OEM.H

; [ This translation created 10-Feb-83 by Version 4.3 ]

	SUBTTL  Common file to produce 2-segment 8086 GW-CPM BASIC

	.SALL

	.RADIX	10
	OEMRAM=0D
;Pascal program HFILE searches for the following line - DO NOT MODIFY
;** (VERSION SPECIFIC VALUES) ************************************************
	NMLINE=25		;Max screen display text lines
	NBANKS=1		;Number of graphic planes
	PALSIZ=0		;Size of OEM color palette
	DBLCHR=0		;Editor support for KANJI chars
	KANABS=0		;Kana BASIC (Japanese JIS codes)
	KANJFN=0		;KANJI String Functions KPOS, KLEN ..
	JISKTN=0		;&K, &J constants (KANJI)
	SUPRSH=1		;1=super shift key feature
	NMKEYF=10		;number of function keys
	NMKEYT=14		;number of function key traps
	FKEYON=1		;yes=display function keys
	SCROLT=1		;Line 25 allocated for status only
	PLAYSW=1		;for PLAY statement
	BEEPSW=1		;for SOUND, BEEP statements
	NMLPT=3			;number of line printers
	CONSSW=1		;Device CONS:
	NMCOMT=2		;number of COMmunications ports
	NMPENT=1		;number of light pens
	NMSTRT=4		;number of joysticks
	GWCASS=0		;Cassette switch (CSAVE,CLOAD,MOTOR)
	IBMLIK=1		;IBM compatibility package      
	IBMTOK=1		;IBM token compatibility        
	DYNCOM=1		;Dynamic communication buffers  
;** (END OF VERSION SPECIFIC VALUES) *****************************************
;Pascal program HFILE searches for the previous line - DO NOT MODIFY
;
	NUMTRP=NMKEYT+NMCOMT+NMPENT+NMSTRT
	GW=1			;GW BASIC
	ESCCTL=0		;Escape Sequence processing in SCROUT
	GWDBUG=0		;DEBUG statement (TEST VERSIONS ONLY)
				; Support is in BINTRP.MAC and GWSTS.MAC
	SIXDIG=0		;# of digits of accuracy assumed when formatting
				;single precision numbers for output.
				; 0 := 7 digits
				; 1 := 6 digits
	CASSW=0			;CASSETTE SWITCH
	LABKEY=1		;^T (LABEL) key capability
	HGHBIT=1		;8-bit characters (ASCII & Graphics)
	QUEUE=1			;Queued painting algorithm (vs. stack)
	GIO86=1			;BASIC-86 Generalized I/O
	SCRNIO=1		;Screen editor
	SCRN86=1		;8086 Screen editor
	I8086=1			;CROSS ASSEMBLING FOR 8086
	MULSEG=1		;MULTI-SEGMENT 8086 BASIC
	SHORT=0			;"SMALL" VERSION OF 8086 BASIC IF SET
	TRUROM=1
	SBC86=0			;SBC 86/02 BOARD?
	SHORTJ=1		;USE INTRA-SEGMENT SHORT JUMPS
				;IN 8086 CODE
	LNGVAR=1		;LONG VARIABLE NAME SUPPORT (EXTENDED ONLY)
	SHTERR=0		;SHORT (2 CHAR) ERROR MESSAGES
	SHTINS=0		;INSTR IN NON-FAST LEN2 VERSIONS
	SHTLHM=0		;LEFT HAND SIDE MID IN NON FAST LEN2 VERSIONS
	SHTCHN=0		;ALLOW CHAIN IN NON-5.0
	SHTPRO=0		;ALLOW PROTECTED FILES IN NON-FIVDSK
	SHTLIN=0		;ALLOW LINE INPUT IN NON-EXTENDED NON-FAST
	SHTREN=0		;ALLOW RENUM IN NON-FST VERSIONS
	INKEYF=1		;ADDS INKEY$ FUNCTION
	NOIOS=0			;NO I/O STATMENTS (INP,OUT, WAIT)
	NOPEKS=0		;NO PEEK, POKE
	NOUSR=0			;NO USR
	NOCTLA=0		;NO CONTROL-A IN EXTENDED
	NORUBT=0		;NO RUBOUT
	NOROMP=0		;NO ROM PROGRAM FEATURE
	NOATDL=0		;NO AUTO DELETE IN NON-FAST EXTENDED
	NODOT=0			;NO DOT IN LEN2
	NOEDIT=0		;NO EDIT COMMAND
	CRONLY=0		;ONLY PUT OUT CR, NOT CRLF TO TERMINAL
				;AND FILES
	NONULL=0		;NO NULL COMMAND, PUT OUT NULLS IN CRDO & OUTCH1
	NOVARP=0		;NO VARPTR FUNCTION
	FIVEO=1			;GENERATE VERSION WITH RELEASE 5.0 FEATURES
	FIVMEM=1
	ANSI=1
	FIVDSK=1		;5.0 NEW DSK CODE
	FIVLPT=1		;WIDTH LPRINT AND 255 FEATURE
	HEXOCT=1		;&H..., HEX$, &O..., OCT$
	BINCSW=0		;&B..., BIN$
	BLODSW=1		;BLOAD, BSAVE COMMANDS
	MEMIMG=1		;MEMORY IMAGE FILES
	GENBIN=1

