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davex-mg-utils
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diskinfo: updates

This commit is contained in:
mgcaret 2018-06-11 22:37:16 -07:00
parent 75fb9020ba
commit 1aab6c6ea0
1 changed files with 319 additions and 63 deletions
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diskinfo.s
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@ -7,10 +7,12 @@
.p02 .p02
.include "davex-mg.inc" .include "davex-mg.inc"
tptr = xczpage ; generic pointer tptr = xczpage ; generic pointer
tmp = tptr+1 tmp = tptr+2
atflag = tmp+2 ; but 7 = off if AT present bdflag = tmp+1 ; block device flag, if slot has block dev
spflag = atflag+1 ; zero if smartport atpres = bdflag+2 ; bit 7 = off if AT present
atflag = atpres+1 ; bit 7 set if current device is appletalk
spflag = atflag+1 ; zero if current device is smartport
slot = spflag+1 ; slot address of device being processed slot = spflag+1 ; slot address of device being processed
unit = slot+2 ; unit number being analyzed unit = slot+2 ; unit number being analyzed
devno = unit+1 ; device number being analyzed devno = unit+1 ; device number being analyzed
@ -18,6 +20,7 @@ drvr = devno+1 ; drvr = driver address
sessbuf = filebuff3 sessbuf = filebuff3
sessbufsz = $200 sessbufsz = $200
onlinebuf = filebuff2
DEVCNT = $bf31 ; # of devices-1 (there must always be 1+) DEVCNT = $bf31 ; # of devices-1 (there must always be 1+)
DEVLST = $bf32 DEVLST = $bf32
@ -27,106 +30,325 @@ DEVADR = $bf10
DX_info $01,$12,dx_cc_any,$00 DX_info $01,$12,dx_cc_any,$00
DX_ptab DX_ptab
DX_end_ptab DX_end_ptab
DX_desc "Display disk/volunme info." DX_desc "Display disk/volume info."
DX_main main DX_main main
.proc main .proc main
lda #$00 lda #$00
sta slot ; init low byte sta slot ; init low byte
lda DEVCNT
sta devno ; init dev number sta devno ; init dev number
jsr atcheck ; look for appletalk & get sessions if present
jsr atcheck : ldx devno
loop: ldx devno jsr doid ; identify/get info for it
cpx DEVCNT
bcc :+ ; not done yet
beq :+ ; nor if equal to
rts ; exit if greater than
: jsr doid ; identify/get info for it
jsr printinfo ; print the device info jsr printinfo ; print the device info
inc devno ; next device dec devno ; next device
jmp loop bpl :-
rts
.endproc .endproc
; See TN.PDOS.20 and 21 ; See TN.PDOS.20 and 21
; expects device number (relative to DEVADR) in x ; expects device number (relative to DEVADR) in x
.proc doid .proc doid
lda DEVLST,x lda DEVLST,x ; retrieve unit number
and #$f0 and #$f0 ; mask of worthless bit
sta unit sta unit ; and put in current device unit number
sta spflag ; flag no smartport (spflag = nonzero) sta spflag ; initially flag no smartport (spflag = nonzero)
lsr ; convert unit number to driver table offset
lsr lsr
lsr lsr
lsr tax
lda DEVADR,x lda DEVADR,x ; get the driver address
sta drvr sta drvr ; and save it for later
lda DEVADR+1,x lda DEVADR+1,x
sta drvr+1 sta drvr+1
jsr isslot jsr isslot ; see if that driver is in a slot
sta slot+1 ; zeroed if not slot device sta slot+1 ; zeroed if not slot device
beq :+ ; and done beq :+ ; and done
ldy #$07 jsr maybeat ; is appletalk device?
