initial
This commit is contained in:
mgcaret
commit
8742530a8d
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@ -0,0 +1,9 @@
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NetBoot_LC
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*.bin
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*.r
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*.o
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*.lst
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*.dsk
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*.po
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sshot
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@ -0,0 +1,32 @@
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ACMD=java -jar ~/bin/AppleCommander-1.3.5-ac.jar
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.PHONY: all
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all: NetBoot_LC.mac.bin ;
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test.po: NetBoot_LC.bin
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$(ACMD) -pro140 test.po NETBOOT.LC.TST
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$(ACMD) -p test.po NETBOOT.LC BIN 0x0800 < NetBoot_LC.bin
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emulate: boot.dsk test.po
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open boot.dsk test.po -a 'Virtual ]['
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NetBoot_LC.mac.bin: NetBoot_LC
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rm -f NetBoot_LC.mac.bin
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macbinary encode -t 2 -o NetBoot_LC.mac.bin NetBoot_LC
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NetBoot_LC: NetBoot_LC.r
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Rez -rd -o NetBoot_LC NetBoot_LC.r
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NetBoot_LC.r: NetBoot_LC.bin
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utils/blocks2rez.sh NetBoot_LC.bin > NetBoot_LC.r
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NetBoot_LC.bin: NetBoot_LC.o
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ld65 -t none -o NetBoot_LC.bin Netboot_LC.o
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NetBoot_LC.o: NetBoot_LC.s
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ca65 -o NetBoot_LC.o -l NetBoot_LC.lst NetBoot_LC.s
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.PHONY: clean
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clean:
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rm -f NetBoot_LC *.bin *.r *.o *.lst test.po
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@ -0,0 +1,523 @@
|
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; Apple //e Workstation Card
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; replacement for "hard-coded" boot blocks (in ca65 format).
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; By Michael Guidero
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;
|
||||
; The Apple //e Card for Macintosh LC is quite capable. It
|
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; emulates all of the functions of the Apple //e Workstation Card
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||||
; except for one: When you boot "over the network", instead of getting
|
||||
; the boot blocks over the network, it loads them from the "IIe Startup"
|
||||
; resource fork, from BBLK#5120. Because the boot blocks contain both
|
||||
; ProDOS and the Logon program, as shipped by Apple the LC //e Card is
|
||||
; "stuck" at ProDOS 1.9 and Logon 1.3 as shipped by Apple. Updating them
|
||||
; requires using ResEdit to hack the IIe Startup program.
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||||
;
|
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; The real Workstation Card finds a boot server on the network and loads
|
||||
; the boot blocks over the network via ATP. Updating the boot blocks
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||||
; is as simple as replacing them on the boot server.
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;
|
||||
; While I figured out how to update the boot blocks in IIe Startup, having
|
||||
; to hack it with ResEdit just to make it work the same as my regular //es
|
||||
; with Workstation Cards every time a new ProDOS comes out was an annoying
|
||||
; prospect.
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;
|
||||
; So as a solution, here's a replacement for BBLK#5120 that makes the LC
|
||||
; //e Card work like a standard Apple //e with a Workstation Card.
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;
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; Other features:
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; * Puts a letter in the lower left corner indicating what part of the
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; boot process is happening, in case something goes wrong.
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; * On-screen spinner, spins as each block is received.
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; * Displays the current AppleTalk zone.
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; * Displays the boot server network, node, and socket.
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;
|
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; Revisions since I gave out the Gist link:
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; 07/10/2017 - Fix NBPBuf to be at $xx00 instead of $00xx
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; - Display boot server address/socket & object name
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; - convert output to use monitor routines rather than direct write
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; for messages only, spinners and status still direct write
|
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; - If in the boot scan loop, try next slot if we fail.
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; 07/11/2017 - Convert all AT calls to macro
|
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; - Adjust retry interval/tries in GetMyZone call.
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; - Display zone if possible, when ca/option held.
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; - Added missing init type flags byte to AT Init call. No harm no foul.