	TRUANS=0		;TRUE ANSI VERSION (STATIC SCAN, ON ERROR)
	COMMNT=0		;DONT WANT BIG COMMENT
	INTEL=0			;INTEL PROPRIETARY
	INTFSW=0		;INTEL FLOATING POINT
	INTFHW=0
	RMX=0			;INTEL RMX VERSION
	EDIT80=0		;FOR EDIT80 I/O ROUTINES
	RSHACK=0
	INTLEC=0
	LENGTH=2		;  1 MEANS 8K, 2 MEANS 12K
	BASDEB=0		;WHETHER DBG WILL BE LOADED WITH BASIC
	RSTLES=1		;WHETHER BASIC WILL USE RST LOCATIONS
				;TO MAKE ITSELF SMALLER & QUICKER
	REALIO=1		;WHETHER SIMULATE (=0) OR ON MACHINE (=1)
	GENIO=1			;USE G/P ROUTINES
	CHSEAT=1		;CHSNS eats chars
	GENDSK=0		;USE G/P DSK CODE
	LONGI=0			;WHETHER WE ASK "TERMINAL WIDTH?"
				;AND WANT SIN-TAN-COS-ATN?
	INSTSW=0		;FOR INSTR INSTRUCTION
	SWAPSW=1		;FOR SWAP STATEMENT
	MDS=0			;FOR INTEL MDS SYSTEMS
	SBC=0			;FOR INTEL SINGLE BOARD COMPUTER
				;1=SBC 80/10, 2=SBC 80/20
	PURE=1			;ON FOR PURE CODE
	KILLER=0		;FOR ROM VERSION THAT WONT RUN IN RAM
	INTROM=0
	LPTSW=1
	NCRLPT=1
	NCRCAS=0
	ISC=0			;FOR ISC VERSION
	LPT3=0			;THREE LPT DRIVER VERSION(QUME,OKIA,CENT)
	TSLPT=0

	DOS=0			;ON TO GEN ROUTINES FOR DOS
	DISK=1			;FILE I/O FEATURES
	TIMSHR=0		;NO TIME-SHARING DISK
	TSDISK=0		;NO TIME-SHARING DISK FOR US
	SPCDSK=0		;MAY HAVE MM'S DISK CODE
	SPCNDS=0
	FAST=1			;CONSTANT COMPRESSION, RENUM & FRIENDS
	KEYSTA=0
	ISIS=0			;FOR VERSION TO RUN UNDER INTEL'S ISIS II DOS
	MDSISS=0		;FOR MDS VERSION THAT RUNS UNDER ISIS-II
	CPM=1			;FOR CPM compatible operating systems
	CPM2=1			;VERSION 2. CPM
	CPM86=0			;FOR CP/M-86 operating system
	SCP=1			;MS-DOS operating system
	CPMCON=0
	CPMSER=0		;CHECK CPM SERIAL #'S
	CPMADD=0		;FOR VERSION TO RUN ON ADDS CPM
	CPMA75=0		;FOR VERSION TO RUN ON ADDS SYSTEM 75
				;CP/M
	CPMRSH=0		;FOR RADIO SHACK CPM/M
	CPM110=0		;FOR CP/M @1100 HEX (INTERALIA)
	CPMSBC=0		;FOR VERSION TO RUN ON SBC CP/M AT 4100H
	CPMPER=0		;FOR PERTEC VERSION OF CPM
	CPMLIF=0		;LIFEBOAT CP/M AT 4200H
	CPMMDS=0		;MOHAWK DATA SYSTEMS CP/M
	CPMCON=0
	Z80=0
	DISK=1
	NCRLPT=1
	RSTLES=1
	DRVPOS=CPMADD
	TRNCHR=CPMADD
	INLADD=CPMADD
	LISTEN=1		;ON MEANS LISTEN FOR ^C
	LISTEN=1
	LEN2=0
	LEN2=1
	HEXOCT=1
	LENGTH=2
	RSTLES=1
	FIVLPT=1
	I8251=0			;THIS SWITCH IS USED FOR ROSEMOUNT VERSION
	CONTRO=1		;ALLOW ^O
	LEN3=LEN2 OR CASSW



