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A2osX
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Kernel 0.94

This commit is contained in:
Rémy GIBERT 2020-11-19 16:34:02 +01:00
parent a650cb83da
commit 67878e93ce
33 changed files with 2790 additions and 639 deletions
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BIN
.Floppies/A2OSX.BOOTHD.woz
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BIN
.Floppies/A2OSX.BUILD.po
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BIN
.Floppies/A2OSX.TEST.po
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9
A2osX.S.txt
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@ -333,21 +333,27 @@ DisableRamDRV php
lda DEVPTRS3D2
cmp DEVPTRS S0D1=NOVEV
bne .1
lda DEVPTRS3D2+1
cmp DEVPTRS+1 S0D1=NODEV
beq .9 S3D2=NODEV, nothing to do
.1 ldx DEVCNT
.2 lda DEVLST,x LOOKING FOR $BF, $BB, $B7, $B3
and #$F3
cmp #$B3
beq .3
dex
bpl .2
plp
lda #1 No device found, exit with error
sec
rts
.3 cpx DEVCNT
beq .5
@ -364,13 +370,16 @@ DisableRamDRV php
sta DEVPTRS3D2
lda DEVPTRS+1
sta DEVPTRS3D2+1
plp
jsr MLI
.DA #MLIONLINE
.DA MLIONLINE01
clc Success!!
rts
.9 plp
lda #0 Not detected
sec
rts

59
BIN/FORMAT.S.txt
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@ -336,20 +336,16 @@ CS.RUN.LL.DISKII
jsr CS.RUN.ZeroPtr1 16 sectors filled with 0, give some time to spin up
stz CurTrack
stz CurQTrack
lda TrkCnt
sta Counter
ldx #0
.1 jsr CS.RUN.CheckCtrlC
bcs .9
.1 >SLEEP
jsr CS.RUN.SeekToX
jsr CS.RUN.CheckCtrlC
bcs .9
>SLEEP
>PUSHW L.MSG.LLDISK2
>PUSHB CurTrack
inc
@ -374,10 +370,10 @@ CS.RUN.LL.DISKII
lda CurQTrack
* clc
adc Stepping
tax
bra .1
jsr CS.RUN.SeekToX
bcc .1
.9 pha
jsr CS.RUN.MotorOff
@ -390,6 +386,9 @@ CS.RUN.LL.DISKII
>SYSCALL PrintF
bcs .9
ldx #0
jsr CS.RUN.SeekToX
bit bVerify
bpl .80
@ -399,10 +398,6 @@ CS.RUN.LL.DISKII
.80 jmp CS.RUN.MotorOff
*--------------------------------------
CS.RUN.LL.DISKII.V
>PUSHW L.MSG.VERIFY
>PUSHBI 0
>SYSCALL PrintF
lda hTrackBuf
bne .10
>LDYAI 512
@ -465,9 +460,8 @@ CS.RUN.LL.DISKII.V
dec Counter
bne .3
>PUSHW L.MSG.CRLF
>PUSHBI 0
>SYSCALL PrintF
>LDYA L.MSG.OK
>SYSCALL PutS
.9 rts
*--------------------------------------
@ -495,12 +489,8 @@ CS.RUN.LL.DISKII.VBLK
>PUSHA
>PUSHBI 1
>SYSCALL PrintF
plx
rts
.8 lda #C.CR
>SYSCALL PutChar
plx
.8 plx
rts
*--------------------------------------
CS.RUN.MotorOn sec
@ -520,19 +510,22 @@ CS.RUN.SeekToX >PUSHB DSSS0000
>LIBCALL hLIBBLKDEV,LIBBLKDEV.D2MoveHead
rts
*--------------------------------------
CS.RUN.ZeroPtr1 >LDYA ZPPtr1
>STYA ZPPtr2
lda #$AA
CS.RUN.ZeroPtr1 lda ZPPtr1+1
pha
lda #0
tay
.10 sta (ZPPtr2),y
.1 sta (ZPPtr1),y
iny
bne .10
bne .1
inc ZPPtr2+1
inc ZPPtr1+1
dex
bne .10
bne .1
pla
sta ZPPtr1+1
rts
*--------------------------------------
@ -671,6 +664,8 @@ CS.RUN.CheckCtrlC
phx
phy
>SLEEP
ldy #S.PS.hStdIn
lda (pPS),y
>SYSCALL FEOF
@ -709,7 +704,7 @@ MSG.NOSIZE .AZ "Unable to get media size."
MSG.INIT .AZ "Formatting %s, Volname:%s\r\n"
MSG.LL .AZ "Low Level Format %D Blks\r\n"
MSG.LLDISK2 .AZ "\rWriting Track %02d (%02d/%02d)..."
MSG.VERIFY .AZ "Verifying Track %02d/%02d, Block %05D..."
MSG.VERIFY .AZ "\rVerifying Track %02d/%02d, Block %05D..."
MSG.WRITECAT .AZ "Writing Catalog..."
FMT.BLANK .AZ "BLANK%H%H"
*--------------------------------------

266
BIN/FORTH.S.CL.txt Normal file
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@ -0,0 +1,266 @@
NEW
AUTO 3,1
*--------------------------------------
CL.READN0A tax
CL.READN0X >PUSHW ZPCLBuf
>PUSHW L.FMT.Byte
txa
>PUSHA
>PUSHBI 1
>SYSCALL SPrintF
bcs .9
lda #$ff
sta CL.bReady
* clc
.9 rts
*--------------------------------------
CL.CHARIN tax
bit CL.bEscMode \e ?
bpl .4
cpx #'['
beq .8 \e[
stz CL.bEscMode
txa
ldx #EscChars.Cnt-1
.1 cmp EscChars,x
beq .2
dex
bpl .1
.8 rts invalid \e[ sequence
.2 lda CL.MaxCnt
bne .3
lda EscChars.Remap,x
bra CL.READN0A
.3 txa
asl
tax
jmp (J.ESC,x)
*--------------------------------------
.4 cpx #C.ESC
bne .5
lda #$ff
sta CL.bEscMode
clc
rts
.5 lda CL.MaxCnt
beq CL.READN0X
cpx #C.SPACE
bcc CL.CHARIN.CTRL
cpx #C.DEL
bne CL.Insert
*--------------------------------------
* Erase char BEFORE cursor
*--------------------------------------
lda CL.Len
beq .8
lda CL.Ptr
beq .8
lda #C.BS
>SYSCALL PutChar
dec CL.Ptr
jmp CL.DEL
*--------------------------------------
CL.Insert ldy CL.Len
cpy CL.MaxCnt
beq .8 Buffer full, discard...
iny
sty CL.Len
.1 dey
lda (ZPCLBuf),y Move from Ptr To end of buffer forward...
iny
sta (ZPCLBuf),y
dey
cpy CL.Ptr
bne .1
txa
sta (ZPCLBuf),y
inc CL.Ptr
>SYSCALL PutChar
jsr CL.PrintEOL
dec CL.MaxCnt MaxCnt = 1, don't wait for CR
bne .8
lda #$ff
sta CL.bReady
.8 clc
rts
*--------------------------------------
CL.CHARIN.CTRL cpx #C.CR
beq .8
cpx #C.EOF
beq .9
cpx #3 Ctrl-C
beq CL.CLR
cpx #26 Ctrl-Z
bne .8
jmp CL.SUPPR
.8 jsr CheckLFAfterCR
bcs .9
lda #$ff
sta CL.bReady
clc
.9 rts
*--------------------------------------
CL.CLR lda (ZPCLBuf)
beq CL.Reset.1
.1 lda CL.Ptr
cmp CL.Len
beq .2
inc
sta CL.Ptr
lda #C.FS
>SYSCALL PutChar
bra .1
.2 ldy #0
.3 lda #C.DEL
sta (ZPCLBuf),y
iny
lda (ZPCLBuf),y
bne .3
jsr CL.PrintCLBuf
*--------------------------------------
CL.Reset lda #0
sta (ZPCLBuf)
CL.Reset.1 ldx #CL.Ptr
.1 stz 0,x
inx
cpx #CL.bEscMode+1
bne .1
>LDYA ZPCLBuf
>STYA ZPCLBufPtr
rts
*--------------------------------------
CL.BS lda CL.Ptr
beq .9
dec CL.Ptr
lda #C.BS
>SYSCALL PutChar
.9 rts
*--------------------------------------
CL.NAK lda CL.Ptr
cmp CL.Len
beq .9
inc
sta CL.Ptr
lda #C.FS
>SYSCALL PutChar
.9 rts
*--------------------------------------
* Erase char UNDER cursor
*--------------------------------------
CL.SUPPR lda CL.Len
beq CL.PrintEOL.8
lda CL.Ptr
cmp CL.Len
beq CL.PrintEOL.8
*--------------------------------------
CL.DEL ldy CL.Ptr
.1 iny
lda (ZPCLBuf),y
dey
sta (ZPCLBuf),y
iny
cpy CL.Len
bne .1
dec CL.Len
*--------------------------------------
CL.PrintEOL lda CL.Ptr
.1 cmp CL.Len
beq .2
pha
tay
lda (ZPCLBuf),y
>SYSCALL PutChar
pla
inc
bra .1
.2 lda #C.SPACE
>SYSCALL PutChar
lda CL.Ptr
.3 cmp CL.Len
beq .4
pha
lda #C.BS
>SYSCALL PutChar
pla
inc
bra .3
.4 lda #C.BS
>SYSCALL PutChar
CL.PrintEOL.8 clc
rts
*--------------------------------------
CL.PrintCLBuf ldy #S.PS.hStdOut
lda (pPS),y
>PUSHA
>PUSHW ZPCLBuf
>SYSCALL FPutS
rts
*--------------------------------------
CL.DN
CL.UP clc
rts
*--------------------------------------
MAN
SAVE usr/src/bin/forth.s.cl
LOAD usr/src/bin/forth.s
ASM