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;
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.pc02
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.macro ATcall PList
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jsr GoCard
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.byte $42
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.addr PList
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.endmacro
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NBPBufSz = $0100 ; NBP buffer size
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DispTmp = $02 ; temp var for display routines
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ch = $24 ; cursor horizontal pos
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CardPtr = $fe ; ZP loc of card pointer
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IRQvect = $03fe ; ROM calls here on IRQ
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BootStart = $0800 ; where we load boot blocks
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NotifyLoc = $07d0 ; process notify screen loc
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SpinLoc = $428+19 ; spinner screen loc
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DeathLoc = $4A8+19
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|
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mli = $bf00 ; ProDOS entry pt
|
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init = $fb2f ; init text screen
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tabv = $fb5b ; vtab to a-reg
|
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title = $fb60 ; clear screen, display "Apple //e"
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bell1 = $fbdd ; beep
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wait = $fca8 ; waste time
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cout = $fded ; character out
|
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setkbd = $fe89 ; set keyboard as input
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setvid = $fe93 ; set text screen as output
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.org BootStart ; code gets loaded here
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; Main routine
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.proc NetBootLC
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jsr init ; init text screen
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jsr setkbd
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jsr setvid
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jsr HelloMsg ; Greeting message
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lda #'F'+$80
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sta NotifyLoc ; tell user we are finding the card
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jsr FindCard
|
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bcc :+
|
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errend: jsr ErrorMsg ; whoopsie doodles
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die: jmp Death ; Try next slot or hang.
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: lda #'R'+$80
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sta NotifyLoc ; tell user we are moving boot code
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jsr ReloBoot ; move $0300 code
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lda #'I'+$80
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sta NotifyLoc ; tell user we are initing the card
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jsr InitCard
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bcs errend ; Init failed... sorry
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jsr GetInfo
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bcs errend
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; local zone lookup doesn't always work when we don't have a bridge
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; so if we don't have a bridge yet, don't do zone lookup unless ca/option is
|
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; pressed
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lda ATbridge
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bne :+ ; if we have a bridge
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sec ; flag no zone info
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lda $c062 ; check closed-apple/option
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bpl :++ ; skip if not pressed
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: lda #'Z'+$80
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sta NotifyLoc ; tell user we are getting our zone
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jsr GetZone
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: jsr DispInfo ; carry set = do not try to display zone from NBPBuf
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lda #'L'+$80
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sta NotifyLoc ; tell user we are looking for server
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jsr FindSrv
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bcc :+ ; found it
|
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jsr NoServer ; didn't find one... sorry
|
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bra die
|
||||
: jsr DispServ ; give user boot network location
|
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lda #'B'+$80
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||||
sta NotifyLoc ; tell user we are gonna boot
|
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ldx #3 ; copy boot server addr to ATP req
|
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: lda NBPBuf,x
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sta ATPaddr,x
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stz mli,x ; and zero out ProDOS MLI entry point, too,
|
||||
; because the Logon program might check this and
|
||||
; avoid initializing the card.
|
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dex
|
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bpl :-
|
||||
; brk ; DEBUG
|
||||
jmp ATPBoot ; go to $300 code
|
||||
.endproc
|
||||
|
||||
; Find workstation card, since the //e Card is flexible about its
|
||||
; placement. Also we can run on a regular //e with a Workstation Card
|
||||
; for no particular reason.
|
||||
.proc FindCard
|
||||
lda #$f9 ; offset to ID bytes
|
||||
sta CardPtr
|
||||
lda #$c7 ; start at slot 7
|
||||
sta CardPtr+1
|
||||
nextslot: ldy #3 ; check ID bytes
|
||||
: lda (CardPtr),y
|
||||
cmp idtbl,y
|
||||
bne nomatch
|
||||
dey
|
||||
bpl :-
|
||||
ldy #4 ; This is card type byte offset
|
||||
; 0 = IIgs
|
||||
; 1 = Workstation Card
|
||||
; 2 = unseen Server(!) Card
|
||||
; $F0 = card diags in progress
|
||||
: lda (CardPtr),y
|
||||
sta NotifyLoc ; a little visual info
|
||||
cmp #$f0 ; Shouldn't happen on LC Card, but...
|
||||
beq :- ; wait for it all the same
|
||||
cmp #1 ; Because it's proper to make sure it's a working WS Card
|
||||
beq gotcard ; found it!