	STRING=1
	NCRLPT=1

; *** OEM Switches which need to be defaulted to 0
;
	CMPUTN=0
	DUPONT=0
	EXIDY=0
	GESBC=0
	HEATH=0
	LOKHED=0
	MOSTEK=0
	TEK=0
	TRSER2=0
	NASCOM=0
	NATROM=0
	NCRBAS=0
	NCRDEB=0
	NCRDEB=0
	NCRELS=0
	ONTEL=0
	PCS=0
	SGSATS=0
	ALTAIR=0
	DMC=0
	PANBAS=0
	XTNSYS=0
	NECBAS=0
;*******************************************************************
; Z80 related macros
;*******************************************************************
	Z80=1			;FOR VERSION THAT RUNS ON BOTH
				;8080'S AND ZILOG Z-80'S
	Z80MAC=1		;USE 8080 MACROS INSTEAD OF Z80 INSTRUCTIONS
	Z80=0
	Z80=1
LDIR	MACRO	
	MOV	WORD PTR A,WORD PTR M
	STAX	D
	INXF	H
	INXF	D
	DCXF	B
	MOV	WORD PTR A,WORD PTR B
	ORA	C
	JNZ	_-8D
ENDM 
LDDR	MACRO	
	MOV	WORD PTR A,WORD PTR M
	STAX	D
	DCXF	H
	DCXF	D
	DCXF	B
	MOV	WORD PTR A,WORD PTR B
	ORA	C
	JNZ	_-8D
ENDM 
DJNZ	MACRO	    DEST
	DCR	B
	JNZ	DEST
ENDM 
;*******************************************************************
; Define reset routines.
;*******************************************************************
FSIGN	MACRO	
	CALL	SIGN
ENDM 
PUSHM	MACRO	
	MOV	WORD PTR C,WORD PTR M
	INX	H
	MOV	WORD PTR B,WORD PTR M
	INX	H
	PUSH	WORD PTR B
ENDM 
SYNCHK	MACRO	X
	CALL	SYNCHR
	DB	OFFSET X
ENDM 
OUTCHR	MACRO	
	CALL	OUTDO
ENDM 
CHRGET	MACRO	
	CALL	CHRGTR
ENDM 
COMPAR	MACRO	
	CALL	DCOMPR
ENDM 
GETYPE	MACRO	
	CALL	GETYPR
ENDM 
COMPAR	MACRO	
	DB	73O
	DB	332O
 ENDM 
ACRLF	MACRO	
	DB	13D
	DB	10D
ENDM 
PUSHR	MACRO	
	PUSH	WORD PTR D
	PUSH	WORD PTR B
ENDM 
POPR	MACRO	
	POP	WORD PTR B
	POP	WORD PTR D
ENDM 
MOVRI	MACRO	B,C,D,E
	DB	1O		; "LXI  B"
	DB	OFFSET C
	DB	OFFSET B
	DB	21O		; "LXI  D"
	DB	OFFSET E
	DB	OFFSET D
ENDM 
INST	MACRO	X
	DB	OX
ENDM 


	CONTO=15		;CHARACTER TO SUPRESS OUTPUT (USUALLY CONTROL-O)
	DBLTRN=0		;FOR DOUBLE PRECISION TRANSCENDENTALS

	CLMWID=14D		;MAKE COMMA COLUMNS FOURTEEN CHARACTERS
	DATPSC=128D		;NUMBER OF DATA BYTES IN DISK SECTOR
	LINLN=80D		;TERMINAL LINE LENGTH
	LPTLEN=132D
	BUFLEN=255		;LONG LINES
	NAMLEN=40D		;MAXIMUM LENGTH NAME -- 3 TO 127

	NUMLEV=110D		;NUMBER OF STACK LEVELS RESERVED
				;BY AN EXPLICIT CALL TO GETSTK
	STRSIZ=4
	STRSIZ=3
	NUMTMP=3		;NUMBER OF STRING TEMPORARIES
	NUMTMP=10

	.RADIX	8
;
; Useful macros
;

ACRLF   MACRO
        DB      13D
        DB      10D
ENDM

INS86   MACRO   A,B,C,D
        DB      A&O
IFNB    <B>
        DB      B&O
ENDIF
IFNB    <D>
        DB      C&O
        DB      D&O
ENDIF
IFB     <D>
 IFNB   <C>
        DW      C
  ENDIF
 ENDIF
ENDM

CALLOS  MACRO
        CALL    CPMENT
ENDM

POPR    MACRO
        POP     CX
        POP     DX
ENDM

ADR     MACRO   X
        DW      X
ENDM

DC      MACRO   ARG
        IRPC    ZZ,<ARG>
            IFDIF       <ZZ>,<">
                DB      "&ZZ&"
                _A="&ZZ&"
            ENDIF
        ENDM
ENDM
;
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