Dave Lowe: IFF Samples File Conversion

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Assembly Source File | 1994-09-15 | 22.7 KB | 1,018 lines

;----------------------------------------------------------------------------- ;SNES MUSIC TEST PROGRAM - (c) Martin Walker/Richard Joseph 1992/1993 ;----------------------------------------------------------------------------- ;VERSION DETAILS ;4.6 - Mute added ;4.5 - Status added ;4.4 - SNES_CLR added/Globoffset added to readout ;4.3 - callnum acknowledge ;4.2 - 04/08/93 SNES anti-hang bug added in Boot_APU ; new Sound_Init & Send_Data ;4.1 - 26/07/93 External Volume added ;4.0 - 18/05/93 ClockSync added ;3.4 - 25/03/93 joy up and #$3f removed ;3.2 - 04/03/93 upload ReceiveData routine added ;3.0 - 03/03/93 improved single byte download ;2.1 - 15/02/93 updated for 2 sample banks ;EQUATES APU_PORT0 equ $2140 APU_PORT1 equ $2141 APU_PORT2 equ $2142 APU_PORT3 equ $2143 SonyAddr equ $10 ;24 bit address (4 bytes used) callnum equ $14 ;inc's every call to confirm a new call ;----------------------------------------------------------------------------- PCsndcall equ $15 ;$FF=no call/ any other = call from PC PCsonybank equ $16 ;$FF=no call/ 0=PC forces SONY download PCsonybyte equ $17 ;$FF=no call/ 0=PC forces SONY download PCsonyvalue equ $18 ;value to send to SONY RAM PCsonyaddr equ $19 ;word address to send to SONY driver ;----------------------------------------------------------------------------- editnum equ $1B stick equ $1C ;----------------------------------------------------------------------------- SONYbuffer equ $1D ;start of 60 byte buffer for SONY upload SONYclock equ $56 ;bytes58/59 Internal SONY tick timer globoffset equ $58 ;byte 60 trk0call equ $59 ;byte 61 ;----------------------------------------------------------------------------- PCactive equ $5A ;set to $FF on 1st PC call ;----------------------------------------------------------------------------- SONYstatus equ $5B ;word read by ReceiveStatus from PORT1 SONYtrk0call equ $5C ;& PORT2 PCparameter equ $5D ;sony port1 value from PC ;----------------------------------------------------------------------------- COMPTR equ $7E ;ESYS buffer (2 bytes in page zero) COMBUF equ $80 ;ESYS buffer (length is COMLEN/about 70 bytes) RESTRT equ $8000 ;Main program start address COMAD equ $8028 ;The address of the comms interface ;Start of COMBUF is 16 bytes for header COMCTR equ COMBUF+16 ;Counter COMSUM equ COMCTR+2 ;Checksum COMVAL equ COMSUM+1 ;Temp reg COMINP equ COMVAL+1 ;Temp reg ;----------------------------------------------------------------------------- ;Macro Definitions ;----------------------------------------------------------------------------- SET16 MACRO rep %00110000 ;Enable 16-bit mode ie clear M&X ENDM CLR16 MACRO sep %00110000 ;Disable 16-bit mode ie set M&X ENDM SETLONGA MACRO rep %100000 ;16 Bit Accumulator ENDM CLRLONGA MACRO sep %100000 ;8 bit Accumulator ENDM ;------------------------------------------------------------------------------- ;INITIALISE SNES ;----------------------------------------------------------------------------- ORG $8000 ;Bank 0 (sent to ESYS @ $0000) CLR16 ;Hardware setup BEGIN: cld sei ;disable interrupts clc ;clc for 65816/sec for 6502 xce ;set emulation mode lda #$8F sta $2100 ;forced blank jsr ClearRegisters jsr InitRegisters jmp BEGIN2 ORG $8020 db $FF,$FF,$FF,$FF,$FF,$FF,$FF,$FF db $FF,$FF,$FF,$FF,$FF,$FF,$FF,$FF ;COMAD AREA ;----------------------------------------------------------------------------- ;Start of Debugger routines ;----------------------------------------------------------------------------- COMMS: ;Enter debugger if host PC waiting to transfer PHP PHA ASM10: LDA |COMAD ;'Read' port of comms link EOR #$C0 ;Bits 4-6 are used to determine if the comms is AND #$F0 ;enabled. Bit 7 set indicates that the host BNE ASM20 ;is waiting to transfer LDA #$C0 ;Breakpoint type STA <COMTYP JSR COMRT ;Enter debugger if host PC waiting ASM20: PLA PLP RTS ;Return to main program ;All regs preserved unless changed by host PC command ;----------------------------------------------------------------------------- ;This is the debugger. ;If a new bank was paged in, the previous value should be in the A ;reg. This can be read by the 'transfer registers' command. ;COMTYP holds the breakpoint type ($41-BRKPNT, $42-TRACE AND $C0-COMMS). ;----------------------------------------------------------------------------- COMRT: PHA ;Previous bank TXA PHA TYA PHA TSX TXA CLC ADC #10 PHA ;Stack value COM10: LDA <COMTYP PHA CLD COM20: LDA |COMAD AND #$F0 CMP #$40 BEQ COM20 ;Wait for host PC (for DEBUG entry) LDA |COMAD+6 ;Reset port LDA |COMAD+4 COM30: LDA |COMAD+3 COM40: JSR COMRX ;Read first byte of header BCS COM70 ;Enter ram or exit CMP #0 BEQ COM80 ;This command not used JSR COMCMD ;Execute command BCC COM30 ;If no error loop back for next command LDA |COMAD+2 ;Signal error to host PC LDA |COMAD+4 LDA |COMAD+7 COM60: LDA |COMAD ;Wait for host PC to disable comms with COMOFF AND #$F0 CMP #$C0 BEQ COM60 JMP COM90 ;Exit COM70: BNE COM80 ;Jump if exit LDA |COMAD+6 lda #$8F sta |$2100 ;forced blank lda #0 sta |$4200 ;disable all NMI LDX #<CWTLN-1 COM75: LDA |COMWT,X ;Copy routine into buffer STA COMBUF,X DEX BPL COM75 JMP COMBUF ;Enter ram ;----------------------------------------------------------------------------- COMCT: LDA COMAD+2 ;Continue here after exiting ram lda #$01 sta $4200 ;JOY-C Enable lda #$0F sta $2100 ;Release forced blank COM78: LDA COMAD ;Wait for acknowledgement from host PC AND #$F2 CMP #$C0 BEQ COM78 JMP COM30 COM80: LDA COMAD+6 ;Prepare for exit LDA COMAD+2 COM90: PLA ;Get type PLA ;Clear SP value PLA TAY PLA TAX PLA ;Get bank RTS ;Exit ;----------------------------------------------------------------------------- TXACK: ;Wait for acknowledgement from host PC LDA COMAD AND #$F2 CMP #$C0 BEQ TXACK LDA COMAD+2 CMD5: LDA COMAD AND #$F1 EOR #$C0 BEQ CMD5 CMD7: CLC CMD8: RTS ;----------------------------------------------------------------------------- ;Execute command, A is command number ;----------------------------------------------------------------------------- COMCMD: TAY AND #$0F BEQ CMD7 ;Single byte command STA COMCTR LDA #0 STA COMCTR+1 LDA #COMBUF AND 255 ;& FOR KASM STA COMPTR LDA #COMBUF/256 STA COMPTR+1 TYA PHA JSR CRXB ;Load rest of header PLA BCS CMD8 ;Error TAY AND #$EF CMP #$02 BNE CMD20 ;Jump if not transfer regs command TSX INX ;Allow for COMCMD return addr SEC ;Allow for COMCMD return addr ADC COMBUF STA COMPTR ;Offset LDA #$01 ;Stack addr STA COMPTR+1 ;Point to regs list on stack LDX COMBUF+1 ;Length LDA #0 JMP CMD30 CMD20: CMP #$05 BNE CMD7 ;Return if not transfer memory command LDA COMBUF STA COMPTR LDA COMBUF+1 STA COMPTR+1 LDX COMBUF+3 LDA COMBUF+4 CMD30: STX COMCTR STA COMCTR+1 TYA AND #$10 BEQ CMD40 JSR CTXBUF ;Send data BCS CMD50 ;Jump if error JSR TXACK ;Wait for acknowledgement JMP CMD50 CMD40: JSR CRXBUF ;Load data CMD50: RTS ;----------------------------------------------------------------------------- ;This routine is copied into ram to allow the host PC access to the ESYS ;----------------------------------------------------------------------------- COMWT: LDA COMAD+2 CWT10: LDX #0 ;Wait for command CWT20: DEX BNE CWT20 LDA COMAD AND #$F0 CMP #$C0 BEQ CWT30 ;Jump if host PC waiting to send command CMP #$40 BEQ CWT10 BNE CWT50 ;Jump if comms disabled CWT30: LDA COMAD+3 ;Send acknowledgement CWT40: LDA COMAD AND #$F2 CMP #$C0 BEQ CWT60 CMP #$C2 BEQ CWT40 LDA COMAD+2 CWT50: JMP RESTRT ;Jump to start if comms disabled or ENDTRN called CWT60: JMP COMCT ;Jump back to debugger CWTLN EQU $-COMWT ;PC FOR KASM COMTYP EQU COMBUF+CWTLN ;Breakpoint type DBUGFL EQU COMTYP+1 ;Debug flag/counter COMLEN EQU CWTLN+2 ;Total length of buffer ;----------------------------------------------------------------------------- ;Transmit data to host PC ;HL points to data, BC is the length ;----------------------------------------------------------------------------- CTXBUF: LDA #0 STA COMSUM CTX10: LDY #0 LDA (COMPTR),Y INC COMPTR BNE CTX12 INC COMPTR+1 CTX12: TAY CLC ADC COMSUM ;Checksum STA COMSUM TYA JSR COMTX ;Send byte BCS CTX50 ;Error LDA COMCTR BNE CTX14 DEC COMCTR+1 CTX14: DEC COMCTR BNE CTX10 LDA COMCTR+1 BNE CTX10 LDA COMSUM ;Send checksum ;Send a byte (in A) COMTX: STA COMVAL LDA #$C2 STA COMINP LDX #2/2 LDY #4 SEC ROL COMVAL TXA CTX20: ROL A TAX CTX30: LDA COMAD ;Wait for handshake EOR COMINP AND #$F2 BEQ CTX40 EOR #$02 BEQ CTX30 AND #$70 SEC BNE CTX50 ;Exit if comms disabled LDA COMINP AND #$08 BNE CTX30 CTX40: LDA COMINP ;Send first bit even if host PC is not ready ORA #$08 STA COMINP LDA COMAD,X TYA EOR #$01 TAY LDA COMINP EOR #$02 STA COMINP LDA COMAD,Y TXA ROR A CLC ROL COMVAL BNE CTX20 CLC CTX50: RTS ;On exit NC=send OK, C=comms disabled ;----------------------------------------------------------------------------- ;Receive data from host PC ;HL points to data, BC is the length ;----------------------------------------------------------------------------- CRXBUF: LDA #0 CRXB: STA COMSUM CRXLP: JSR COMRX ;Load byte BCS CRX6 ;Error LDY #0 STA (COMPTR),Y INC COMPTR BNE CRX2 INC COMPTR+1 CRX2: CLC ADC COMSUM STA COMSUM LDA COMCTR BNE CRX4 DEC COMCTR+1 CRX4: DEC COMCTR BNE CRXLP LDA COMCTR+1 BNE CRXLP JSR COMRX ;Load checksum BCS CRX6 ;Error EOR COMSUM CLC ADC #$FF ;Signal error if checksums do not match CRX6: RTS ;On exit NC=load OK, C=comms disabled or error ;----------------------------------------------------------------------------- ;Receive a byte from host PC ;----------------------------------------------------------------------------- COMRX: LDX #6 LDA #$01 STA COMVAL LDA #$C0 STA COMINP CRX10: LDA COMAD ;Wait for handshake AND #$F2 EOR COMINP BEQ CRX20 EOR #$02 BEQ CRX10 EOR COMINP EOR #$42 BNE CRX15 ;Jump if comms disabled LDA COMVAL ;Check for 'enter ram' command EOR #3 CRX15: SEC RTS CRX20: TXA EOR #$01 TAX LDA COMINP EOR #$02 STA COMINP LDA COMAD CMP COMAD,X ROR A ROL COMVAL BCC CRX10 LDA COMVAL CLC RTS ;On exit NC=load OK, value in A ; C and A=0 - Enter ram command ; C and A<>0 - Comms transfer ended ;----------------------------------------------------------------------------- BEGIN2: jsr Sound_Init CLR16 lda #0 sta <editnum sta <PCparameter lda #$FF sta <PCsndcall sta <PCsonybank sta <PCsonybyte sta <PCsonyvalue sta <PCactive ;----------------------------------------------------------------------------- ;JOYSTICK READ LOOP ;------------------------------------------------------------------------------- MAINLOOP: CLRLONGA ;1st ensure full 6502 mode CLR16 jsr COMMS CALLchk lda <PCsndcall ;check for sound call from PC cmp #$FF beq ROMchk sta <PCactive ;start 'ReceiveData' ldx <PCparameter ;#$FF ;full volume jsr SendSound ;sound call from PC lda #$FF sta <PCsndcall ;cancel flag jmp JOYchk ROMchk lda <PCsonybank ;check for download call from PC cmp #$FF beq SONYchk sta <PCactive ;start 'ReceiveData' jsr Send_Data lda #$FF sta <PCsonybank ;cancel flag SONYchk lda <PCsonybyte ;check for byte edit from PC cmp #$FF beq JOYchk jsr SendByte lda #$FF sta <PCsonybyte ;cancel flag JOYchk jsr ReadJoy ;full brightness (1 Vblank) ldx <stick txa and #8 bne UPKEY txa and #4 bne DNKEY txa and #$20 bne SELECT txa and #$10 bne STRTBUT txa and #$40 bne YBUT bra RELEASE UPKEY lda <editnum inc a sta <editnum bra KEYEND DNKEY lda <editnum dec a bpl down2 lda #0 down2: sta <editnum bra KEYEND SELECT lda #$80 jsr SendSound bra KEYEND YBUT lda #$81 jsr SendSound bra KEYEND STRTBUT lda <editnum ldx #$FF ;full volume jsr SendSound bra KEYEND KEYEND jsr ReadJoy ;full brightness lda <stick cmp #0 bne KEYEND ;wait for key release RELEASE ldx #$08 stx $2100 ;set to half brightness lda <PCactive cmp #$FF beq RDskip ;ignore 'ReceiveData' until any PC call ; jsr Info_Mode jsr ReceiveStatus jsr ReceiveData ;1 upload per 40mS (2 Vblanks) ; lda <SONYstatus ;add these 2 lines for checking status ; sta <globoffset lda <SONYtrk0call ;add these 2 lines for checking trk0call sta <trk0call ;move value to end of SONY buffer RDskip jsr WaitVB jmp MAINLOOP ;i.e. every 5 ReadAllChannels @ 8mS ;------------------------------------------------------------------------------- ;SUBROUTINES ;------------------------------------------------------------------------------- Info_Mode: CLR16 php sei ;disable any other interrupts I_M0: lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne I_M0 ;previous call still not finished lda #$83 ;INFOMODE sta >APU_PORT0 lda #0 ;0=status(default)/1=clock sta >APU_PORT1 inc <callnum lda <callnum sta >APU_PORT3 ;forces a new call plp ;restore any interrupts rts ;----------------------------------------------------------------------------- ReceiveClock: SETLONGA ;clock is waiting in PORT1 & 2 lda >APU_PORT1 ;16 bit (get data word) sta <SONYclock ;PORT1=low byte/PORT2=high byte CLRLONGA ;top bit of PORT2='0' (running) rts ;='1' (all sound stopped) ReceiveStatus: SETLONGA lda >APU_PORT1 ;bits 0-7 are '0' (channel active) sta <SONYstatus CLRLONGA rts ;'1' (channel stopped) ;----------------------------------------------------------------------------- ReceiveData: CLR16 php sei ;disable any other interrupts RD_0: lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne RD_0 ;previous call still not finished lda #$85 ;RECEIVE data sta >APU_PORT0 inc <callnum lda <callnum sta >APU_PORT3 ;confirms a new call ldy #0 RD_wait: lda >APU_PORT0 cmp <callnum bne RD_wait ;wait for SOUND CPU 'READY' lda >APU_PORT1 sta SONYbuffer,y ;store data byte inc <callnum lda <callnum sta >APU_PORT3 ;confirms byte received iny cpy #60 bcc RD_wait plp rts ;------------------------------------------------------------------------------- SendByte: CLR16 php sei ;disable any other interrupts SB_0: lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne SB_0 ;previous call still not finished lda #$84 ;DOWNLOAD byte (music) sta >APU_PORT0 lda <PCsonyaddr sta >APU_PORT1 lda <PCsonyaddr+1 sta >APU_PORT2 ;place address on PORTs 1 & 2 inc <callnum lda <callnum sta >APU_PORT3 ;confirms a new call SB_wait lda >APU_PORT0 cmp <callnum bne SB_wait ;'address received' acknowledge lda <PCsonyvalue ;now place edited byte on PORT1 sta >APU_PORT1 inc <callnum lda <callnum sta >APU_PORT3 ;confirms byte ready plp ;restore any interrupts rts ;----------------------------------------------------------------------------- SendSound: CLR16 pha ;save call number lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne SoundAbort ;previous call still not finished pla sta >APU_PORT0 ;store new call txa sta >APU_PORT1 ;store new volume inc <callnum lda <callnum sta >APU_PORT3 ;confirms a new call rts SoundAbort: pla rts ;----------------------------------------------------------------------------- Send_Data: CLR16 php sei ;disable any other interrupts S_D0: lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne S_D0 ;previous call still not finished lda #$82 ;DOWNLOAD data (music) sta >APU_PORT0 inc <callnum lda <callnum sta >APU_PORT3 ;forces a new call SET16 lda #Musicdata sta <SonyAddr lda #Musicdata>>16 sta <SonyAddr+2 jsr SONY_send sta >APU_PORT3 plp ;restore any interrupts rts ;----------------------------------------------------------------------------- Send_Mute: CLR16 php sei ;disable any other interrupts S_M0: lda >APU_PORT0 ;latest value sent by SOUND CPU cmp <callnum bne S_M0 ;previous call still not finished lda #$86 ;MUTE sta >APU_PORT0 txa sta >APU_PORT1 ;store new mute value inc <callnum lda <callnum sta >APU_PORT3 ;forces a new call plp ;restore any interrupts rts ;----------------------------------------------------------------------------- Sound_Init: php sei ;disable any other interrupts SET16 lda #MusicInit ;download SNES_CLR.BIN (24 bit address) sta <SonyAddr lda #RamII lda #MusicInit>>16 sta <SonyAddr+2 jsr Boot_APU ;exits straight to IPLROM SET16 lda #MusicDriver ;download driver (24 bit address) sta <SonyAddr lda #RamII lda #MusicDriver>>16 sta <SonyAddr+2 jsr SONY_send lda #$82 ;DOWNLOAD data (music) sta >APU_PORT0 SET16 lda #Musicdata sta <SonyAddr lda #Musicdata>>16 sta <SonyAddr+2 jsr SONY_send lda #$82 ;DOWNLOAD data (samples) sta >APU_PORT0 SET16 lda #Samples1 sta <SonyAddr lda #Samples1>>16 sta <SonyAddr+2 jsr SONY_send lda #$82 ;DOWNLOAD data (samples) sta >APU_PORT0 SET16 lda #Samples2 sta <SonyAddr lda #Samples2>>16 sta <SonyAddr+2 jsr SONY_send sta >APU_PORT3 ;init PORT3 to $FF plp ;restore any interrupts rts ;----------------------------------------------------------------------------- SONY_send: jsr Boot_APU CLR16 @wait0: lda >APU_PORT0 ;wait for handshake bne @wait0 dec a sta >APU_PORT2 ;acknowledge handshake sta <callnum ;init call number to $FF rts ;------------------------------------------------------------------------------- ;SOUND BOOT LOADER V1.1 (from Appendix D of the SNES manual) ;------------------------------------------------------------------------------- Boot_APU: php SET16 ldy #|$0000 ;16 bit lda #$bbaa boot_initial: cmp >APU_PORT0 ;16 bit (i.e. check PORT0 & PORT1) bne boot_initial ;wait for SONY init state CLRLONGA lda #$cc bra boot_entry1 boot_repeat: lda [SonyAddr],y iny xba lda #0 bra boot_entry2 boot_loop: xba lda [SonyAddr],y iny xba boot_wait1: cmp >APU_PORT0 bne boot_wait1 ;wait till accepted inc a boot_entry2: SETLONGA sta >APU_PORT0 ;16 bit (i.e. to PORT0 & PORT1) CLRLONGA dex ;16 bit data quantity bne boot_loop boot_wait2: cmp >APU_PORT0 bne boot_wait2 boot_zero: adc #3 beq boot_zero boot_entry1: pha SETLONGA lda [SonyAddr],y ;16 bit (get data quantity word) iny iny ;skip past word tax ;& save data quantity word in x lda [SonyAddr],y ;16 bit (get transfer