|
||||
nomatch: dec CardPtr+1 ; next slot
|
||||
lda CardPtr+1 ; get it
|
||||
cmp #$c0 ; hit slot 0?
|
||||
bne nextslot ; nope
|
||||
sec ; no card found
|
||||
rts
|
||||
gotcard: clc ; card found
|
||||
rts
|
||||
idtbl: .byte "ATLK"
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||||
.endproc
|
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|
||||
; Initialize the WorkStation Card
|
||||
.proc InitCard
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sei ; disable interrupts for now
|
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lda #<CardInt ; set up IRQ vector
|
||||
sta IRQvect ; for card
|
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lda #>CardInt
|
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sta IRQvect+1
|
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lda CardPtr+1
|
||||
sta GoCard+2 ; init card MLI call addr
|
||||
sta CardInt+2 ; init card interrupt addr
|
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ATcall iniparms
|
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done: cli ; re-enable interrupts
|
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rts
|
||||
; AppleTalk init call parms. Undocumented for the most part.
|
||||
iniparms: .byte 0,1 ; synchronous init
|
||||
.word $0000 ; result code, most likely
|
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.byte $00 ; init type. Known types & users:
|
||||
; $00 - partial init, no MLI global page update
|
||||
; used by: ETalk (ethernet NetBoot)
|
||||
; $80 - full init, no MLI global page update
|
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; used by: ETalk (no NetBoot), Fizzy
|
||||
; Possibly not usable on WS Card.
|
||||
; $40 - full init, MLI global page update
|
||||
; used by: ATInit, Logon (boot block version)
|
||||
.dword $00000000 ; "ProDOS" entry point - zero seems to work
|
||||
; if not using global page update
|
||||
.byte $00 ; node num preference, 0 = any node number
|
||||
.word $0000 ; unknown or reserved
|
||||
.endproc
|
||||
|
||||
; do GetInfo call
|
||||
.proc GetInfo
|
||||
ATcall inforeq
|
||||
bcs done
|
||||
lda abridge
|
||||
sta ATbridge
|
||||
lda thisnet
|
||||
sta ATnet
|
||||
lda thisnet+1
|
||||
sta ATnet+1
|
||||
lda nodenum
|
||||
sta ATnode
|
||||
done: rts
|
||||
inforeq: .byte 0,2 ; sync GetInfo
|
||||
.word $0000 ; result code
|
||||
.dword $00000000 ; completion address
|
||||
thisnet: .word $0000 ; this network #
|
||||
abridge: .byte $00 ; local bridge
|
||||
.byte $00 ; hardware ID
|
||||
.word $00 ; ROM version
|
||||
nodenum: .byte $00 ; node number
|
||||
.endproc
|
||||
|
||||
; Display our info. If carry is clear, try to display zone name
|
||||
; from results of GetMyZone in NBPBuf
|
||||
; i.e. call GetInfo, then call GetMyZone, then call this.
|
||||
.proc DispInfo
|
||||
php
|
||||
lda #17 ; line 18
|
||||
jsr tabv
|
||||
stz ch ; col 0
|
||||
; display our address
|
||||
lda ATnet ; network is 16-bit
|
||||
ldx ATnet+1
|
||||
jsr PrintU16
|
||||
lda #'.'+$80 ; standard separator
|
||||
jsr cout
|
||||
lda #$00
|
||||
ldx ATnode ; node number
|
||||
jsr PrintU16
|
||||
; display bridge node if present
|
||||
lda ATbridge
|
||||
beq :+ ; skip if 0
|
||||
ldx #msg4-msg1 ; " bridge ."
