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x65/samples/apple2gs/gsos/macros/Util.Macs.s
2020-02-25 21:29:48 -05:00

789 lines
22 KiB
ArmAsm

*=================================================
* Utility Macros - from Merlin disk
* by Dave Klimas, et al
*
* Copyright Apple Computer, Inc. 1986, 1987
* and Roger Wagner Publishing, Inc. 1988
* All Rights Reserved
*-------------------------------------------------
if 0
;PHWL MAC
; PHW ]1
; PHL ]2
; <<<
;PHLW MAC
; PHL ]1
; PHW ]2
; <<<
;PxW MAC
; DO ]0/1
; PHW ]1
; DO ]0/2
; PHW ]2
; DO ]0/3
; PHW ]3
; DO ]0/4
; PHW ]4
; FIN
; FIN
; FIN
; FIN
; <<<
;PxL MAC
; DO ]0/1
; PHL ]1
; DO ]0/2
; PHL ]2
; DO ]0/3
; PHL ]3
; DO ]0/4
; PHL ]4
; FIN
; FIN
; FIN
; FIN
; <<<
;P2SL MAC
; PHA
;P1SL MAC
; PHA
;PHL MAC
; IF #=]1
; PEA ^]1
; ELSE
; PHW ]1+2
; FIN
; PHW ]1
; <<<
;P2SW MAC
; PHA
;P1SW MAC
; PHA
;PHW MAC
; IF #=]1
; PEA ]1
; ELSE
; IF MX/2
; LDA ]1+1
; PHA
; FIN
; LDA ]1
; PHA
; FIN
; <<<
;PushSpace MAC
;PHS MAC
; DO ]0
; LUP ]1
; PHA
; --^
; ELSE
; PHA
; FIN
; <<<
;
;********************************
;
;Push4 MAC
; PushLong #0
; PushLong #0
; <<<
;
;PushPtr MAC
; PEA ^]1
; PEA ]1
; EOM
endif
macro PushLong value
{
pea $value>>16
pea $value
}
macro PushWord value
{
lda value
pha
}
if 0
;PullLong MAC
; DO ]0
; PullWord ]1
; PullWord ]1+2
; ELSE
; PullWord
; PullWord
; FIN
; <<<
;
;PullWord MAC
; PLA
; DO ]0
; STA ]1
; FIN
; IF MX/2
; PLA
; DO ]0
; STA ]1+1
; FIN
; FIN
; <<<
;
;MoveLong MAC
; MoveWord ]1;]2
; MoveWord ]1+2;]2+2
; <<<
;
;MoveWord MAC
; LDA ]1
; STA ]2
; IF MX/2
; LDA ]1+1
; STA ]2+1
; FIN
; <<<
;
;MoveBlock MAC ;1st_byte;last_byte;dest
; DO ]2/]1
; DO ]3/]1
; LDX #]2
; LDY #]3+]2-]1
; LDA #]2-]1
; MVP ]1,]3
; ELSE
; LDX #]1
; LDY #]3
; LDA #]2-]1
; MVN ]1,]3
; FIN
; ELSE
; ERR 1 ;Last adrs < first adrs
; FIN
; <<<
;
;CmpLong MAC
; LDA ]1
; CMP ]2
; IF #=]1
; LDA ^]1
; ELSE
; LDA ]1+2
; FIN
; IF #=]2
; SBC ^]2
; ELSE
; SBC ]2+2
; FIN
; <<<
;
;LONGM MAC
;LONGACC MAC ;Assumes native mode
; IF MX&2 ;If A is now short
; REP %00100000
; FIN
; <<<
;
;LONGX MAC
;LONGXY MAC ;Assumes native mode
; IF MX&1 ;If X is now short
; REP %00010000
; FIN
; <<<
;
;LONG MAC
;LONGAX MAC ;Assumes native mode
; IF MX ;If not now in full 16
; REP %00110000
; FIN
; <<<
;
;SHORTM MAC
;SHORTACC MAC ;Assumes native mode
; IF MX&2 ;If A is now short,
; ELSE ; ignore
; SEP %00100000
; FIN
; <<<
;
;SHORTX MAC
;SHORTXY MAC ;Assumes native mode
; IF MX&1 ;If X is now short,
; ELSE ; ignore
; SEP %00010000
; FIN
; <<<
;
;SHORT MAC
;SHORTAX MAC ;Assumes native mode
; IF MX!%11 ;If not now in full 8
; SEP %00110000
; FIN
; <<<
;
;LONGI MAC ; Duplicates APW function
; LST OFF
; DO ]1 ; If arg = 1 = "on" = make long
;
; IF MX-3/-1 ; If M is short and X is long
;; Leave alone
; FIN ; End of this test
;
; IF MX/3 ; If M is short and X is short
; MX %10 ; Make X long, leave M short
; FIN ; End of this test
;
; IF MX!3/3 ; If M is long and X is long
; FIN ; Leave alone
;
; IF MX-2/-1 ; If M is long and X is short
; MX %00 ; Make X long, leave M long
; FIN ; End of this test
;
; ELSE ; If arg = 0 = "off" = make short
;
; IF MX/3 ; If M is short and X is short
; ; Leave alone
; FIN ; End of this test
;
; IF MX-3/-1 ; If M is short and X is long
; MX %11 ; Make X short, leave M short
