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This commit is contained in:
Michael Steil 2008-10-13 02:05:35 +00:00
parent c5e44fece3
commit 76875ac392
8 changed files with 2415 additions and 2326 deletions
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39
apple_loadsave.s Normal file
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.segment "CODE"
SAVE:
jsr L0F42
jsr LFECD
jsr L0F51
jmp LFECD
LOAD:
jsr L0F42
jsr LFEFD
jsr L0F51
jsr LFEFD
lda #<QT_LOADED
ldy #>QT_LOADED
jsr STROUT
jmp FIX_LINKS
QT_LOADED:
.byte 0 ; XXX PATCHED
.byte "OADED"
.byte 0
L0F42:
lda #$6C
ldy #$00
sta $3C
sty $3D
lda #$6E
sta $3E
sty $3F
rts
L0F51:
lda $6A
ldy $6B
sta $3C
sty $3D
lda $6C
ldy $6D
sta $3E
sty $3F
rts

686
eval.s Normal file
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.segment "CODE"
; ----------------------------------------------------------------------------
; "NEXT" STATEMENT
; ----------------------------------------------------------------------------
NEXT:
bne NEXT1
ldy #$00
beq NEXT2
NEXT1:
jsr PTRGET
NEXT2:
sta FORPNT
sty FORPNT+1
jsr GTFORPNT
beq NEXT3
ldx #$00
GERR:
beq JERROR
NEXT3:
txs
.ifndef CBM2_KBD
inx
inx
inx
inx
.endif
txa
.ifdef CBM2_KBD
clc
adc #$04
pha
adc #BYTES_FP+1
sta DEST
pla
.else
inx
inx
inx
inx
inx
.ifndef CONFIG_SMALL
inx
.endif
stx DEST
.endif
ldy #>STACK
jsr LOAD_FAC_FROM_YA
tsx
lda STACK+BYTES_FP+4,x
sta FACSIGN
lda FORPNT
ldy FORPNT+1
jsr FADD
jsr SETFOR
ldy #>STACK
jsr FCOMP2
tsx
sec
sbc STACK+BYTES_FP+4,x
beq L2C22
lda STACK+2*BYTES_FP+5,x
sta CURLIN
lda STACK+2*BYTES_FP+6,x
sta CURLIN+1
lda STACK+2*BYTES_FP+8,x
sta TXTPTR
lda STACK+2*BYTES_FP+7,x
sta TXTPTR+1
L2C1F:
jmp NEWSTT
L2C22:
txa
adc #2*BYTES_FP+7
tax
txs
jsr CHRGOT
cmp #$2C
bne L2C1F
jsr CHRGET
jsr NEXT1
; ----------------------------------------------------------------------------
; EVALUATE EXPRESSION, MAKE SURE IT IS NUMERIC
; ----------------------------------------------------------------------------
FRMNUM:
jsr FRMEVL
; ----------------------------------------------------------------------------
; MAKE SURE (FAC) IS NUMERIC
; ----------------------------------------------------------------------------
CHKNUM:
clc
.byte $24
; ----------------------------------------------------------------------------
; MAKE SURE (FAC) IS STRING
; ----------------------------------------------------------------------------
CHKSTR:
sec
; ----------------------------------------------------------------------------
; MAKE SURE (FAC) IS CORRECT TYPE
; IF C=0, TYPE MUST BE NUMERIC
; IF C=1, TYPE MUST BE STRING
; ----------------------------------------------------------------------------
CHKVAL:
bit VALTYP
bmi L2C41
bcs L2C43
L2C40:
rts
L2C41:
bcs L2C40
L2C43:
ldx #ERR_BADTYPE
JERROR:
jmp ERROR
; ----------------------------------------------------------------------------
; EVALUATE THE EXPRESSION AT TXTPTR, LEAVING THE
; RESULT IN FAC. WORKS FOR BOTH STRING AND NUMERIC
; EXPRESSIONS.
; ----------------------------------------------------------------------------
FRMEVL:
ldx TXTPTR
bne L2C4E
dec TXTPTR+1
L2C4E:
dec TXTPTR
ldx #$00
.byte $24
FRMEVL1:
pha
txa
pha
lda #$01
jsr CHKMEM
jsr FRM_ELEMENT
lda #$00
sta CPRTYP
FRMEVL2:
jsr CHRGOT
L2C65:
sec
sbc #TOKEN_GREATER
bcc L2C81
cmp #$03
bcs L2C81
cmp #$01
rol a
eor #$01
eor CPRTYP
cmp CPRTYP
bcc SNTXERR
sta CPRTYP
jsr CHRGET
jmp L2C65
L2C81:
ldx CPRTYP
bne FRM_RELATIONAL
bcs L2D02
adc #$07
bcc L2D02
adc VALTYP
bne L2C92
jmp CAT
L2C92:
adc #$FF
sta INDEX
asl a
adc INDEX
tay
FRM_PRECEDENCE_TEST:
pla
cmp MATHTBL,y
bcs FRM_PERFORM1
jsr CHKNUM
L2CA3:
pha
L2CA4:
jsr FRM_RECURSE
pla
ldy LASTOP
bpl PREFNC
tax
beq GOEX
bne FRM_PERFORM2
; ----------------------------------------------------------------------------
; FOUND ONE OR MORE RELATIONAL OPERATORS <,=,>
; ----------------------------------------------------------------------------
FRM_RELATIONAL:
lsr VALTYP
txa
rol a
ldx TXTPTR
bne L2CBB
dec TXTPTR+1
L2CBB:
dec TXTPTR
ldy #$1B
sta CPRTYP
bne FRM_PRECEDENCE_TEST
PREFNC:
cmp MATHTBL,y
bcs FRM_PERFORM2
bcc L2CA3
; ----------------------------------------------------------------------------
; STACK THIS OPERATION AND CALL FRMEVL FOR
; ANOTHER ONE