|
||||
jsr Disp
|
||||
lda #$00
|
||||
ldx ATbridge
|
||||
jsr PrintU16
|
||||
: plp ; see if we should display zone
|
||||
bcs done ; nope
|
||||
; display zone
|
||||
ldx #msg5-msg1 ; " zone "
|
||||
jsr Disp
|
||||
jsr DispZone ; display it
|
||||
done: rts
|
||||
.endproc
|
||||
|
||||
; Get our zone - for information
|
||||
.proc GetZone
|
||||
ATcall zonereq
|
||||
bcs done ; error, bail
|
||||
lda NBPBuf ; check pascal str count
|
||||
bne done ; if nonzero, done
|
||||
sec ; otherwise signal error
|
||||
done: rts
|
||||
zonereq: .byte 0,$1a ; sync GetMyZone
|
||||
.word $0000 ; result
|
||||
.dword $00000000 ; completion
|
||||
.dword NBPBuf ; we'll use the NBP buffer since zone is just FYI
|
||||
.byte 4,4 ; 4 times every 1 sec
|
||||
.word $0000 ; reserved
|
||||
.endproc
|
||||
|
||||
.proc DispZone
|
||||
; below commented out because we assume we are called from DispInfo
|
||||
;lda #17 ; line 19
|
||||
;jsr tabv
|
||||
;stz ch ; col 0
|
||||
ldx #$00
|
||||
: cpx NBPBuf ; did we display all of them?
|
||||
beq done ; yes, done
|
||||
lda NBPBuf+1,x ; get char
|
||||
ora #$80
|
||||
jsr cout ; display
|
||||
inx ; next
|
||||
bra :-
|
||||
done: rts
|
||||
.endproc
|
||||
|
||||
; Find a boot server in our zone
|
||||
.proc FindSrv
|
||||
ATcall lookup
|
||||
bcs done ; error, bail
|
||||
lda matches ; check # matches
|
||||
bne done ; OK if not zero
|
||||
sec
|
||||
done: rts
|
||||
; parameter list for NBPLookup
|
||||
lookup: .byte 0,16 ; sync NBPLookup
|
||||
.word $0000 ; result
|
||||
.dword $00000000 ; completion
|
||||
.dword srvname ; pointer to name to find
|
||||
.byte 8,16 ; 16 times, every 2 secs
|
||||
.word $0000 ; reserved
|
||||
.word NBPBufSz ; buffer size
|
||||
.dword NBPBuf ; buffer loc
|
||||
.byte 1 ; matches wanted
|
||||
matches: .byte $00 ; matches found
|
||||
srvname: .byte 1,"=" ; object
|
||||
.byte 14,"Apple //e Boot" ; type
|
||||
.byte 1,"*" ; zone
|
||||
.endproc
|
||||
|
||||
; Display found boot server address and object name
|
||||
.proc DispServ
|
||||
lda #18 ; line 19
|
||||
jsr tabv
|
||||
stz ch ; col 0
|
||||
; display the server address
|
||||
lda NBPBuf ; network is 16-bit
|
||||
ldx NBPBuf+1
|
||||
jsr PrintU16
|
||||
lda #'.'+$80 ; standard separator
|
||||
jsr cout
|
||||
lda #$00
|
||||
ldx NBPBuf+2 ; node number
|
||||
jsr PrintU16
|
||||
lda #'/'+$80 ; standard separator
|
||||
jsr cout
|
||||
lda #$00
|
||||
ldx NBPBuf+3 ; socket number
|
||||
jsr PrintU16
|
||||
lda #' '+$80
|
||||
; now display server object name
|
||||
jsr cout
|
||||
ldx #$00
|
||||
: cpx NBPBuf+5 ; did we display all of them?
