NEW
  AUTO 3,1
*--------------------------------------
  				.MA	DEBUG
:1				bit $C000
				bpl :1
				sta	$C010
				.EM
*--------------------------------------
				.MA	DEBUGOA
				bit $C061
				bpl :1
				>DEBUG
:1				.EQ *
				.EM
*--------------------------------------
H2000			jmp prostart
				jmp atalkset
				jmp p16start
*--------------------------------------
LDR.MSG.PRODOS	.AT	"PRODOS FX 0.94"
LDR.MSG.UNSUPP	.AT "UNSUPPORTED HARDWARE"
LDR.MSG.IIe		.AT "//e"
LDR.MSG.IIc		.AT "//c"
LDR.MSG.IIgs	.AT "IIgs"
LDR.MSG.Unknown	.AT "Unknown"
LDR.MSG.CLK		.AT "XClk"
LDR.MSG.RAM		.AT "/RAM"
LDR.MSG.ROOTERR	.AT "ERR reading CATALOG"
*--------------------------------------
p16start 		inc LDR.BootFlag		set = 2 for GQuit rts
atalkset 		inc LDR.BootFlag		set = 1 for appletalk rts
prostart 		lda unitnum
				sta LDR.MLIOL.P+1

				.DO READCAT=1
				sta LDR.MLIRB.P+1
				.FIN

				cld
				bit RROMBNK2

				sta CLR80DISP
				sta	CLR80STORE

				jsr init
				jsr setvid
				jsr setkbd
				jsr home

				lda #32

				ldx #39

.1				sta $400,x
				dex
				bpl .1

				ldx #LDR.MSG.PRODOS
				jsr LDR.PrintX

				sec
				jsr idroutine   		returns system info
				bcs .2					taken if not a //gs

				lda #$80
				trb newvideo			video mode select

* test for at least a 65c02

.2				sed
				lda #$99
				clc
				adc #$01
				cld
				bmi LDR.UNSUPP.HW

				stz auxsp

				sta SETALTZP

				stz auxsp
				lda auxsp
				bne LDR.UNSUPP.HW

				dec auxsp				init aux sp to $FF
				lda auxsp
				beq LDR.UNSUPP.HW

				sta CLRALTZP

				lda auxsp
				bne LDR.UNSUPP.HW		NO 128k

LDR.CheckROM	ldx #LDR.MSG.IIE
				lda #MACHID.T.IIe+MACHID.M.128+MACHID.COL80

				ldy version	  			check hardware id
				cpy #$06	   			apple //e?
				beq .1					if yes

				cpy #$EA	   			apple //+ or ///?
				beq LDR.UNSUPP.HW

				ldx #LDR.MSG.UNKNOWN
				bra m128k				machine is unknown, Assume //e Enh 128k

.1  			ldy zidbyte				//c ?
				bne .2

				ldy kbd					//c, check for keypress
				cpy #$9B	   			escape? (to disable accelerator)
				bne .11
				sta KBDSTROBE	  		clear keyboard

.11				lda #MACHID.T.IIc+MACHID.M.128+MACHID.COL80
				ldx #LDR.MSG.IIC
				bra m128k

.2				cpy #$EA
				beq LDR.UNSUPP.HW		//e UNenh....

				cpy #$E0
				beq .3

				ldx #LDR.MSG.UNKNOWN
				bra m128k				not a //e Enh....

.3				sec
				jsr idroutine			//gs ????
				bcs m128k				no.....

				inc LDR.cortland
				ldx #LDR.MSG.IIGS
				lda #MACHID.T.IIe+MACHID.M.128+MACHID.COL80+MACHID.CLK
				bra m128k

LDR.UNSUPP.HW  	ldx #LDR.MSG.UNSUPP
				jsr LDR.PrintX
				bne *					no BRA !!! (6502)
*--------------------------------------
m128k  			sta idapple				Save MACHID in temp location

				lda #$20				"PRODOS" -> "ProDOS"
				tsb LDR.MSG.PRODOS+1
				tsb LDR.MSG.PRODOS+2

				sec
				jsr LDR.ScrInit80

				ldx #$F

.2				lda LDR.3F0,x
				sta $3F0,x
				dex
				bpl .2

				lda #$01				patch for the gs rom
				trb statereg			to force off intcxrom

				ldx #PAKME.ILDR-PAKME.Table
				ldy #ILDR.START
				lda /ILDR.START
				jsr X.Unpak.XatYA

				ldx #PAKME.GP-PAKME.Table
				ldy #MLI
				lda /MLI
				jsr X.Unpak.XatYA

				jsr lc1in				switch in language card bank 1.