ror ; move carry into high bit of A
sta atflag ; and make it flag
rol ; restore carry
bcs :+ ; and done if appletalk
ldy #$07 ; offset of smartport ID
lda (slot),y lda (slot),y
sta spflag ; otherwise set smartport flag as needed sta spflag ; otherwise set smartport flag as needed
: rts : rts
.endproc .endproc
; at entry, expect unit, flags, drvr, and (slot) to be filled
; and tptr pointed to the AFP session entry if it's an AppleTalk volume
.proc printinfo .proc printinfo
jsr prheader
jsr my_crout ; header does not print it
jsr prslot
jsr my_crout ; extra space between devices
.endproc
.proc prheader
lda unit lda unit
jsr xprint_sd ; print .sd jsr xprint_sd ; print .sd
jsr prcolon jsr prcolon
jsr maybeat jsr prvolinfo ; volume information
bcc :+ jsr prdevice ; device info & slot if applicable
jsr prdrvaddr ; print driver location
jsr prinfo ; slot smartport/intelligent controller info
jsr my_crout ; extra space between devices
rts
.endproc
; at entry, expect unit, flags, drvr, and (slot) to be filled
; and tptr pointed to the AFP session entry if it's an AppleTalk volume
.proc prdevice
jsr tab5
bit atflag
bpl :+
jmp printat jmp printat
: jsr ismirr : jsr ismirr
bcc :+ bcc :+
jsr xmess jsr xmess
asc_hi "mirrored" asc_hi "mirrored "
.byte $00 .byte $00
: jsr isslot : lda slot+1
bcc :+ beq rambased ; ain't a slot device
ldy #$ff jsr isdiskii
lda (slot),y beq diskii ; disk II
beq diskii
clc
adc #$01
beq diskii ; 13-sector, should not happen
lda spflag lda spflag
bne :+ bne p8dev
jsr xmess jsr xmess
asc_hi "SmartPort " asc_hi "SmartPort "
.byte $00 .byte $00
: jsr xmess jmp :+
asc_hi "device " p8dev: jsr xmess
asc_hi "ProDOS "
.byte $00 .byte $00
rts : jsr xmess
asc_hi "device"
.byte $00
crdone: jmp prslot
diskii: jsr xmess diskii: jsr xmess
asc_hi "Disk II" asc_hi "Disk II"
.byte $00 .byte $00
rts jmp crdone
rambased: lda drvr+1
cmp #$ff
bne :+
jsr xmess
asc_hi "ProDOS RAMdisk"
.byte $00
jmp crdone
: jsr xmess
asc_hi "RAM-based "
.byte $00
jmp :-- ; "device"
.endproc .endproc
.proc prslot .proc prslot
jsr tab2
lda slot+1 lda slot+1
beq :+ beq :+ ; can't do for non-slot devs
jsr xmess jsr xmess
asc_hi "Installed in slot " asc_hi ", installed in slot "
.byte $00
lda slot+1 lda slot+1
clc sec
sbc #$10 sbc #$10 ; $Cn->$Bn
jsr cout jsr cout
jsr my_crout : jsr my_crout
: rts rts
.endproc .endproc
.proc prinfo
lda slot+1
bne :+
done: rts ; can't do for non-slot devs
: bit atflag
bpl done
lda spflag
bne :+
jmp prspinfo ; go do smartport info
: jsr isdiskii
beq done
jsr tab5
jsr xmess
asc_hi "Intelligent disk controller"
.byte $00
jsr my_crtab5
ldy #$fe
lda (slot),y
pha
and #%11001100 ; flags we are checking
beq :++++ ; if none set, skip to # volumes
and #%10000000 ; removable flag
beq :+
jsr xmess
asc_hi "Removable "
.byte $00
: pla
pha
and #%01000000 ; interruptible flag
beq :+
jsr xmess
asc_hi "Interruptible "
.byte $00
: pla
pha
and #%00001000 ; formattable flag
beq :+
jsr xmess
asc_hi "Formattable "
.byte $00
: pla
pha
and #%00000100 ; writable flag
bne :+ ; reverse logic
jsr xmess
asc_hi "Read-only "
.byte $00
jsr my_crtab5
: pla ; now print # volumes
and #%00110000 ; volumes-1
lsr
lsr
lsr
lsr
clc
adc #$01
pha
tay
lda #$01
jsr xprdec_2
jsr xmess
asc_hi " volume"
.byte $00
pla
tay
lda #$00
jsr xplural ;pluralize
jsr my_crout ; done
rts
.endproc
.proc prspinfo
ldy #$fb
lda (slot),y
pha
and #%10000011 ; flags we care about
bne :+
pla
rts
: jsr tab5
jsr xmess
asc_hi "SP Flags: "
pla
pha
and #%10000000 ; extended flag
beq :+
jsr xmess
asc_hi "Extended "
.byte $00
: pla
pha
and #%00000010 ; SCSI flag
beq :+
jsr xmess
asc_hi "SCSI "
.byte $00
: pla
and #%00000001 ; RAM card flag
beq :+
jsr xmess
asc_hi "RAMdisk "
.byte $00
: jmp my_crout
.endproc
.proc prdrvaddr
jsr tab5
jsr xmess
asc_hi "Driver"
.byte $00
lda drvr+1
and #$f0
cmp #$c0
bne :+
jsr xmess
asc_hi " in ROM"
.byte $00
: jsr xmess
asc_hi " at $"
.byte $00
lda drvr+1
jsr prbyte
lda drvr
jsr prbyte
jmp my_crout
.endproc
.proc prvolinfo
;jsr tab5 ; not needed since it's the first item
lda unit
beq novol ; make sure it is not zero