|
||||
beq done ; yes, done
|
||||
lda NBPBuf+6,x ; get char
|
||||
ora #$80
|
||||
jsr cout ; display
|
||||
inx ; next
|
||||
bra :-
|
||||
done: rts
|
||||
.endproc
|
||||
|
||||
; Print unsigned 16-bit integer
|
||||
; adapted from
|
||||
; https://groups.google.com/forum/#!topic/comp.sys.apple2/_y27d_TxDHA
|
||||
.proc PrintU16
|
||||
stx DispTmp
|
||||
sta DispTmp+1
|
||||
lda #$00
|
||||
: pha
|
||||
lda #$00
|
||||
clv
|
||||
ldy #$10
|
||||
: cmp #$05
|
||||
bcc :+
|
||||
sbc #$85
|
||||
sec
|
||||
: rol DispTmp
|
||||
rol DispTmp+1
|
||||
rol a
|
||||
dey
|
||||
bne :--
|
||||
ora #$b0
|
||||
bvs :---
|
||||
: jsr cout
|
||||
pla
|
||||
bne :-
|
||||
rts
|
||||
.endproc
|
||||
|
||||
; we are dead and can't even start downloading boot blocks
|
||||
; so go to next slot if we are booting, or hang otherwise
|
||||
; can't be used after we go to $300 code
|
||||
.proc Death
|
||||
lda $00 ; $00 must be 0
|
||||
bne :+ ; or we are not booting
|
||||
lda $01
|
||||
and #$f0
|
||||
cmp #$c0 ; $01 must be $Cx
|
||||
bne :+
|
||||
lda #$ff
|
||||
jsr wait ; wait a bit so user can see message
|
||||
jmp $faba
|
||||
: lda #$58 ; flashing (red) X
|
||||
sta DeathLoc ; on screen
|
||||
hang: bra hang ; hang
|
||||
.endproc
|
||||
|
||||
; display the "no boot server" message
|
||||
.proc NoServer
|
||||
ldx #msg3-msg1
|
||||
bra Disp
|
||||
.endproc
|
||||
|
||||
; display the "something went wrong" message
|
||||
.proc ErrorMsg
|
||||
ldx #msg2-msg1
|
||||
bra Disp
|
||||
.endproc
|
||||
|
||||
; display the greeting
|
||||
.proc HelloMsg
|
||||
jsr title ; apple ii title screen (card boot clears screen)
|
||||
ldx #msg1-msg1 ; better be zero!
|
||||
; fall-through
|
||||
.endproc
|
||||
|
||||
; Display one of the messages, can't be used after we go to $300 code
|
||||
.proc Disp
|
||||
lda msg1,x
|
||||
bne :+
|
||||
rts
|
||||
: inx ; set up for next message byte
|
||||
cmp #$18 ; last line + 1
|
||||
bcc repos
|
||||
eor #$80
|
||||
jsr cout ; not supposed to change anything
|
||||
bra Disp
|
||||
repos: jsr tabv ; destroys a and y, but not x
|
||||
lda msg1,x ; get horizontal
|
||||
sta ch ; and write
|
||||
inx ; next message byte
|
||||
bra Disp
|
||||
.endproc
|
||||
|
||||
msg1: .byte 05,08,"NetBoot LC v1.0 by M.G."
|
||||
.byte 06,05,"Starting up over the network...",$00
|
||||
msg2: .byte 08,09,"Something went wrong!",$00
|
||||
msg3: .byte 08,12,"No boot server!",$00
|
||||
msg4: .byte ", bridge .",$00
|
||||
msg5: .byte ", zone ", $00
|
||||
|
||||
; move $300 code into position
|
||||
.proc ReloBoot
|
||||
ldx #BootOSize+1
|
||||
: lda BootRStrt-1,x
|
||||
sta $0300-1,x
|
||||
dex
|
||||
bne :-
|
||||
rts
|
||||
.endproc
|
||||
|
||||
; Code to be moved to $300 follows
|
||||
BootRStrt = *
|
||||
.org $0300
|
||||
BootOBgn = *
|
||||
; Call the card's MLI
|
||||
.proc GoCard
|
||||
jmp $C714 ; For slot 7, modify in InitCard
|
||||
.endproc
|
||||
|
||||
; Provide an interrupt handler for the card
|
||||
.proc CardInt
|
||||
jsr $C719 ; For slot 7, modify in InitCard
|
||||
rti
|
||||
.endproc
|
||||
|
||||
; Boot using ATP requests to retrieve boot blocks.
|
||||
.proc ATPBoot
|
||||
fetch: lda #1
|
||||
sta ATPbmap ; want only block 0 (ATP-wise)
|
||||
ATcall ATPparms
|
||||
bcs error ; oops
|
||||
lda Status ; is EOF?
|
||||
beq :+ ; keep reading if not EOF
|
||||
sei ; otherwise, no more interrupts
|
||||
jmp BootStart ; and execute next boot stage
|
||||
: inc BlkNum ; implicitly limited, below
|
||||
lda BlkNum ; get it for spinner
|
||||
and #$03 ; mask in low bits
|
||||
tay
|
||||
lda spinner,y ; get spinner char
|
||||
sta SpinLoc ; put on middle of screen
|
||||
lda BlkPtr+1 ; block pointer (load addr)
|
||||
clc
|
||||
adc #$02 ; $200 bytes
|
||||
sta BlkPtr+1 ; inc address
|
||||
cmp #$c0 ; Reading too far?
