Mercurial > hg > Members > kono > nitros9-code
view defs/atari.d @ 2898:28ed72477814 lwtools-port
Dummy merge of default branch into lwtools
hg -y merge --tool=internal:fail default
hg revert --all --no-backup --rev .
hg resolve -a -m
This dummy merge discards any changes from the default branch
so that the result is the same as what lwtools already had.
When merging back to default branch later, the discarded
changes will be discarded there also, so the result
will be that the default branch will contain what
the lwtools branch had before these merges.
Only scripts/burst was "rescued" from default branch.
| author | Tormod Volden <debian.tormod@gmail.com> |
|---|---|
| date | Sat, 11 Jan 2014 18:40:44 +0100 |
| parents | ca65720ee373 |
| children | 1c75a05d3304 |
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ifne ATARI.D-1 ATARI.D set 1 ******************************************************************** * AtariDefs - NitrOS-9 System Definitions for the Atari XE/XL * * This is a high level view of the Atari XE/XL memory map as setup by * NitrOS-9. * * $0000----> ================================== * | | * | NitrOS-9 Globals/Stack | * | | * $0500---->|==================================| * | | * | Atari | * $0500-$08BF | Screen Memory | * | (40x24) | * | | * |----------------------------------| * $08C0-$08FF | ANTIC Display List | * $9000---->|----------------------------------| * | | * . . . . . . . . . . . . . . . . . * | | * | RAM available for allocation | * | by NitrOS-9 and Apps | * | | * . . . . . . . . . . . . . . . . . * | | * $C000---->|==================================| * | | * $C000-$CFFF | ROM | * | | * $D000---->|==================================| * | | * | XEGS Memory Mapped I/O Region | * |(may differ in location on others)| * | | * $D800---->|==================================| * | | * $D800-$FFFF | ROM | * | | * |==================================| * * Note that ROM above becomes RAM if booting from DriveWire. * * Atari Hardware is documented here: * http://user.xmission.com/~trevin/atari/pokey_regs.html * * $Id$ * * Edt/Rev YYYY/MM/DD Modified by * Comment * ------------------------------------------------------------------ * 2012/02/23 Boisy G. Pitre * Started nam AtariDefs ttl NitrOS-9 System Definitions for the Atari XE/XL ********************************** * Power Line Frequency Definitions * Hz50 equ 1 Assemble clock for 50 hz power Hz60 equ 2 Assemble clock for 60 hz power IFNDEF PwrLnFrq PwrLnFrq set Hz60 Set to Appropriate freq ENDC ********************************** * Ticks per second * IFNDEF TkPerSec ifeq PwrLnFrq-Hz50 TkPerSec set 50 else TkPerSec set 60 endc ENDC ************************************************* * * NitrOS-9 Level 1 Section * ************************************************* HW.Page set $FF Device descriptor hardware page ******************************************************************** * NitrOS-9 Memory Definitions for the Atari XE/XL * * The Atari's support chips have certain alignment restrictions for * things like screen memory, display lists and character maps. For this * reason, we reserve some low memory for the screen. * * Screen memory range is $0500-$08FF (1K). Of that, 40*24 (960) bytes * are for the screen buffer and the remaining 64 bytes are for the * ANTIC's Display List G.Cols equ 40 G.Rows equ 24 G.ScrStart equ $0500 G.ScrEnd equ G.ScrStart+(G.Cols*G.Rows) * The Character Set must be aligned to a 4K address. We can really only * guarnatee that in the Krn module, which is always at the end of RAM. So * for now, the character set is located at $F800 G.CharSetAddr equ $F800 * POKEY requires shadow registers. We allocate them in the kernel's DP * (Yes, we are stealing an existing variable that is so old it should be * removed from os9defs) D.IRQENShdw equ $02 ; was D.WDBtDr D.SKCTLShdw equ $03 ; was D.SWPage * The clock interrupt is driven by the unmaskable NMI. Therefore, * the rbdw3 driver uses the DWIOSEMA flag in the D.ATARIFLAGS field as * a signal, setting it before doing an DW operation and clearing it after. * The clock ISR checks if this flag is set, and, if so, defers the OP_TIME * command to the server. DWIOSEMA equ %10000000 ******************************************************************** * Atari XE/XL Hardware Definitions * * These were lifted from the Atari OS disassembly, and represents all * of the hardware registers available on the Atari XE/XL * ************************************************* ** CTIA/GTIA Address Equates CTIA equ $D000 ;CTIA/GTIA area * Read/Write Addresses CONSOL equ CTIA+$1F ;console switches and speaker control * Read Addresses M0PF equ CTIA+$00 ;missle 0 and playfield collision M1PF equ CTIA+$01 ;missle 1 and playfield collision M2PF equ CTIA+$02 ;missle 2 and playfield collision M3PF equ CTIA+$03 ;missle 3 and playfield collision P0PF equ CTIA+$04 ;player 0 and playfield collision P1PF equ CTIA+$05 ;player 1 and playfield collision P2PF equ CTIA+$06 ;player 2 and playfield collision P3PF equ CTIA+$07 ;player 3 and playfield collision M0PL equ CTIA+$08 ;missle 0 and player collision M1PL equ CTIA+$09 ;missle 1 and player collision M2PL equ CTIA+$0A ;missle 2 and player collision M3PL equ CTIA+$0B ;missle 3 and player collision P0PL equ CTIA+$0C ;player 0 and player collision P1PL equ CTIA+$0D ;player 1 and player collision P2PL equ CTIA+$0E ;player 2 and player collision P3PL equ CTIA+$0F ;player 3 and player collision TRIG0 equ CTIA+$10 ;joystick trigger 0 TRIG1 equ CTIA+$11 ;joystick trigger 1 TRIG2 equ CTIA+$12 ;cartridge interlock TRIG3 equ CTIA+$13 ;ACMI module interlock PAL equ CTIA+$14 ;PAL/NTSC indicator * Write Addresses HPOSP0 equ CTIA+$00 ;player 0 horizontal position HPOSP1 equ CTIA+$01 ;player 1 horizontal position HPOSP2 equ CTIA+$02 ;player 2 horizontal position HPOSP3 equ CTIA+$03 ;player 3 horizontal position HPOSM0 equ CTIA+$04 ;missle 0 horizontal position HPOSM1 equ CTIA+$05 ;missle 1 horizontal position HPOSM2 equ CTIA+$06 ;missle 2 horizontal position HPOSM3 equ CTIA+$07 ;missle 3 horizontal position SIZEP0 equ CTIA+$08 ;player 0 size SIZEP1 equ CTIA+$09 ;player 1 size SIZEP2 equ CTIA+$0A ;player 2 size SIZEP3 equ CTIA+$0B ;player 3 size SIZEM equ CTIA+$0C ;missle sizes GRAFP0 equ CTIA+$0D ;player 0 graphics GRAFP1 equ CTIA+$0E ;player 1 graphics GRAFP2 equ CTIA+$0F ;player 2 graphics GRAFP3 equ CTIA+$10 ;player 3 graphics GRAFM equ CTIA+$11 ;missle graphics COLPM0 equ CTIA+$12 ;player-missle 0 color/luminance COLPM1 equ CTIA+$13 ;player-missle 1 color/luminance COLPM2 equ CTIA+$14 ;player-missle 2 color/luminance COLPM3 equ CTIA+$15 ;player-missle 3 color/luminance COLPF0 equ CTIA+$16 ;playfield 0 color/luminance COLPF1 equ CTIA+$17 ;playfield 1 color/luminance COLPF2 equ CTIA+$18 ;playfield 2 color/luminance COLPF3 equ CTIA+$19 ;playfield 3 color/luminance COLBK equ CTIA+$1A ;background color/luminance PRIOR equ CTIA+$1B ;priority select VDELAY equ CTIA+$1C ;vertical delay GRACTL equ CTIA+$1D ;graphic control HITCLR equ CTIA+$1E ;collision clear ************************************************* ** POKEY Address Equates POKEY equ $D200 ;POKEY area *Read Addresses POT0 equ POKEY+$00 ;potentiometer 0 POT1 equ POKEY+$01 ;potentiometer 1 POT2 equ POKEY+$02 ;potentiometer 2 POT3 equ POKEY+$03 ;potentiometer 3 POT4 equ POKEY+$04 ;potentiometer 4 POT5 equ POKEY+$05 ;potentiometer 5 POT6 equ POKEY+$06 ;potentiometer 6 POT7 equ POKEY+$07 ;potentiometer 7 ALLPOT equ POKEY+$08 ;potentiometer port state KBCODE equ POKEY+$09 ;keyboard code RANDOM equ POKEY+$0A ;random number generator SERIN equ POKEY+$0D ;serial port input IRQST equ POKEY+$0E ;IRQ interrupt status IRQST.BREAKDOWN equ %10000000 IRQST.KEYDOWN equ %01000000 IRQST.SERINRDY equ %00100000 IRQST.SEROUTNEEDED equ %00010000 IRQST.SEROUTDONE equ %00001000 IRQST.TIMER4 equ %00000100 IRQST.TIMER2 equ %00000010 IRQST.TIMER1 equ %00000001 SKSTAT equ POKEY+$0F ;serial port and keyboard status * Write Addresses AUDF1 equ POKEY+$00 ;channel 1 audio frequency AUDC1 equ POKEY+$01 ;channel 1 audio control AUDF2 equ POKEY+$02 ;channel 2 audio frequency AUDC2 equ POKEY+$03 ;channel 2 audio control AUDF3 equ POKEY+$04 ;channel 3 audio frequency AUDC3 equ POKEY+$05 ;channel 3 audio control AUDF4 equ POKEY+$06 ;channel 4 audio frequency AUDC4 equ POKEY+$07 ;channel 4 audio control AUDCTL equ POKEY+$08 ;audio control STIMER equ POKEY+$09 ;start timers SKRES equ POKEY+$0A ;reset SKSTAT status POTGO equ POKEY+$0B ;start potentiometer scan sequence SEROUT equ POKEY+$0D ;serial port output IRQEN equ POKEY+$0E ;IRQ interrupt enable IRQEN.BREAKDOWN equ %10000000 IRQEN.KEYDOWN equ %01000000 IRQEN.SERINRDY equ %00100000 IRQEN.SEROUTNEEDED equ %00010000 IRQEN.SEROUTDONE equ %00001000 IRQEN.TIMER4 equ %00000100 IRQEN.TIMER2 equ %00000010 IRQEN.TIMER1 equ %00000001 SKCTL equ POKEY+$0F ;serial port and keyboard control SKCTL.FORECEBREAK equ %10000000 SKCTL.SERMODECTRLMASK equ %01110000 SKCTL.SERMODEOUT equ %00100000 SKCTL.SERMODEIN equ %00010000 SKCTL.TWOTONEMODE equ %00001000 SKCTL.FASTPOTSCAN equ %00000100 SKCTL.KEYBRDSCAN equ %00000010 SKCTL.KEYDEBOUNCE equ %00000001 ************************************************* ** PIA Address Equates PIA equ $D300 ;PIA area * Read/Write Addresses PORTA equ PIA+$00 ;port A direction register or jacks 0 and 1 PORTB equ PIA+$01 ;port B direction register or memory control PACTL equ PIA+$02 ;port A control PBCTL equ PIA+$03 ;port B control * PIA bit assignments for XEGS: * bit 7 0 = Self-Test switched in, but only if OS Rom is also switched in * bit 6 0 = Missile Command @ $A000 but ony if Basic Rom is switched out * * bit 1 0 = Basic switched in * bit 0 1 = OS Rom switched in, opposite behaviour for this bit vs all the others relating to Rom. ************************************************* ** ANTIC Address Equates ANTIC equ $D400 ;ANTIC area * Read Addresses VCOUNT equ ANTIC+$0B ;vertical line counter PENH equ ANTIC+$0C ;light pen horizontal position PENV equ ANTIC+$0D ;light pen vertical position NMIST equ ANTIC+$0F ;NMI interrupt status * Write Addresses DMACTL equ ANTIC+$00 ;DMA control CHACTL equ ANTIC+$01 ;character control DLISTL equ ANTIC+$02 ;low display list address DLISTH equ ANTIC+$03 ;high disply list address HSCROL equ ANTIC+$04 ;horizontal scroll VSCROL equ ANTIC+$05 ;vertical scroll PMBASE equ ANTIC+$07 ;player-missle base address CHBASE equ ANTIC+$09 ;character base address WSYNC equ ANTIC+$0A ;wait for HBLANK synchronization NMIEN equ ANTIC+$0E ;NMI enable NMIRES equ ANTIC+$0F ;NMI interrupt status reset ************************************************* ** Display List Equates ADLI equ $80 ;display list interrupt AVB equ $40 ;vertical blank ALMS equ $40 ;set screen data address AVSCR equ $20 AHSCR equ $10 AJMP equ $01 ;jump AEMPTY1 equ $00 AEMPTY2 equ $10 AEMPTY3 equ $20 AEMPTY4 equ $30 AEMPTY5 equ $40 AEMPTY6 equ $50 AEMPTY7 equ $60 AEMPTY8 equ $70 AMODE2 equ $02 AMODE3 equ $03 AMODE4 equ $04 AMODE5 equ $05 AMODE6 equ $06 AMODE7 equ $07 AMODE8 equ $08 AMODE9 equ $09 AMODEA equ $0A AMODEB equ $0B AMODEC equ $0C AMODED equ $0D AMODEE equ $0E AMODEF equ $0F endc