;;; ============================================================ ;;; Overlay for Disk Copy - $0800 - $12FF (file 4/4) ;;; ============================================================ .proc disk_copy_overlay4 .org $800 .macro exit_with_result arg lda #arg jmp exit .endmacro L0800: php sei jsr L083A plp cmp #$00 bne L080C clc rts L080C: cmp #$02 bne L0815 lda #$2B jmp L0821 L0815: cmp #$01 bne L081E lda #$27 jmp L0821 L081E: clc adc #$30 L0821: sec rts L0823: asl a asl current_track sta seltrack_track txa lsr a lsr a lsr a lsr a tay lda seltrack_track jsr select_track lsr current_track rts L083A: tax and #$70 sta L0C23 txa ldx L0C23 rol a lda #$00 rol a bne :+ lda SELECT,x ; Select drive 1 or 2 jmp L0853 : lda LCBANK1,x L0853: lda ENABLE,x ; Turn drive on lda #$D7 sta $DA lda #$50 sta current_track lda #$00 jsr L0823 L0864: lda $DA beq L086E jsr L0B3A jmp L0864 L086E: lda #$01 sta $D3 lda #$AA sta $D0 lda L0C20 clc adc #$02 sta $D4 lda #$00 sta $D1 L0882: lda $D1 ldx L0C23 jsr L0823 ldx L0C23 lda TESTWP,x ; Check write protect??? lda WPRES,x tay lda RDMODE,x ; Activate read mode lda XMIT,x tya bpl :+ ; WP mode? exit_with_result 2 ; Yes : jsr L0B63 bcc L08B5 lda #$01 ldy $D4 cpy L0C1F bcs L08B2 lda #4 L08B2: jmp exit L08B5: ldy $D4 cpy L0C1F bcs L08C1 exit_with_result 4 L08C1: cpy L0C20 bcc L08CB exit_with_result 3 L08CB: lda L0C22 sta L0C25 L08D1: dec L0C25 bne L08DB exit_with_result 1 L08DB: ldx L0C23 jsr L096A bcs L08D1 lda $D8 bne L08D1 ldx L0C23 jsr L0907 bcs L08D1 inc $D1 lda $D1 cmp #$23 bcc L0882 lda #0 ;; fall through .proc exit pha ldx L0C23 lda DISABLE,x ; Turn drive off lda #0 jsr L0823 pla rts .endproc ;;; ============================================================ .proc L0907 ldy #$20 L0909: dey beq return_with_carry_set : lda XMIT,x bpl :- L0911: eor #$D5 bne L0909 nop : lda XMIT,x bpl :- cmp #$AA bne L0911 ldy #$56 : lda XMIT,x bpl :- cmp #$AD bne L0911 lda #$00 L092C: dey sty $D5 : lda XMIT,x bpl :- cmp #$96 bne return_with_carry_set ldy $D5 bne L092C L093C: sty $D5 : lda XMIT,x bpl :- cmp #$96 bne return_with_carry_set ldy $D5 iny bne L093C : lda XMIT,x bpl :- cmp #$96 bne return_with_carry_set : lda XMIT,x bpl :- cmp #$DE bne return_with_carry_set nop : lda XMIT,x bpl :- cmp #$AA beq return_with_carry_clear .endproc return_with_carry_set: sec rts .proc L096A ldy #$FC sty $DC L096E: iny bne :+ inc $DC beq return_with_carry_set : lda XMIT,x bpl :- L097A: cmp #$D5 bne L096E nop : lda XMIT,x bpl :- cmp #$AA bne L097A ldy #$03 : lda XMIT,x bpl :- cmp #$96 bne L097A lda #$00 L0995: sta $DB : lda XMIT,x bpl :- rol a sta $DD : lda XMIT,x bpl :- and $DD sta $D7,y eor $DB dey bpl L0995 tay bne return_with_carry_set : lda XMIT,x bpl :- cmp #$DE bne return_with_carry_set nop : lda XMIT,x bpl :- cmp #$AA bne return_with_carry_set .endproc return_with_carry_clear: clc rts ;;; ============================================================ ;;; Move head to track - A = track, X = slot * 16 .proc select_track stx seltrack_slot sta seltrack_track cmp current_track beq done lda #$00 sta L0C38 L09D6: lda current_track sta L0C39 sec sbc seltrack_track beq L0A19 bcs L09EB eor #$FF inc current_track bcc L09F0 L09EB: adc #$FE dec current_track L09F0: cmp L0C38 bcc L09F8 lda L0C38 L09F8: cmp #$0C bcs L09FD tay L09FD: sec jsr L0A1D lda phase_on_table,y jsr L0B3A lda L0C39 clc jsr motor lda phase_off_table,y jsr L0B3A inc L0C38 bne L09D6 L0A19: jsr L0B3A clc L0A1D: lda current_track motor: and #$03 ; PHASE0 + 2 * phase rol a ora seltrack_slot tax lda PHASE0,x ldx seltrack_slot done: rts .endproc ;;; ============================================================ .proc format_sector jsr rts2 lda TESTWP,x ; Check write protect ??? lda WPRES,x lda #$FF ; Self-sync data sta WRMODE,x ; Turn on write mode cmp XMIT,x ; Start sending bits to disk pha ; 32 cycles... pla nop ldy #4 sync: pha pla jsr write2 dey bne sync ;; Address marks lda #$D5 jsr write lda #$AA jsr write lda #$AD jsr write ldy #$56 nop nop nop bne :+ ;; Data loop: jsr rts2 : nop nop lda #$96 sta DATA,x cmp XMIT,x dey bne loop ;; Checksum bit $00 nop check: jsr rts2 lda #$96 sta DATA,x cmp XMIT,x lda #$96 nop iny bne check ;; Slip marks jsr write lda #$DE jsr write lda #$AA jsr write lda #$EB jsr write lda #$FF jsr write lda RDMODE,x ; Turn off write mode lda XMIT,x rts ;; Write with appropriate cycle counts write: nop write2: pha pla sta DATA,x cmp XMIT,x rts .endproc ;;; ============================================================ .proc L0AAE sec lda TESTWP,x ; Check write protect lda WPRES,x bmi L0B15 lda #$FF sta WRMODE,x ; Turn on write mode cmp XMIT,x ; Start sending bits to disk pha ; 32 cycles... pla loop: jsr rts1 jsr rts1 sta DATA,x cmp XMIT,x nop dey bne loop lda #$D5 jsr L0B2D lda #$AA jsr L0B2D lda #$96 jsr L0B2D lda $D3 jsr L0B1C lda $D1 jsr L0B1C lda $D2 jsr L0B1C lda $D3 eor $D1 eor $D2 pha lsr a ora $D0 sta DATA,x lda XMIT,x pla ora #$AA jsr L0B2C lda #$DE jsr L0B2D lda #$AA jsr L0B2D lda #$EB jsr L0B2D clc L0B15: lda RDMODE,x ; Turn off write mode lda XMIT,x rts1: rts .endproc ;;; ============================================================ L0B1C: pha lsr a ora $D0 sta DATA,x cmp XMIT,x pla nop nop nop ora #$AA L0B2C: nop L0B2D: nop pha pla sta DATA,x cmp XMIT,x rts .byte 0 .byte 0 .byte 0 .proc L0B3A start: ldx #$11 : dex bne :- inc16 $D9 sec sbc #1 bne start rts .endproc ;;; Timing (100-usecs) phase_on_table: .byte $01, $30, $28, $24, $20, $1E, $1D, $1C, $1C, $1C, $1C, $1C phase_off_table: .byte $70, $2C, $26, $22, $1F, $1E, $1D, $1C, $1C, $1C, $1C, $1C L0B63: lda L0C21 sta $D6 L0B68: ldy #$80 lda #$00 sta $D2 jmp L0B73 L0B71: ldy $D4 L0B73: ldx L0C23 jsr L0AAE bcc L0B7E jmp rts2 L0B7E: ldx L0C23 jsr format_sector inc $D2 lda $D2 cmp #$10 bcc L0B71 ldy #$0F sty $D2 lda L0C22 sta L0C25 L0B96: sta L0C26,y dey bpl L0B96 lda $D4 sec sbc #$05 tay L0BA2: jsr rts2 jsr rts2 pha pla nop nop dey bne L0BA2 ldx L0C23 jsr L096A bcs L0BF3 lda $D8 beq L0BCE dec $D4 lda $D4 cmp L0C1F bcs L0BF3 sec rts L0BC6: ldx L0C23 jsr L096A bcs L0BE8 L0BCE: ldx L0C23 jsr L0907 bcs L0BE8 ldy $D8 lda L0C26,y bmi L0BE8 lda #$FF sta L0C26,y dec $D2 bpl L0BC6 clc rts L0BE8: dec L0C25 bne L0BC6 dec $D6 bne L0BF3 sec rts L0BF3: lda L0C22 asl a sta L0C25 L0BFA: ldx L0C23 jsr L096A bcs L0C08 lda $D8 cmp #$0F beq L0C0F L0C08: dec L0C25 bne L0BFA sec rts2: rts L0C0F: ldx #$D6 L0C11: jsr rts2 jsr rts2 bit $00 dex bne L0C11 jmp L0B68 L0C1F: .byte $0E L0C20: .byte $1B L0C21: .byte $03 L0C22: .byte $10 L0C23: .byte 0 current_track: .byte 0 L0C25: .byte 0 L0C26: .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 seltrack_track: .byte 0 seltrack_slot: .byte 0 L0C38: .byte 0 L0C39: .byte 0 ;;; ============================================================ DEFINE_QUIT_PARAMS quit_params DEFINE_ON_LINE_PARAMS on_line_params2,, $1300 DEFINE_ON_LINE_PARAMS on_line_params,, on_line_buffer on_line_buffer: .res 16, 0 DEFINE_READ_BLOCK_PARAMS block_params, $1C00, 0 ;;; ============================================================ .proc MLI_RELAY sty call stax params php sei sta ALTZPOFF lda ROMIN2 jsr MLI call: .byte 0 params: .addr 0 tax sta ALTZPON lda LCBANK1 lda LCBANK1 plp txa rts .endproc ;;; ============================================================ .proc noop rts .endproc ;;; ============================================================ ;;; Quit back to ProDOS (which will launch DeskTop) .proc quit jsr disk_copy_overlay3::restore_ram_disk sta ALTZPOFF lda ROMIN2 sta DHIRESOFF sta TXTCLR sta CLR80VID sta SETALTCHAR sta CLR80COL jsr SETVID jsr SETKBD jsr INIT jsr HOME MLI_CALL QUIT, quit_params rts .endproc ;;; ============================================================ ldx disk_copy_overlay3::dest_drive_index lda disk_copy_overlay3::drive_unitnum_table,x sta L0CEC and #$0F beq L0CCC lda disk_copy_overlay3::drive_unitnum_table,x jsr L0D26 ldy #$FF lda ($06),y beq L0CCC cmp #$FF bne L0CD3 L0CCC: lda L0CEC jsr L0800 rts L0CD3: lda L0CEC jsr L0D26 ldy #$FF lda ($06),y sta $06 lda #$03 sta $42 lda L0CEC sta $43 jmp ($06) rts L0CEC: .byte 0 ;;; ============================================================ ;;; Eject Disk via SmartPort .proc eject_disk sta L0D24 jsr L0D26 ; Point $06 at $Cn00 ldy #$07 ; Check firmware bytes lda ($06),y ; $Cn07 = $00 ?? bne done ldy #$FB lda ($06),y ; $CnFB = $7F ?? and #$7F bne done ldy #$FF lda ($06),y clc adc #3 ; Locate dispatch routine (offset $CnFF + 3) sta $06 lda L0D24 jsr L0D51 sta control_params_unit_number ;; Do SmartPort call jsr smartport_call .byte $04 ; SmartPort: CONTROL .addr $0D1D done: rts smartport_call: jmp ($06) .proc control_params param_count: .byte 3 unit_number: .byte 0 control_list: .addr L0D22 control_code: .byte $04 ; Control Code: Eject disk .endproc control_params_unit_number := control_params::unit_number L0D22: .byte 0, 0 L0D24: .byte 0 .byte 0 .endproc ;;; ============================================================ L0D26: sta L0D50 ldx #$11 lda L0D50 and #$80 beq L0D34 ldx #$21 L0D34: stx @load_addr lda L0D50 and #$70 lsr a lsr a lsr a clc adc @load_addr sta @load_addr @load_addr := *+1 lda MLI ; self-modified sta $07 lda #$00 sta $06 rts L0D50: .byte 0 ;;; ============================================================ L0D51: pha rol a pla php and #$20 lsr a lsr a lsr a lsr a plp adc #$01 rts ;;; ============================================================ L0D5F: ldx disk_copy_overlay3::source_drive_index lda disk_copy_overlay3::drive_unitnum_table,x sta block_params::unit_num lda #$00 sta block_params::block_num sta block_params::block_num+1 jsr L12AF bne L0D8A lda $1C00+1 cmp #$E0 beq L0D7F jmp L0DA4 L0D7F: lda $1C02 cmp #$70 beq L0D90 cmp #$60 beq L0D90 L0D8A: lda #$81 sta disk_copy_overlay3::LD44D rts L0D90: addr_call disk_copy_overlay3::LDE9F, $1300 addr_call disk_copy_overlay3::adjust_case, $1300 lda #$C0 sta disk_copy_overlay3::LD44D rts L0DA4: cmp #$A5 bne L0D8A lda $1C02 cmp #$27 bne L0D8A lda #$80 sta disk_copy_overlay3::LD44D rts ;;; ============================================================ L0DB5: lda #$14 jsr L1133 lda disk_copy_overlay3::source_drive_index asl a tax lda disk_copy_overlay3::LD407,x sta L0EB0 lda disk_copy_overlay3::LD407+1,x sta L0EB1 lsr16 L0EB0 lsr16 L0EB0 lsr16 L0EB0 copy16 L0EB0, disk_copy_overlay3::LD427 bit disk_copy_overlay3::LD44D bmi L0DF6 lda disk_copy_overlay3::quick_copy_flag bne L0DF6 jmp L0E4D L0DF6: lda #$FF clc adc disk_copy_overlay3::LD427 sta $06 lda #$13 adc disk_copy_overlay3::LD427+1 sta $07 ldy #$00 L0E07: lda #$00 sta ($06),y dec $06 lda $06 cmp #$FF bne L0E15 dec $07 L0E15: lda $07 cmp #$14 bne L0E07 lda $06 cmp #$00 bne L0E07 lda #$00 sta ($06),y lda disk_copy_overlay3::LD427+1 cmp #$02 bcs L0E2D rts L0E2D: lda #$14 sta $06 lda disk_copy_overlay3::LD427+1 pha L0E35: inc $06 inc $06 pla sec sbc #$02 pha bmi L0E46 jsr L0E47 jmp L0E35 L0E46: pla L0E47: lda $06 jsr L1133 rts L0E4D: copy16 #6, block_params::block_num ldx disk_copy_overlay3::source_drive_index lda disk_copy_overlay3::drive_unitnum_table,x sta block_params::unit_num copy16 #$1400, block_params::data_buffer jsr L12AF beq L0E70 .byte 0 L0E70: lda L0EB0 sec sbc #$00 sta L0EB0 lda L0EB1 sbc #$02 sta L0EB1 lda L0EB1 bpl L0E87 rts L0E87: lda L0EB0 bne L0E8D rts L0E8D: add16 block_params::data_buffer, #$0200, block_params::data_buffer inc block_params::block_num lda block_params::data_buffer+1 jsr L1133 jsr L12AF beq L0EAD .byte 0 L0EAD: jmp L0E70 L0EB0: .byte 0 L0EB1: .byte 0 ;;; ============================================================ L0EB2: and #$F0 sta L0ED6 ldx DEVCNT L0EBA: lda DEVLST,x and #$F0 cmp L0ED6 beq L0ECA dex bpl L0EBA L0EC7: return #$00 L0ECA: lda DEVLST,x and #$0F cmp #$0B bne L0EC7 return #$80 L0ED6: .byte 0 ;;; ============================================================ L0ED7: bit KBDSTRB sta L0FE6 and #$FF bpl L0EFF copy16 disk_copy_overlay3::LD424, disk_copy_overlay3::LD421 lda disk_copy_overlay3::LD426 sta disk_copy_overlay3::LD423 ldx disk_copy_overlay3::dest_drive_index lda disk_copy_overlay3::drive_unitnum_table,x sta block_params::unit_num jmp L0F1A L0EFF: copy16 disk_copy_overlay3::LD421, disk_copy_overlay3::LD424 lda disk_copy_overlay3::LD423 sta disk_copy_overlay3::LD426 ldx disk_copy_overlay3::source_drive_index lda disk_copy_overlay3::drive_unitnum_table,x sta block_params::unit_num L0F1A: lda #$07 sta disk_copy_overlay3::LD420 lda #$00 sta disk_copy_overlay3::LD41F sta L0FE4 sta L0FE5 L0F2A: lda KBD cmp #(CHAR_ESCAPE | $80) bne L0F37 jsr disk_copy_overlay3::LE6AB jmp L0F6F L0F37: bit L0FE4 bmi L0F6C bit L0FE5 bmi L0F69 jsr L107F bcc L0F51 bne L0F4C cpx #$00 beq L0F6C L0F4C: ldy #$80 sty L0FE4 L0F51: stax L0FE7 jsr L0FE9 bcc L0F72 bne L0F62 cpx #$00 beq L0F69 L0F62: ldy #$80 sty L0FE5 bne L0F72 L0F69: return #$80 L0F6C: return #$00 L0F6F: return #$01 L0F72: stax block_params::block_num ldx L0FE8 lda L0FE7 ldy disk_copy_overlay3::LD41F cpy #$10 bcs L0F9A bit L0FE6 bmi L0F92 jsr L1160 bmi L0F6F jmp L0F2A L0F92: jsr L11F7 bmi L0F6F jmp L0F2A L0F9A: cpy #$1D bcc L0FB7 cpy #$20 bcs L0FCC bit L0FE6 bmi L0FAF jsr L1175 bmi L0F6F jmp L0F2A L0FAF: jsr L120C bmi L0F6F jmp L0F2A L0FB7: bit L0FE6 bmi L0FC4 jsr disk_copy_overlay3::LE766 bmi L0F6F jmp L0F2A L0FC4: jsr disk_copy_overlay3::LE7A8 bmi L0F6F jmp L0F2A L0FCC: bit L0FE6 bmi L0FD9 jsr L11AD bmi L0F6F jmp L0F2A L0FD9: jsr L123F bmi L0FE1 jmp L0F2A L0FE1: jmp L0F6F L0FE4: .byte 0 L0FE5: .byte 0 L0FE6: .byte 0 L0FE7: .byte 0 L0FE8: .byte 0 L0FE9: jsr L102A cpy #$00 bne L0FF6 pha jsr L0FFF pla rts L0FF6: jsr L0FFF bcc L0FE9 lda #$00 tax rts L0FFF: dec disk_copy_overlay3::LD423 lda disk_copy_overlay3::LD423 cmp #$FF beq L100B L1009: clc rts L100B: lda #$07 sta disk_copy_overlay3::LD423 inc16 disk_copy_overlay3::LD421 lda disk_copy_overlay3::LD421+1 cmp disk_copy_overlay3::LD427+1 bne L1009 lda disk_copy_overlay3::LD421 cmp disk_copy_overlay3::LD427 bne L1009 sec rts L102A: lda #$00 clc adc disk_copy_overlay3::LD421 sta $06 lda #$14 adc disk_copy_overlay3::LD421+1 sta $07 ldy #$00 lda ($06),y ldx disk_copy_overlay3::LD423 cpx #$00 beq L1048 L1044: lsr a dex bne L1044 L1048: and #$01 bne L104F tay beq L1051 L104F: ldy #$FF L1051: lda disk_copy_overlay3::LD421+1 sta L1076 lda disk_copy_overlay3::LD421 asl a rol L1076 asl a rol L1076 asl a rol L1076 ldx disk_copy_overlay3::LD423 clc adc L1077,x pha lda L1076 adc #$00 tax pla rts L1076: .byte 0 L1077: .byte $07 asl $05 .byte $04 .byte $03 .byte $02 ora ($00,x) L107F: jsr L10B2 cpy #$00 beq L108C pha jsr L1095 pla rts L108C: jsr L1095 bcc L107F lda #$00 tax rts L1095: dec disk_copy_overlay3::LD420 lda disk_copy_overlay3::LD420 cmp #$FF beq L10A1 L109F: clc rts L10A1: lda #$07 sta disk_copy_overlay3::LD420 inc disk_copy_overlay3::LD41F lda disk_copy_overlay3::LD41F cmp #$21 bcc L109F sec rts L10B2: ldx disk_copy_overlay3::LD41F lda L12B9,x ldx disk_copy_overlay3::LD420 cpx #$00 beq L10C3 L10BF: lsr a dex bne L10BF L10C3: and #$01 bne L10CB ldy #$00 beq L10CD L10CB: ldy #$FF L10CD: lda disk_copy_overlay3::LD41F cmp #$10 bcs L10E3 L10D4: asl a asl a asl a asl a ldx disk_copy_overlay3::LD420 clc adc L10F3,x tax return #$00 L10E3: cmp #$20 bcs L10ED sec sbc #$10 jmp L10D4 L10ED: sec sbc #$13 jmp L10D4 L10F3: .byte $0E, $0C, $0A, $08, $06, $04, $02, $00 ;;; ============================================================ L10FB: lda #$14 sta $06 lda #$00 sta L111E L1104: lda $06 jsr L111F inc $06 inc $06 inc L111E inc L111E lda L111E cmp disk_copy_overlay3::LD427+1 beq L1104 bcc L1104 rts L111E: .byte 0 L111F: jsr L1149 tay sec cpx #$00 beq L112C L1128: asl a dex bne L1128 L112C: ora L12B9,y sta L12B9,y rts L1133: jsr L1149 tay sec cpx #$00 beq L1140 L113C: asl a dex bne L113C L1140: eor #$FF and L12B9,y sta L12B9,y rts L1149: pha and #$0F lsr a tax lda L1158,x tax pla lsr a lsr a lsr a lsr a rts L1158: .byte $07 asl $05 .byte $04 .byte $03 .byte $02 ora ($00,x) L1160: stax block_params::data_buffer L1166: jsr L12AF beq L1174 ldx #$00 jsr disk_copy_overlay3::LE6FD bmi L1174 bne L1166 L1174: rts L1175: sta $06 sta $08 stx $07 stx $09 inc $09 copy16 #$1C00, block_params::data_buffer L1189: jsr L12AF beq L119A ldx #$00 jsr disk_copy_overlay3::LE6FD beq L119A bpl L1189 return #$80 L119A: ldy #$FF iny L119D: lda $1C00,y sta ($06),y lda $1D00,y sta ($08),y iny bne L119D return #$00 L11AD: sta $06 sta $08 stx $07 stx $09 inc $09 copy16 #$1C00, block_params::data_buffer L11C1: jsr L12AF beq L11D8 ldx #$00 jsr disk_copy_overlay3::LE6FD beq L11D8 bpl L11C1 lda LCBANK1 lda LCBANK1 return #$80 L11D8: lda LCBANK2 lda LCBANK2 ldy #$FF iny L11E1: lda $1C00,y sta ($06),y lda $1D00,y sta ($08),y iny bne L11E1 lda LCBANK1 lda LCBANK1 return #$00 L11F7: stax block_params::data_buffer L11FD: jsr L12A5 beq L120B ldx #$80 jsr disk_copy_overlay3::LE6FD beq L120B bpl L11FD L120B: rts L120C: sta $06 sta $08 stx $07 stx $09 inc $09 copy16 #$1C00, block_params::data_buffer ldy #$FF iny L1223: lda ($06),y sta $1C00,y lda ($08),y sta $1D00,y iny bne L1223 L1230: jsr L12A5 beq L123E ldx #$80 jsr disk_copy_overlay3::LE6FD beq L123E bpl L1230 L123E: rts L123F: bit LCBANK2 bit LCBANK2 sta $06 sta $08 stx $07 stx $09 inc $09 copy16 #$1C00, block_params::data_buffer ldy #$FF iny L125C: lda ($06),y sta $1C00,y lda ($08),y sta $1D00,y iny bne L125C lda LCBANK1 lda LCBANK1 L126F: jsr L12A5 beq L127D ldx #$80 jsr disk_copy_overlay3::LE6FD beq L127D bpl L126F L127D: rts ;;; ============================================================ L127E: sta ALTZPOFF sta ROMIN2 jsr BELL1 sta ALTZPON lda LCBANK1 lda LCBANK1 rts L1291: yax_call MLI_RELAY, ON_LINE, on_line_params2 rts L129B: yax_call MLI_RELAY, ON_LINE, on_line_params rts L12A5: yax_call MLI_RELAY, WRITE_BLOCK, block_params rts L12AF: yax_call MLI_RELAY, READ_BLOCK, block_params rts ;;; ============================================================ L12B9: .byte 0 .byte $3C .byte 0 .byte 0 .byte $FF .byte $FF .byte $FF .byte $FF .byte $FF .byte $FF .byte $FF .byte $FE .byte 0 .byte 0 .byte 0 .byte 0 .byte $0F .byte $FF .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte 0 .byte $FF .byte $FF .byte $FF .byte 0 .byte 0 .byte 0 .byte $7F .byte $FF ;;; ============================================================ ;;; Padding: this is a random chunk of overlay part 2 ($DADA) .byte $AD, $33, $D1, $CD, $8D, $D1, $D0, $03 .byte $4C, $EE, $DA, $CD, $C7, $D1, $D0, $03 .byte $4C, $55, $DB, $60, $AD, $8D, $D1, $8D .byte $2D, $D1, $20, $37, $E1, $A0, $46, $A9 .byte $2D, $A2, $D1, $20, $E0, $DB .assert * = $1300, error, "Segment length mismatch" .endproc