				ldx #PAKME.XRW-PAKME.Table
				ldy #$D000
				lda /$D000
				jsr X.Unpak.XatYA

				ldx #0

.1				stz FCBs,x
				stz VCBs,x
				inx
				bne .1

				ldx #PAKME.XDOS-PAKME.Table
				ldy #$DE00
				lda /$DE00
				jsr X.Unpak.XatYA

				ldx #XDOS.DATA.LEN

.3				stz XDOS.DATA-1,x
				dex
				bne .3

				ldx #PAKME.IRQ-PAKME.Table
				ldy #$FF9B
				lda /$FF9B
				jsr X.Unpak.XatYA

LDR.IRQ			lda RROMWRAMBNK2
				ldy irqv	   			interrupt vector
				ldx irqv+1	   			x = high byte

				jsr lc1in				set language card bank 1 to r/w

				sta SETALTZP
				stx irqv+1	   			interrupt vector
				sty irqv	   			save irq vector in aux lc

				sta CLRALTZP
				stx irqv+1	   			save irq vector in main lc
				sty irqv

				lda #calldisp
				sta jspare+1			P8 system death vector
				lda /calldisp
				sta jspare+2
				.DO LOWERCASE=0
				lda kversion
				sta xdosver				save current version for dir use
				.FIN
				lda idapple
				sta MACHID

				lda LDR.cortland
				beq LDR.II				branch if // family
*--------------------------------------
LDR.IIGS		sta cortflag

				lda #calldisp
				sta cortdisp
				lda /calldisp
				sta cortdisp+1

*				lda RROMWRAMBNK2

*				stz vmode				force setvid to reset cursor
*				jsr setvid	   			reset output to screen

*				jsr lc1in				set language card bank 1 to r/w

				lda #'C'
				ldx PAKME.CCLK
				ldy PAKME.CCLK+1
				jsr LDR.SetupCLK

*				ldx #PAKME.SEL2-PAKME.Table
*				ldy #$1000
*				lda /$1000
*				jsr X.Unpak.XatYA

				ldx #PAKME.SEL2-PAKME.Table
				jsr LDR.SetupQC
*--------------------------------------
				lda LDR.BootFlag
				bne .1					branch if prodos 8 alone

* running from gs/os shell so zero out os_boot for appletalk

				sta OS_BOOT	   			indicates O/S initially booted.
				jsr patch101	   		patch for gs/os - rev note #101

.1				bra LDR.Common
*--------------------------------------
LDR.II			ldx #PAKME.SEL1-PAKME.Table
				jsr LDR.SetupQC

				jsr	LDR.ClkDevScan
*--------------------------------------
LDR.Common		jsr LDR.BlkDevScan

				jsr LDR.SetupRAM
*--------------------------------------
				lda LDR.BootFlag		get setup entry point flag
				beq LDR.ReadRoot		taken if normal boot.
				lda RROMBNK2
				rts		  				return to caller at setup entry point.
*--------------------------------------
LDR.ReadRoot	lda LDR.MLIOL.P+1		place boot devnum in globals
				sta devnum	   			last device used

				jsr MLI
				.DA #MLIONLINE
				.DA LDR.MLIOL.P
				bcs .9

				lda pbuf+1				get volume name length.
				and #$0F	   			strip devnum
				beq .9

				inc						add 1 for leading '/'
				sta pbuf	   			save prefix length.
				lda #'/'	   			place leading '/' in prefix buffer
				sta pbuf+1

				jsr MLI
				.DA #MLISETPREFIX
				.DA LDR.MLISETP.P
				bcs .9

				.DO READCAT=1
				stz dst
				lda /dbuf
				ldy #$02	  			read directory into buffer
				ldx #0