769
BIN/FORTH.S.KW.txt Normal file
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@ -0,0 +1,769 @@
NEW
AUTO 3,1
*--------------------------------------
KW.Lookup >LDYA L.KEYWORDS
>STYA ZPPtr1
>LDYA ZPCLBufPtr
>STYA ZPPtr2
ldx #0
.1 ldy #$ff
.2 jsr .7 get next valid char in src text
bcs .3
.20 jsr ToUpperCase
eor (ZPPtr1),y match table char ?
asl compare only 7 bits
bne .4 no match...get next table keyword
bcc .2 not last char in this keyword
jsr .7 next char in text...
bcc .4 valid....failed
.8 tya Keyword Len
clc
rts
.3 dey
lda (ZPPtr1),y was last char in this keyword ?
bmi .8
iny
.41 jsr IncPtr1 skip chars to next keyword
.4 lda (ZPPtr1)
bpl .41
jsr IncPtr1
.6 inx
lda (ZPPtr1) Array Ending 0, lookup failed
bne .1
.9 sec
rts
.7 iny
lda (ZPPtr2),y Get Src text char...
beq .9 end of text
jsr IsSpaceOrCR
bcc .9 end of valid chars
clc
rts
*--------------------------------------
KW.DUP lda pStack
sec
sbc #2
bcc .9
lda (pStack)
tax
ldy #1
lda (pStack),y
>PUSHA
txa
>PUSHA
clc
rts
.9 lda #E.STKOVERFLOW
sec
rts
*--------------------------------------
KW.DROP lda pStack
beq .9
inc pStack
beq .9
inc pStack
clc
rts
.9 lda #E.STACKERROR
sec
rts
*--------------------------------------
KW.SWAP ldy #3
lda (pStack),y
pha
dey #2
lda (pStack),y
pha
lda (pStack)
tax
pla
sta (pStack)
txa
sta (pStack),y #2
dey #1
lda (pStack),y
tax
pla
sta (pStack),y
iny
iny #3
txa
sta (pStack),y
clc
rts
*--------------------------------------
KW.OVER lda pStack
sec
sbc #2
bcc .9
ldy #3
lda (pStack),y
>PUSHA
lda (pStack),y
>PUSHA
clc
rts
.9 lda #E.STKOVERFLOW
sec
rts
*--------------------------------------
KW.ROT
*--------------------------------------
KW.mDUP
*--------------------------------------
KW.gR
*--------------------------------------
KW.Rg
*--------------------------------------
KW.R
clc
rts
*--------------------------------------
KW.Add jsr CheckStackPop4
bcs .9
clc
ldy #2
lda (pStack),y
adc (pStack)
sta (pStack),y
inc pStack
lda (pStack),y
adc (pStack)
sta (pStack),y
inc pStack
clc
.9 rts
*--------------------------------------
KW.DAdd >FPU ADD32
clc
rts
*--------------------------------------
KW.Sub jsr CheckStackPop4
bcs .9
sec
ldy #2
lda (pStack),y
sbc (pStack)
sta (pStack),y
inc pStack
lda (pStack),y
sbc (pStack)
sta (pStack),y
inc pStack
clc
.9 rts
*--------------------------------------
KW.Mul
*--------------------------------------
KW.Div
*--------------------------------------
KW.Mod
*--------------------------------------
KW.DivMod
*--------------------------------------
KW.MulDivMod
*--------------------------------------
KW.MulDiv
*--------------------------------------
KW.MAX jsr CheckStackPop4
bcs .9
lda (pStack) LO
ldy #2
cmp (pStack),y
dey #1
lda (pStack),y HI
iny
iny #3
sbc (pStack),y
bcc .1
jsr KW.SWAP
.1 jmp KW.DROP
.9 rts
*--------------------------------------
KW.MIN jsr CheckStackPop4
bcs .9
lda (pStack) LO
ldy #2
cmp (pStack),y
dey #1
lda (pStack),y HI
iny
iny #3
sbc (pStack),y
bcs .1
jsr KW.SWAP
.1 jmp KW.DROP
.9 rts
*--------------------------------------
KW.ABS
*--------------------------------------
KW.DABS
clc
rts
*--------------------------------------
KW.MINUS lda (pStack) LO
eor #$ff
sec
adc #0
sta (pStack)
ldy #1
lda (pStack),y HI
eor #$ff
adc #0
sta (pStack),y
clc
rts
*--------------------------------------
KW.DMINUS lda (pStack) LO
eor #$ff
sec
adc #0
sta (pStack)
ldy #1
lda (pStack),y HI
eor #$ff
adc #0
sta (pStack),y
iny
lda (pStack),y
eor #$ff
adc #0
sta (pStack),y
iny
lda (pStack),y
eor #$ff
adc #0
sta (pStack),y
clc
rts
*--------------------------------------
KW.AND jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
and (pStack)
sta (pStack),y
inc pStack
lda (pStack),y
and (pStack)
sta (pStack),y
inc pStack
clc
.9 rts
*--------------------------------------
KW.OR jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
ora (pStack)
sta (pStack),y
inc pStack
lda (pStack),y
ora (pStack)
sta (pStack),y
inc pStack
clc
.9 rts
*--------------------------------------
KW.XOR jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
eor (pStack)
sta (pStack),y
inc pStack
lda (pStack),y
eor (pStack)
sta (pStack),y
inc pStack
clc
.9 rts
*--------------------------------------
KW.LWR jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
cmp (pStack)
inc pStack
lda (pStack),y
sbc (pStack),y
inc pStack
inc pStack
rol
sta (pStack)
clc
.9 rts
*--------------------------------------
KW.GTR jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
cmp (pStack)
inc pStack
lda (pStack),y
sbc (pStack),y
inc pStack
inc pStack
rol
eor #$80
sta (pStack)
clc
.9 rts
*--------------------------------------
KW.EQ jsr CheckStackPop4
bcs .9
ldy #2
lda (pStack),y
sec
sbc (pStack)
tax
inc pStack
lda (pStack),y
sbc (pStack),y
inc pStack
inc pStack
bcc .1
txa
bne .1
sec
.HS 90 BCC
.1 clc
ror
sta (pStack)
clc
.9 rts
*--------------------------------------
KW.NEGATIVE >PULLA
>PULLA
bpl .9
sec
.HS 90 BCC
.9 clc
ror
sta (pStack)
clc
rts
*--------------------------------------
KW.ZERO >PULLA
tax
>PULLA
bne .9
txa
bne .9
sec
.HS 90 BCC
.9 clc
ror
sta (pStack)
clc
rts
*--------------------------------------
KW.. jsr KW.DUP
bcs .9
ldy #2
lda L.FMT.int16
sta (pStack),y
iny
lda L.FMT.int16+1
sta (pStack),y
>PUSHBI 2
>SYSCALL PrintF
* clc
.9 rts
*--------------------------------------
KW..R
*--------------------------------------
KW.D.
*--------------------------------------
KW.D.R
clc
rts
*--------------------------------------
KW.CR >PUSHW L.MSG.ECHOCRLF
>PUSHBI 0
>SYSCALL PrintF
rts
*--------------------------------------
KW.SPACE lda #C.SPACE
>SYSCALL PutChar
rts
*--------------------------------------
KW.SPACES >PULLA
beq .8
.1 dec
pha
lda #C.SPACE
>SYSCALL PutChar
pla
bne .1
.8 clc
rts
*--------------------------------------
KW.PRINT >LDYAI 256
>SYSCALL GetMem
bcs .9
>STYA ZPPtr1
phx
ldy #$ff
clc
.1 iny
lda (ZPCLBufPtr),y
beq .2
sta (ZPPtr1),y
eor #'"
bne .1
sec
.2 sta (ZPPtr1),y
tya
adc ZPCLBufPtr
sta ZPCLBufPtr
bcc .3
inc ZPCLBufPtr+1
.3 >LDYA ZPPtr1
>SYSCALL PutS
pla
>SYSCALL freemem
jmp NextChar
.9 rts
*--------------------------------------
KW.DUMP
*--------------------------------------
KW.TYPE
*--------------------------------------
KW.COUNT
*--------------------------------------
KW.TERMINAL
clc
rts
*--------------------------------------
KW.KEY >SYSCALL GetChar
bcs .9
>PUSHA
.9 rts
*--------------------------------------
KW.EMIT >PULLA
>SYSCALL PutChar
rts
*--------------------------------------
KW.EXPECT
*--------------------------------------
KW.WORD
*--------------------------------------
KW.NUMBER
*--------------------------------------
KW.STARTSTR
*--------------------------------------
KW.STRADD
*--------------------------------------
KW.STRDBL
*--------------------------------------
KW.SIGN
*--------------------------------------
KW.ENDSTR
*--------------------------------------
KW.HOLD
*--------------------------------------
KW.DECIMAL
*--------------------------------------
KW.HEX
*--------------------------------------
KW.OCTAL clc
rts
*--------------------------------------
KW.FETCHW lda (pStack)
sta ZPAddrPtr
ldy #1
lda (pStack),y
sta ZPAddrPtr+1
lda (ZPAddrPtr)
sta (pStack)
lda (ZPAddrPtr),y
sta (pStack),y
clc
rts
*--------------------------------------
KW.STOREW jsr CheckStackPop4
bcs .9
>PULLW ZPAddrPtr
>PULLA
sta (ZPAddrPtr)
>PULLA
ldy #1
sta (ZPAddrPtr),y
* clc
.9 rts
*--------------------------------------
KW.FETCHB >PULLW ZPAddrPtr
lda (ZPAddrPtr)
>PUSHA
clc
rts
*--------------------------------------
KW.STOREB >PULLW ZPAddrPtr
>PULLA
sta (ZPAddrPtr)
clc
KW.STOREB.RTS rts
*--------------------------------------
KW.FETCHPRINTW jsr KW.FETCHW
bcs KW.STOREB.RTS
jmp KW..
*--------------------------------------
KW.ADDTOW jsr KW.FETCHW
bcs KW.STOREB.RTS
jsr KW.Add
bcs KW.STOREB.RTS
jmp KW.STOREW
*--------------------------------------
KW.CMOVE
clc
rts
*--------------------------------------
KW.FILL >PULLA
bra KW.FILL2
KW.ERASE lda #0
bra KW.FILL2
KW.BLANKS lda #C.SPACE
KW.FILL2 tax
>PULLA
tay
>PULLW ZPAddrPtr
txa
.1 dey
sta (ZPAddrPtr),y
cpy #0
bne .1
clc
rts
*--------------------------------------
KW.HERE >PUSHW ZPUsrBufPtr
clc
rts
*--------------------------------------
KW.PAD >PUSHW ZPPadBuf
clc
rts
*--------------------------------------
KW.ALLOT
KW.nCOMPILE
KW.QUOTE
KW.FORGET
KW.DEFINITIONS
KW.VOCABULARY
KW.FORTH
KW.EDITOR
KW.ASSEMBLER
KW.VLIST
clc
rts
*--------------------------------------
KW.BCOLON
clc
rts
*--------------------------------------
KW.ECOLON
clc
rts
*--------------------------------------
KW.VARIABLE >PUSHB.G hSList
>PUSHW ZPCLBufPtr
>SYSCALL SListNewKey
bcs .9
>STYA ZPKeyID
txa
jsr NextKW
>LDYA L.PUSHADDR
>STYA ZPUsrCodePtr
>PUSHB.G hSList
>PUSHW ZPKeyID
>PUSHWI ZPUsrBufPtr
>PUSHWI 4 BufPtr+CodePtr
>SYSCALL SListAddData
bcs .9
>PULLA
sta (ZPUsrBufPtr)
>PULLA
ldy #1
sta (ZPUsrBufPtr),y
lda ZPUsrBufPtr
clc
adc #2
sta ZPUsrBufPtr
bcc .9
inc ZPUsrBufPtr+1
clc
.9 rts
*--------------------------------------
KW.CONSTANT
*--------------------------------------
KW.ACODE
*--------------------------------------
KW.FCODE
*--------------------------------------
KW.DO
*--------------------------------------
KW.LOOP
*--------------------------------------
PW.pLOOP
*--------------------------------------
KW.I
*--------------------------------------
KW.LEAVE
*--------------------------------------
KW.IF
*--------------------------------------
KW.ELSE
*--------------------------------------
KW.ENDIF
*--------------------------------------
KW.BEGIN
*--------------------------------------
KW.UNTIL
*--------------------------------------
KW.REPEAT
*--------------------------------------
KW.WHILE
clc
rts
*--------------------------------------
KW.COMMENT clc
rts
*--------------------------------------
MAN
SAVE usr/src/bin/forth.s.kw
LOAD usr/src/bin/forth.s
ASM