sta parm_on_line+1
P8call $c5, parm_on_line
bcs novol ; don't proceed if error
lda onlinebuf+1
and #$f0
cmp unit
bne novol ; don't proceed if unit unmatched
lda onlinebuf+1
and #$0f
beq novol ; don't proceed if volume name is 0-length
sta onlinebuf ; store at preceding location
inc onlinebuf ; account for '/' we are adding
lda #'/'
sta onlinebuf+1 ; and add it
ldy #<onlinebuf
lda #>onlinebuf
jsr xprint_path
P8call $c4, parm_file_info
bcs donecr
jsr xmess
asc_hi ", "
.byte $00
ldy fi_blks
lda fi_blks+1
jsr xprdec_2
jsr xmess
asc_hi " of "
.byte $00
ldy fi_atype
lda fi_atype+1
jsr xprdec_2
jsr xmess
asc_hi " blocks used "
.byte $00
donecr: jsr my_crout
done: rts
novol: jsr xmess
asc_hi "No volume found"
.byte $00
jmp donecr
parm_on_line:
.byte $02
.byte $F0
.addr onlinebuf+1 ; offset by 1 to convert to path
parm_file_info:
.byte $0a
.addr onlinebuf
fi_acc: .byte $00
fi_type: .byte $00
fi_atype: .word $0000
fi_stype: .byte $00
fi_blks: .word $0000
fi_mdate: .word $0000
fi_mtime: .word $0000
fi_cdate: .word $0000
fi_ctime: .word $0000
.endproc
; check to see if current device is a disk II (assuming it is a slot-based dev)
; return zero and Z set if so, otherwise nonzero and Z clear
.proc isdiskii
ldy #$ff
lda (slot),y
beq :+
clc
adc #$01 ; A=$00 if 13-sector Disk II, shouldn't happen
: rts
.endproc
; check to see if current device's driver is in a slot ; check to see if current device's driver is in a slot
; return $Cn if so, $00 if otherwise, and Z flag set if so ; return $Cn if so, $00 if otherwise, and Z flag set if so
@ -134,11 +356,33 @@ diskii: jsr xmess
lda drvr+1 lda drvr+1
and #$f0 and #$f0
cmp #$c0 cmp #$c0
bne :+ bne :+ ; no, see if slot has block device
lda drvr+1 lda drvr+1
rts rts
: lda #$00 : lda #$00
sta tptr
lda unit
and #$70
lsr
lsr
lsr
lsr
ora #$c0
sta tptr+1
ldx #$02
ldy #$05
: lda (tptr),y ; get slot firmware byte
cmp sltbytes,x
bne :+
dey
dey
dex
bpl :-
lda tptr+1 ; it *is* a block dev after all
rts rts
: lda #$00 ; flag not slot device
rts
sltbytes: .byte $20,$00,$03
.endproc .endproc
; check to see if current device is a mirrored device ; check to see if current device is a mirrored device
@ -147,10 +391,14 @@ diskii: jsr xmess
.proc ismirr .proc ismirr
lda slot+1 ; high byte of slot pointer lda slot+1 ; high byte of slot pointer
clc ; anticipate no slot clc ; anticipate no slot
beq :+ ; and bail if not beq :++ ; and bail if not
lda drvr+1 ; get driver address high byte lda drvr+1 ; get driver address high byte
and #$0f ; mask off slot number and #$0f ; mask off slot number
sta tmp cmp #$c0 ; is it in slot space?
beq :+ ; yes, keep going
clc ; flag not mirror
bcc :++ ; and go forth
: sta tmp
lda unit ; %DSSSXXXX unit number lda unit ; %DSSSXXXX unit number
lsr ; %0DSSSXXX lsr ; %0DSSSXXX
lsr ; %00DSSSXX lsr ; %00DSSSXX
@ -186,7 +434,7 @@ diskii: jsr xmess
txa txa
jsr xprdec_2 jsr xprdec_2
jsr my_crout jsr my_crout
jsr tab2 jsr tab5
jsr prafp jsr prafp
ldy #$01 ; slot+drive and user flag ldy #$01 ; slot+drive and user flag
lda (tptr),y lda (tptr),y
@ -227,8 +475,11 @@ diskii: jsr xmess
rts rts
.endproc .endproc
; see if current device is appletalk device
; return carry clear if it's not, carry set if it is and tptr
; is now pointed at the session entry for the device
.proc maybeat .proc maybeat
bit atflag bit atpres
bmi :+ bmi :+
notat: clc notat: clc
rts rts
@ -261,13 +512,18 @@ loop: lda #<sessbuf
.endproc .endproc
.proc tab2 .proc tab5
jsr xmess jsr xmess
asc_hi " " asc_hi " "
.byte $00 .byte $00
rts rts
.endproc .endproc
.proc my_crtab5
jsr my_crout
jmp tab5
.endproc
.proc my_crout .proc my_crout
jsr xcheck_wait jsr xcheck_wait
jmp crout jmp crout
@ -278,7 +534,7 @@ loop: lda #<sessbuf
cli ; allow interrupts for AT calls cli ; allow interrupts for AT calls
ATcall inforeq ATcall inforeq
ror ; move carry into high bit ror ; move carry into high bit
sta atflag ; and use as flag sta atpres ; and use as flag
rol ; put carry back rol ; put carry back
bcs :+ ; and exit if none bcs :+ ; and exit if none
ATcall filsess ; get sessions ATcall filsess ; get sessions