; FIN ; End of this test
;
; IF MX-2/-1 ; If M is long and X is short
; ; Leave alone
; FIN ; End of this test
;
;
; IF MX!3/3 ; If M is long and X is long
; MX %01 ; Make X short, leave M long
; FIN ; Leave alone
;
; FIN ; End of macro tests
;
; LST RTN
; <<<
;
;LONGA MAC ; Duplicates APW function
; LST OFF
; DO ]1 ; If arg = 1 = "on" = make long
;
; IF MX-3/-1 ; If M is short and X is long
; MX %00 ; Make M long, leave X long
; FIN ; End of this test
;
; IF MX/3 ; If M is short and X is short
; MX %01 ; Make M long, leave X short
; FIN ; End of this test
;
; IF MX!3/3 ; If M is long and X is long
; FIN ; Leave alone
;
; IF MX-2/-1 ; If M is long and X is short
; ; Leave alone
; FIN ; End of this test
;
; ELSE ; If arg = 0 = "off" = make short
;
; IF MX/3 ; If M is short and X is short
; ; Leave alone
; FIN ; End of this test
;
; IF MX-3/-1 ; If M is short and X is long
; ; Leave alone
; FIN ; End of this test
;
; IF MX-2/-1 ; If M is long and X is short
; MX %11 ; Make M short, leave X short
; FIN ; End of this test
;
;
; IF MX!3/3 ; If M is long and X is long
; MX %10 ; Make M short, leave X long
; FIN ; Leave alone
;
; FIN ; End of macro tests
;
; LST RTN
; <<<
;
;M65816 MAC
; DO ]1
; XC
; XC ; Full 65816 mode for assembler
; MX %00
; ELSE
; MX %11 ; 8 bit mode for assembler
; FIN
; <<<
;
;Expmac MAC ; Replace APW GEN function
; DO ]1
; EXP ONLY ; Expand macros
; ELSE
; EXP OFF
; FIN
; <<<
endif
macro Tool _toolNum
{
LDX #_toolNum ; load tool call #
JSL $E10000 ; go to dispatcher
}
if 0
;**************************************************
;* Auto-menu item macros *
;* This is one alternative for defining a menu *
;* item. It has the advantage of letting you *
;* include specifiers for Bold, Italic, etc. *
;**************************************************
;
;*-------------------------------------------------
;* Syntax:
;* ]mnum = 0 ; initialize menu # at startvalue-1
;* Menu ' Menu 1 '
;*
;* (See Menu macro, defined later....)
;*
;* ]inum = 255 ; Menu item starts with #256
;* Item ' Choice 1 ';Kybd;'Bb';Check
;* Ch1 = ]inum ; Set label Ch1 if somewhere else
;* needs to use this item #.
;* Item ' Choice 2 ';Disable;'';Kybd;'Cc'
;* Item ' Choice 3 ';Divide;''
;*
;* Menu ' Menu 2 '
;*
;* Item ' Choice 4 ';Bold;'';Check
;* Item ' Choice 5 ';Italic;'';Blank
;* Item ' Choice 6 ';Underline';Kybd;'Dd'
;*
;* IMPORTANT: ALL items, except for Check and Blank, are followed by a second
;* value. For the Kybd item, the ASCII characters follow in single quotes, Ex:
;* Kybd;'Cc' (specifies Apple-C as an equivalent).
;* All other items use a null 2nd value, as in:
;* Italic;'' or Divide;'' etc.
;*
;* The variable ]inum MUST be initialized for the value of your first
;* menu item MINUS 1 before using the first Item macro.
;*
;* Check or Blank, if used, MUST be the last item in the macro line.
;*
;* There can be up to three parameter pairs after the item name.
;*-------------------------------------------------
;* The point of all this is that rather than hard-
;* code menu items values and subsequent references
;* to that number when disabling menus, etc., this
;* lets you add and delete menu items at will,
;* and have labels like Ch1, etc. above, auto-
;* matically set for the correct value during the
;* assembly.