.1  			sta dst+1
				sta LDR.MLIRB.P+3		Data buf HI
				sty LDR.MLIRB.P+4		Blk Num LO
				stx LDR.MLIRB.P+5		Blk Num HI
				jsr MLI
				.DA #MLIREADBLOCK
				.DA LDR.MLIRB.P
				bcs .9

				ldy #$03				get next block# from link
				lda (dst),y
				tax
				dey
				ora (dst),y				00 00 -> Last Block
				beq .8

				lda (dst),y
				tay
				lda dst+1
				inc
				inc						add $200 to buffer pointer
				cmp /dbuf+$800	  		until it points past end of buffer.
				bcc .1					if ok, read next block.
				.FIN

.8  			jmp $800				jmp to "load interpreter" code

.9		 		ldx #LDR.MSG.ROOTERR
				jsr LDR.PrintX
				bra *
*--------------------------------------
LDR.SetupQC		bit RRAMWRAMBNK2		read/write RAM bank 2
				bit RRAMWRAMBNK2

				ldy #$D100
				lda /$D100
				jsr X.Unpak.XatYA

				lda #$EE				byte to distinguish LC bank 2
				sta $D000
				jmp lc1in				switch in LC bank 1
*--------------------------------------
DS1216E.DATA1	.EQ idxl
DS1216E.DATA2	.EQ A1L
*--------------------------------------
LDR.ClkDevScan	php
				sei
				lda $CFFF
				pha
				sta $C300

				ldx #7

.1				ldy #8

.2				lda $C304
				lsr
				ror DS1216E.DATA1,x
				dey
				bne .2

				dex
				bpl .1

				lda $C304				Reset DS1216E comparison register with READ A2=1
				ldx #7					Read 8 bytes...

.3				lda DS1216E.SIG,x
				phx

				ldx #8					....of 8 bits

.4				ldy #0
				lsr
				bcc .5

				iny

.5				pha
				lda $C300,y				Write Pattern bit in A0, with A2=0
				pla
				dex
				bne .4

				plx
				dex
				bpl .3

				ldx #7

.6				ldy #8

.7				lda $C304
				lsr
				ror DS1216E.DATA2,x
				dey
				bne .7

				dex
				bpl .6

				pla
				bmi .8

				sta $CFFF

.8				plp

				ldx #7

.9				lda DS1216E.DATA1,x
				cmp DS1216E.DATA2,x
				bne .90

				dex
				bpl .9

				bra LDR.ClkDevTCLK

.90				lda #'N'
				ldx PAKME.NCLK
				ldy PAKME.NCLK+1
				bra LDR.SetupCLK
*--------------------------------------
LDR.ClkDevTCLK	lda CLRC8ROM	   		switch out $C8 ROMs

				stz idxl
				lda #$C1
				sta idxl+1

.1				ldy #6

.2  			lda (idxl),y	   		compare id bytes
				cmp dskid,y
				bne .3
				dey
				dey
				bpl .2

				lda idxl+1
				and #$f
				tax

				sta SETPAGE2
				stz $478,x
				stz $7f8,x

				sta CLRPAGE2
				stz $478,x
				stz $7f8,x

				lda idxl+1
				asl
				asl
				asl
				asl
				tax

				stz $c080,x

				lda $c088,x
				lda $c080,x

				lda #'T'
				ldx PAKME.TCLK
				ldy PAKME.TCLK+1
				jsr LDR.SetupCLK

				lda idxl+1
				sta TCLK.Cx1+2
				sta TCLK.Cx2+2
				rts

.3				inc idxl+1
				lda idxl+1
				cmp #$C8
				bne .1
				rts
*--------------------------------------
LDR.SetupCLK	stx ZPInBufPtr
				sty ZPInBufPtr+1

				sta LDR.MSG.CLK

				bit RROMBNK2
				ldx #LDR.MSG.CLK
				jsr LDR.PrintX

				jsr lc1in

				lda #$D742
				sta ZPOutBufPtr
				lda /$D742
				sta ZPOutBufPtr+1
				jsr X.Unpak

				lda #$4C	   			enable clock routine by putting a jmp
				sta clockv	   			in front of clock vector

				lda #MACHID.CLK
				tsb MACHID
LDR.SetupCLK.RTS
				rts
*--------------------------------------
LDR.SetupRAM	lda DEVCNT
				cmp #13
				bcs LDR.SetupCLK.RTS