|
||||
bcc fetch ; read next block if not
|
||||
error: jsr bell1 ; beep speaker
|
||||
lda #$58 ; flashing (red) X
|
||||
sta SpinLoc ; on screen
|
||||
hang: bra hang
|
||||
spinner: .byte '|'+$80
|
||||
.byte '/'+$80
|
||||
.byte '-'+$80
|
||||
.byte '\'+$80
|
||||
.endproc
|
||||
ATbridge: .byte $00 ; local bridge
|
||||
ATnet: .word $0000 ; local net
|
||||
ATnode: .byte $00 ; our node number
|
||||
ATPparms: .byte 0,18 ; sync SendATPReq
|
||||
.word $0000 ; result
|
||||
.dword $00000000 ; compl. addr
|
||||
.byte $00 ; socket #
|
||||
ATPaddr: .dword $00000000 ; destination address
|
||||
.word $0000 ; TID
|
||||
.word $0000 ; req buffer size
|
||||
.dword $00000000 ; req buffer addr
|
||||
.byte $02 ; boot type
|
||||
; $01 = IIgs stage 1
|
||||
; $02 = //e
|
||||
; $03 = IIgs boot image
|
||||
BlkNum: .word $0000 ; block number to req
|
||||
.byte $00 ; unused
|
||||
.byte $01 ; one response buffer
|
||||
.dword BDS ; pointer to response BDS
|
||||
.byte $00 ; ATP flags
|
||||
.byte 8,32 ; try 32 times every 2 seconds
|
||||
ATPbmap: .byte $00 ; bitmap of blocks to recieve
|
||||
.byte $00 ; number of responses
|
||||
.res 6 ; 6 bytes reserved
|
||||
BDS: .word $0200 ; length of buffer
|
||||
BlkPtr: .dword BootStart ; block pointer
|
||||
Status: .dword $00000000 ; returned user bytes, first byte = 1 if EOF
|
||||
.word $0000 ; actual length
|
||||
BootOEnd = *
|
||||
.assert BootOEnd < $3d0, warning, "Page 3 code too big"
|
||||
BootOSize = BootOEnd - BootOBgn
|
||||
; end of $300 code, fix up origin
|
||||
.org BootRStrt + BootOSize
|
||||
|
||||
NBPBuf = (* >> 8 + 1)*$100 ; put this on next page boundary
|
||||
.out .sprintf("NBP Buffer at $%x", NBPBuf)
|
||||
|
|
@ -0,0 +1,75 @@
|
|||
# NetBoot LC
|
||||
|
||||
NetBoot LC is an alternative Apple II Workstation boot program for the Apple //e Card for Macintosh LC.
|
||||
|
||||
The built-in Apple II Workstation functionality of the card closely mimics the combination of an Enhanced //e with a Workstation Card in all aspects except two:
|
||||
|
||||
- It shares the AppleTalk node address with the host Macintosh. This is not really a problem, because most client applications don't care what the node number is (unless you want to access File Sharing or an AppleShare server on the host Macintosh - see here).
|
||||
- It does not load the boot blocks over the network, instead they are contained within the IIe Startup application's BBLK resources. This might be a problem depending on your use cases or preferences. For reference, the Apple II boot blocks contain ProDOS and the Logon program.
|
||||
|
||||
The main problems I see with the “firm-coded” boot blocks are:
|
||||
|
||||
They are more difficult to update as they require use of ResEdit each time a new ProDOS is released. While this was not a problem for some 25 years, new ProDOS releases have changed that.
|
||||
The behavior is not the same as the combination of Enhanced //e and Workstation Card.
|
||||
It is not clear to me why Apple decided to do it differently in the //e Card. My guesses are: It adds a little bit of speed; it prevents some administrative issues where the boot blocks served over the network have not been updated to meet a requirement of the card; and perhaps the engineers of the Card knew that the next version of AppleShare Server was going to drop Apple II boot support.
|
||||
|
||||
In any case, after a small and successful quest to update the boot blocks to ProDOS 2.4.1 and Logon 1.5, I decided that I wanted the //e Card to boot like my other //es with Workstation Cards, and NetBoot LC is the result.