address) iny iny sta >APU_PORT2 ;16 bit (store to PORT2 & PORT3) CLRLONGA cpx #|0001 ;set carry if >=1 (16 bits) lda #00 rol a ;a=1 (if quantity is 1 or more) sta >APU_PORT1 ;PORT1 = 1 (more) or 0 (end) adc #$7f ;A=$80 (more) or $7F (end) pla sta >APU_PORT0 ; cpx #|0001 ;REV.D anti-hang mod ; bcc boot_ret ;REV.D anti-hang mod boot_wait3: cmp >APU_PORT0 bne boot_wait3 bvs boot_repeat ;if more boot_ret: plp rts ;----------------------------------------------------------------------------- ClearRegisters: jsr ClearMod jsr ClearMod rts ClearMod SET16 ldy #|0000 lda #|0000 ClearLoop sta |$2100,y iny iny cpy #$210c bcc Clearloop CLR16 rts ;----------------------------------------------------------------------------- InitRegisters: CLR16 lda #$00 ;Mode 0 sta $2105 stz $2106 ;Mosaic off stz $2107 stz $2108 stz $2109 stz $210A ; Screen size (Four 2x2) lda #$02 sta $210B stz $210C ; Character address. (Null) lda #$30 sta $2130 lda #$e0 sta $2132 stz $2133 ; SetIn lda #$01 sta $212c ; Main Screen Destination sta $212d lda #$01 sta $211e stz $211e lda #01 sta $211b stz $211b stz $2106 ;Turn off Mosaic lda #$ff sta $4201 lda #$01 sta $4200 ; JOY-C Enable lda #$01 sta $4212 ; Automatic Joystick? lda $4016 and #$fe sta $4016 ; Standard NES Joystick Registers stz $2121 ;WRITE COLOURS TO COLOUR REGISTERS lda #$00 ldx #$00 colour: clc adc #$12 sta $2122 sta $2122 dex bne colour lda #$80 ;Fill VRAM with rubbish sta $2115 lda #$00 sta $2116 stz $2117 lda #$0f ldy #$00 rubbishfill ldx #$00 smallfill sta $2118 sta $2119 dex bne smallfill dey bne rubbishfill stz |$0044 stz $2116 stz $2117 ldy #$00 tloop1 ldx #$00 tloop2 lda $2139 cmp #$0f bne hang dex bne tloop2 dey bne tloop1 jmp missem hang lda #$44 sta |$0044 ;needed? missem: CLR16 lda #$0F sta $2100 ;Release forced blank rts ;------------------------------------------------------------------------------- ReadJoy: CLR16 ldx #$0f stx $2100 ;full brightness jsr WaitVB ReadJ2: lda $4212 and #$80 bne ReadJ2 ;wait for non-blanking period ReadJ3: lda $4212 and #$01 bne ReadJ3 lda $4219 sta <stick rts ;----------------------------------------------------------------------------- WaitVB: pha VB_Loop1: lda $4212 and #$80 bne VB_Loop1 ; Wait for Non Blanking period VB_Loop2: lda $4212 and #$80 beq VB_Loop2 ; Now, wait for Blanking Period. pla rts ;------------------------------------------------------------------------------- ;Binary data file section ;------------------------------------------------------------------------------- MusicDriver: include C:\martin\snes\D-SNES34.BIN (bin) DriverEnd: ORG $9300 MusicData: include c:\martin\snes\spawn1sn.snd (bin) Bank1end: ORG $FF00 MusicInit: include C:\martin\snes\SONY-CLR.BIN (bin) ORG $FFE6 DW BEGIN ;65C816 BRK vector ORG $FFFC DW BEGIN ;6502 reset button jump vector ;----------------------------------------------------------------------------- ORG $10000 ;BANK 1 ESYS ROM address ; include INTRO_1.BIN (bin) ; include IGNIT_1.BIN (bin) ; include STEEL_1.BIN (bin) ; include c:\martin\snes\BEAT_1.BIN (bin) include c:\martin\snes\spawn1.bin (bin) ORG $18000 ;BANK 1 assembly address Samples1: ;----------------------------------------------------------------------------- ORG $18000 ;BANK 2 ESYS ROM address ; include INTRO_2.BIN (bin) ; include IGNIT_2.BIN (bin) ; include STEEL_2.BIN (bin) ; include c:\martin\snes\BEAT_2.BIN (bin) include c:\martin\snes\spawn1a.bin (bin) ORG $28000 ;BANK 2 assembly address Samples2: ;-----------------------------------------------------------------------------