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danwerner21danwerner21
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add software binaries
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‎6502PROC/software/hi.com

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‎6502PROC/software/hi.hex

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:016FFF000091
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:20700000AD6D032920C900F0F7A90A8D6803AD6D032920C900F0F7A90D8D6803AD6D0329A5
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:2070200020C900F0F7A9488D6803AD6D032920C900F0F7A9698D6803AD6D032920C900F058
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:20704000F7A90A8D6803AD6D032920C900F0F7A90D8D6803ADFF030000000000000000001B
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:107FF0000000000000000000000000F000F000F0B1
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:00000001FF

‎6502PROC/software/hi.lst

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ca65 V2.18 - Ubuntu 2.19-1
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Main file : hi.asm
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Current file: hi.asm
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000000r 1 ;__HI___________________________________________________________
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000000r 1 ;
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000000r 1 ; This is a quick program that can be uploaded to the MBC from
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000000r 1 ; Z80 mode. It will print a "Hi" to the UART then return control
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000000r 1 ; to the Z80. It does not require the stack to be available and
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000000r 1 ; is pretty much the simplest code imaginable. :)
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000000r 1 ;
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000000r 1 ; This requires the SBC is secondary to a Z80.
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000000r 1 ; hi.hex file can be loaded from the monitor. Ensure that jumpers J1 and J4
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000000r 1 ; are set for 2&3, the 6502 toggle IO address is set for $FF and
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000000r 1 ; the 65C02 board is set for IOPage 03.
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000000r 1 ; remember that bit A15 is inverted on the board so the dip switch is set to $83.
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000000r 1 ;
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000000r 1 ; To run from the MBC Z80 monitor
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000000r 1 ;
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000000r 1 ; first set the MPCL to allow RAM in the low bank
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000000r 1 ; >O 7C 80
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000000r 1 ; >O 78 80
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000000r 1 ;
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000000r 1 ; then load the .HEX file.
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000000r 1 ; >L
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000000r 1 ;
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000000r 1 ;
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000000r 1 ; Finally transfer control to the 65C02 by reading the toggle register
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000000r 1 ; >I FF
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000000r 1 ;
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000000r 1 ; The '02 should reset run this program and return to the Z80 monitor
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000000r 1 ;
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000000r 1 ; From CP/M, you can simply execute the hi.com program.
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000000r 1 ;_______________________________________________________________
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000000r 1
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000000r 1 ; UART 16C550 SERIAL -- Assumes IO is in page $03 -- DIP Switch settings $83
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000000r 1 UART0 = $0368 ; DATA IN/OUT
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000000r 1 UART1 = $0369 ; CHECK RX
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000000r 1 UART2 = $036A ; INTERRUPTS
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000000r 1 UART3 = $036B ; LINE CONTROL
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000000r 1 UART4 = $036C ; MODEM CONTROL
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000000r 1 UART5 = $036D ; LINE STATUS
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000000r 1 UART6 = $036E ; MODEM STATUS
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000000r 1 UART7 = $036F ; SCRATCH REG.
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000000r 1
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000000r 1 ; this is Z80 code that is used to be able to run this as a .COM file. It is truncated
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000000r 1 ; when the various .HEX files are generated
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000000r 1 ;
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000000r 1 .segment "LOADER"
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000000r 1 F3 .BYTE $F3 ;DI - DISABLE INTERRUPTS
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000001r 1 01 00 10 .BYTE $01,$00,$10 ;LD BC,$1000 -BYTES TO MOVE
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000004r 1 11 00 70 .BYTE $11,$00,$70 ;LD DE,$7000 -DESTINATION ADDRESS (6502 IS !A15)
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000007r 1 21 20 01 .BYTE $21,$20,$01 ;LD HL,$0120 -SOURCE ADDRESS
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00000Ar 1 ED B0 .BYTE $ED,$B0 ;LDIR -COPY RAM
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00000Cr 1 DB FF .BYTE $DB,$FF ;IN A,$FF -ENABLE 6502
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00000Er 1 0E 00 .BYTE $0E,$00 ;LD C,00H -CP/M SYSTEM RESET CALL
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000010r 1 CD 05 00 .BYTE $CD,$05,$00 ;CALL 0005H -RETURN TO PROMPT
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000013r 1 ;
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000013r 1 ;
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000013r 1 ;
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000013r 1
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000013r 1 .segment "TROM"
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000000r 1
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000000r 1 ;__COLD_START___________________________________________________
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000000r 1 ;
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000000r 1 ; PERFORM SYSTEM COLD INIT
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000000r 1 ;