				jsr lc1in

				ldx #PAKME.RAM-PAKME.Table
				ldy #$FF00
				lda /$FF00
				jsr X.Unpak.XatYA

				sta SETWRITEAUX

				ldx #PAKME.RAMX-PAKME.Table
				ldy #$0200
				lda /$0200
				jsr X.Unpak.XatYA

				sta CLRWRITEAUX

				lda #RAMDRV				put driver address into
				sta	DEVPTRS3D2
				lda /RAMDRV
				sta	DEVPTRS3D2+1

				inc DEVCNT				count (-1) active devices
				ldx DEVCNT
				lda #$BF				unit num of /RAM
				sta	DEVLST,x

				ldx #LDR.MSG.RAM
				jmp LDR.PrintX
*--------------------------------------
* find all disk devices in system slots and set up address
* and device table in prodos global page.
*--------------------------------------
LDR.BlkDevScan	stz idxl
				lda #$C7	  			search slots from high to low
				sta idxl+1

				lda #7
				sta LDR.SlotIdx

.1	  			ldx LDR.SlotIdx
				stz LDR.SlotDevType-1,x

				jsr LDR.CheckDiskID
				bcs .8					if no ProDOS device in this slot.

				ldy #$ff
				lda (idxl),y	  		check last byte of $Cn rom (y = $ff)
				bne .2		   			branch if 16 sector disk II.

				sta	devid				=0 since disk ii's have null attributes
				lda #XRW.START
				sta LDR.driveradr
				lda /XRW.START
				sta LDR.driveradr+1
				sec						2 devices
				jsr LDR.AddBlkDevs
				bra .7

.2				cmp #$FF	   			if = $FF then 13 sector disk II.
				beq .8					ignore if 13 sector boot ROM

				ldy #$07	   			check for a smartport device.
				lda (idxl),y
				bne .3					no smartport

				jsr LDR.AddSPDevs
				bra .7

.3  			ldy #$FE				BLK device...
				lda (idxl),y			get attributes.
				and #$03	   			verify it provides read and status calls.
				cmp #$03
				bne .7					assume it's an off-brand disk

				lda (idxl),y			get back ID byte
				lsr
				lsr
				lsr
				lsr
				sta devid				->DEV LIST NIBBLE

				and #$3					Device count minus 1
				inc
				ldx LDR.SlotIdx
				sta LDR.SlotDevCnt-1,x
				tax

				iny						$CnFF
				lda (idxl),y
				sta LDR.driveradr
				lda idxl+1	   			store hi entry addr (low already done)
				sta LDR.driveradr+1

				cpx #2					CS if 2 devs or more
				jsr	LDR.AddBlkDevs		install 1 or 2 devices from this slot.

.7  			ldx LDR.SlotIdx
				lda sltbit-1,x
				tsb rommap	   			mark bit to flag rom present

.8				dec idxl+1				next lower slot.
				dec LDR.SlotIdx 		have all slots been checked ?
				bne .1
*--------------------------------------
LDR.AddExtraDevs
*				stz idxl
				lda #$C7
				sta idxl+1

				lda #7
				sta LDR.SlotIdx

.1  			ldx LDR.SlotIdx
				lda LDR.SlotDevType-1,x
				beq .8

				lda LDR.SlotDevCnt-1,x
				cmp #3
				bcc .8

				jsr LDR.AddExtraSPDevs

.8  			dec idxl+1
				dec LDR.SlotIdx
				bne .1

LDR.AddExtraDevs.RTS
				rts
*--------------------------------------
LDR.AddSPDevs 	jsr LDR.SetDevID		setup the devid byte from attributes

				iny						#$ff
				lda (idxl),y

				sta LDR.driveradr
				sta .1+1				modify operand
				clc
				adc #$03
				sta LDR.SPVect+1

				lda idxl+1
				sta LDR.driveradr+1
				sta LDR.SPVect+2
				sta .1+2				modify operand

				asl						convert $Cn to $n0
				asl
				asl
				asl
				sta unitnum	  			unit number

				stz A4L					force a prodos status call

				stz buf					dummy pointer
				lda #$10
				sta buf+1				dummy pointer should be <> 0

				stz bloknml	  			# of bytes to transfer
				stz bloknml+1

.1				jsr	$0000				SELF MODIFIED

				ldy #$FB
				lda (idxl),y			check device id
				and #$02	   			SCSI ?
				beq .2					no, no need to init Cocoon

				jsr LDR.SPStatusCall	status of Cocoon : A = device = 2 for SCSI

.2  			lda #0			 		set unit# = 0
				jsr LDR.SPStatusCall

				lda LDR.SPStatusBuf		Device count
				beq LDR.AddExtraDevs.RTS	no devices, so done.