; ----------------------------------------------------------------------------
FRM_RECURSE:
lda MATHTBL+2,y
pha
lda MATHTBL+1,y
pha
jsr FRM_STACK1
lda CPRTYP
jmp FRMEVL1
SNTXERR:
jmp SYNERR
; ----------------------------------------------------------------------------
; STACK (FAC)
; THREE ENTRY POINTS:
; 1, FROM FRMEVL
; 2, FROM "STEP"
; 3, FROM "FOR"
; ----------------------------------------------------------------------------
FRM_STACK1:
lda FACSIGN
ldx MATHTBL,y
; ----------------------------------------------------------------------------
; ENTER HERE FROM "STEP", TO PUSH STEP SIGN AND VALUE
; ----------------------------------------------------------------------------
FRM_STACK2:
tay
pla
sta INDEX
.ifndef KBD
inc INDEX ; bug: assumes not on page boundary
.endif
pla
sta INDEX+1
.ifdef KBD
inc INDEX
bne LEB69
inc INDEX+1
LEB69:
.endif
tya
pha
; ----------------------------------------------------------------------------
; ENTER HERE FROM "FOR", WITH (INDEX) = STEP,
; TO PUSH INITIAL VALUE OF "FOR" VARIABLE
; ----------------------------------------------------------------------------
FRM_STACK3:
jsr ROUND_FAC
.ifndef CONFIG_SMALL
lda FAC+4
pha
.endif
lda FAC+3
pha
lda FAC+2
pha
lda FAC+1
pha
lda FAC
pha
jmp (INDEX)
L2D02:
ldy #$FF
pla
GOEX:
beq EXIT
; ----------------------------------------------------------------------------
; PERFORM STACKED OPERATION
;
; (A) = PRECEDENCE BYTE
; STACK: 1 -- CPRMASK
; 5 -- (ARG)
; 2 -- ADDR OF PERFORMER
; ----------------------------------------------------------------------------
FRM_PERFORM1:
cmp #$64
beq L2D0E
jsr CHKNUM
L2D0E:
sty LASTOP
FRM_PERFORM2:
pla
lsr a
sta CPRMASK
pla
sta ARG
pla
sta ARG+1
pla
sta ARG+2
pla
sta ARG+3
pla
.ifndef CONFIG_SMALL
sta ARG+4
pla
.endif
sta ARGSIGN
eor FACSIGN
sta STRNG1
EXIT:
lda FAC
rts
; ----------------------------------------------------------------------------
; GET ELEMENT IN EXPRESSION
;
; GET VALUE OF VARIABLE OR NUMBER AT TXTPNT, OR POINT
; TO STRING DESCRIPTOR IF A STRING, AND PUT IN FAC.
; ----------------------------------------------------------------------------
FRM_ELEMENT:
lda #$00
sta VALTYP
L2D31:
jsr CHRGET
bcs L2D39
L2D36:
jmp FIN
L2D39:
jsr ISLETC
bcs FRM_VARIABLE
.ifdef CONFIG_CBM_ALL
cmp #$FF
bne LCDC1
lda #<CON_PI
ldy #>CON_PI
jsr LOAD_FAC_FROM_YA
jmp CHRGET
CON_PI:
.byte $82,$49,$0f,$DA,$A1
LCDC1:
.endif
cmp #$2E
beq L2D36
cmp #TOKEN_MINUS
beq MIN
cmp #TOKEN_PLUS
beq L2D31
cmp #$22
bne NOT_
; ----------------------------------------------------------------------------
; STRING CONSTANT ELEMENT
;
; SET Y,A = (TXTPTR)+CARRY
; ----------------------------------------------------------------------------
STRTXT:
lda TXTPTR
ldy TXTPTR+1
adc #$00
bcc L2D57
iny
L2D57:
jsr STRLIT
jmp POINT
; ----------------------------------------------------------------------------
; "NOT" FUNCTION
; IF FAC=0, RETURN FAC=1
; IF FAC<>0, RETURN FAC=0
; ----------------------------------------------------------------------------
NOT_:
cmp #TOKEN_NOT
bne L2D74
ldy #$18
bne EQUL
; ----------------------------------------------------------------------------
; COMPARISON FOR EQUALITY (= OPERATOR)
; ALSO USED TO EVALUATE "NOT" FUNCTION
; ----------------------------------------------------------------------------
EQUOP:
jsr AYINT
lda FAC_LAST
eor #$FF
tay
lda FAC_LAST-1
eor #$FF
jmp GIVAYF
L2D74:
cmp #TOKEN_FN
bne L2D7B
jmp L31F3
L2D7B:
cmp #TOKEN_SGN
bcc PARCHK
jmp UNARY
; ----------------------------------------------------------------------------
; EVALUATE "(EXPRESSION)"
; ----------------------------------------------------------------------------
PARCHK:
jsr CHKOPN
jsr FRMEVL
CHKCLS:
lda #$29
.byte $2C
CHKOPN:
lda #$28
.byte $2C
CHKCOM:
lda #$2C
; ----------------------------------------------------------------------------
; UNLESS CHAR AT TXTPTR = (A), SYNTAX ERROR
; ----------------------------------------------------------------------------
SYNCHR: ; XXX all CBM code calls SYNCHR instead of CHKCOM
ldy #$00
cmp (TXTPTR),y
bne SYNERR
jmp CHRGET
; ----------------------------------------------------------------------------
SYNERR:
ldx #ERR_SYNTAX
jmp ERROR
; ----------------------------------------------------------------------------
MIN:
ldy #$15
EQUL:
pla
pla
jmp L2CA4
; ----------------------------------------------------------------------------
FRM_VARIABLE:
jsr PTRGET
FRM_VARIABLE_CALL = *-1
sta FAC_LAST-1
sty FAC_LAST
.ifdef CONFIG_CBM_ALL
lda VARNAM
ldy VARNAM+1
.endif
ldx VALTYP
beq L2DB1
.ifdef CONFIG_CBM_ALL
.ifdef CONFIG_CBM1_PATCHES
jmp PATCH2
clc
LCE3B:
.else
ldx #$00
stx $6D
bit $62
bpl LCE53
cmp #$54
bne LCE53
.endif
cpy #$C9
bne LCE53
jsr LCE76
sty EXPON
dey
sty STRNG2
ldy #$06
sty INDX
ldy #$24
jsr LDD3A
jmp LD353
LCE53:
.endif
.ifdef KBD
ldx #$00
stx STRNG1+1
.endif
rts
L2DB1:
.ifndef CONFIG_SMALL
ldx VALTYP+1
bpl L2DC2
ldy #$00
lda (FAC+3),y
tax
iny
lda (FAC+3),y
tay
txa
jmp GIVAYF
L2DC2:
.endif
.ifdef CONFIG_CBM1_PATCHES
jmp PATCH3
.endif
.ifdef CBM2
bit $62
bpl LCE90
cmp #$54
bne LCE82
.endif
.ifndef CONFIG_CBM_ALL
jmp LOAD_FAC_FROM_YA
.endif
.ifdef CBM1
.byte $19
.endif
.ifdef CONFIG_CBM_ALL
LCE69:
cpy #$49
.ifdef CBM1
bne LCE82
.else
bne LCE90
.endif
jsr LCE76
tya
ldx #$A0
jmp LDB21
LCE76:
.ifdef CBM1
lda #$FE
ldy #$01
.else
lda #$8B
ldy #$00
.endif
sei
jsr LOAD_FAC_FROM_YA
cli
sty FAC+1
rts
LCE82:
cmp #$53
bne LCE90
cpy #$54
bne LCE90
lda Z96
jmp FLOAT
LCE90:
lda FAC+3
ldy FAC+4
jmp LOAD_FAC_FROM_YA
.endif
; ----------------------------------------------------------------------------
UNARY:
asl a
pha
tax
jsr CHRGET
cpx #<(TOKEN_LEFTSTR*2-1)
bcc L2DEF
jsr CHKOPN
jsr FRMEVL
jsr CHKCOM
jsr CHKSTR
pla
tax
lda FAC_LAST
pha
lda FAC_LAST-1
pha
txa
pha
jsr GETBYT
pla
tay
txa
pha
jmp L2DF4
L2DEF:
jsr PARCHK
pla
tay
L2DF4:
lda UNFNC-TOKEN_SGN-TOKEN_SGN+$100,y
sta JMPADRS+1
lda UNFNC-TOKEN_SGN-TOKEN_SGN+$101,y
sta JMPADRS+2
.ifdef KBD
jsr LF47D
.else
jsr JMPADRS
.endif
jmp CHKNUM
; ----------------------------------------------------------------------------
OR:
ldy #$FF
.byte $2C
; ----------------------------------------------------------------------------
TAND:
ldy #$00
sty EOLPNTR
jsr AYINT
lda FAC_LAST-1
eor EOLPNTR
sta CHARAC
lda FAC_LAST
eor EOLPNTR
sta ENDCHR
jsr COPY_ARG_TO_FAC
jsr AYINT
lda FAC_LAST
eor EOLPNTR
and ENDCHR
eor EOLPNTR
tay
lda FAC_LAST-1
eor EOLPNTR
and CHARAC
eor EOLPNTR
jmp GIVAYF
; ----------------------------------------------------------------------------
; PERFORM RELATIONAL OPERATIONS
; ----------------------------------------------------------------------------
RELOPS:
jsr CHKVAL
bcs STRCMP
lda ARGSIGN
ora #$7F
and ARG+1
sta ARG+1
lda #<ARG
ldy #$00
jsr FCOMP
tax
jmp NUMCMP
; ----------------------------------------------------------------------------
; STRING COMPARISON
; ----------------------------------------------------------------------------
STRCMP:
lda #$00
sta VALTYP
dec CPRTYP
jsr FREFAC
sta FAC
stx FAC+1
sty FAC+2
lda ARG_LAST-1
ldy ARG_LAST
jsr FRETMP
stx ARG_LAST-1
sty ARG_LAST
tax
sec
sbc FAC
beq L2E74
lda #$01
bcc L2E74
ldx FAC
lda #$FF
L2E74:
sta FACSIGN
ldy #$FF
inx
STRCMP1:
iny
dex
bne L2E84
ldx FACSIGN
NUMCMP:
bmi CMPDONE
clc
bcc CMPDONE
L2E84:
lda (ARG_LAST-1),y
cmp (FAC+1),y
beq STRCMP1
ldx #$FF
bcs CMPDONE
ldx #$01
CMPDONE:
inx
txa
rol a
and CPRMASK
beq L2E99
lda #$FF
L2E99:
jmp FLOAT

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.segment "CODE"
; ----------------------------------------------------------------------------
; INPUT CONVERSION ERROR: ILLEGAL CHARACTER
; IN NUMERIC FIELD. MUST DISTINGUISH
; BETWEEN INPUT, READ, AND GET
; ----------------------------------------------------------------------------
INPUTERR:
lda INPUTFLG
beq RESPERR
.ifdef CBM2_KIM_APPLE
bmi L2A63
ldy #$FF
bne L2A67
L2A63:
.endif
.ifdef CONFIG_CBM1_PATCHES
jsr PATCH5
nop
.else
lda Z8C
ldy Z8C+1
.endif
L2A67:
sta CURLIN
sty CURLIN+1
SYNERR4:
jmp SYNERR
RESPERR:
.ifdef CONFIG_CBM_ALL
lda Z03
beq LCA8F
ldx #ERR_BADDATA
jmp ERROR
LCA8F:
.endif
lda #<ERRREENTRY
ldy #>ERRREENTRY
jsr STROUT
lda OLDTEXT
ldy OLDTEXT+1
sta TXTPTR
sty TXTPTR+1
LE920:
rts
.ifndef CONFIG_SMALL
; ----------------------------------------------------------------------------
; "GET" STATEMENT
; ----------------------------------------------------------------------------
GET:
jsr ERRDIR
.ifdef CONFIG_CBM_ALL
cmp #$23
bne LCAB6
jsr CHRGET
jsr GETBYT
lda #$2C
jsr SYNCHR
jsr CHKIN
stx Z03
LCAB6:
.endif
ldx #<(INPUTBUFFER+1)