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000000r 1 ;_______________________________________________________________
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000000r 1 COLD_START:
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000000r 1
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000000r 1 TX_BUSYLP2a:
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000000r 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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000003r 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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000005r 1 C9 00 CMP #$00
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000007r 1 F0 F7 BEQ TX_BUSYLP2a ; IF NOT REPEAT
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000009r 1 A9 0A LDA #10
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00000Br 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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00000Er 1
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00000Er 1 TX_BUSYLP3a:
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00000Er 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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000011r 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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000013r 1 C9 00 CMP #$00
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000015r 1 F0 F7 BEQ TX_BUSYLP3a ; IF NOT REPEAT
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000017r 1 A9 0D LDA #13
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000019r 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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00001Cr 1
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00001Cr 1 TX_BUSYLP:
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00001Cr 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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00001Fr 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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000021r 1 C9 00 CMP #$00
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000023r 1 F0 F7 BEQ TX_BUSYLP ; IF NOT REPEAT
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000025r 1 A9 48 LDA #'H'
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000027r 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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00002Ar 1 TX_BUSYLP1:
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00002Ar 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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00002Dr 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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00002Fr 1 C9 00 CMP #$00
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000031r 1 F0 F7 BEQ TX_BUSYLP1 ; IF NOT REPEAT
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000033r 1 A9 69 LDA #'i'
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000035r 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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000038r 1
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000038r 1 TX_BUSYLP2:
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000038r 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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00003Br 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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00003Dr 1 C9 00 CMP #$00
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00003Fr 1 F0 F7 BEQ TX_BUSYLP2 ; IF NOT REPEAT
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000041r 1 A9 0A LDA #10
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000043r 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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000046r 1
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000046r 1 TX_BUSYLP3:
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000046r 1 AD 6D 03 LDA UART5 ; READ LINE STATUS REGISTER
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000049r 1 29 20 AND #$20 ; TEST IF UART IS READY TO SEND (BIT 5)
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00004Br 1 C9 00 CMP #$00
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00004Dr 1 F0 F7 BEQ TX_BUSYLP3 ; IF NOT REPEAT
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00004Fr 1 A9 0D LDA #13
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000051r 1 8D 68 03 STA UART0 ; THEN WRITE THE CHAR TO UART
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000054r 1
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000054r 1
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000054r 1 AD FF 03 LDA $03FF ; Ping the register to go back to Z80
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000057r 1
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000057r 1
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000057r 1 .segment "VECTORS"
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000000r 1 ; $FFFA
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000000r 1 rr rr NMIVECTOR: .WORD COLD_START ;
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000002r 1 rr rr RSTVECTOR: .WORD COLD_START ;
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000004r 1 rr rr INTVECTOR: .WORD COLD_START ;
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000006r 1
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000006r 1 ENDOFIMAGE:
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000006r 1 .END

‎6502PROC/software/hi.map

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Modules list:
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-------------
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hi.o:
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LOADER Offs=000000 Size=000013 Align=00001 Fill=0000
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TROM Offs=000000 Size=000057 Align=00001 Fill=0000
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VECTORS Offs=000000 Size=000006 Align=00001 Fill=0000
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Segment list:
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-------------
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Name Start End Size Align
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----------------------------------------------------
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LOADER 00EFE0 00EFF2 000013 00001
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TROM 00F000 00F056 000057 00001
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VECTORS 00FFFA 00FFFF 000006 00001
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Exports list by name:
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---------------------
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Exports list by value:
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----------------------
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Imports list:
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-------------
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