*				sta LDR.DevCnt
				ldx LDR.SlotIdx
				inc LDR.SlotDevType-1,x	set as smartport

*.3				inc LDR.SPStatus.U

*				jsr LDR.SPStatusCall.U	call to get the device status
*				bcs .7

*				lda LDR.SPStatusBuf
*				bpl .7					not a block device

*				ldx LDR.SlotIdx
*				inc LDR.SlotDevCnt-1,x

*.7				dec LDR.DevCnt
*				bne .3

*				ldx LDR.SlotIdx
*				lda LDR.SlotDevCnt-1,x
*				beq LDR.AddBlkDevs.RTS

				sta LDR.SlotDevCnt-1,x
				cmp #2					CC/CS, add 1 or 2 devs
*--------------------------------------
LDR.AddBlkDevs	php						how many drives (carry).
				lda idxl+1	   			get index to global device table
				and #$07	  			for this slot...
				asl
				tay		  				into y reg.

				asl
				asl						now form device # = slot #
				asl						in high nibble.

				ora devid				combine with attributes.
				ldx DEVCNT
				inx		  				put device # into device list.
				sta DEVLST,x
				asl						now form drive 2 device number, if any.

				plp						restore # of devices in carry.
				ror						if 2 drives, then bit 7=1.
				bpl .1					branch if a 1 drive device (e.g. hard drive)

				inx		  				else presume that 2nd drive is present.
				sta DEVLST,x	  		active device list.

.1  			stx DEVCNT	  			save updated device count.
				asl						shift # of drives back into carry.
				lda LDR.driveradr		get high address of device driver.
				sta DEVPTRS,y	 		device driver table 1.
				bcc .2					branch if single drive.
				sta DEVPTRS+16,y	 	device driver table 2.

.2  			lda LDR.driveradr+1
				sta DEVPTRS+1,y
				bcc .3
				sta DEVPTRS+17,y

.3
LDR.AddBlkDevs.RTS
				rts
*--------------------------------------
LDR.AddExtraSPDevs
				ldy #$FF	   			get smartport address.
				lda (idxl),y
				clc
				adc #$03				add 3 for smartport call
				sta LDR.SPVect+1
				lda idxl+1
				sta LDR.SPVect+2

				jsr LDR.SetDevID		set up device attributes

				lda #0
				jsr LDR.SPStatusCall	do a status call on smartport itself

				lda LDR.SPStatusBuf		# of devices on smartport

				cmp #$03
				bcc .8					only 2 devices,skip to next one.

				dec
				dec
				sta LDR.DevCnt

				lda #3
				sta LDR.SPStatus.U

.1				jsr LDR.SPStatusCall.U	do status call

				lda LDR.SPStatusBuf		is this a block device?
				bpl .2

				jsr LDR.MountSPDevs
				bcs .8

.2  			inc LDR.SPStatus.U

				dec LDR.DevCnt
				bne .1

.8				rts
*--------------------------------------
LDR.MountSPDevs	ldx #LDR.DEVPTRS.CNT-1

.1  			ldy LDR.DEVPTRS.IDX,x
				lda DEVPTRS,y	 		device driver table 1
				cmp #nodevice
				bne .2

				lda DEVPTRS+1,y
				cmp /nodevice
				beq .3

.2  			dex
				bpl .1

				sec
				rts

.3				jsr lc1in				write enable LC ram bank 1.

				tya						divide index by 2
				lsr
				tax

				lda LDR.SPStatus.U
				sta XDOS.SPUnit-1,x		store the smartport unit #

				lda LDR.SPVect+1	  	and entry address.
				sta XDOS.SPVectLo-1,x

				lda LDR.SPVect+2
				sta XDOS.SPVectHi-1,x

				lda RROMBNK2			write protect lc ram.