ldy #>(INPUTBUFFER+1)
.if INPUTBUFFER >= $0100
lda #$00
sta INPUTBUFFER+1
.else
sty INPUTBUFFER+1
.endif
lda #$40
jsr PROCESS_INPUT_LIST
.ifdef CONFIG_CBM_ALL
ldx Z03
bne LCAD8
.endif
rts
.endif
.ifdef CONFIG_CBM_ALL
INPUTH:
jsr GETBYT
lda #$2C
jsr SYNCHR
jsr CHKIN
stx Z03
jsr L2A9E
LCAD6:
lda Z03
LCAD8:
jsr CLRCH
ldx #$00
stx Z03
rts
LCAE0:
.endif
; ----------------------------------------------------------------------------
; "INPUT" STATEMENT
; ----------------------------------------------------------------------------
INPUT:
.ifndef KBD
lsr Z14
.endif
cmp #$22
bne L2A9E
jsr STRTXT
lda #$3B
jsr SYNCHR
jsr STRPRT
L2A9E:
jsr ERRDIR
lda #$2C
sta INPUTBUFFER-1
LCAF8:
.ifdef APPLE
jsr INLINX
.else
jsr NXIN
.endif
.ifdef KBD
bmi L2ABE
NXIN:
jsr LFDDA
bmi LE920
pla
jmp LE86C
.else
.ifdef CONFIG_CBM_ALL
lda Z03
beq LCB0C
lda Z96
and #$02
beq LCB0C
jsr LCAD6
jmp DATA
LCB0C:
.endif
lda INPUTBUFFER
bne L2ABE
.ifdef CONFIG_CBM_ALL
lda Z03
bne LCAF8
.ifdef CONFIG_CBM1_PATCHES
jmp PATCH1
.else
clc
jmp CONTROL_C_TYPED
.endif
NXIN:
lda Z03
bne LCB21
.else
clc
jmp CONTROL_C_TYPED
NXIN:
.endif
jsr OUTQUES
jsr OUTSP
LCB21:
jmp INLIN
.endif /* KBD */
.ifdef KBD
GETC:
jsr CONINT
jsr LF43D
jmp LE664
.endif
; ----------------------------------------------------------------------------
; "READ" STATEMENT
; ----------------------------------------------------------------------------
READ:
ldx DATPTR
ldy DATPTR+1
.ifdef CBM2_KBD
lda #$98 ; AppleSoft, too
.byte $2C
L2ABE:
lda #$00
.else
.byte $A9
L2ABE:
tya
.endif
; ----------------------------------------------------------------------------
; PROCESS INPUT LIST
;
; (Y,X) IS ADDRESS OF INPUT DATA STRING
; (A) = VALUE FOR INPUTFLG: $00 FOR INPUT
; $40 FOR GET
; $98 FOR READ
; ----------------------------------------------------------------------------
PROCESS_INPUT_LIST:
sta INPUTFLG
stx INPTR
sty INPTR+1
PROCESS_INPUT_ITEM:
jsr PTRGET
sta FORPNT
sty FORPNT+1
lda TXTPTR
ldy TXTPTR+1
sta TXPSV
sty TXPSV+1
ldx INPTR
ldy INPTR+1
stx TXTPTR
sty TXTPTR+1
jsr CHRGOT
bne INSTART
bit INPUTFLG
.ifndef CONFIG_SMALL
bvc L2AF0
jsr MONRDKEY
.ifdef APPLE
and #$7F
.endif
sta INPUTBUFFER
.ifdef CBM1
ldy #>(INPUTBUFFER-1)
ldx #<(INPUTBUFFER-1)
.else
ldx #<(INPUTBUFFER-1)
ldy #>(INPUTBUFFER-1)
.endif
bne L2AF8
L2AF0:
.endif
bmi FINDATA
.ifdef CONFIG_CBM_ALL
lda Z03
bne LCB64
.endif
.ifdef KBD
jsr OUTQUESSP
.else
jsr OUTQUES
.endif
LCB64:
jsr NXIN
L2AF8:
stx TXTPTR
sty TXTPTR+1
; ----------------------------------------------------------------------------
INSTART:
jsr CHRGET
bit VALTYP
bpl L2B34
.ifndef CONFIG_SMALL
bit INPUTFLG
bvc L2B10
.ifdef CONFIG_CBM1_PATCHES
lda #$00
jsr PATCH4
nop
.else
inx
stx TXTPTR
lda #$00
sta CHARAC
beq L2B1C
.endif
L2B10:
.endif
sta CHARAC
cmp #$22
beq L2B1D
lda #$3A
sta CHARAC
lda #$2C
L2B1C:
clc
L2B1D:
sta ENDCHR
lda TXTPTR
ldy TXTPTR+1
adc #$00
bcc L2B28
iny
L2B28:
jsr STRLT2
jsr POINT
.ifdef CONFIG_SMALL
jsr LETSTRING
.else
jsr PUTSTR
.endif
jmp INPUT_MORE
; ----------------------------------------------------------------------------
L2B34:
jsr FIN
.ifdef CONFIG_SMALL
jsr SETFOR
.else
lda VALTYP+1
jsr LET2
.endif
; ----------------------------------------------------------------------------
INPUT_MORE:
jsr CHRGOT
beq L2B48
cmp #$2C
beq L2B48
jmp INPUTERR
L2B48:
lda TXTPTR
ldy TXTPTR+1
sta INPTR
sty INPTR+1
lda TXPSV
ldy TXPSV+1
sta TXTPTR
sty TXTPTR+1
jsr CHRGOT
beq INPDONE
jsr CHKCOM
jmp PROCESS_INPUT_ITEM
; ----------------------------------------------------------------------------
FINDATA:
jsr DATAN
iny
tax
bne L2B7C
ldx #ERR_NODATA
iny
lda (TXTPTR),y
beq GERR
iny
lda (TXTPTR),y
sta Z8C
iny
lda (TXTPTR),y
iny
sta Z8C+1
L2B7C:
lda (TXTPTR),y
tax
jsr ADDON
cpx #$83
bne FINDATA
jmp INSTART
; ---NO MORE INPUT REQUESTED------
INPDONE:
lda INPTR
ldy INPTR+1
ldx INPUTFLG
.ifdef OSI
beq L2B94
.else
bpl L2B94
.endif
jmp SETDA
L2B94:
ldy #$00
lda (INPTR),y
beq L2BA1
.ifdef CONFIG_CBM_ALL
lda Z03
bne L2BA1
.endif
lda #<ERREXTRA
ldy #>ERREXTRA
jmp STROUT
L2BA1:
rts
; ----------------------------------------------------------------------------
ERREXTRA:
.ifdef KBD
.byte "?Extra"
.else
.byte "?EXTRA IGNORED"
.endif
.byte $0D,$0A,$00
ERRREENTRY:
.ifdef KBD
.byte "What?"
.else
.byte "?REDO FROM START"
.endif
.byte $0D,$0A,$00
.ifdef KBD
LEA30:
.byte "B"
.byte $FD
.byte "GsBASIC"
.byte $00,$1B,$0D,$13
.byte " BASIC"
.endif

61
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.segment "CODE"
SAVE:
tsx
stx INPUTFLG
lda #$37
sta $F2
lda #$FE
sta $17F9
lda TXTTAB
ldy TXTTAB+1
sta $17F5
sty $17F6
lda VARTAB
ldy VARTAB+1
sta $17F7
sty $17F8
jmp L1800
ldx INPUTFLG
txs
lda #<QT_SAVED
ldy #>QT_SAVED
jmp STROUT
QT_LOADED:
.byte "LOADED"
.byte $00
QT_SAVED:
.byte "SAVED"
.byte $0D,$0A,$00,$00,$00,$00,$00,$00
.byte $00,$00,$00,$00,$00,$00,$00,$00
.byte $00,$00,$00,$00,$00,$00,$00
LOAD:
lda TXTTAB
ldy TXTTAB+1
sta $17F5
sty $17F6
lda #$FF
sta $17F9
lda #$A6
ldy #$27 ; XXX
sta L0001
sty L0001+1
jmp L1873
ldx #$FF
txs
lda #$48
ldy #$23 ; XXX
sta L0001
sty L0001+1
lda #<QT_LOADED
ldy #>QT_LOADED
jsr STROUT
ldx $17ED
ldy $17EE
txa
bne L27C2
nop
L27C2:
nop
stx VARTAB
sty VARTAB+1
jmp FIX_LINKS

242
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.segment "CODE"
; ----------------------------------------------------------------------------
; "DIM" STATEMENT
; ----------------------------------------------------------------------------
NXDIM:
jsr CHKCOM
DIM:
tax
jsr PTRGET2
jsr CHRGOT
bne NXDIM
rts
; ----------------------------------------------------------------------------
; PTRGET -- GENERAL VARIABLE SCAN
;
; SCANS VARIABLE NAME AT TXTPTR, AND SEARCHES THE
; VARTAB AND ARYTAB FOR THE NAME.
; IF NOT FOUND, CREATE VARIABLE OF APPROPRIATE TYPE.
; RETURN WITH ADDRESS IN VARPNT AND Y,A
;
; ACTUAL ACTIVITY CONTROLLED SOMEWHAT BY TWO FLAGS:
; DIMFLG -- NONZERO IF CALLED FROM "DIM"
; ELSE = 0
;
; SUBFLG -- = $00
; = $40 IF CALLED FROM "GETARYPT"
; ----------------------------------------------------------------------------
PTRGET:
ldx #$00
jsr CHRGOT
PTRGET2:
stx DIMFLG
PTRGET3:
sta VARNAM
jsr CHRGOT
jsr ISLETC
bcs NAMOK
SYNERR3:
jmp SYNERR
NAMOK:
ldx #$00
stx VALTYP
.ifndef CONFIG_SMALL
stx VALTYP+1
.endif
jsr CHRGET
bcc L2ECD
jsr ISLETC
bcc L2ED8
L2ECD:
tax
L2ECE:
jsr CHRGET
bcc L2ECE
jsr ISLETC
bcs L2ECE
L2ED8:
cmp #$24
.ifdef CONFIG_SMALL
bne L2EF9
.else
bne L2EE2
.endif
lda #$FF
sta VALTYP
.ifndef CONFIG_SMALL
bne L2EF2
L2EE2:
cmp #$25
bne L2EF9
lda SUBFLG
bne SYNERR3
lda #$80
sta VALTYP+1
ora VARNAM
sta VARNAM
L2EF2:
.endif
txa
ora #$80
tax
jsr CHRGET
L2EF9:
stx VARNAM+1
sec
ora SUBFLG
sbc #$28
bne L2F05
jmp ARRAY
L2F05:
lda #$00
sta SUBFLG
lda VARTAB
ldx VARTAB+1
ldy #$00
L2F0F:
stx LOWTR+1
L2F11:
sta LOWTR
cpx ARYTAB+1
bne L2F1B
cmp ARYTAB
beq NAMENOTFOUND
L2F1B:
lda VARNAM
cmp (LOWTR),y
bne L2F29
lda VARNAM+1
iny
cmp (LOWTR),y
beq SET_VARPNT_AND_YA
dey
L2F29:
clc
lda LOWTR
adc #BYTES_PER_VARIABLE
bcc L2F11
inx
bne L2F0F
; ----------------------------------------------------------------------------
; CHECK IF (A) IS ASCII LETTER A-Z
;
; RETURN CARRY = 1 IF A-Z
; = 0 IF NOT
; ----------------------------------------------------------------------------
ISLETC:
cmp #$41
bcc L2F3C
sbc #$5B
sec
sbc #$A5
L2F3C:
rts
; ----------------------------------------------------------------------------
; VARIABLE NOT FOUND, SO MAKE ONE
; ----------------------------------------------------------------------------
NAMENOTFOUND:
pla
pha
cmp #<FRM_VARIABLE_CALL
bne MAKENEWVARIABLE
.ifdef CONFIG_SAFE_NAMENOTFOUND
tsx
lda STACK+2,x
cmp #>FRM_VARIABLE_CALL
bne MAKENEWVARIABLE
.endif
LD015:
lda #<C_ZERO
ldy #>C_ZERO
rts
; ----------------------------------------------------------------------------
.ifndef CBM2_KBD
C_ZERO:
.byte $00,$00
.endif
; ----------------------------------------------------------------------------
; MAKE A NEW SIMPLE VARIABLE
;
; MOVE ARRAYS UP 7 BYTES TO MAKE ROOM FOR NEW VARIABLE
; ENTER 7-BYTE VARIABLE DATA IN THE HOLE
; ----------------------------------------------------------------------------
MAKENEWVARIABLE:
.ifdef CONFIG_CBM_ALL
lda VARNAM
ldy VARNAM+1
cmp #$54
bne LD02F
cpy #$C9
beq LD015
cpy #$49
bne LD02F
LD02C:
jmp SYNERR
LD02F:
cmp #$53
bne LD037
cpy #$54
beq LD02C
LD037:
.endif
lda ARYTAB
ldy ARYTAB+1
sta LOWTR
sty LOWTR+1
lda STREND
ldy STREND+1
sta HIGHTR
sty HIGHTR+1
clc
adc #BYTES_PER_VARIABLE
bcc L2F68
iny
L2F68:
sta HIGHDS
sty HIGHDS+1
jsr BLTU
lda HIGHDS
ldy HIGHDS+1
iny
sta ARYTAB
sty ARYTAB+1
ldy #$00
lda VARNAM
sta (LOWTR),y
iny
lda VARNAM+1
sta (LOWTR),y
lda #$00
iny
sta (LOWTR),y
iny
sta (LOWTR),y
iny
sta (LOWTR),y
iny
sta (LOWTR),y
.ifndef CONFIG_SMALL
iny
sta (LOWTR),y
.endif
; ----------------------------------------------------------------------------
; PUT ADDRESS OF VALUE OF VARIABLE IN VARPNT AND Y,A
; ----------------------------------------------------------------------------
SET_VARPNT_AND_YA:
lda LOWTR
clc
adc #$02
ldy LOWTR+1
bcc L2F9E
iny
L2F9E:
sta VARPNT
sty VARPNT+1
rts

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.segment "CODE"
QT_ERROR:
.ifdef KBD
.byte " err"
.else
.ifdef APPLE
.byte " ERR"
.byte $07,$07
.else
.byte " ERROR"
.endif
.endif
.byte $00
.ifndef KBD
QT_IN:
.byte " IN "
.byte $00
QT_OK:
.ifdef APPLE
.byte $0D,$00,$00
.byte "K"
.else
.byte $0D,$0A
.ifdef CONFIG_CBM_ALL
.byte "READY."
.else
.byte "OK"
.endif
.endif
.byte $0D,$0A,$00
.else
.byte $54,$D2 ; ???
OKPRT:
jsr LDE42
.byte $0D,$0D
.byte ">>"
.byte $0D,$0A,$00
rts
nop
.endif
QT_BREAK:
.ifdef KBD
.byte $0D,$0A
.byte " Brk"
.byte $00
.byte $54,$D0 ; ???
.else
.byte $0D,$0A
.byte "BREAK"
.byte $00
.endif

2384
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.segment "CODE"
MEMERR:
ldx #ERR_MEMFULL
; ----------------------------------------------------------------------------
; HANDLE AN ERROR
;
; (X)=OFFSET IN ERROR MESSAGE TABLE
; (ERRFLG) > 128 IF "ON ERR" TURNED ON
; (CURLIN+1) = $FF IF IN DIRECT MODE
; ----------------------------------------------------------------------------
ERROR:
lsr Z14
.ifdef CONFIG_CBM_ALL
lda Z03 ; output
beq LC366 ; is screen
jsr CLRCH ; otherwise redirect output back to screen
lda #$00
sta Z03
LC366:
.endif
jsr CRDO
jsr OUTQUES
L2329:
lda ERROR_MESSAGES,x
.ifndef CONFIG_SMALL
pha
and #$7F
.endif
jsr OUTDO
.ifdef CONFIG_SMALL
lda ERROR_MESSAGES+1,x
.ifdef KBD
and #$7F
.endif
jsr OUTDO
.else
inx
pla
bpl L2329
.endif
jsr STKINI
lda #<QT_ERROR
ldy #>QT_ERROR
; ----------------------------------------------------------------------------
; PRINT STRING AT (Y,A)
; PRINT CURRENT LINE # UNLESS IN DIRECT MODE
; FALL INTO WARM RESTART
; ----------------------------------------------------------------------------
PRINT_ERROR_LINNUM:
jsr STROUT
ldy CURLIN+1
iny
beq RESTART
jsr INPRT
; ----------------------------------------------------------------------------
; WARM RESTART ENTRY
; ----------------------------------------------------------------------------
RESTART:
.ifdef KBD
jsr CRDO
nop
L2351X:
jsr OKPRT
L2351:
jsr LFDDA
LE28E:
bpl RESTART
.else
lsr Z14
lda #<QT_OK
ldy #>QT_OK
.ifdef CONFIG_CBM_ALL
jsr STROUT
.else
jsr GOWARM
.endif
L2351:
jsr INLIN
.endif
stx TXTPTR
sty TXTPTR+1
jsr CHRGET
.ifdef CONFIG_11
tax
.endif
.ifdef KBD
beq L2351X
.else
beq L2351
.endif
ldx #$FF
stx CURLIN+1
bcc NUMBERED_LINE
jsr PARSE_INPUT_LINE
jmp NEWSTT2
; ----------------------------------------------------------------------------
; HANDLE NUMBERED LINE
; ----------------------------------------------------------------------------
NUMBERED_LINE:
jsr LINGET
jsr PARSE_INPUT_LINE
sty EOLPNTR
.ifdef KBD
jsr LFD3E
lda JMPADRS+1
sta LOWTR
sta $96
lda JMPADRS+2
sta LOWTR+1
sta $97
lda $13
sta $06FE
lda $14
sta $06FF
inc $13
bne LE2D2
inc $14
bne LE2D2
jmp SYNERR
LE2D2:
jsr LF457
ldx #$96
jsr LE4D4
bcs LE2FD
LE2DC:
ldx #$00
lda (JMPADRS+1,x)
sta ($96,x)
inc JMPADRS+1
bne LE2E8
inc JMPADRS+2
LE2E8:
inc $96
bne LE2EE
inc $97
LE2EE:
ldx #$2B
jsr LE4D4
bne LE2DC
lda $96
sta VARTAB
lda $97
sta VARTAB+1
LE2FD:
jsr SETPTRS
jsr LE33D
lda Z00
LE306:
beq LE28E
cmp #$A5
beq LE306
clc
.else
jsr FNDLIN
bcc PUT_NEW_LINE
ldy #$01
lda (LOWTR),y
sta INDEX+1
lda VARTAB
sta INDEX
lda LOWTR+1
sta DEST+1
lda LOWTR
dey
sbc (LOWTR),y
clc
adc VARTAB
sta VARTAB
sta DEST
lda VARTAB+1
adc #$FF
sta VARTAB+1
sbc LOWTR+1
tax
sec
lda LOWTR
sbc VARTAB
tay
bcs L23A5
inx
dec DEST+1
L23A5:
clc
adc INDEX
bcc L23AD
dec INDEX+1
clc
L23AD:
lda (INDEX),y
sta (DEST),y
iny
bne L23AD
inc INDEX+1
inc DEST+1
dex
bne L23AD
.endif
; ----------------------------------------------------------------------------
PUT_NEW_LINE:
.ifdef CBM2
jsr SETPTRS
jsr LE33D
lda INPUTBUFFER
beq L2351
clc
.else
.ifndef KBD
lda INPUTBUFFER
beq FIX_LINKS
lda MEMSIZ
ldy MEMSIZ+1
sta FRETOP
sty FRETOP+1
.endif
.endif
lda VARTAB
sta HIGHTR
adc EOLPNTR
sta HIGHDS
ldy VARTAB+1
sty HIGHTR+1
bcc L23D6
iny
L23D6:
sty HIGHDS+1
jsr BLTU
.ifdef CBM2_APPLE
lda LINNUM
ldy LINNUM+1
sta INPUTBUFFER-2
sty INPUTBUFFER-1
.endif
lda STREND
ldy STREND+1
sta VARTAB
sty VARTAB+1
ldy EOLPNTR
dey
; ---COPY LINE INTO PROGRAM-------
L23E6:
lda INPUTBUFFER-4,y