840
BIN/FORTH.S.txt Normal file
View File

@ -0,0 +1,840 @@
NEW
AUTO 3,1
.LIST OFF
.OP 65C02
.OR $2000
.TF bin/forth
*--------------------------------------
.INB inc/macros.i
.INB inc/a2osx.i
.INB inc/mli.i
.INB inc/mli.e.i
*--------------------------------------
USERSPACE.SIZE .EQ 4096
SCRATCH.SIZE .EQ 256
*--------------------------------------
.DUMMY
.OR ZPBIN
ZS.START
ZPCLBuf .BS 2
ZPCLBufPtr .BS 2
ZPFileBuf .BS 2
ZPFileBufPtr .BS 2
ZPPadBuf .BS 2
ZPKeyID .BS 2
ZPUsrBufPtr .BS 2
ZPUsrCodePtr .BS 2
ZPAddrPtr .BS 2
ZPCodePtr .BS 2
ZPPtr1 .BS 2
ZPPtr2 .BS 2
ZPPtr3 .BS 2
CL.Ptr .BS 1
CL.Len .BS 1
CL.bReady .BS 1
CL.bEscMode .BS 1
CL.MaxCnt .BS 1
bCompile .EQ *
ArgIndex .BS 1
ZS.END .ED
*--------------------------------------
* File Header (16 Bytes)
*--------------------------------------
CS.START cld
jmp (.1,x)
.DA #$61 6502,Level 1 (65c02)
.DA #1 BIN Layout Version 1
.DA #0 S.PS.F.EVENT
.DA #0
.DA CS.END-CS.START Code Size (without Constants)
.DA DS.END-DS.START Data SegmentSize
.DA #256 Stack Size
.DA #ZS.END-ZS.START Zero Page Size
.DA 0
*--------------------------------------
* Relocation Table
*--------------------------------------
.1 .DA CS.INIT
.DA CS.RUN
.DA CS.DOEVENT
.DA CS.QUIT
L.MSG.GREETINGS .DA MSG.GREETINGS
L.MSG.USAGE .DA MSG.USAGE
L.MSG.ECHOCRLF .DA MSG.ECHOCRLF
L.MSG.DEBUG .DA MSG.DEBUG
L.MSG.ERR .DA MSG.ERR
L.MSG.PROMPT .DA MSG.PROMPT
L.MSG.PROMPTCRLF .DA MSG.PROMPTCRLF
L.FMT.Byte .DA FMT.Byte
L.FMT.int16 .DA FMT.int16
J.ESC .DA CL.BS left arrow
.DA CL.DN
.DA CL.UP
* .DA HIS.GetNext
* .DA HIS.GetPrev
.DA CL.NAK right arrow
L.PUSHADDR .DA PUSHADDR
L.KEYWORDS .DA KEYWORDS
J.KEYWORDS .DA KW.DUP
.DA KW.DROP
.DA KW.SWAP
.DA KW.OVER
.DA KW.ROT
.DA KW.mDUP
.DA KW.gR
.DA KW.Rg
.DA KW.R
.DA KW.Add
.DA KW.DAdd
.DA KW.Sub
.DA KW.Mul
.DA KW.Div
.DA KW.Mod
.DA KW.DivMod
.DA KW.MulDivMod
.DA KW.MulDiv
.DA KW.MAX
.DA KW.MIN
.DA KW.ABS
.DA KW.DABS
.DA KW.MINUS
.DA KW.DMINUS
.DA KW.AND
.DA KW.OR
.DA KW.XOR
.DA KW.LWR
.DA KW.GTR
.DA KW.EQ
.DA KW.NEGATIVE
.DA KW.ZERO
.DA KW..
.DA KW..R
.DA KW.D.
.DA KW.D.R
.DA KW.CR
.DA KW.SPACE
.DA KW.SPACES
.DA KW.PRINT
.DA KW.DUMP
.DA KW.TYPE
.DA KW.COUNT
.DA KW.TERMINAL
.DA KW.KEY
.DA KW.EMIT
.DA KW.EXPECT
.DA KW.WORD
.DA KW.NUMBER
.DA KW.STARTSTR
.DA KW.STRADD
.DA KW.STRDBL
.DA KW.SIGN
.DA KW.ENDSTR
.DA KW.HOLD
.DA KW.DECIMAL
.DA KW.HEX
.DA KW.OCTAL
.DA KW.FETCHW
.DA KW.STOREW
.DA KW.FETCHB
.DA KW.STOREB
.DA KW.FETCHPRINTW
.DA KW.ADDTOW
.DA KW.CMOVE
.DA KW.FILL
.DA KW.ERASE
.DA KW.BLANKS
.DA KW.HERE
.DA KW.PAD
.DA KW.ALLOT
.DA KW.nCOMPILE
.DA KW.QUOTE
.DA KW.FORGET
.DA KW.DEFINITIONS
.DA KW.VOCABULARY
.DA KW.FORTH
.DA KW.EDITOR
.DA KW.ASSEMBLER
.DA KW.VLIST
.DA KW.BCOLON
.DA KW.ECOLON
.DA KW.VARIABLE
.DA KW.CONSTANT
.DA KW.ACODE
.DA KW.FCODE
.DA KW.DO
.DA KW.LOOP
.DA PW.pLOOP
.DA KW.I
.DA KW.LEAVE
.DA KW.IF
.DA KW.ELSE
.DA KW.ENDIF
.DA KW.BEGIN
.DA KW.UNTIL
.DA KW.REPEAT
.DA KW.WHILE
.DA KW.COMMENT
.DA 0
*--------------------------------------
CS.INIT clc
CS.INIT.RTS rts
*--------------------------------------
CS.RUN >PUSHW L.MSG.GREETINGS
>PUSHW A2osX.KVER
>PUSHBI 2
>SYSCALL PrintF
bcs CS.INIT.RTS
jsr CS.RUN.ARGS
bcs CS.INIT.RTS
>LDYAI 256
>SYSCALL GetMem
bcs CS.INIT.RTS
>STYA ZPCLBuf
txa
>STA.G hCLBuf
>LDYAI 256
>SYSCALL GetMem
bcs CS.INIT.RTS
>STYA ZPPadBuf
txa
>STA.G hPadBuf
>LDYAI USERSPACE.SIZE
>SYSCALL GetMem
bcs CS.INIT.RTS
>STYA ZPUsrBufPtr
>STYA.G UsrBuf
txa
>STA.G hUsrBuf
>SYSCALL SListNew
bcs CS.INIT.RTS
>STA.G hSList
stz bCompile
.1 >SLEEP
>LDA.G bDebug
bpl .2
jsr PrintDebugMsg
.2 >LDA.G bTrace
bpl .3
>LDYA ZPFileBufPtr
jsr PrintTraceMsg
.3 jsr CS.FORTH.Run
bcc .1
cmp #MLI.E.EOF
beq .8
cmp #3
beq .99
pha
>LDA.G bExitOnEOF
bmi .9
pla
>PUSHA
>PUSHW ZPCLBuf
>SYSCALL GetErrorMessage
>LDYA ZPCLBuf
>SYSCALL PutS
bra .1
* jsr PrintErrMsg
.9 pla
.99 sec
rts
.8 lda #0 Exit Code = Success
sec
rts
*--------------------------------------
CS.RUN.ARGS inc ArgIndex
lda ArgIndex
>SYSCALL ArgV
bcs .8
>STYA ZPPtr1
lda (ZPPtr1)
cmp #'-'
bne .4
ldy #1
lda (ZPPtr1),y
ldx #OptionVars-OptionList-1
.1 cmp OptionList,x
beq .2
dex
bpl .1
bra .90
.2 ldy OptionVars,x
lda #$ff
sta (pData),y
bra CS.RUN.ARGS
.4 >LDA.G hFileBuf
bne .90
>LDYA ZPPtr1
jsr CS.RUN.LoadFile
bcs .9
>STA.G hFileBuf
bra CS.RUN.ARGS
.8 clc
.9 rts
.90 >PUSHW L.MSG.USAGE
>PUSHBI 0
>SYSCALL PrintF
lda #E.SYN
sec QUIT Process
rts
*--------------------------------------
CS.FORTH.Run >LDA.G hFileBuf
bne CS.FORTH.Run.File
jsr CL.Reset
lda #80
sta CL.MaxCnt
jsr PrintPrompt
bcs .9
.1 >SYSCALL GetChar
bcs .9 I/O error
.2 cmp #3 Ctrl-C
beq .9 CS
jsr CL.CHARIN
bit CL.bReady Something to execute ?
bpl .1
>PUSHW L.MSG.PROMPTCRLF
>PUSHBI 0
>SYSCALL PrintF
jmp CS.RUN.EXEC
.9 rts
CS.FORTH.Run.File
lda (ZPFileBufPtr)
beq .8
ldy #$ff
.3 iny
lda (ZPFileBufPtr),y
sta (ZPCLBuf),y
beq .4
eor #C.CR
bne .3
sta (ZPCLBuf),y
iny
.4 tya
clc
adc ZPFileBufPtr
sta ZPFileBufPtr
bcc .5
inc ZPFileBufPtr+1
.5 lda (ZPCLBuf)
beq CS.FORTH.Run.File
cmp #'#'
beq CS.FORTH.Run.File
>LDYA ZPCLBuf
>STYA ZPCLBufPtr
jmp CS.RUN.EXEC
.8 lda #MLI.E.EOF
sec
rts
*--------------------------------------
CS.RUN.EXEC lda (ZPCLBufPtr)
beq .8
.1 jsr KW.Lookup
bcs .2
tya
jsr NextKW
jsr .7
bcc CS.RUN.EXEC
rts
.2 >PUSHB.G hSList
>PUSHW ZPCLBufPtr
>SYSCALL SListLookup
bcs .5
>STYA ZPKeyID
>PUSHB.G hSList
>PUSHW ZPKeyID
>PUSHWI ZPAddrPtr
>PUSHWI 4 4 bytes
>PUSHWZ From Start
>SYSCALL SListGetData
bcs .9
jmp (ZPCodePtr)
.8 clc
.9 rts
.5 >PUSHW ZPCLBufPtr
>PUSHWI ZPCLBufPtr
>PUSHBI 10
>SYSCALL StrToL
bcs .9
ldy #2
lda (pStack)
sta (pStack),y
inc pStack
lda (pStack)
sta (pStack),y
inc pStack
.6 jsr NextChar Skip SPACE if any
beq .8
jmp .1
.7 txa
asl
tax
jmp (J.KEYWORDS,x)
*--------------------------------------
CS.RUN.LoadFile >PUSHYA
>PUSHBI O.RDONLY
>PUSHBI S.FI.T.TXT
>PUSHWZ Aux type
>SYSCALL LoadTxtFile
bcs .9
phx
txa
>SYSCALL GetMemPtr
>STYA ZPFileBuf
>STYA ZPFileBufPtr
pla
.9 rts
*--------------------------------------
CS.DOEVENT sec
rts
*--------------------------------------
CS.QUIT >LDA.G hSList
beq .1
>PUSHA
>SYSCALL SListFree
.1 ldy #hFileBuf
jsr .7
ldy #hUsrBuf
jsr .7
ldy #hCLBuf
.7 lda (pData),y
beq .8
>SYSCALL FreeMem
.8 clc
rts
*--------------------------------------
PrintPrompt >PUSHW L.MSG.PROMPT
>PUSHBI 0
>SYSCALL PrintF
rts
*--------------------------------------
PrintErrMsg >LDYA ZPFileBuf
>STYA ZPPtr1
stz ZPPtr2
stz ZPPtr2+1 Line counter
.1 inc ZPPtr2
bne .2
inc ZPPtr2+1
.2 >LDYA ZPPtr1
>STYA ZPPtr3 save line start
.20 lda (ZPPtr1)
beq .4 EoF
inc ZPPtr1
bne .3
inc ZPPtr1+1
.3 cmp #C.CR
bne .20 Scan until EoL
ldx ZPPtr1
cpx ZPFileBufPtr
lda ZPPtr1+1
sbc ZPFileBufPtr+1
bcc .1 not this line....
.4 >LDA.G bTrace
bmi .5
jsr PrintTraceMsg.3
.5 lda ZPPtr3
cmp ZPFileBufPtr
bne .6
lda ZPPtr3+1
cmp ZPFileBufPtr+1
beq .8
.6 >PUSHBI '-'
ldy #S.PS.hStdErr
lda (pPS),y
>SYSCALL FPutC
inc ZPPtr3
bne .5
inc ZPPtr3+1
bra .5
.8 ldy #S.PS.hStdErr
lda (pPS),y
>PUSHA
>PUSHW L.MSG.ERR
>PUSHW ZPPtr2 Line counter
>PUSHBI 2
>SYSCALL FPrintF
rts
*--------------------------------------
PrintDebugMsg
clc
rts
*--------------------------------------
PrintTraceMsg >STYA ZPPtr3
PrintTraceMsg.3 >PUSHBI '>'
ldy #S.PS.hStdErr
lda (pPS),y
>SYSCALL FPutC
ldy #$ff
.1 iny
lda (ZPPtr3),y
beq .8
cmp #C.CR
beq .8
phy
>PUSHA
ldy #S.PS.hStdErr
lda (pPS),y
>SYSCALL FPutC
ply
bra .1
.8 ldy #S.PS.hStdErr
lda (pPS),y
>PUSHA
>PUSHW L.MSG.ECHOCRLF
>PUSHBI 0
>SYSCALL FPrintF
rts
*--------------------------------------
CheckLFAfterCR ldy #S.PS.hStdIn Check for any extra LF
lda (pPS),y
>SYSCALL FEOF
bcs .9
tay
bne .9
>SYSCALL GetChar
.9 rts
*--------------------------------------
IncPtr1 inc ZPPtr1
bne IncPtr1.8
inc ZPPtr1+1
IncPtr1.8 rts
*--------------------------------------
NextKW clc
adc ZPCLBufPtr
sta ZPCLBufPtr
bcc NextCharNB
inc ZPCLBufPtr+1
*--------------------------------------
NextCharNB lda (ZPCLBufPtr)
beq .8
jsr IsSpaceOrCR
bcs .8
inc ZPCLBufPtr
bne NextCharNB
inc ZPCLBufPtr+1
bra NextCharNB
.8 rts
*--------------------------------------
NextChar lda (ZPCLBufPtr)
beq .8
inc ZPCLBufPtr
bne .8
inc ZPCLBufPtr+1
.8 rts
*--------------------------------------
ToUpperCase cmp #'a'
bcc .8
cmp #'z'+1
bcs .8
eor #$20
.8 clc exit CC to allow Jmp to
rts
*--------------------------------------
IsSpaceOrCR cmp #C.SPACE
beq IsEndKW.8
cmp #C.CR
beq IsEndKW.8
sec
rts
IsEndKW.8 clc
rts
*--------------------------------------
PUSHADDR lda ZPAddrPtr+1
>PUSHA
lda ZPAddrPtr
>PUSHA
rts
*--------------------------------------
CheckStackPop4 lda pStack
sec
sbc #4
bcc .9
clc
rts
.9 lda #E.STACKERROR
sec
rts
*--------------------------------------
.INB usr/src/bin/forth.s.cl
.INB usr/src/bin/forth.s.kw
*--------------------------------------
CS.END
*--------------------------------------
MSG.GREETINGS .AZ "\r\nA2osX-FORTH %d.%d (figForth)\r\n\r\n"
MSG.USAGE .AS "Usage : FORTH <option> file\r\n"
.AS " -D : Debug Mode\r\n"
.AS " -T : Trace On"
MSG.ECHOCRLF .AZ "\r\n"
MSG.DEBUG .AZ "pStack=%H"
MSG.ERR .AZ "^\r\nLine #%D:"
MSG.PROMPT .AZ "\e[?7hOK\r\n> " Enable Line Wrap
MSG.PROMPTCRLF .AZ "\e[?7l\r\n" Disable Line Wrap
FMT.Byte .AZ "%d "
FMT.int16 .AZ "%I "
*--------------------------------------
OptionList .AS "DdTt"
OptionVars .DA #bDebug,#bDebug,#bTrace,#bTrace
*--------------------------------------
EscChars .AS 'DBAC'
EscChars.Cnt .EQ *-EscChars
EscChars.Remap .DA #C.BS,#C.VT,#C.LF,#C.FS
*--------------------------------------
KEYWORDS .AT "DUP" ( n - n n ) Duplicate top of stack.
.AT "DROP" ( n - ) Discard top of stack.
.AT "SWAP" ( n1 n2 - n2 n1 ) Reverse top two stack items.
.AT "OVER" ( n1 n2 - n1 n2 n1 ) Copy second item to top.
.AT "ROT" ( n1 n2 n3 - n2 n3 n1 ) Rotate third item to top.
.AT "-DUP" ( n - n ? ) Duplicate only if non-zero.
.AT ">R" ( n - ) Move top item to return stack.
.AT "R>" ( - n ) Retrieve item from return stack.
.AT "R" ( - n ) Copy top of return stack onto stack.
.AT "+" ( n1 n2 - sum ) Add.
.AT "D+" ( d1 d2 - sum ) Add double-precision numbers.
.AT "-" ( n1 n2 - diff ) Subtract (n1-n2).
.AT "*" ( n1 n2 - prod ) Multiply.
.AT "/" ( n1 n2 - quot ) Divide (n1/n2).
.AT "MOD" ( n1 n2 - rem ) Modulo (remainder from division).
.AT "/MOD" ( n1 n2 - rem quot ) Divide, giving remainder and quotient.
.AT "*/MOD" ( n1 n2 - rem quot ) Multiply, then divide (n1*n2/n3), with double-precision intermediate.
.AT "*/" ( n1 n2 - quot ) Like */MOD, but give quotient only.
.AT "MAX" ( n1 n2 - max ) Maximum.
.AT "MIN" ( n1 n2 - min ) Minimum.
.AT "ABS" ( n - absolute ) Absolute value.
.AT "DABS" ( d - absolute ) Absolute value of double-precision number.
.AT "MINUS" ( n - -n ) Change sign.
.AT "DMINUS" ( d - -d ) Change sign of double-precision number.
.AT "AND" ( n1 n2 - and ) Logical bitwise AND.
.AT "OR" ( n1 n2 - or ) Logical bitwise OR.
.AT "XOR" ( n1 n2 - xor ) Logical bitwise exclusive OR.
.AT "<" ( n1 n2 - f ) True if n1 less than n2.
.AT ">" ( n1 n2 - f ) True if n1 greater than n2.
.AT "=" ( n1 n2 - f ) True if n1 equal to n2.
.AT "0<" ( n - f ) True if top number negative.
.AT "0=" ( n - f ) True if top number zero.
*--------------------------------------
.AT "." ( n - ) Print number.
.AT ".R" ( n u - ) Print number, right-justified in u column.
.AT "D." ( d - ) Print double-precision number.
.AT "D.R" ( d u - ) Print double-precision number in u column.
.AT "CR" ( - ) Do a carriage-return.
.AT "SPACE" ( - ) Type one space.
.AT "SPACES" ( u - ) Type u spaces.
.AT '."' ( - ) Print message (terminated by ").
.AT "DUMP" ( addr u - ) Dump u numbers starting at address.
.AT "TYPE" ( addr u - ) Type u characters starting at address.
.AT "COUNT" ( addr - addr+1 u ) Change length byte string to TYPE form.
.AT "?TERMINAL" ( - f ) True if terminal break request present.
.AT "KEY" ( - c ) Read key, put ASCII value on stack.
.AT "EMIT" ( c - ) Type ASCII character from stack.
.AT "EXPECT" ( addr u - ) Read u characters (or until carriage-return) from input device to address.
.AT "WORD" ( c - ) Read one word from input stream, delimited by c.
.AT "NUMBER" ( addr - d ) Convert string at address to double number.
.AT "<#" ( - ) Start output string.
.AT "#" ( d1 - d2 ) Convert one digit of double number and add character to output string.
.AT "#S" ( d - 0 0 ) Convert all significant digits of double number to output string.
.AT "SIGN" ( n d - d ) Insert sign of n to output string.
.AT "#>" ( d - addr u ) Terminate output string for TYPE.
.AT "HOLD" ( c - ) Insert ASCII character into output string.
.AT "DECIMAL" ( - ) Set decimal base.
.AT "HEX" ( - ) Set hexadecimal base.
.AT "OCTAL" ( - ) Set octal base.
*--------------------------------------
.AT "@" ( addr - n ) Replace word address by contents.
.AT "!" ( n addr - ) Store second word at address on top.
.AT "C@" ( addr - b ) Fetch one byte only.
.AT "C!" ( b addr - ) Store one byte only.
.AT "?" ( addr - ) Print contents of address.
.AT "+!" ( n addr - ) Add second number to contents of address.
.AT "CMOVE" ( from to u - ) Move u bytes in memory.
.AT "FILL" ( addr u b - ) Fill u bytes in memory with b beginning at address.
.AT "ERASE" ( addr u - ) Fill u bytes in memory with zeros.
.AT "BLANKS" ( addr u - ) Fill u bytes in memory with blanks.
.AT "HERE" ( - addr ) Return address above dictionary.
.AT "PAD" ( - addr ) Return address of scratch area.
.AT "ALLOT" ( u - ) Leave a gap of n bytes in the dictionary.
.AT "," ( n - ) Compile number n into the dictionary.
.AT "'" ( - addr ) Find address of next string in dictionary.
.AT "FORGET" ( - ) Delete all definitions above and including the following definition.
.AT "DEFINITIONS" ( - ) Set current vocabulary to context vocabulary.
.AT "VOCABULARY" ( - ) Create new vocabulary.
.AT "FORTH" ( - ) Set context vocabulary to Forth vocabulary.
.AT "EDITOR" ( - ) Set context vocabulary to Editor vocabulary.
.AT "ASSEMBLER" ( - ) Set context vocabulary to Assembler.
.AT "VLIST" ( - ) Print names in context vocabulary.
*--------------------------------------
.AT ":" ( - ) Begin a colon definition.
.AT ";" ( - ) End of a colon definition.
.AT "VARIABLE" ( n - ) Create a variable with initial value n.
* ( - addr ) Return address when executed.
.AT "CONSTANT" ( n - ) Create a constant with value n.
* ( - n ) Return the value n when executed.
.AT "CODE" ( - ) Create assembly-language definition.
.AT ";CODE" ( - ) Create a new defining word, with runtime code routine in high-level Forth.
.AT "DO" ( end+1 start - ) Set up loop, given index range.
.AT "LOOP" ( - ) Increment index, terminate loop if equal to limit.
.AT "+LOOP" ( n - ) Increment index by n. Terminate loop if outside limit.
.AT "I" ( - index ) Place loop index on stack.
.AT "LEAVE" ( - ) Terminate loop at next LOOP or +LOOP.
.AT "IF" ( f - ) If top of stack is true, execute true clause.
.AT "ELSE" ( - ) Beginning of the false clause.
.AT "ENDIF" ( - ) End of the IF-ELSE structure.
.AT "BEGIN" ( - ) Start an indefinite loop.
.AT "UNTIL" ( f - ) Loop back to BEGIN until f is true.
.AT "REPEAT" ( - ) Loop back to BEGIN unconditionally.
.AT "WHILE" ( f - ) Exit loop immediately if f is false.
*--------------------------------------
.AT "(" ( - ) Begin comment, terminated by ).
*--------------------------------------
.DA #0
*--------------------------------------
.DUMMY
.OR 0
DS.START
bDebug .BS 1
bTrace .BS 1
bExitOnEOF .BS 1
hCLBuf .BS 1
hPadBuf .BS 1
hUsrBuf .BS 1
UsrBuf .BS 2
hFileBuf .BS 1
hSList .BS 1
DS.END .ED
*--------------------------------------
MAN
SAVE usr/src/bin/forth.s
ASM