				inc DEVCNT
				ldx DEVCNT
				tya

				asl						convert to DSSS0000
				asl
				asl

				ora devid				include device attributes
				sta DEVLST,x	  		in the active device list.

				lda #XDOS.SPREMAP
				sta DEVPTRS,y	 		device driver table 1
				lda /XDOS.SPREMAP
				sta DEVPTRS+1,y
				clc
				rts
*--------------------------------------
LDR.SPStatusCall
				sta LDR.SPStatus.U 		device = 2 for SCSI
LDR.SPStatusCall.U
LDR.SPVect		jsr $0000				self modifying
				.HS 00
				.DA LDR.SPStatus.P
				rts
*--------------------------------------
LDR.CheckDiskID	lda CLRC8ROM	   		switch out $C8 ROMs

				ldy #$05

.1  			lda (idxl),y	   		compare id bytes
				cmp dskid,y
				sec		  				set if no disk card
				bne .2

				dey
				dey
				bpl .1					loop until all 4 id bytes match.

				clc						clear if disk card
.2  			rts
*--------------------------------------
LDR.SetDevID	ldy #$FE				check attributes byte.

				lda (idxl),y
				lsr						move hi nibble to lo nibble for
				lsr						device table entries.
				lsr
				lsr
				sta devid
				rts
*--------------------------------------
LDR.ScrInit80	sta CLRC3ROM

				lda #$8C				Reset 80 col screen ($0C:HOME)
				jsr $C300

				jsr setnorm
				jsr home
				jsr SETINV
				.DO LOGO
				lda #20
				sta CV
				jsr VTAB

				lda #LOGO.PAKED
				sta ZPInBufPtr
				lda /LOGO.PAKED
				sta ZPInBufPtr+1

				stz ZPOutBufPtr
				lda #$A0
				sta ZPOutBufPtr+1

				jsr X.Unpak

				sta CLRHIRES
				sta SETMIXED

				bit RDIOUDIS
				sta SETIOUDIS
				sta SETDHIRES
				bmi .10
				sta CLRIOUDIS

.10				sta CLRTEXT

				stz ZPPtr1
				lda #$A0
				sta ZPPtr1+1

				lda #0

.1				pha

				jsr	GBSCALC

				ldy #0

.2				lda (ZPPtr1),y
				pha

				and #$f
				tax
				lda PALETTE.AUX,x

				sta SETPAGE2
				sta (GBASL),y

				pla
				lsr
				lsr
				lsr
				lsr
				tax
				lda PALETTE.MAIN,x
				sta CLRPAGE2
				sta (GBASL),y

				iny
				cpy #40
				bne .2

				lda ZPPtr1
				clc
				adc #40
				sta ZPPtr1
				bcc .3

				inc ZPPtr1+1

.3				ldy #0

.4				lda (ZPPtr1),y
				pha
				and #$f

				tax
				lda PALETTE.AUX,x
				asl
				asl
				asl
				asl
				sta SETPAGE2
				ora (GBASL),y
				sta (GBASL),y

				pla
				lsr
				lsr
				lsr
				lsr
				tax
				lda PALETTE.MAIN,x
				asl
				asl
				asl
				asl
				sta CLRPAGE2
				ora (GBASL),y
				sta (GBASL),y

				iny
				cpy #40
				bne .4

				lda ZPPtr1
				clc
				adc #40
				sta ZPPtr1
				bcc .7

				inc ZPPtr1+1

.7				pla
				inc
				cmp #20
				bne .1

				.FIN
				jsr CLREOL
				jsr setnorm

		 		ldx #LDR.MSG.PRODOS
*--------------------------------------
LDR.PrintX		bit RROMBNK2
				lda INVFLG
				pha
				jsr SETINV