sta (LOWTR),y
dey
bpl L23E6
; ----------------------------------------------------------------------------
; CLEAR ALL VARIABLES
; RE-ESTABLISH ALL FORWARD LINKS
; ----------------------------------------------------------------------------
FIX_LINKS:
jsr SETPTRS
.ifdef CBM2_KBD
jsr LE33D
jmp L2351
LE33D:
.endif
lda TXTTAB
ldy TXTTAB+1
sta INDEX
sty INDEX+1
clc
L23FA:
ldy #$01
lda (INDEX),y
.ifdef CBM2_KBD
beq RET3
.else
bne L2403
jmp L2351
.endif
L2403:
ldy #$04
L2405:
iny
lda (INDEX),y
bne L2405
iny
tya
adc INDEX
tax
ldy #$00
sta (INDEX),y
lda INDEX+1
adc #$00
iny
sta (INDEX),y
stx INDEX
sta INDEX+1
bcc L23FA
.ifdef KBD
SLOD:
ldx #$01
.byte $2C
PLOD:
ldx #$00
ldy CURLIN+1
iny
sty JMPADRS
jsr LFFD3
jsr LF422
ldx #$02
jsr LFF64
ldx #$6F
ldy #$00
jsr LE39A
jsr LE33D
jmp CLEARC
.byte $FF
.byte $FF
.byte $FF
VER:
lda #$13
ldx FAC
beq LE397
lda $DFF9
LE397:
jmp FLOAT
LE39A:
lda VARTAB,x
clc
adc $051B,y
sta VARTAB,y
lda VARTAB+1,x
adc $051C,y
sta VARTAB+1,y
RET3:
rts
.else
; ----------------------------------------------------------------------------
; READ A LINE, AND STRIP OFF SIGN BITS
; ----------------------------------------------------------------------------
.ifdef APPLE
INLIN:
ldx #$DD
INLIN1:
stx $33
jsr L2900
cpx #$EF
bcs L0C32
ldx #$EF
L0C32:
lda #$00
sta INPUTBUFFER,x
ldx #<INPUTBUFFER-1
ldy #>INPUTBUFFER-1
rts
RDKEY:
jsr LFD0C
and #$7F
.else
.ifdef CBM2
RET3:
rts
.else
L2420:
.ifdef OSI
jsr OUTDO
.endif
dex
bpl INLIN2
L2423:
.ifdef OSI
jsr OUTDO
.endif
jsr CRDO
.endif
INLIN:
ldx #$00
INLIN2:
jsr GETLN
.ifndef CONFIG_CBM_ALL
cmp #$07
beq L2443
.endif
cmp #$0D
beq L2453
.ifndef CONFIG_CBM_ALL
cmp #$20 ; line editing
bcc INLIN2
cmp #$7D
bcs INLIN2
cmp #$40 ; @
beq L2423
cmp #$5F ; _
beq L2420
L2443:
cpx #$47
bcs L244C
.endif
sta INPUTBUFFER,x
inx
.ifdef OSI
.byte $2C
.else
bne INLIN2
.endif
L244C:
.ifndef CONFIG_CBM_ALL
lda #$07
jsr OUTDO
bne INLIN2
.endif
L2453:
jmp L29B9
GETLN:
.ifdef CONFIG_CBM_ALL
jsr CHRIN
ldy Z03
bne L2465
.else
jsr MONRDKEY
.endif
.ifdef OSI
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
nop
and #$7F
.endif
.endif
cmp #$0F
bne L2465
pha
lda Z14
eor #$FF
sta Z14
pla
L2465:
rts
.endif /* KBD */
; ----------------------------------------------------------------------------
; TOKENIZE THE INPUT LINE
; ----------------------------------------------------------------------------
PARSE_INPUT_LINE:
ldx TXTPTR
ldy #$04
sty DATAFLG
L246C:
lda INPUTBUFFERX,x
.ifdef CONFIG_CBM_ALL
bpl LC49E
cmp #$FF
beq L24AC
inx
bne L246C
LC49E:
.endif
cmp #$20
beq L24AC
sta ENDCHR
cmp #$22
beq L24D0
bit DATAFLG
bvs L24AC
cmp #$3F
bne L2484
lda #TOKEN_PRINT
bne L24AC
L2484:
cmp #$30
bcc L248C
cmp #$3C
bcc L24AC
; ----------------------------------------------------------------------------
; SEARCH TOKEN NAME TABLE FOR MATCH STARTING
; WITH CURRENT CHAR FROM INPUT LINE
; ----------------------------------------------------------------------------
L248C:
sty STRNG2
ldy #$00
sty EOLPNTR
dey
stx TXTPTR
dex
L2496:
iny
L2497:
inx
L2498:
.ifdef KBD
jsr LF42D
.else
lda INPUTBUFFERX,x
.ifndef CBM2
cmp #$20
beq L2497
.endif
.endif
sec
sbc TOKEN_NAME_TABLE,y
beq L2496
cmp #$80
bne L24D7
ora EOLPNTR
; ----------------------------------------------------------------------------
; STORE CHARACTER OR TOKEN IN OUTPUT LINE
; ----------------------------------------------------------------------------
L24AA:
ldy STRNG2
L24AC:
inx
iny
sta INPUTBUFFER-5,y
lda INPUTBUFFER-5,y
beq L24EA
sec
sbc #$3A
beq L24BF
cmp #$49
bne L24C1
L24BF:
sta DATAFLG
L24C1:
sec
sbc #TOKEN_REM-':'
bne L246C
sta ENDCHR
; ----------------------------------------------------------------------------
; HANDLE LITERAL (BETWEEN QUOTES) OR REMARK,
; BY COPYING CHARS UP TO ENDCHR.
; ----------------------------------------------------------------------------
L24C8:
lda INPUTBUFFERX,x
beq L24AC
cmp ENDCHR
beq L24AC
L24D0:
iny
sta INPUTBUFFER-5,y
inx
bne L24C8
; ----------------------------------------------------------------------------
; ADVANCE POINTER TO NEXT TOKEN NAME
; ----------------------------------------------------------------------------
L24D7:
ldx TXTPTR
inc EOLPNTR
L24DB:
iny
lda MATHTBL+28+1,y
bpl L24DB
lda TOKEN_NAME_TABLE,y
bne L2498
lda INPUTBUFFERX,x
bpl L24AA
; ---END OF LINE------------------
L24EA:
sta INPUTBUFFER-3,y
.if INPUTBUFFER >= $0100
dec TXTPTR+1
.endif
lda #<INPUTBUFFER-1
sta TXTPTR
rts
; ----------------------------------------------------------------------------
; SEARCH FOR LINE
;
; (LINNUM) = LINE # TO FIND
; IF NOT FOUND: CARRY = 0
; LOWTR POINTS AT NEXT LINE
; IF FOUND: CARRY = 1
; LOWTR POINTS AT LINE
; ----------------------------------------------------------------------------
FNDLIN:
.ifdef KBD
jsr CHRGET
jmp LE444
LE440:
php
jsr LINGET
LE444:
jsr LF457
ldx #$FF
plp
beq LE464
jsr CHRGOT
beq L2520
cmp #$A5
bne L2520
jsr CHRGET
beq LE464
bcs LE461
jsr LINGET
beq L2520
LE461:
jmp SYNERR
LE464:
stx $13
stx $14
.else
lda TXTTAB
ldx TXTTAB+1
FL1:
ldy #$01
sta LOWTR
stx LOWTR+1
lda (LOWTR),y
beq L251F
iny
iny
lda LINNUM+1
cmp (LOWTR),y
bcc L2520
beq L250D
dey
bne L2516
L250D:
lda LINNUM
dey
cmp (LOWTR),y
bcc L2520
beq L2520
L2516:
dey
lda (LOWTR),y
tax
dey
lda (LOWTR),y
bcs FL1
L251F:
clc
.endif
L2520:
rts
; ----------------------------------------------------------------------------
; "NEW" STATEMENT
; ----------------------------------------------------------------------------
NEW:
bne L2520
SCRTCH:
lda #$00
tay
sta (TXTTAB),y
iny
sta (TXTTAB),y
lda TXTTAB
.ifdef CBM2_KBD
clc
.endif
adc #$02
sta VARTAB
lda TXTTAB+1
adc #$00
sta VARTAB+1
; ----------------------------------------------------------------------------
SETPTRS:
jsr STXTPT
.ifndef APPLE
.ifdef CONFIG_11
lda #$00
; ----------------------------------------------------------------------------
; "CLEAR" STATEMENT
; ----------------------------------------------------------------------------
CLEAR:
bne L256A
.endif
.endif
CLEARC:
.ifdef KBD
lda #<CONST_MEMSIZ
ldy #>CONST_MEMSIZ
.else
lda MEMSIZ
ldy MEMSIZ+1
.endif
sta FRETOP
sty FRETOP+1
.ifdef CONFIG_CBM_ALL
jsr CLALL
.endif
lda VARTAB
ldy VARTAB+1
sta ARYTAB
sty ARYTAB+1
sta STREND
sty STREND+1
jsr RESTORE
; ----------------------------------------------------------------------------
STKINI:
ldx #TEMPST
stx TEMPPT
pla
.ifdef CBM2_KBD
tay
.else
.ifdef APPLE
sta STACK+249
.else
sta STACK+253
.endif
.endif
pla
.ifndef CBM2_KBD
.ifdef APPLE
sta STACK+250
.else
sta STACK+254
.endif
.endif
ldx #STACK_TOP
txs
.ifdef CBM2_KBD
pha
tya
pha
.endif
lda #$00
sta OLDTEXT+1
sta SUBFLG
L256A:
rts
; ----------------------------------------------------------------------------
; SET TXTPTR TO BEGINNING OF PROGRAM
; ----------------------------------------------------------------------------
STXTPT:
clc
lda TXTTAB
adc #$FF
sta TXTPTR
lda TXTTAB+1
adc #$FF
sta TXTPTR+1
rts
.ifdef KBD
LE4C0:
ldy #<LE444
ldx #>LE444
LE4C4:
jsr LFFD6
jsr LFFED
lda $0504
clc
adc #$08
sta $0504
rts
LE4D4:
lda $01,x
cmp JMPADRS+2
bne LE4DE
lda $00,x
cmp JMPADRS+1
LE4DE:
rts
; ----------------------------------------------------------------------------
; "LIST" STATEMENT
; ----------------------------------------------------------------------------
LIST:
jsr LE440
bne LE4DE
pla
pla
L25A6:
jsr CRDO
.else
LIST:
bcc L2581
beq L2581
cmp #TOKEN_MINUS
bne L256A
L2581:
jsr LINGET
jsr FNDLIN
jsr CHRGOT
beq L2598
cmp #TOKEN_MINUS
bne L2520
jsr CHRGET
jsr LINGET
bne L2520
L2598:
pla
pla
lda LINNUM
ora LINNUM+1
bne L25A6
lda #$FF
sta LINNUM
sta LINNUM+1
L25A6:
.endif
ldy #$01
.ifdef CONFIG_DATAFLAG
sty DATAFLG
.endif
lda (LOWTRX),y
beq L25E5
jsr ISCNTC
.ifndef KBD
jsr CRDO
.endif
iny
lda (LOWTRX),y
tax
iny
lda (LOWTRX),y
cmp LINNUM+1
bne L25C1
cpx LINNUM
beq L25C3
L25C1:
bcs L25E5
; ---LIST ONE LINE----------------
L25C3:
sty FORPNT
jsr LINPRT
lda #$20
L25CA:
ldy FORPNT
and #$7F
L25CE:
jsr OUTDO
.ifdef CONFIG_DATAFLAG
cmp #$22
bne LA519
lda DATAFLG
eor #$FF
sta DATAFLG
LA519:
.endif
iny
.ifdef CONFIG_11
beq L25E5
.endif
lda (LOWTRX),y
bne L25E8
tay
lda (LOWTRX),y
tax
iny
lda (LOWTRX),y
stx LOWTRX
sta LOWTRX+1
bne L25A6
L25E5:
jmp RESTART
L25E8:
bpl L25CE
.ifdef CONFIG_DATAFLAG
cmp #$FF
beq L25CE
bit DATAFLG
bmi L25CE
.endif
sec
sbc #$7F
tax
sty FORPNT
ldy #$FF
L25F2:
dex
beq L25FD
L25F5:
iny
lda TOKEN_NAME_TABLE,y
bpl L25F5
bmi L25F2
L25FD:
iny
lda TOKEN_NAME_TABLE,y
bmi L25CA
jsr OUTDO
bne L25FD