20
BIN/SHUTDOWN.S.txt
View File

@ -144,7 +144,21 @@ CS.RUN.WAIT >PUSHW L.MSG.SHUTDOWN
.1 >SLEEP
lda bSec
ldy #S.PS.hStdIn
lda (pPS),y
>SYSCALL FEOF
bcs .2
tay
bne .2 CC
>SYSCALL GetChar
bcs .9
cmp #$03 Ctrl-C
beq .9 CS
.2 lda bSec
bpl .1
stz bSec
@ -157,7 +171,7 @@ CS.RUN.WAIT >PUSHW L.MSG.SHUTDOWN
>SYSCALL PrintF
clc
rts
.9 rts
*--------------------------------------
CS.RUN.PS stz Count
@ -348,7 +362,7 @@ CS.QUIT clc
rts
*--------------------------------------
CS.END
MSG.USAGE .AS "Usage : SHUTDOWN <NEXT.STSTEM>\r\n"
MSG.USAGE .AS "Usage : SHUTDOWN <NEXT.SYSTEM>\r\n"
.AS " -R : Restart System\r\n"
.AS " -T <seconds> : default to 60"
MSG.CRLF .AZ "\r\n"

270
BIN/UNAME.S.txt Normal file
View File

@ -0,0 +1,270 @@
NEW
AUTO 3,1
.LIST OFF
.OP 65C02
.OR $2000
.TF bin/uname
*--------------------------------------
.INB inc/macros.i
.INB inc/a2osx.i
.INB inc/mli.e.i
.INB inc/kernel.i
*--------------------------------------
.DUMMY
.OR ZPBIN
ZS.START
ZPPtr1 .BS 2
ZPPtr2 .BS 2
Index .BS 1
Count .BS 1
bHostName .BS 1
bMachineType .BS 1
bCPUType .BS 1
bCPUSpeed .BS 1
bAltCPU .BS 1
bKernelVersion .BS 1
bKernelMode .BS 1
bKernelClk .BS 1
ZS.END .ED
*--------------------------------------
* File Header (16 Bytes)
*--------------------------------------
CS.START cld
jmp (.1,x)
.DA #$61 6502,Level 1 (65c02)
.DA #1 BIN Layout Version 1
.DA #0 S.PS.F.EVENT
.DA #0
.DA CS.END-CS.START Code Size (without Constants)
.DA DS.END-DS.START Data SegmentSize
.DA #32 Stack Size
.DA #ZS.END-ZS.START Zero Page Size
.DA 0
*--------------------------------------
* Relocation Table
*--------------------------------------
.1 .DA CS.INIT
.DA CS.RUN
.DA CS.DOEVENT
.DA CS.QUIT
L.MSG.USAGE .DA MSG.USAGE
L.MSG.CRLF .DA MSG.CRLF
L.TYPES .DA TYPE.UNKNOWN
.DA TYPE.IIe
.DA TYPE.IIc
.DA TYPE.IIgs
L.CPUS .DA CPU.65C02
.DA CPU.65R02
.DA CPU.65816
L.CPU.SPEED .DA CPU.SPEED
L.KERNEL.VER .DA KERNEL.VER
L.KERNEL.MODES .DA KERNEL.POLLING
.DA KERNEL.IRQ
.DA KERNEL.PREEMPT
.DA 0
*--------------------------------------
CS.INIT clc
rts
*--------------------------------------
CS.RUN ldy #S.PS.ARGC
lda (pPS),y
beq .8
.1 inc Index
lda Index
>SYSCALL ArgV
bcs CS.RUN.PRINT
>STYA ZPPtr1
lda (ZPPtr1)
cmp #'-'
bne .99
ldy #1
lda (ZPPtr1),y
beq .99
jsr CS.RUN.CheckOpt
bcc .1
.99 >PUSHW L.MSG.USAGE
>PUSHBI 0
>SYSCALL PrintF
lda #E.SYN
sec
rts
.8 lda #$ff
sta bKernelVersion
sta bKernelMode
sta bMachineType
sta bCPUType
sta bCPUSpeed
*--------------------------------------
CS.RUN.PRINT bit bHostName
bpl .1
.1 bit bMachineType
bpl .2
lda A2osX.HWType
asl
tax
>LDYA L.TYPES,x
jsr CS.RUN.PRINTYA
.2 bit bCPUType
bpl .3
lda A2osX.CPUTYPE
asl
and #$0F
tax
>LDYA L.CPUS-2,x
jsr CS.RUN.PRINTYA
.3 bit bCPUSpeed
bpl .4
>PUSHW L.CPU.SPEED
>PUSHW A2osX.CPUSPEED
>PUSHBI 2
jsr CS.RUN.PRINTF
.4 bit bAltCPU
bpl .5
.5 bit bKernelVersion
bpl .6
>PUSHW L.KERNEL.VER
>PUSHW A2osX.KVER
>PUSHBI 2
jsr CS.RUN.PRINTF
.6 bit bKernelMode
bpl .7
ldx #0
bit A2osX.IRQMode
bpl .60
inx
inx
bit A2osX.F
bvc .60
inx
inx
.60 >LDYA L.KERNEL.MODES,x
jsr CS.RUN.PRINTYA
.7 bit bKernelClk
bpl .8
.8 >PUSHW L.MSG.CRLF
>PUSHBI 0
>SYSCALL PrintF
lda #0
sec
rts
*--------------------------------------
CS.RUN.PRINTYA >PUSHYA
>PUSHBI 0
CS.RUN.PRINTF lda Count
beq .1
lda #C.SPACE
>SYSCALL PutChar
.1 >SYSCALL PrintF
inc Count
CS.DOEVENT sec
rts
*--------------------------------------
CS.QUIT
.8 clc
rts
*--------------------------------------
CS.RUN.CheckOpt ldy #1
lda (ZPPtr1),y
ldx #OptionVars-OptionList-1
.2 cmp OptionList,x
beq .3
dex
bpl .2
sec
rts
.3 ldy OptionVars,x
ldx #$ff
stx 0,y
clc
rts
*--------------------------------------
CS.END
*--------------------------------------
OptionList .AS "HhMmCcSsAaVvKkZz"
OptionVars .DA #bHostName,#bHostName
.DA #bMachineType,#bMachineType
.DA #bCPUType,#bCPUType
.DA #bCPUSpeed,#bCPUSpeed
.DA #bAltCPU,#bAltCPU
.DA #bKernelVersion,#bKernelVersion
.DA #bKernelMode,#bKernelMode
.DA #bKernelClk,#bKernelClk
*--------------------------------------
MSG.USAGE .AS "Usage : UNAME\r\n"
.AS " -H : Hostname\r\n"
.AS " -M : Machine Type/SubType\r\n"
.AS " -C : CPU Type\r\n"
.AS " -S : CPU Speed\r\n"
.AS " -A : Alternate CPU\r\n"
.AS " -V : Kernel Version\r\n"
.AS " -K : Kernel Mode\r\n"
.AS " -Z : Kernel Timing\r\n"
MSG.CRLF .AZ "\r\n"
TYPE.UNKNOWN .AZ "Unknown_HW"
TYPE.IIe .AZ "Apple//e"
TYPE.IIc .AZ "Apple//c"
TYPE.IIgs .AZ "AppleIIgs"
CPU.65C02 .AZ "65c02"
CPU.65R02 .AZ "65r02"
CPU.65816 .AZ "65816"
CPU.SPEED .AZ "%d.%02dmhz"
KERNEL.VER .AZ "A2osX_%d.%02d"
KERNEL.POLLING .AZ "Polling_Mode"
KERNEL.IRQ .AZ "IRQ_Mode"
KERNEL.PREEMPT .AZ "Preemptive_Mode"
*--------------------------------------
.DUMMY
.OR 0
DS.START
DS.END .ED
*--------------------------------------
MAN
SAVE usr/src/bin/uname.s
ASM

6
INC/A2osX.I.txt
View File

@ -58,7 +58,11 @@ A2osX.SLEEP .EQ $BC10
*--------------------------------------
A2osX.SCRNDEVS .EQ $BED0 0=console, 1-8=VT100, 9=GFX
A2osX.ASCREEN .EQ $BEDA Active Screen
* free BEDB -> BEE5
* free BEDB -> BEDF
A2osX.KVER .EQ $BEE0
A2osX.IRQMode .EQ $BEE3
A2osX.FSID .EQ $BEE5
A2osX.CPUTYPE .EQ $BEE6
A2osX.CPUSPEED .EQ $BEE7 WORD, (->255.99 Mhz)

8
INC/IO.D2.I.txt
View File

@ -2,10 +2,10 @@ NEW
AUTO 3,1
*--------------------------------------
IO.D2.SeekTimeR .EQ 140 LIBBLKDEV Recalibration
IO.D2.SeekTimeF .EQ 140 LIBBLKDEV Track Formatter
IO.D2.SeekTimeB .EQ 140 LIBBLKDEV Boot Block
IO.D2.SeekTimeP .EQ 60 ProDOS.FX initial
IO.D2.SeekTimeI .EQ 20 ProDOS.FX increment -> until > 128
IO.D2.SeekTimeF .EQ 68 LIBBLKDEV Track Formatter
IO.D2.SeekTimeB .EQ 68 LIBBLKDEV Boot Block
IO.D2.SeekTimeP .EQ 68 ProDOS.FX initial
IO.D2.SeekTimeI .EQ 10 ProDOS.FX increment -> until > 128
*--------------------------------------
IO.D2.Ph0Off .EQ $C080
IO.D2.Ph0On .EQ $C081

74
LIB/LIBBLKDEV.S.BB.txt
View File

@ -239,6 +239,9 @@ goread lda iobuff
sta buff+1
jmp (dent)
*--------------------------------------
BB.PhX .HS 00
BB.Phy .HS 0002020404060600
*--------------------------------------
mods .DA #mod1,#mod2,#mod3,#mod4,#mod5,#mod6,#mod7,#mod8,#mod8+1,#mod9
mods.cnt .EQ *-mods
chgs .DA #chg1,#chg2,#chg3,#chg4,#chg5,#chg6,#chg7,#$91,#BB.HdrPtr,#BB.HdrTrk
@ -320,47 +323,21 @@ BB.Seek lda BB.HdrTrk get track we're on
.2 dec
sta BB.CurrentQTrack
pha
and #6
and #7
tax
lda BB.PhY,x
ora BB.Slotn0
tay
lda BB.PhX,x
ora BB.Slotn0
tax
pla
bcs .3
* Current < Target, must move in
inc
.HS B0 BCS
* Current > Target, must move out
.3 dec
and #6
ora BB.Slotn0
bcc .4
* move out : invert 2 phases
phx
tax
pla
.4 tay
php
sei
lda IO.D2.Ph0On,x
nop
nop
lda IO.D2.Ph0On,y
nop
nop
plp
lda #IO.D2.SeekTimeB
jsr BB.Wait
@ -376,32 +353,23 @@ BB.Seek lda BB.HdrTrk get track we're on
jsr BB.PhasesOff
bra BB.Read
*--------------------------------------
BB.PhasesOff bit IO.D2.Ph0Off,x
nop
nop
BB.PhasesOff php
sei
bit IO.D2.Ph0Off,x
ldx IO.D2.Ph0Off,y
nop
nop
plp
rts
*--------------------------------------
BB.Wait phx (3)
.1 ldx #17 (2)
.1 ldx #20 (2)
.2 dex (2) delay 86 usec.
bne .2 (2+) 2 + 5x17 + 2 + 2
ldx BB.Slotn0 (3)
bit IO.D2.DrvOn,x (4) Slow down ACC boards
* sec (2)
* sbc #1 (2)
.2 dex (2)
bne .2 (3)
dec (2)
bne .1 (2+)
bne .1 (3)
plx (4)

174
LIB/LIBBLKDEV.S.D2.txt
View File

@ -24,28 +24,30 @@ D2Recalibrate >PULLB DrvSlt
jsr CheckDiskII
bcs .9
ldx Slotn0
ldy Slotn0
lda IO.D2.DrvOn,x
lda IO.D2.DrvOn,y
nop
nop
ldy #168
lda #168
.1 lda IO.D2.Ph0Off,x
.1 sta IO.D2.Ph0Off,y
dey
dey
dec
dec
tya
pha
and #6
ora Slotn0
tax
lda IO.D2.Ph0On,x
tay
sta IO.D2.Ph0On,y
lda #IO.D2.SeekTimeR
jsr D2.Wait100usecA
tya
pla
bne .1
jsr D2.Wait25600usec
@ -65,109 +67,109 @@ D2MoveHead >PULLB MoveTo
jsr CheckDiskII
bcs .9
ldx Slotn0
ldy Slotn0
.1 lda MoveFrom
lda MoveFrom
cmp MoveTo
beq .7
beq .9
jsr .8
bcs .2
php
sei
* Current < Target, must move in
inc
.HS B0 BCS
* Current > Target, must move out
.2 dec
sta MoveFrom
pha
bcs .10
and #6
ora Slotn0
tax
pla
bcs .3
* Current < Target, must move in
inc
.HS B0 BCS
* Current > Target, must move out
.3 dec
and #6
.10 and #6
ora Slotn0
bcc .4
* move out : invert 2 phases
phx
tax
pla
.4 tay
ora #$80
sta .7+1
stz .6+1
lda IO.D2.Ph0On,x
nop
nop
* lda #IO.D2.SeekTimeF
* jsr D2.Wait100usecA
lda IO.D2.Ph0On,y
pla
.1 bcc .2
* Current > Target, must move out
dec
.HS 90 BCC
* Current < Target, must move in
.2 inc
sta MoveFrom
and #7
tay
bcs .3
lda D2.PhIn,y
bcc .4
.3 lda D2.PhOut,y
.4 ora Slotn0
sta .5+1
lsr
bcc .5
asl
ldx .7+1
stx .6+1
sta .7+1
.5 sta $C000
nop
nop
lda #IO.D2.SeekTimeF
jsr D2.Wait100usecA
bra .1
lda MoveFrom
cmp MoveTo
bne .1
.7 jsr D2.Wait25600usec
clc
.8 bit IO.D2.Ph0Off,x
jsr D2.Wait25600usec
.6 sta $C000
nop
nop
ldx IO.D2.Ph0Off,y
.7 sta $C000
nop
nop
.9 rts
plp
.9 clc
rts
*--------------------------------------
D2.Wait25600usec
lda #0
D2.Wait100usecA
phx (3)
.1 ldx #18 (2)
.1 ldx #20 (2)
.2 dex (2)
bne .2 (3)
ldx Slotn0 (3)
bit IO.D2.DrvOn,x (4) Slow down ACC boards
sec (2)
sbc #1 (2)
dec (2)
bne .1 (3)
plx (4)
rts (6)
*/--------------------------------------
* # D2TrkRead16s
@ -316,7 +318,17 @@ CheckDiskII pha
adc Slotn0
tax
lda $C000,x
ldx Slotn0
lda IO.D2.ReadMode,x
lda IO.D2.RData,x
lda IO.D2.Ph0Off,x
lda IO.D2.Ph1Off,x
lda IO.D2.Ph2Off,x
lda IO.D2.Ph3Off,x
* clc
rts
@ -330,8 +342,10 @@ CheckDiskII pha
DrvSpinCheck ldy #0
lda IO.D2.RData,x
.1 cmp IO.D2.RData,x
bne .8 spinning
dey
bne .1
@ -346,6 +360,7 @@ PutSyncBytePtr2 lda #$7f
.1 jsr PutBytePtr2
dey
bne .1
rts
*--------------------------------------
PutAddrHeadPtr2 ldy #2
@ -354,6 +369,7 @@ PutAddrHeadPtr2 ldy #2
jsr PutBytePtr2
dey
bpl .1
rts
*--------------------------------------
PutDataHeadPtr2 ldy #2
@ -362,6 +378,7 @@ PutDataHeadPtr2 ldy #2
jsr PutBytePtr2
dey
bpl .1
rts
*--------------------------------------
PutTailPtr2 ldy #2
@ -370,6 +387,7 @@ PutTailPtr2 ldy #2
jsr PutBytePtr2
dey
bpl .1
rts
*--------------------------------------
HeaderCheckSum lda VolNum

20
LIB/LIBBLKDEV.S.txt
View File

@ -22,7 +22,7 @@ TRACK16.GAP2 .EQ 6 60 bits
*Data field = D5AAAD + 342 + CS + DEAAEB = 349 2792 bits
TRACK16.GAP3 .EQ 17 170 bits
* )
* 80 + 16 * (14 + 6 + 349 + 17) = 6256 50144 bits
* 80 + 16 * (14 + 6 + 349 + 17) = 6256 800 + 50144 bits
*--------------------------------------
TRACK9.LEN .EQ 6511
*--------------------------------------
@ -396,6 +396,24 @@ TrkWriter.Start lda IO.D2.ReadProt,x
TrkWriter.Size .EQ *-TrkWriter.Start
.EP
*--------------------------------------
D2.PhIn .DA #IO.D2.Ph3Off 7->0
.DA #IO.D2.Ph1On 0->1
.DA #IO.D2.Ph0Off 1->2
.DA #IO.D2.Ph2On 2->3
.DA #IO.D2.Ph1Off 3->4
.DA #IO.D2.Ph3On 4->5
.DA #IO.D2.Ph2Off 5->6
.DA #IO.D2.Ph0On 6->7
D2.PhOut .DA #IO.D2.Ph1Off 1->0
.DA #IO.D2.Ph0on 2->1
.DA #IO.D2.Ph2off 3->2
.DA #IO.D2.Ph1On 4->3
.DA #IO.D2.Ph3Off 5->4
.DA #IO.D2.Ph2On 6->5
.DA #IO.D2.Ph0Off 7->6
.DA #IO.D2.Ph3On 0->7
*--------------------------------------
ADDR.Head .HS 96AAD5
DATA.Head .HS ADAAD5
TAIL .HS EBAADE

1
ProDOS.FX/ProDOS.S.LDR.txt
View File

@ -866,6 +866,7 @@ LDR.ScrInit80 sta CLRC3ROM
.DO LOGO
lda #20
sta CV
jsr VTAB
lda #LOGO.PAKED
sta ZPInBufPtr

9
ProDOS.FX/ProDOS.S.XDOS.A.txt
View File

@ -4,8 +4,6 @@ NEW
XDOS cld no decimal.
sty mliy save x and y
stx mlix
* pla get processor status
* sta spare1 save it temporarily
ply get processor status
@ -19,9 +17,6 @@ XDOS cld no decimal.
adc #$00
sta mliretn+1
* lda spare1
* pha pull processor status
phy pull processor status
plp to re-enable interrupts.
@ -50,11 +45,11 @@ XDOS cld no decimal.
sta A3L+1
pla
sta A3L
* ldy #$00
lda XDOS.ParamCnt,x make sure parameter list has the correct # of parameters.
beq goclock clock has 0 parameters.
cmp (A3L) ,y
cmp (A3L)
bne scperr error if wrong count.
lda XDOS.CmdNums,x get call # again

526
ProDOS.FX/ProDOS.S.XRW.txt
View File

@ -1,14 +1,15 @@
NEW
AUTO 3,1
*--------------------------------------
XRWDBG .EQ 1
* If Called by ProDOS : SEI
* If Called directly from DEVPTRS vectors : ????
*--------------------------------------
XRW.START cld $D8 to flag language card bank 1 (main)
lda unitnum get unit number.
pha
lsr
lsr
lsr
@ -19,10 +20,11 @@ XRW.START cld $D8 to flag language card bank 1 (main)
bne .10
lda #IO.D2.SeekTimeP
sta XRW.D2SeekTime-1,x
.10 pla
.10 sta XRW.SeekTime
pla
and #$7F mask off high bit.
sta A2L 0SSS0000 for IO indexing
@ -45,7 +47,7 @@ XRW.START cld $D8 to flag language card bank 1 (main)
lda #1
jsr XRW.Wait100usecA
lda XRW.montimeh
bne .1
*--------------------------------------
@ -75,6 +77,8 @@ L59BD lda bloknml
jsr XRW.CheckMotorOn
php SAVE IRQ STATE
php save motor on state : NZ if on
lda #$E8 24 up to 0
@ -87,6 +91,7 @@ L59BD lda bloknml
asl get drive # into carry.
bcc .3 branch if drive 1 selected.
inx select drive 2.
.3 lda IO.D2.DrvSel1,x
@ -104,7 +109,7 @@ L59BD lda bloknml
.4 jsr XRW.Wait25600usec 150 ms delay before stepping.
dey
bne .4
php Z set
.5 plp was motor on ?
@ -114,9 +119,9 @@ L59BD lda bloknml
.6 lda #1
jsr XRW.Wait100usecA wait 100us for each count in montime
lda XRW.montimeh
bmi .6 count up to 0000
bmi .6 count up to 0000
* motor should be up to speed,
* if it looks stopped then the drive is not present
@ -126,30 +131,34 @@ L59BD lda bloknml
*--------------------------------------
L538E lda A4L get command #
bne .1
jsr XRW.TestWP 0 = status
bcs XRW.E.WP
bra XRW.E.OK
bcc XRW.E.OK
.1 cmp #4 3 = format
bcs XRW.E.IO
cmp #2 Write ?
bne .2
cmp #2 2 = Write, 1 = Read
ror XRW.bWrite b7 = 1 if Write
bpl .2
jsr XRW.TestWP
bcs XRW.E.WP
*--------------------------------------
.2 jsr regrwts
.2 sei DISABLE IRQ
jsr XRW.SectorIO
bcs XRW.E.IO
inc buf+1
inc XRW.ReqSector
inc XRW.ReqSector
jsr regrwts get 2nd half of block
jsr XRW.SectorIO get 2nd half of block
dec buf+1
bcc XRW.E.OK
@ -160,49 +169,42 @@ XRW.E.WP lda #MLI.E.WRTPROT
.HS 2C BIT ABS
XRW.E.ND lda #MLI.E.NODEV
plp RESTORE IRQ STATE
sec
bra XRW.E.EXIT
.HS 2C BIT ABS
XRW.E.OK lda #0
XRW.E.OK plp RESTORE IRQ STATE
clc
lda #0
ldx A2L
XRW.E.EXIT ldx A2L
bit IO.D2.DrvOff,x turn off
rts
*--------------------------------------
regrwts lda #1
XRW.SectorIO lda #2
sta XRW.RecalibrateCnt
sta XRW.BadSeek
lda A4L get command #
lsr set carry = 1 for read, 0 for write.
bcs .1 must prenibblize for write
jsr XRW.PreNibble
bit XRW.bWrite
bpl .1
jsr XRW.PreNibble must prenibblize for write
.1 stz XRW.RetryCnt
.1 ldy #64
sty XRW.RetryCnt
.2 jsr XRW.ReadAddr read next address field.
bcc .4 if CC, A = current track
.3 dec XRW.RetryCnt one less chance.
bne .2 branch to retry.
.3 inc XRW.RetryCnt one less chance.
bpl .2 branch if < 128
dec XRW.RecalibrateCnt
sec
bmi .9
.DO XRWDBG=1
jsr XRW.DEBUG
.FIN
beq .9
ldx XRW.UnitIndex
lda #41
sta XRW.D2Trk-1,x
lda #0
sta XRW.D2VolNum-1,x
@ -212,67 +214,39 @@ regrwts lda #1
.4 cmp XRW.ReqTrack
beq .6
lda XRW.BadSeek
beq .40 2 bad seeks, already
dec XRW.BadSeek
bpl .5
ldx XRW.UnitIndex
lda XRW.D2SeekTime-1,x
bmi .5
bne .5
.40 lda XRW.SeekTime
bmi .5 seektime = 140
clc
adc #IO.D2.SeekTimeI
sta XRW.SeekTime
ldx XRW.UnitIndex
sta XRW.D2SeekTime-1,x
.5 lda XRW.ReqTrack
jsr XRW.Seek
bra .3
.6 lda XRW.AddrField.S is this the right sector ?
.6 lda XRW.AddrField.S is this the right sector ?
cmp XRW.ReqSector
bne .3 no, try another sector.
lda A4L read or write ?
lsr the carry will tell.
bcc .7 branch if write
bit XRW.bWrite
bpl .7 branch if write
jsr XRW.Read
jmp XRW.Write
.7 jsr XRW.Read
bcs .3 if bad read
.9 rts
.7 jmp XRW.Write
*--------------------------------------
* determine if motor is stopped
*
* if stopped, controller's shift register will not be changing.
* return y = 0 and zero flag set if it is stopped.
*--------------------------------------
XRW.CheckMotorOn
ldx A2L
XRW.CheckMotorOnX
ldy #0 init loop counter.
.1 lda IO.D2.RData,x read the shift register.
jsr .9 delay
pha
pla more delay.
cmp IO.D2.RData,x has shift reg changed ?
bne .9 yes, motor is moving.
lda #MLI.E.NODEV anticipate error.
dey no, dec retry counter
bne .1 and try 256 times.
.9 rts
*--------------------------------------
XRW.TestWP ldx A2L
lda IO.D2.ReadProt,x test for write protected
lda IO.D2.ReadMode,x
rol write protect-->carry-->bit 0=1
lda IO.D2.RData,x keep in read mode
rts
*--------------------------------------
* preniblize subroutine (16 sector format)
*
@ -405,11 +379,13 @@ L596F ldy #$FF index to last byte of data to write.
* on exit: carry set if error (write protect violation).
* if no error, acc=uncertain, x=unchanged, y=0, carry clear.
*--------------------------------------
XRW.Write lda nbuf2
sta pcl
.LIST ON
XRW.Write lda IO.D2.ReadProt,x PREWRITE MODE
.LIST OFF
lda IO.D2.ReadMode,x
bit IO.D2.ReadProt,x PREWRITE MODE
bit IO.D2.ReadMode,x
lda nbuf2
sta pcl
lda #$FF Self Sync Byte
@ -449,7 +425,7 @@ L583D eor nbuf2-1,y (4) xor with current (NO MORE PAGE CROSS)
* ldx A2L (3) restore slot index
ldx >A2L (4) absolute reference to zero page
sta IO.D2.WLoad,x (5) store encoded byte
lda IO.D2.WShift,x (4) handshake
dey (2)
@ -458,7 +434,7 @@ L583D eor nbuf2-1,y (4) xor with current (NO MORE PAGE CROSS)
* end of write byte loop
lda pcl (3) get prior nibl (from nbuf2)
wrefd1 ldy #$00 (2) warning: load value modified by prenib.
wrefa1 eor $1000,y (4) warning: address modified by prenib.
@ -471,7 +447,7 @@ wrefd2 ldx #$60 (2) warning: value modified by prenib.
wrefa2 lda $1000,y (4) prior nibl. warning: address modified by prenib.
iny (2) all done with this page ?
bne wrefa1 (3-) loop until page end.
lda pch (3) get next (precalculated & translated) nibl.
beq L58C0 (2+) branch if code written was page aligned.
@ -526,32 +502,41 @@ wrefd5 ldx #$60 (2) restore slot. warning: modified by prenib
sta IO.D2.WLoad,x (5)
lda IO.D2.WShift,x (4)
ldy #$00 (2) set y = index end mark table.
ldy #2 (2) set y = index end mark table.
pha (3) waste another 11 micro-seconds
pla (4)
nop (2)
nop (2)
L58D3 lda XRW.EndDataMark,y (4) dm4, dm5, dm6 and turn off byte.
.1 nop (2)
lda XRW.EndMark,y (4) DE AA EB
jsr wnibl (15,6) write it
iny (2)
cpy #$04 (2) have all end marks been written ?
bne L58D3 (3) if not.
dey (2)
bpl .1 (3) if not.
clc (2,9)
clc (2)
lda IO.D2.ReadMode,x out of write mode
lda #$FF (2)
nop (2)
jsr wnibl (15,6) write turn off byte.
XRW.ReadMode lda IO.D2.ReadMode,x out of write mode
lda IO.D2.WShift,x to read mode.
rts return from write.
* 7-bit nibl write subroutines
wnibl9 clc (2) 9 cycles, then write.
wnibl7 pha (3) 7 cycles, then write.
pla (4)
wnibl sta IO.D2.WLoad,x (5) nibl write
ora IO.D2.WShift,x (4) clobbers acc, not carry
.LIST ON
XRW.Write.RTS rts (6)
.LIST OFF
*--------------------------------------
* delays a specified number of 100 usec intervals for motor timing.
* on entry: acc holds number of 100 usec intervals to delay.
@ -560,25 +545,16 @@ XRW.Write.RTS rts (6)
* for motor on timing.
*--------------------------------------
XRW.WaitSeekTime
* lda #IO.D2.SeekTime
phy
ldy XRW.UnitIndex
lda XRW.D2SeekTime-1,y
ply
lda XRW.SeekTime
.HS 2C BIT ABS
XRW.Wait25600usec
lda #0
XRW.Wait100usecA
phx (3)
.1 ldx #16 (2)
.1 ldx #18 (2)
.2 dex (2)
bne .2 (3)
ldx A2L (3)
bit IO.D2.DrvOn,x (4) Slow down ACC boards
inc XRW.montimel (6)
bne .3 (3)
@ -586,8 +562,7 @@ XRW.Wait100usecA
.3 dec (2)
bne .1 (3)
plx (4)
rts (6)
*--------------------------------------
* read subroutine (16-sector format)
@ -599,7 +574,9 @@ XRW.Wait100usecA
* acc=$AA, x=unchanged, y=0, carry clear.
* observe 'no page cross' on some branches !!
*--------------------------------------
.LIST ON
XRW.Read txa get slot #
.LIST OFF
ora #$8C prepare mods to read routine.
sta rd4+1 warning: the read routine is
sta rd5+1 self modified !!
@ -672,7 +649,7 @@ rd4 ldx IO.D2.RData+$60 warning: self modified
ldy #$AA now read directly into user buffer.
bne rd5 always taken.
L576D sec error
L576D sec error
rts
ref1 sta $1000,y warning: self modified
@ -736,129 +713,118 @@ L57CC sec
L57CD pla place last byte into user buffer
ldy #$55
sta (buf),y
.LIST ON
XRW.Read.RTS rts
*--------------------------------------
XRW.Reset ldx A2L
lda IO.D2.ReadMode,x turn off write enable X = slot $S0
nop
nop
ldy #4
.1 lda IO.D2.Ph0Off,x
inx
inx
dey
bne .1
rts
.LIST OFF
*--------------------------------------
* A = target track
*--------------------------------------
XRW.Seek ldx XRW.UnitIndex
cmp XRW.D2Trk-1,x
beq XRW.Read.RTS
pha save target track
jsr XRW.Trk2Qtrk
sta XRW.TargetQTrack
.DO XRWDBG=1
jsr XRW.DEBUG3
.FIN
lda XRW.D2Trk-1,x
jsr XRW.Trk2Qtrk
sta XRW.CurrentQTrack
.DO XRWDBG=1
jsr XRW.DEBUG2
.FIN
pla
sta XRW.D2Trk-1,x will be current track at the end
ldx A2L
ldy A2L
.1 lda XRW.CurrentQTrack
lda XRW.CurrentQTrack
cmp XRW.TargetQTrack
beq .7
jsr .8
bcs .2
* Current < Target, must move in
inc
.HS B0 BCS
* Current > Target, must move out
.2 dec
sta XRW.CurrentQTrack
pha
and #6
ora A2L
tax
bcs .10
pla
bcs .3
* Current < Target, must move in
inc
.HS B0 BCS
* Current > Target, must move out
.3 dec
and #6
.10 and #6
ora A2L
bcc .4
* move out : invert 2 phases
phx
tax
pla
.4 tay
ora #$80
sta .7+1
stz .6+1
lda IO.D2.Ph0On,x
nop
nop
* jsr XRW.WaitSeekTime
lda IO.D2.Ph0On,y
pla
.1 bcc .2
* Current > Target, must move out
dec
.HS 90 BCC
* Current < Target, must move in
.2 inc
sta XRW.CurrentQTrack
and #7
tay
bcs .3
lda XRW.PhIn,y
bcc .4
.3 lda XRW.PhOut,y
.4 ora A2L
sta .5+1
lsr
bcc .5
asl
ldx .7+1
stx .6+1
sta .7+1
.5 sta $C000 SELF MODIFIED
nop
nop
jsr XRW.WaitSeekTime
bra .1
.7 jsr XRW.Wait25600usec
lda XRW.CurrentQTrack
cmp XRW.TargetQTrack
bne .1
.8 bit IO.D2.Ph0Off,x
jsr XRW.Wait25600usec
.6 sta $C000 SELF MODIFIED
nop
nop
ldx IO.D2.Ph0Off,y
.7 sta $C000 SELF MODIFIED
nop
nop
.8 rts
*--------------------------------------
XRW.Reset ldx A2L
rts
lda IO.D2.Ph0Off,x
lda IO.D2.Ph1Off,x
lda IO.D2.Ph2Off,x
lda IO.D2.Ph3Off,x
jmp XRW.ReadMode
*--------------------------------------
XRW.Trk2Qtrk asl x2
sta .1+1
@ -866,38 +832,40 @@ XRW.Trk2Qtrk asl x2
bit XRW.D2VolNum-1,x
bpl .1 x4
bvs .1 > $C0 ? (VOL=254)
lsr x3
.1 adc #$ff SELF MODIFIED
rts
*--------------------------------------
.LIST ON
XRW.ReadAddr ldy #$FC
.LIST OFF
sty XRW.CheckSum init nibble counter to $FCFC
ldx A2L get slot #
.1 iny
bne .2 counter LO
inc XRW.CheckSum counter HI
beq .99
.2 lda IO.D2.RData,x read nibl
bpl .2
.3 cmp #$D5 address mark 1 ?
bne .1
nop nibl delay
nop
.4 lda IO.D2.RData,x
bpl .4
cmp #$AA address mark 2 ?
bne .3 if not, is it address mark 1 ?
ldy #$03 index for 4 byte read
ldy #3 index for 4 byte read
.5 lda IO.D2.RData,x
bpl .5
@ -905,105 +873,99 @@ XRW.ReadAddr ldy #$FC
cmp #$96 address mark 3 ?
bne .3 if not, is it address mark 1
sei ???ALREADY DONE by XDOS.devmgr??? no interrupts until address is tested.
lda #$00 init checksum
.6 sta XRW.CheckSum
lda #0 init Chksum
.6 sta XRW.CheckSum
.7 lda IO.D2.RData,x read 'odd bit' nibl
bpl .7
rol align odd bits, '1' into lsb.
sta XRW.Temp4x4 save them.
.8 lda IO.D2.RData,x read 'even bit' nibl
bpl .8
and XRW.Temp4x4 merge odd and even bits.
sta XRW.AddrField.C,y store data byte.
eor XRW.CheckSum
dey
bpl .6 loop on 4 data bytes.
tay if final checksum non-zero,
bne .99 then error.
clc
.9 lda IO.D2.RData,x
bpl .9
eor #$DE
bne .99
*.10 lda IO.D2.RData,x
* bpl .10
* eor #$AA
* bne .99
ldy XRW.UnitIndex
lda XRW.AddrField.V ....save time doing it now
lda XRW.AddrField.V
sta XRW.D2VolNum-1,y
lda XRW.AddrField.T Successful Read, update Drive table
sta XRW.D2Trk-1,y and exit with A = Trk
clc normal read ok
rts
.99 sec
.99 sec
.LIST ON
XRW.ReadAddr.RTS
rts
.LIST OFF
*--------------------------------------
* determine if motor is stopped
*
* if stopped, controller's shift register will not be changing.
* return y = 0 and zero flag set if it is stopped.
*--------------------------------------
XRW.CheckMotorOn
ldx A2L
XRW.CheckMotorOnX
ldy #0 init loop counter.
.1 lda IO.D2.RData,x read the shift register.
jsr .9 delay
pha
pla more delay.
cmp IO.D2.RData,x has shift reg changed ?
bne .9 yes, motor is moving.
dey no, dec retry counter
bne .1 and try 256 times.
.9 rts Z if motor OFF
*--------------------------------------
XRW.TestWP ldx A2L
lda IO.D2.ReadProt,x test for write protected
lda IO.D2.ReadMode,x
rol write protect-->carry-->bit 0=1
lda IO.D2.RData,x keep in read mode
rts
*--------------------------------------
.DO XRWDBG=1
XRW.DEBUG phx
XRW.PhIn .DA #IO.D2.Ph3Off 7->0
.DA #IO.D2.Ph1On 0->1
.DA #IO.D2.Ph0Off 1->2
.DA #IO.D2.Ph2On 2->3
.DA #IO.D2.Ph1Off 3->4
.DA #IO.D2.Ph3On 4->5
.DA #IO.D2.Ph2Off 5->6
.DA #IO.D2.Ph0On 6->7
ldx #26
lda XRW.AddrField.V
jsr XRW.DEBUG.PRINT
lda XRW.AddrField.T
jsr XRW.DEBUG.PRINT
lda XRW.AddrField.S
jsr XRW.DEBUG.PRINT
inx
lda XRW.ReqTrack
jsr XRW.DEBUG.PRINT
plx
rts
XRW.DEBUG2 phx
ldx #36
bra XRW.DEBUG31
XRW.DEBUG3 phx
ldx #38
XRW.DEBUG31 jsr XRW.DEBUG.PRINT
plx
rts
XRW.DEBUG.PRINT
sta CLRPAGE2
pha
lsr
lsr
lsr
lsr
jsr .7
pla
and #$0F
.7 ora #$B0
cmp #"9"+1
bcc .8
adc #6
.8 sta $700,x
inx
rts
.FIN
XRW.PhOut .DA #IO.D2.Ph1Off 1->0
.DA #IO.D2.Ph0on 2->1
.DA #IO.D2.Ph2off 3->2
.DA #IO.D2.Ph1On 4->3
.DA #IO.D2.Ph3Off 5->4
.DA #IO.D2.Ph2On 6->5
.DA #IO.D2.Ph0Off 7->6
.DA #IO.D2.Ph3On 0->7
*--------------------------------------
.LIST ON
XRW.FREE .EQ $D540-*
@ -1021,7 +983,7 @@ nbuf2 .BS $56 nibl buffer for read/write of low 2-bits of each byte.
*
* nibbles in the ranges of $A0-$A3, $C0-$C7, $E0-$E3 are used for
* other tables since no valid nibbles are in these ranges.
* aligned to page boundary + $96
* aligned to page boundary + $96
*--------------------------------------
XRW.Nib2FC .HS 0004
* .HS FFFF
@ -1046,14 +1008,14 @@ XRW.ReqSector .HS 00
XRW.BadSeek .HS 00
.HS 5054585C606468
XRW.00XX0000 .HS 00201030 used in fast prenib.
XRW.EndDataMark .HS DEAAEB table using 'unused' nibbles ($C4,$C5,$C6,$C7)
XRW.EndMark .HS EBAADE table using 'unused' nibbles ($C4,$C5,$C6,$C7)
* .HS FFFFFFFF
XRW.AddrField.C .HS 00 AddrField Checksum
XRW.AddrField.S .HS 00 AddrField Sector
XRW.AddrField.T .HS 00 AddrField Track
XRW.AddrField.V .HS 00 AddrField Volume
.HS 6C
.HS FF
XRW.SeekTime .HS 00
*ibstat .HS 00
.HS 707478
.HS FFFFFF
@ -1074,7 +1036,7 @@ XRW.TargetQTrack .HS 00
.HS B0B4B8BCC0C4C8
.HS FFFF
.HS CCD0D4D8DCE0
.HS FF
XRW.bWrite .HS 00
.HS E4E8ECF0F4F8FC
*--------------------------------------
* 6-bit to 2-bit conversion tables:

4
SBIN/GUI.S.txt
View File

@ -97,8 +97,8 @@ WND.Test >PUSHBI S.WND.F.RESIZE+S.WND.F.MOVE+S.WND.F.CLOSE+S.WND.F.MAX+S.WND.F.
>PUSHW MouseData+S.MOUSE.X1
>PUSHW MouseData+S.MOUSE.Y1
>PUSHWI 360
>PUSHWI 96
>PUSHWI 360 witdh
>PUSHWI 96 height
>LIBCALL hLIBGUI,LIBGUI.WND.New
bcs CS.QUIT.RTS
sta hWND

13
SYS/KERNEL.S.BIN.txt
View File

@ -1,16 +1,5 @@
NEW
AUTO 3,1
*--------------------------------------
.DUMMY
.OR FAC 13 Bytes
BIN.hMem .BS 1
BIN.R.CS.Start .BS 2
BIN.R.CS.End .BS 2
BIN.R.End .BS 2
BIN.R.Size .BS 2
BIN.R.Offset .BS 2
BIN.R.Stop .BS 2
.ED
*--------------------------------------
* LoadLib
* in :
@ -106,7 +95,7 @@ BIN.Load.Cleanup.RTS
* Y,A = MEMPTR
* X = hMem of Code Segment
*--------------------------------------
BIN.Load lda CORE.FSID
BIN.Load lda A2osX.FSID
bne .11
ldx #$ff

14
SYS/KERNEL.S.CORE.txt
View File

@ -187,10 +187,12 @@ CORE.UpdateParentPS
CORE.GetEvents lda #Evt.Table
sta pEvent point to start of event list
stz CORE.EvtCount reset Size
bit CORE.IRQMode do we have IRQ enabled for Ticks ?
bit A2osX.IRQMode do we have IRQ enabled for Ticks ?
bpl .1 no, regular poll
lda IRQ.Tick a Tick ?
beq .8 no, no event
dec IRQ.Tick
bra .2
@ -198,9 +200,11 @@ CORE.GetEvents lda #Evt.Table
tax
eor CORE.VBLState
bpl .8 no change,no tick
txa
sta CORE.VBLState save new
bpl .8 Up2down transition,no tick
.2 lda #0
dec CORE.TickSec
bne .3 not yet One Sec
@ -211,7 +215,9 @@ CORE.GetEvents lda #Evt.Table
ldx A2osX.ASCREEN
cpx #3 devID 3 is /DEV/CONSOLE
bne .22
sta SYS.BASL0+38
.22 ldx CORE.TickPerSec
stx CORE.TickSec
@ -224,6 +230,7 @@ CORE.GetEvents lda #Evt.Table
.4 inc DevMgr.Timer
inc A2osX.TIMER16
bne .5
inc A2osX.TIMER16+1
.5 ldx CORE.TickPer10t
@ -232,6 +239,7 @@ CORE.GetEvents lda #Evt.Table
ora #S.EVT.F.T10TH
.6 tax Finally, do we have an event ?
beq .8 no....
sta (pEvent)
inc CORE.EvtCount Add one event to Queue
@ -244,8 +252,10 @@ CORE.GetEvents lda #Evt.Table
.8 lda CORE.EvtCount if 0, exit with CS (from cmp), and A=0 "no event"
beq .9
clc
rts
.9 sec
rts
*--------------------------------------
@ -477,14 +487,12 @@ GP.RomCall.JmpX jmp (.1-FPU.FADD,x)
.DA $ED36 FOUT.1 PrintF
*--------------------------------------
CORE.VBLState .BS 1
CORE.IRQMode .BS 1
CORE.TickPerSec .BS 1
CORE.TickPer10t .BS 1
CORE.TickSec .BS 1
CORE.Tick10t .BS 1
CORE.CPUStatCnt .DA #100
CORE.LastPSID .DA #0
CORE.FSID .BS 1
*--------------------------------------
CORE.EvtIndex .BS 1
CORE.EvtCount .BS 1

45
SYS/KERNEL.S.DEF.txt
View File

@ -47,7 +47,7 @@ ZPTMP .EQ $67 ->$84 29 bytes
*--------------------------------------
* X.UNPAK temp ZP (with ZPPtr1 &ZPPtr2)
*--------------------------------------
.DUMMY
.DUMMY UNPAK
.OR ZPTMP
ZPInBufPtr .BS 2
ZPOutBufPtr .BS 2
@ -77,7 +77,48 @@ ARG32 .EQ ARG+1
* CHARGOT .EQ $B7
TXTPTR .EQ $B8
*--------------------------------------
* Memory Map
.DUMMY
.OR FAC 13 Bytes
BIN.hMem .BS 1
BIN.R.CS.Start .BS 2
BIN.R.CS.End .BS 2
BIN.R.End .BS 2
BIN.R.Size .BS 2
BIN.R.Offset .BS 2
BIN.R.Stop .BS 2
.ED
*--------------------------------------
.DUMMY
.OR ZPDRV
ENV.BufPtr .BS 1
ENV.VarEndChar .BS 1
ENV.bNoExp .BS 1
ENV.bExp .BS 1
.ED
*--------------------------------------
.DUMMY
.OR ZPTMP 5 Bytes
PS.bTXT .BS 1
PS.hMem .BS 1
PS.MemPtr .BS 2
PS.hFILE .BS 1
.ED
*--------------------------------------
.DUMMY
.OR ZPTMP+8 7 Bytes
PS.Flags .BS 1
PS.ArgV .BS 2
PS.ArgSize .BS 2
PS.NewPSPtr .BS 2
.ED
*--------------------------------------
.DUMMY
.OR ZPTMP+20 7 Bytes
IO.Open.FLAGS .BS 1
IO.Open.TYPE .BS 1
IO.Open.AUXTYPE .BS 2
IO.hFD .BS 1
.ED
*--------------------------------------
A2osX.SaveSM .EQ $100 Aux
A2osX.SaveSX .EQ $101 Aux

2
SYS/KERNEL.S.DIRENT.txt
View File

@ -62,7 +62,7 @@ K.OpenDir jsr PFT.CheckPathYA
* A = EC
* note : A = 0 means no more entry
*\--------------------------------------
.DUMMY
.DUMMY ZPTMP,9
.OR ZPTMP 9 Bytes
K.ReadDir.hBlk .BS 1
K.ReadDir.ECIB .BS 1

9
SYS/KERNEL.S.DRV.txt
View File

@ -10,6 +10,7 @@ DRV.DiskII cld
bcs DRV.RamDrive.9
>STYA pIOCTL
jmp (.1,x)
.1 .DA DRV.DiskII.STATUS
.DA DRV.BLK READ
.DA DRV.BLK WRITE
@ -116,11 +117,13 @@ DRV.BLK txa
sta DRV.BLK.PARAMS+1 UNITNUM
ldx #3
ldy #S.IOCTL.BUFPTR+3
.1 lda (pIOCTL),y BUF,BLKNUM
sta DRV.BLK.PARAMS+2,x
dey
dex
bpl .1
ldy #S.FD.DEV.BUSPTR
lda (pFD),y
sta .3+1
@ -131,10 +134,12 @@ DRV.BLK txa
jsr GO.ProDOS
ldx #5
.2 lda DRV.BLK.PARAMS,x
sta $42,x
dex
bpl .2
.3 jsr $ffff SELF MODIFIED
jsr GO.A2osX
@ -215,8 +220,10 @@ DRV.STATUS.YA >STYA .2+1
ldy #S.IOCTL.STATCODE
lda (pIOCTL),y
beq .1
cmp #S.IOCTL.STATCODE.GETDIB
bne .9
ldx #S.DIB-1
.HS 2C bit abs
.1 ldx #3
@ -227,10 +234,12 @@ DRV.STATUS.YA >STYA .2+1
iny
lda (pIOCTL),y
sta .3+2
.2 lda $ffff,x SELF MODIFIED
.3 sta $ffff,x SELF MODIFIED
dex
bpl .2
clc
rts

4
SYS/KERNEL.S.FS.txt
View File

@ -210,7 +210,7 @@ FS.STAT.YA >PUSHYA
.9 >POP 4
FS.STAT.YA.RTS rts
*--------------------------------------
FS.Stat bit CORE.FSID
FS.Stat bit A2osX.FSID
bmi FS.Stat.FX
FS.Stat.203 >MLICALL MLIGETFILEINFO
@ -312,7 +312,7 @@ FS.ClrStat ldx #S.STAT-1
dex
bpl .1
lda CORE.FSID
lda A2osX.FSID
sta K.S.STAT+S.STAT.FSID
rts

