS, 26 ; Input abort started
BIT11 SDIAC, 27 ; Input abort complete
BIT11 SDIEC, 28 ; Input EOF complete
BIT11 SDIPW, 29 ; Input permission was requested
BIT11 SDOPW, 30 ; Output permission was requested
BIT11 SDSUS, 31 ; Device suspended (HASP only)
STSBYT (SDLFG,10,2) ; Line flags
BIT11 SDHWA, 10 ; Hardware abort
BIT11 SDCME, 11 ; Communcations established
STSBYT (SDSIG,12,2) ; Signature of line device is on
END ; End of D60JSY universal file
; Local Modes:
; Mode:Fundamental
; Comment Column:40
; Comment Start:;
; Auto Save Mode:2
; Word Abbrev Mode:1
; End: