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block_attack.a65
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block_attack.a65
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; ------------------------------------------------------------
; Mad Pascal Compiler version 1.6.9 [2023/08/21] for 6502
; ------------------------------------------------------------
STACKWIDTH = 16
CODEORIGIN = $0980
TRUE = 1
FALSE = 0
; ------------------------------------------------------------
org $80
zpage
.if .def(@vbxe_detect)
fxptr .ds 2 ; VBXE pointer
.fi
.if .def(@AllocMem)||.def(MAIN.SYSTEM.GETMEM)||.def(MAIN.SYSTEM.FREEMEM)
psptr .ds 2 ; PROGRAMSTACK Pointer
.fi
bp .ds 2
bp2 .ds 2
eax .ds 4 ;8 bytes (aex + edx) -> divREAL
edx .ds 4
ecx .ds 4
TMP
ztmp
ztmp8 .ds 1
ztmp9 .ds 1
ztmp10 .ds 1
ztmp11 .ds 1
STACKORIGIN .ds STACKWIDTH*4
zpend
; ------------------------------------------------------------
ax = eax
al = eax
ah = eax+1
cx = ecx
cl = ecx
ch = ecx+1
dx = edx
dl = edx
dh = edx+1
org eax
FP1MAN0 .ds 1
FP1MAN1 .ds 1
FP1MAN2 .ds 1
FP1MAN3 .ds 1
org ztmp8
FP1SGN .ds 1
FP1EXP .ds 1
org edx
FP2MAN0 .ds 1
FP2MAN1 .ds 1
FP2MAN2 .ds 1
FP2MAN3 .ds 1
org ztmp10
FP2SGN .ds 1
FP2EXP .ds 1
org ecx
FPMAN0 .ds 1
FPMAN1 .ds 1
FPMAN2 .ds 1
FPMAN3 .ds 1
org bp2
FPSGN .ds 1
FPEXP .ds 1
.ifdef MAIN.@DEFINES.BASICOFF
org CODEORIGIN
icl 'atari\basicoff.asm'
ini CODEORIGIN
.fi
.ifdef MAIN.@DEFINES.S_VBXE
opt h-
ins 'atari\s_vbxe\sdxld2.obx'
opt h+
.fi
org CODEORIGIN
.local MAIN.@RESOURCE
.endl
.local RESOURCE
icl 'atari\resource.asm'
?EXTDETECT = 0
?VBXDETECT = 0
SAPRPLAY '' SAPR_PLAYER 0 0 0 0 0 0 0 0
.endl
; ------------------------------------------------------------
org CODEORIGIN
STATICDATA
; ------------------------------------------------------------
RTLIB
icl 'rtl6502_a8.asm'
.print 'ZPAGE: ',zpage,'..',zpend-1
.print 'RTBUF: ',@buf,'..',@buf+255
.print 'RTLIB: ',RTLIB,'..',*-1
; ------------------------------------------------------------
START
tsx
stx MAIN.@halt+1
VLEN = VARDATASIZE-VARINITSIZE
VADR = DATAORIGIN+VARINITSIZE
ift VADR > $BFFF
ert 'Invalid memory address range ',VADR
eli (VLEN > 0) && (VLEN <= 256)
ldx #256-VLEN
lda #$00
sta:rne VADR+VLEN-256,x+
eli VLEN>256
m@init
eif
.ifdef psptr
mwa #PROGRAMSTACK psptr
.fi
.ifdef MAIN.@DEFINES.ROMOFF
icl 'atari\romoff.asm'
.fi
ldx #$0F ; DOS II+/D ParamStr
mva:rpl $340,x MAIN.IOCB@COPY,x-
inx ; X = 0
stx bp ; BP = 0
stx audctl ; reset POKEY
stx audctl+$10
lda #3
sta skctl
sta skctl+$10
dex ; X = 255
UNITINITIALIZATION
.local MAIN ; PROCEDURE
jmp l_00F9
; ------------------------------------------------------------
.local SYSTEM ; UNIT
.local STR_0133 ; PROCEDURE | ASSEMBLER | OVERLOAD
; ------------------------------------------------------------
; Generate Assignment for CARDINAL / INTEGER / REAL / SINGLE
; as Pointer
lda :STACKORIGIN,x
sta A
lda :STACKORIGIN+STACKWIDTH,x
sta A+1
lda :STACKORIGIN+STACKWIDTH*2,x
sta A+2
lda :STACKORIGIN+STACKWIDTH*3,x
sta A+3
dex
jmi @main
; ------------------------------------------------------------
; Generate Assignment for WORD / SMALLINT / SHORTREAL / POINTER
; as Pointer
lda :STACKORIGIN,x
sta S
lda :STACKORIGIN+STACKWIDTH,x
sta S+1
dex
@main
; ------------------- ASM Block 00000023 -------------------
txa:pha
inx ; parameter A
inx ; parameter S
@ValueToStr #@printCARD
@buf2str s ; !!! koniecznie przez wskaznik
pla:tax
; ------------------------------------------------------------
A = DATAORIGIN+$000B
S = DATAORIGIN+$000F
@VarData = A
@VarDataSize = 6
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local POKE ; PROCEDURE | ASSEMBLER | REGISTER
; ------------------------------------------------------------
; Generate Assignment for WORD / SMALLINT / SHORTREAL / POINTER
; as Pointer
lda :STACKORIGIN,x
sta A
lda :STACKORIGIN+STACKWIDTH,x
sta A+1
dex
jmi @main
; ------------------------------------------------------------
; Generate Assignment for BYTE / CHAR / SHORTINT / BOOLEAN
; as Pointer
lda :STACKORIGIN,x
sta VALUE
dex
@main
; ------------------- ASM Block 00000024 -------------------
ldy #0
mva value (:edx),y
; ------------------------------------------------------------
A = :EDX
VALUE = :ECX
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local FILLCHAR_0141 ; PROCEDURE | ASSEMBLER | OVERLOAD | REGISTER | INLINE
.MACRO m@INLINE
; ------------------- ASM Block 00000027 -------------------
jsr @fill
.ENDM
; ------------------------------------------------------------
A = :EDX
COUNT = :ECX
VALUE = :EAX
@exit
.endl
.local FILLCHAR_0142 ; PROCEDURE | ASSEMBLER | OVERLOAD | REGISTER | INLINE
.MACRO m@INLINE
; ------------------- ASM Block 00000030 -------------------
jsr @fill
.ENDM
; ------------------------------------------------------------
A = :EDX
COUNT = :ECX
VALUE = :EAX
@exit
.endl
.local MOVE_0143 ; PROCEDURE | ASSEMBLER | OVERLOAD | REGISTER | INLINE
.MACRO m@INLINE
; ------------------- ASM Block 00000033 -------------------
jsr @move
.ENDM
; ------------------------------------------------------------
SOURCE = :EDX
DEST = :ECX
COUNT = :EAX
@exit
.endl
.local MOVE_0144 ; PROCEDURE | ASSEMBLER | OVERLOAD | REGISTER | INLINE
.MACRO m@INLINE
; ------------------- ASM Block 00000035 -------------------
jsr @move
.ENDM
; ------------------------------------------------------------
SOURCE = :EDX
DEST = :ECX
COUNT = :EAX
@exit
.endl
.local PAUSE_016D ; PROCEDURE | ASSEMBLER | OVERLOAD
; ------------------- ASM Block 00000042 -------------------
lda:cmp:req :rtclok+2
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local PAUSE_016E ; PROCEDURE | ASSEMBLER | OVERLOAD
; ------------------- ASM Block 00000043 -------------------
loop lda n
ora n+1
beq stop
lda:cmp:req :rtclok+2
dew n
jmp loop
stop
; ------------------------------------------------------------
N = DATAORIGIN+$0011
@VarData = N
@VarDataSize = 2
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local RANDOMIZE ; PROCEDURE | ASSEMBLER
; ------------------- ASM Block 00000044 -------------------
mva $d20a RndSeed
mva #$00 RndSeed+1
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local RANDOM_0170 ; FUNCTION | ASSEMBLER | OVERLOAD
sta RANGE
; ------------------- ASM Block 00000048 -------------------
;BYTE FUNC Rand(BYTE range)
; returns random number between 0 and
; range-1. If range=0, then a random
; number between 0 and 255 is returned
ldy $d20a ; RANDOM
lda range
beq stop
sta :ecx
sty :eax
jsr imulCL
tay
stop sty Result
@exit
; ------------------------------------------------------------
RANGE = DATAORIGIN+$0013
RESULT = DATAORIGIN+$0014
@VarData = RANGE
@VarDataSize = 1
rts ; ret
.endl
; ------------------------------------------------------------
__PORTB_BANKS = $0101
M_PI_2 = $0648
D_PI_2 = $0192
D_PI_180 = $04
MGTIA = $00
MVBXE = $80
VBXE_XDLADR = $00
VBXE_BCBTMP = $E0
VBXE_BCBADR = $0100
VBXE_MAPADR = $1000
VBXE_CHBASE = $1000
VBXE_OVRADR = $5000
VBXE_WINDOW = $B000
IDLI = $00
IVBL = $01
IVBLD = $01
IVBLI = $02
ITIM1 = $03
ITIM2 = $04
ITIM4 = $05
CH_DELCHR = $FE
CH_ENTER = $9B
CH_ESC = $1B
CH_CURS_UP = $1C
CH_CURS_DOWN = $1D
CH_CURS_LEFT = $1E
CH_CURS_RIGHT = $1F
CH_TAB = $7F
CH_EOL = $9B
CH_CLR = $7D
CH_BELL = $FD
CH_DEL = $7E
CH_DELLINE = $9C
CH_INSLINE = $9D
PAL_PMCOLOR0 = $00
PAL_PMCOLOR1 = $01
PAL_PMCOLOR2 = $02
PAL_PMCOLOR3 = $03
PAL_COLOR0 = $04
PAL_COLOR1 = $05
PAL_COLOR2 = $06
PAL_COLOR3 = $07
PAL_COLBAK = $08
COLOR_BLACK = $00
COLOR_WHITE = $0E
COLOR_RED = $32
COLOR_CYAN = $96
COLOR_VIOLET = $68
COLOR_GREEN = $C4
COLOR_BLUE = $74
COLOR_YELLOW = $EE
COLOR_ORANGE = $28
COLOR_BROWN = $E4
COLOR_LIGHTRED = $3C
COLOR_GRAY1 = $04
COLOR_GRAY2 = $06
COLOR_GRAY3 = $0A
COLOR_LIGHTGREEN = $CC
COLOR_LIGHTBLUE = $7C
FMOPENREAD = $04
FMOPENWRITE = $08
FMOPENAPPEND = $09
FMOPENREADWRITE = $0C
SCREENWIDTH = DATAORIGIN+$0000
SCREENHEIGHT = DATAORIGIN+$0002
DATESEPARATOR = DATAORIGIN+$0004
RND = $D20A
adr.PALETTE = $02C0
.var PALETTE = adr.PALETTE .word
adr.HPALETTE = $D012
.var HPALETTE = adr.HPALETTE .word
FILEMODE = DATAORIGIN+$0005
GRAPHMODE = DATAORIGIN+$0006
IORESULT = DATAORIGIN+$0007
EOLN = DATAORIGIN+$0008
RNDSEED = DATAORIGIN+$0009
.endl ; UNIT SYSTEM
; ------------------------------------------------------------
.local ATARI ; UNIT
; ------------------------------------------------------------
IRQENS = $10
RTCLOK = $12
RTCLOK1 = $12
RTCLOK2 = $13
RTCLOK3 = $14
ATRACT = $4D
LMARGIN = $52
RMARGIN = $53
ROWCRS = $54
COLCRS = $55
DINDEX = $57
SAVMSC = $58
PALNTS = $62
RAMTOP = $6A
VDSLST = $0200
SDLSTL = $0230
TXTROW = $0290
TXTCOL = $0291
TINDEX = $0293
TXTMSC = $0294
SDMCTL = $022F
GPRIOR = $026F
CRSINH = $02F0
CHACT = $02F3
CHBAS = $02F4
CH = $02FC
FILDAT = $02FD
PCOLR0 = $02C0
PCOLR1 = $02C1
PCOLR2 = $02C2
PCOLR3 = $02C3
COLOR0 = $02C4
COLOR1 = $02C5
COLOR2 = $02C6
COLOR3 = $02C7
COLOR4 = $02C8
COLBAKS = $02C8
HPOSP0 = $D000
HPOSP1 = $D001
HPOSP2 = $D002
HPOSP3 = $D003
HPOSM0 = $D004
HPOSM1 = $D005
HPOSM2 = $D006
HPOSM3 = $D007
SIZEP0 = $D008
SIZEP1 = $D009
SIZEP2 = $D00A
SIZEP3 = $D00B
SIZEM = $D00C
GRAFP0 = $D00D
GRAFP1 = $D00E
GRAFP2 = $D00F
GRAFP3 = $D010
GRAFM = $D011
P0PF = $D004
PAL = $D014
TRIG3 = $D013
COLPM0 = $D012
COLPM1 = $D013
COLPM2 = $D014
COLPM3 = $D015
COLPF0 = $D016
COLPF1 = $D017
COLPF2 = $D018
COLPF3 = $D019
COLBK = $D01A
PRIOR = $D01B
GRACTL = $D01D
HITCLR = $D01E
CONSOL = $D01F
AUDF1 = $D200
AUDC1 = $D201
AUDF2 = $D202
AUDC2 = $D203
AUDF3 = $D204
AUDC3 = $D205
AUDF4 = $D206
AUDC4 = $D207
AUDCTL = $D208
KBCODE = $D209
IRQEN = $D20E
SKSTAT = $D20F
PORTA = $D300
PORTB = $D301
PACTL = $D302
DMACTL = $D400
CHACTL = $D401
DLISTL = $D402
HSCROL = $D404
VSCROL = $D405
PMBASE = $D407
CHBASE = $D409
WSYNC = $D40A
VCOUNT = $D40B
PENH = $D40C
PENV = $D40D
NMIEN = $D40E
NMIVEC = $FFFA
RESETVEC = $FFFC
IRQVEC = $FFFE
.endl ; UNIT ATARI
; ------------------------------------------------------------
.local CRT ; UNIT
.local KEYPRESSED ; FUNCTION | ASSEMBLER
; ------------------- ASM Block 00000062 -------------------
ldy #$00 ; false
lda kbcodes
cmp #$ff
seq
iny ; true
sty Result
@exit
; ------------------------------------------------------------
RESULT = DATAORIGIN+$0016
rts ; ret
.endl
; ------------------------------------------------------------
TEXTATTR = DATAORIGIN+$0015
CONSOL = $D01F
CN_START_SELECT_OPTION = $00
CN_SELECT_OPTION = $01
CN_START_OPTION = $02
CN_OPTION = $03
CN_START_SELECT = $04
CN_SELECT = $05
CN_START = $06
CN_NONE = $07
BW40 = $00
CO40 = $01
BW80 = $02
CO80 = $03
MONO = $07
C40 = $01
C80 = $03
BLACK = $00
WHITE = $0F
RED = $26
CYAN = $AC
PURPLE = $48
GREEN = $B6
BLUE = $86
YELLOW = $DC
ORANGE = $18
BROWN = $F4
LIGHT_RED = $2A
DARK_GREY = $04
GREY = $08
LIGHT_GREEN = $BC
LIGHT_BLUE = $9A
LIGHT_GREY = $0C
BLINK = $80
.endl ; UNIT CRT
; ------------------------------------------------------------
.local DOS ; UNIT
; ------------------------------------------------------------
PALNTSC = $D014
.endl ; UNIT DOS
; ------------------------------------------------------------
.local STRUTILS ; UNIT
; ------------------------------------------------------------
.endl ; UNIT STRUTILS
; ------------------------------------------------------------
.local SYSUTILS ; UNIT
.local BYTETOSTR ; FUNCTION | ASSEMBLER