189
SYS/KERNEL.S.INIT.txt
View File

@ -110,10 +110,16 @@ Kernel.Init2 sei
Kernel.Init3 sta SETALTZP
bit RRAMWRAMBNK1
bit RRAMWRAMBNK1
lda #$ff Make sure we are in Kernel Mode during setup
sta IRQ.InKernel
stz IRQ.InLib
lda /K.VER
sta A2osX.KVER
lda #K.VER
sta A2osX.KVER+1
sta SETALTCHAR
sta CLRMIXED
sta CLRHIRES
@ -167,7 +173,7 @@ Kernel.Init3C >PUSHWI MSG.Init3
jsr HW.Detect
jsr CPU.Init.6502
jsr CPU.Init
jsr CPU.Init.Z80
@ -220,11 +226,11 @@ KConfigLoad >LDYAI MSG.KCREAD
eor #MLI.E.BADCALL
beq .2 regular ProDOS
ror CORE.FSID Bad file, but ProDOS.FX detected
ror A2osX.FSID Bad file, but ProDOS.FX detected
bra .9
.1 sec
ror CORE.FSID File Present & ProDOS.FX detected
ror A2osX.FSID File Present & ProDOS.FX detected
.2 jsr MLI
.DA #MLIOPEN
@ -252,7 +258,7 @@ KConfigLoad >LDYAI MSG.KCREAD
.9 >LDYAI MSG.KCREAD.KO
.8 jsr PrintFYA
lda CORE.FSID
lda A2osX.FSID
beq .99
>LDYAI MSG.PRODOSFX
@ -438,7 +444,7 @@ HW.Detect >PUSHWI MSG.HW
rts
*--------------------------------------
CPU.Init.6502 >PUSHWI MSG.CPU
CPU.Init >PUSHWI MSG.CPU
>PUSHBI 0
>SYSCALL2 printf
jsr Detect6502 A = CPU type
@ -456,127 +462,114 @@ CPU.Init.6502 >PUSHWI MSG.CPU
>SYSCALL2 printf
ldy #0
stz A2osX.RANDOM16+1
stz A2osX.CPUSPEED+1
php
sei
ldx A2osX.HZ
lda A2osX.HZ2Cnt-5,x
asl
tax 2 VBL states (up & down)
clc CC for //e
lda MACHID
and #MACHID.T
eor #MACHID.T.IIc
bne .1
beq CPU.Init2c
txa if //c, only one change (IRQ up)
lsr
lda A2osX.HZ
asl
tax
sec CS for //c
sta CLRIOUDIS
lda IO.IIC.RDVBLMSK
sta ZPPtr1+1 Save VBLIRQ enable
sta IO.IIC.ENVBL
lda IO.IIC.CLRVBLIRQ
.1 bit VBL Wait VBL high....
.1 bit VBL //e : Wait VBL high....
bpl .1
bcc .2 skip if //e
lda IO.IIC.CLRVBLIRQ clear //c IRQ
lda #0 reset A = LOW
bra .3
.2 lda VBL //e : wait VBL low
bmi .2
*--------------------------------------
.3 nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
nop (2)
iny (2)
bne .4 (2*)
inc A2osX.RANDOM16+1 (6)
bra .5 (3) 2+6+3
.4 nop (2)
nop (2)
nop (2)
nop (2) 3+2+2+2+2 if from BNE
.3 pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
iny
cpy #100
bne .5
ldy #0
inc A2osX.CPUSPEED+1
.5 eor VBL (4)
bpl .3 (2*)
bcc .51 skip if //e
lda IO.IIC.CLRVBLIRQ clear //c IRQ
lda #0 reset A = LOW
.51 dex
dex
bne .3
bcc .60 skip if //e
bra CPU.InitOK
*--------------------------------------
CPU.Init2c sta CLRIOUDIS
lda IO.IIC.RDVBLMSK
pha Save VBLIRQ enable
bit ZPPtr1+1 Disable VBLIRQ ?
bpl .60
sta IO.IIC.ENVBL
lda IO.IIC.CLRVBLIRQ
ldx A2osX.HZ
.1 bit VBL Wait VBL high....
bpl .1
bit IO.IIC.CLRVBLIRQ clear //c IRQ
.3 pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
pha (3)
pla (4)
iny
cpy #100
bne .5
inc A2osX.CPUSPEED+1
ldy #0
.5 bit VBL Wait VBL high....
bpl .3
bit IO.IIC.CLRVBLIRQ clear //c IRQ
dex
bne .3
pla Disable VBLIRQ ?
bpl CPU.InitOk
sta IO.IIC.DISVBL
.60 plp
*--------------------------------------
sty A2osX.RANDOM16
CPU.InitOk plp
stz A2osX.CPUSPEED
lsr A2osX.RANDOM16+1
ror A2osX.RANDOM16
.7 lda A2osX.RANDOM16
sec
sbc #100
tax
lda A2osX.RANDOM16+1
sbc /100
bcc .8
stx A2osX.RANDOM16
sta A2osX.RANDOM16+1
inc A2osX.CPUSPEED
bra .7
.8 lda A2osX.RANDOM16
sta A2osX.CPUSPEED+1
sty A2osX.CPUSPEED
>PUSHWI MSG.CPU.SPEEDOK
lda A2osX.CPUSPEED
>PUSHA push CPU speed HI
lda A2osX.CPUSPEED+1
>PUSHA push CPU speed HI
lda A2osX.CPUSPEED
>PUSHA push CPU speed LO
>PUSHBI 2
>SYSCALL2 printf
>DEBUGOA
rts
*--------------------------------------
CPU.Init.Z80 >PUSHWI MSG.Z80
@ -943,7 +936,7 @@ IrqMgrInit.TClock
lda #11
sta CORE.TickPer10t
sta CORE.Tick10t
dec CORE.IRQMode
dec A2osX.IRQMode
plp
clc
rts
@ -1007,7 +1000,7 @@ IrqMgrInit.Mouse
sta CORE.IRQ.MOUSE.2+1
jsr IrqMgrInit.HZ2Tick
dec CORE.IRQMode
dec A2osX.IRQMode
plp
clc
@ -1171,8 +1164,6 @@ Z80Code.Start .HS 31FF00 START: LD SP,000FFH Init Stack
.HS 00 FLAG: .DB 0
Z80Code.Size .EQ *-Z80Code.Start
*--------------------------------------
A2osX.HZ2Cnt .DA #30,#25
*--------------------------------------
Mouse.OFS .HS 05070B0CFB
Mouse.SIG .HS 38180120D6
*--------------------------------------

6
SYS/KERNEL.S.IRQ.txt
View File

@ -88,7 +88,7 @@ IRQ.3 pla Must keep Carry
sta SETPAGE2
.30 bvc IRQ.4 if not V, skip task switching
.30 bvc IRQ.4 if not V, skip task switching
tsx Check Stack if before "dec IRQ.InKernel"
cpx #$fc $1ff-PChi-PClo-P = $1fc
@ -117,10 +117,6 @@ IRQ.3 pla Must keep Carry
lda /A2osX.SLEEP with RTS=PC IRQ-1
sta $103,x
.5 lda #$60+'S'
eor SYS.BASL0+39
sta SYS.BASL0+39
.8 clc
IRQ.4 ldy #$ff Self Modified

2
SYS/KERNEL.S.MD5X.txt
View File

@ -1,7 +1,7 @@
NEW
AUTO 3,1
*--------------------------------------
.DUMMY
.DUMMY ZPTMP,6
.OR ZPTMP 29 bytes
ZS.START
ZPCtxPtr .BS 2

42
SYS/KERNEL.S.PS.txt
View File

@ -1,13 +1,5 @@
NEW
AUTO 3,1
*--------------------------------------
.DUMMY
.OR ZPTMP+8 7 Bytes
PS.Flags .BS 1
PS.ArgV .BS 2
PS.ArgSize .BS 2
PS.NewPSPtr .BS 2
.ED
*/--------------------------------------
* # ExecL
* ## C / CSH
@ -765,14 +757,6 @@ K.Kill.2 ldy #S.PS.hSession
* Y,A = File Length (without ending 0)
* X = hMem of Loaded File
*\--------------------------------------
.DUMMY
.OR ZPTMP 5 Bytes
FIO.bTXT .BS 1
FIO.hMem .BS 1
FIO.MemPtr .BS 2
FIO.hFILE .BS 1
.ED
*--------------------------------------
K.LoadTxtFile sec
.HS 90 BCC
*/--------------------------------------
@ -793,12 +777,12 @@ K.LoadTxtFile sec
*\--------------------------------------
K.LoadFile clc
ror FIO.bTXT
ror PS.bTXT
>SYSCALL2 FOpen
bcs .99
sta FIO.hFILE
sta PS.hFILE
jsr FS.FSTAT.A
bcs .98
@ -809,7 +793,7 @@ K.LoadFile clc
>LDYA K.S.Stat+S.STAT.SIZE
bit FIO.bTXT Add 1 to buffer size for ending 0
bit PS.bTXT Add 1 to buffer size for ending 0
bpl .1
iny
bne .1
@ -819,7 +803,7 @@ K.LoadFile clc
.97 lda #E.FTB
.98 pha
lda FIO.hFILE
lda PS.hFILE
>SYSCALL2 FClose
pla
sec
@ -828,18 +812,18 @@ K.LoadFile clc
.1 jsr K.GetMem
bcs .96
>STYA FIO.MemPtr
stx FIO.hMem
>STYA PS.MemPtr
stx PS.hMem
>PUSHWI $ffff
>PUSHW FIO.MemPtr
lda FIO.hFILE
>PUSHW PS.MemPtr
lda PS.hFILE
>SYSCALL2 FRead
bcs .96
sty .7+1
sta .8+1
bit FIO.bTXT
bit PS.bTXT
bpl .5
pha set ending 0
@ -847,10 +831,10 @@ K.LoadFile clc
* clc
adc FIO.MemPtr
adc PS.MemPtr
sta .4+1
pla
adc FIO.MemPtr+1
adc PS.MemPtr+1
sta .4+2
.4 stz $ffff Self Modified
@ -858,7 +842,7 @@ K.LoadFile clc
.7 ldy #$ff SELFMODIFIED
.8 lda #$ff SELFMODIFIED
ldx FIO.hMem
ldx PS.hMem
clc
rts
@ -866,7 +850,7 @@ K.LoadFile clc
jsr .98 FClose
lda FIO.hMem
lda PS.hMem
jsr K.FreeMem
pla
sec

30
SYS/KERNEL.S.STDIO2.S.txt
View File

@ -66,7 +66,7 @@ NEW
* + %011s : 'ABCDEFGH000'
* + %2f : '3.14'
*\--------------------------------------
.DUMMY
.DUMMY ZPTMP+5,5 Used by : STDIO2
.OR ZPTMP+5 5 Bytes
PrintF.Cnt .BS 2
PrintF.hFILE .BS 1
@ -258,19 +258,39 @@ PrintF.U clc unsigned long (DWORD)
ldy #4
PrintF.NUM ror ACC32.Sign
PrintF.NUM sty .2+1
ror ACC32.Sign save signed/unsigned flag
jsr MATH32.ACC32ZERO
.1 jsr STDIO.GetStackByte
bcs PrintF.B.RTS
sta ACC32-1,y
sta ACC32-1,y PULL 4,2 or 1
dey
bne .1
bit ACC32.Sign
bpl .4
.2 ldy #$ff SELF MODIFIED
ldx K.PrintF.PadL
lda ACC32-1,y Get highest Byte
bpl .4 positive....
lda #$ff
.3 cpy #4
beq .4
iny
sta ACC32-1,y
bra .3
.4 ldx K.PrintF.PadL
ldy K.PrintF.PadC
rol ACC32.Sign
rol ACC32.Sign get back signed/unsigned flag
jsr MATH32.ACC322STR10
bra PrintF.StrNum
*--------------------------------------

8
SYS/KERNEL.S.STDLIB.txt
View File

@ -317,14 +317,6 @@ K.RealPath.RemoveAtX
* Y,A = PTR to Expanded String
* X = hMem to Expanded String (C-String)
*\--------------------------------------
.DUMMY
.OR ZPDRV
ENV.BufPtr .BS 1
ENV.VarEndChar .BS 1
ENV.bNoExp .BS 1
ENV.bExp .BS 1
.ED
*--------------------------------------
K.Expand ldy #2
lda (pStack),y
pha

2
SYS/KERNEL.S.TERMX.txt
View File

@ -3,7 +3,7 @@ NEW
*--------------------------------------
CURSOR.BLINK.SPEED .EQ 2
*--------------------------------------
.DUMMY
.DUMMY ZPDRV
.OR ZPDRV
ZPIOCTL .BS 2
ZPBufPtr .BS 2

8
SYS/KERNEL.S.UNISTD.txt
View File

@ -13,14 +13,6 @@ NEW
* A = hFD
* REG File created on ProDOS : T=TXT,X=$0000
*\--------------------------------------
.DUMMY
.OR ZPTMP+20 7 Bytes
IO.Open.FLAGS .BS 1
IO.Open.TYPE .BS 1
IO.Open.AUXTYPE .BS 2
IO.hFD .BS 1
.ED
*--------------------------------------
K.Open jsr PFT.YAToMLIPATH
>PULLB IO.Open.FLAGS