.1				lda $2000,x
				pha
				ora #$80
				jsr COUT
				inx
				pla
				bpl .1

				lda #$A0
				jsr COUT

				pla
				sta INVFLG
				rts
*--------------------------------------
PALETTE.MAIN	.HS 00.02.04.06.08.0A.0C.0E
				.HS 01.03.05.07.09.0B.0D.0F
PALETTE.AUX		.HS 00.01.02.03.04.05.06.07
				.HS 08.09.0A.0B.0C.0D.0E.0F
*--------------------------------------
* 16 bytes moved to $03F0 vectors
*--------------------------------------
LDR.3F0			.DA breakv
				.DA oldrst
				.DA #$5A				powerup byte
				jmp oldrst	  			'&' vector
				jmp oldrst	   			ctrl-y vector
				.HS 004000
				.DA GP.IRQV				global page interrupt vector
lc1in  			lda RRAMWRAMBNK1
				lda RRAMWRAMBNK1
				rts
*--------------------------------------
* patch to gsos vectors so error is returned for os calls - rev note #101
*--------------------------------------
patch101 		php
				sei						disable interrupts
				clc
				xce		  				full native mode
				>LONGMX
				phb		  				save DBR
				pha
				pha
				pea $0000				length of patch
				pea $0010				0000/0010 = 16 bytes
				pea $3101				user id for prodos 8
				pea $8018				attributes (locked/nospec/nocross)
				pha
				pha
				>IIGS NewHandle
				lda $01,s				retrieve handle
				tax
				lda $03,s
				tay
				pea $0000				copy the code into the handle
				pea L2C4D
				phy
				phx
				pea $0000				length of patch = 0000/0010
				pea $0010
				>IIGS PtrToHand
				plx		  				low word of handle
				plb		  				set DBR to handle's bank
				lda	>1,x				get upper 16 bits of 24 bit address
				tay		  				save in y
				lda	>0,x				get low 8 bits of address
				and ##$00FF	   			clear high byte
				xba		  				put address in high byte
				ora ##$005C	   			include JML opcode
				sta GSOS2	   			store in gsos vectors
				clc
				adc ##$000B
				sta GSOS
				tya						store upper 16 bits too
				sta GSOS2+2
				adc ##$0000	   			adj for possible page crossing
				sta GSOS+2
				plb						remove garbage byte from stack
				plb		  				restore DBR.
				sec
				xce		  				back to emulation mode
				plp
				rts
*--------------------------------------
* copy of the code that goes in the handle
*--------------------------------------
L2C4D			lda 1,s
				sta 7,s
				lda 2,s
				sta 8,s
				pla
				pla
				pla
				lda ##$00FF				#NoOS
				sec
				rtl
*--------------------------------------
DS1216E.SIG		.HS	5CA33AC55CA33AC5	Reverted 7->0
*--------------------------------------
* id bytes: evens for clock, odds for disk
dskid	 		.HS 082028005803703C
sltbit			.HS 02040810204080
*--------------------------------------
LDR.MLIOL.P		.DA #2
				.DA #$60
				.DA pbuf+1

LDR.MLISETP.P	.DA #1
				.DA pbuf

				.DO READCAT=1
LDR.MLIRB.P		.DA #3
				.DA #0	  				unit number
				.DA 0					2 byte data buffer
				.DA 0		 			2 byte block number
				.FIN

LDR.SPStatus.P	.DA #$03				# of parms
LDR.SPStatus.U	.DA #$00				unit number (code for smartport stat)
				.DA LDR.SPStatusBuf
				.DA #00	 				status code (0 = general status)

LDR.DEVPTRS.CNT	.EQ 14

LDR.DEVPTRS.IDX	.DA #$16				S3D2
				.DA #$12				S1D2
				.DA #$02				S1D1
				.DA #$14				S2D2
				.DA #$04				S2D1
				.DA #$18				S4D2
				.DA #$08				S4D1
				.DA #$06				S3D1
				.DA #$1A				S5D2
				.DA #$0A				S5D1
				.DA #$1C				S6D2
				.DA #$0C				S6D1
				.DA #$1E				S7D2
				.DA #$0E				S7D1
*--------------------------------------
LDR.cortland 	.DA #0					cortland loader flag (1 = Cortland)
LDR.BootFlag	.DA #0					0 = normal boot, <>0 = return
*--------------------------------------
LDR.SPStatusBuf .BS 8					8 bytes for smartport call
LDR.driveradr	.BS 2
LDR.SlotIdx		.BS 1
LDR.DevCnt		.BS 1
LDR.SlotDevType	.BS 7
LDR.SlotDevCnt	.BS 7
*--------------------------------------
MAN
SAVE usr/src/prodos.fx/prodos.s.ldr
LOAD usr/src/prodos.fx/prodos.s
ASM