sta A
; ------------------- ASM Block 00000079 -------------------
txa:pha
lda a
ldy #$2f
ldx #$3a
sec
@ iny
sbc #100
bcs @-
@ dex
adc #10
bmi @-
adc #$2f
sta adr.Result+3
stx adr.Result+2
sty adr.Result+1
ldy #3
lp cpy #1
beq skp
lda adr.Result+1
cmp #$30
bne skp
lda adr.Result+2
sta adr.Result+1
lda adr.Result+3
sta adr.Result+2
dey
bne lp
skp sty adr.Result
pla:tax
@exit
; ------------------------------------------------------------
A = DATAORIGIN+$0017
adr.RESULT = [DATAORIGIN+$0018] .array [33]
.var RESULT = adr.RESULT .word
@VarData = A
@VarDataSize = 34
rts ; ret
.endl
; ------------------------------------------------------------
FAREADONLY = $01
FAHIDDEN = $02
FASYSFILE = $04
FAVOLUMEID = $08
FADIRECTORY = $10
FAARCHIVE = $20
FAANYFILE = $3F
.endl ; UNIT SYSUTILS
; ------------------------------------------------------------
.local JGP2 ; UNIT
.local JGPDLI ; PROCEDURE | ASSEMBLER | INTERRUPT
; ------------------- ASM Block 00000089 -------------------
pha
lda #0
.def :JGPCharset = *-1
inc dliCnt ; cycle latency
sta chbase
eor #4
.def :JGPEor = *-1
sta JGPCharset
lda #0
.def :dliCnt = *-1
add cntRow
bpl skp
lda #6
sta colpf1
lda #4
sta colpf2
skp
pla
rti ; ret
.endl
.local DLPOKE ; PROCEDURE
sta B
; optimize OK (JGP2), line = 73
ldy DLIST+1
sty :bp+1
ldy DLIST
lda B
sta (:bp),y
; optimize FAIL (0, JGP2), line = 74
inc DLIST
sne
inc DLIST+1
; ------------------------------------------------------------
B = DATAORIGIN+$003F
@VarData = B
@VarDataSize = 1
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local DLPOKEW ; PROCEDURE
; optimize OK (JGP2), line = 79
ldy DLIST+1
sty :bp+1
ldy DLIST
lda W
sta (:bp),y
; optimize OK (JGP2), line = 80
lda W+1
mwy DLIST :bp2
ldy #$01
sta (:bp2),y
; optimize OK (JGP2), line = 81
lda DLIST
add #$02
sta DLIST
scc
inc DLIST+1
; ------------------------------------------------------------
W = DATAORIGIN+$0040
@VarData = W
@VarDataSize = 2
@exit
.ifdef @new
lda <@VarData
sta :ztmp
lda >@VarData
ldy #@VarDataSize-1
jmp @FreeMem
els
rts ; ret
eif
.endl
.local BUILDDISPLAYLIST ; PROCEDURE
; optimize OK (JGP2), line = 88
lda DLISTADDRESS
sta DLIST
lda DLISTADDRESS+1
sta DLIST+1
; --- WhileProlog
jmp l_01E7
l_01E8
; optimize OK (JGP2), line = 90
lda #$F0
jsr DLPOKE
; optimize FAIL (0, JGP2), line = 91
dec BLANKS
l_01E7
; optimize OK (JGP2), line = 89
lda BLANKS
jne l_01E8
; optimize OK (JGP2), line = 94
dec LINES
; optimize OK (JGP2), line = 96
lda #$E4
jsr DLPOKE
; optimize OK (JGP2), line = 97
lda VRAMADDRESS
sta DLPOKEW.W
lda VRAMADDRESS+1
sta DLPOKEW.W+1
jsr DLPOKEW
; --- WhileProlog
jmp l_020B
l_020C
; optimize OK (JGP2), line = 100
lda #$A4
jsr DLPOKE
; optimize FAIL (0, JGP2), line = 102
dec LINES
l_020B
; optimize OK (JGP2), line = 99
lda LINES
jne l_020C
; optimize OK (JGP2), line = 104