|
||||
|
||||
## What it Does
|
||||
|
||||
NetBoot LC replaces the firm-coded ProDOS 1.9 and Logon 1.3 boot blocks in the IIe Startup program with a new program that downloads boot blocks over the network like any Enhanced //e with a Workstation Card.
|
||||
|
||||
Along the way, it also provides some useful info such as the the workstation node address, bridge node number, AppleTalk zone, and boot server address and name. There is a nice spinner that lets you know something is happening.
|
||||
|
||||
If the boot is happening due to system cold start and fails before the boot block download starts, the next slot will be tried (if “scan” is configured in the slot preferences).
|
||||
|
||||
A status letter is indicated on the lower-left corner of the screen, useful for figuring out what is slow or failing:
|
||||
|
||||
* ``F``: Finding Workstation Card.
|
||||
* ``R``: Relocating $300 code.
|
||||
* ``I``: Initializing Workstation Card & Getting Info.
|
||||
* ``Z``: Identifying local Zone.
|
||||
* ``L``: Looking for boot server.
|
||||
* ``B``: Downloading boot blocks. At this point spinner will start after the first block is retrieved.
|
||||
|
||||
## Building
|
||||
|
||||
The only supported build environment for the moment is MacOS X.
|
||||
|
||||
Requirements:
|
||||
|
||||
* Working cc65 installation with binaries in PATH.
|
||||
* Apple command-line developer tools (``xcode-select --install``).
|
||||
* Make sure you have the following binaries in your PATH:
|
||||
* ``hexdump``
|
||||
* ``Rez``
|
||||
* ``macbinary``
|
||||
|
||||
There is a make target to build a disk image and execute in Virtual ][. To use it you will need AppleCommander and will need to edit the Makefile. This is for testing and is otherwise not necessary to build the code and use it.
|
||||
|
||||
The build process uses resource forks, your filesystem must support them.
|
||||
|
||||
To build, change to the project directory and execute ``make``.
|
||||
|
||||
## Installation
|
||||
|
||||
- Download NetBoot LC to your Macintosh.
|
||||
- Decode the Macbinary file. The resulting file will look like an application, but it is not and clicking it will do nothing.
|
||||
- Open NetBoot LC and a copy of IIe Startup in ResEdit.
|
||||
- Open the BBLK resources in the copy of IIe Startup, there should be one resource with ID 5120.
|
||||
- Delete BBLK ID 5120.
|
||||
- Open the BBLK resources in NetBoot LC.
|
||||
- Copy ID 5120 from NetBoot LC to the BBLK resources in the copy of IIe Startup.
|
||||
- Quit ResEdit, save the copy of IIe Startup on your way out.
|
||||
|
||||
At this point launching IIe Startup and booting over AppleTalk should work as described above.
|
||||
|
||||
Obviously, to be useful, you need an AppleShare 2.x/3.x server or netatalk server, with Apple II booting set up, to make use of this.
|
||||
|
||||
## Technical / Developing
|
||||
|
||||
I recommend having a look at the source code. It's a bit of a mess but it demonstrates some undocumented Apple II AppleTalk functionality, as well as use of ATP.
|
||||
|
||||
If you add features or fix bugs, please send a pull request.
|
||||
|
||||
|
||||
|
|
@ -0,0 +1,19 @@
|
|||
#!/bin/bash
|
||||
set -e
|
||||
if [ ! -r "$1" ]; then
|
||||
echo "Usage: $0 <file>"
|
||||
exit 1
|
||||
fi
|
||||
TFILE=`mktemp`
|
||||
hexdump -v -f `dirname $0`/rezhex.format "$1" | tr 'Q' '"' > $TFILE
|
||||
cat << EOF
|
||||
type 'BBLK' {
|
||||
hex string;
|
||||
};
|
||||
|
||||
resource 'BBLK' (5120, "Apple //e Boot Blocks") {
|
||||
`cat $TFILE`
|
||||
};
|
||||
EOF
|
||||
rm -f $TFILE
|
||||
|
||||
|
|
@ -0,0 +1 @@
|
|||
"$Q" 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X " 1/1 "%02.2X" 1/1 "%02.2X" "Q\n"
|
||||
Loading…
Reference in New Issue