;*-------------------------------------------------
;
;* Equates for Item macro:
;
;Bold = 'B' ; bold menu item
;Disable = 'D' ; disabled menu item
;Italic = 'I' ; italic menu item
;Underline = 'U' ; underlined menu item
;Divide = 'V' ; menu dividing line
;ColorHi = 'X' ; color hilite menu item
;Kybd = '*' ; keyboard menu equivalent
;Check = $1243 ; menu item with checkmark
;Blank = $2043 ; menu item with blank
;
;*-------------------------------------------------
;
;Item MAC ; Macro for creating a menu item
;
; ASC '--'
; ASC ]1 ; Text of menu item
; ASC '\H'
; DA ]inum ; Menu item #
;
; DO ]0/2 ; Only if more items to do... (>2)
;
; DO ]2-Check-1/-1 ; Only if Check item
; DA ]2 ; ]2 = Check
; ELSE ; otherwise kybd char or null
; DO ]2-Blank-1/-1 ; Only if Blank check item
; DA ]2 ; ]2 = Blank
; ELSE
; DB ]2 ; Function char value
; ASC ]3 ; ASCII argument, if any for Kybd
; FIN
; FIN
;
; FIN
;
; DO ]0/4 ; Only if more items to do... (>3)
;
; DO ]4-Check-1/-1 ; Only if Check item
; DA ]4 ; ]4 = Check
; ELSE ; otherwise kybd char or null
; DO ]4-Blank-1/-1 ; Only if Blank check item
; DA ]4 ; ]4 = Blank
; ELSE
; DB ]4 ; Function char value
; ASC ]5 ; ASCII argument, if any for Kybd
; FIN
; FIN
;
; FIN
;
; DO ]0/6 ; Only if more items to do... (>5)
;
; DO ]6-Check-1/-1 ; Only if Check item
; DA ]6 ; ]6 = Check
; ELSE ; otherwise kybd char or null
; DO ]6-Blank-1/-1 ; Only if Blank check item
; DA ]6 ; ]6 = Blank
; ELSE
; DB ]6 ; Function char value
; ASC ]7 ; ASCII argument, if any for Kybd
; FIN
; FIN
;
; FIN
;
; DB $00 ; End of menu item
;
;]inum = ]inum+1
; <<<
;
;**************************************************
;* This is another alternative macro for both *
;* menus and menu items. It is simpler, and *
;* more compact, but not as versatile. *
;**************************************************
;
;*===============================================
;* Variables ]mnum,]inum should be defined
;* prior to using these MenuMaker macros.
;*
;* They both should be starting value-1
;*
;* Syntax:
;*
;* ]mnum = 0 ; 1st menu number will be 1
;* ]inum = 255 ; 1st menu item number will be 256
;*
;* Menu ' @';X ; Apple menu, color highlighting.
;*
;* MItem ' About... ' ; "About" menu item
;*
;* Menu ' Menu Title 1' ; (this will be menu number 2)
;*
;* MItem ' Choice 1 '
;* MItem ' Choice 2 ';'D*Cc' ; Disabled, kybd char: Cc
;* ; Above will be menu item #'s 2&3
;*
;*
;
;
;Menu MAC
; ASC '>>'
; ASC ]1
; ASC '\H'
; DA ]mnum
; DO ]0>1
; ASC ]2
; FIN
; DB 0
;]mnum = ]mnum+1
; <<<
;
;MItem MAC
; ASC '--'
; ASC ]1
; ASC '\H'
; DA ]inum
; DO ]0>1
; ASC ]2
; FIN
; DB 0
;]inum = ]inum+1
; <<<
;
;*-----------------------------------------------------
;*
;* Native -- Processor is in LONG "native" mode.
;* Native Long -- Processor is in LONG "native" mode.
;* Native Short -- Processor is in SHORT "native" mode.
;*
;
;Native MAC
; CLC
; XCE
; IF 0=]0 ;If Native (Long)
; LONGAX
; FIN
;
; DO ]0
; IF L=]1 ;If Native Long
; LONGAX
;
; FIN ;If Native Short only
; FIN ; do CLC, XCE.
; EOM
;
;*--------------------------------------------------------
;*
;* Emulation -- Set Processor into "emulation" mode.
;*
;
;Emulation MAC
; SEC
; XCE
; EOM
;
;*-----------------------------------------------------
;*
;* WriteCh -- Print Character From Accumulator
;* WriteCh ADDR -- Print Character At Label
;* WriteCh ADDR,X -- Print Character At Label,X
;*
;
;WriteCh MAC
; DO ]0
; LDA ]1
; FIN
; PHA
; LDX #$180C
; JSL $E10000
; EOM
;
;*-----------------------------------------------------
;*
;* ReadCh -- Get Keypress in Accumulator
;* ReadCh ADDR -- Get Keypress in Label
;*
;
;ReadCh MAC
; PEA 0
; PEA 1
; LDX #$220C
; JSL $E10000
; PLA
; DO ]0
; STA ]1
; FIN
; EOM
;
;*-----------------------------------------------------
;*
;* WriteLn "STRING" -- Print Literal String with CR.
;* WriteLn ADDR -- Print String At Address with CR.
;* WriteLn -- Print CR.
;*
;
;WriteLn MAC
; DO ]0
; WriteStr ]1
; FIN
; WriteCh #$8D
; EOM
;
;*-----------------------------------------------------
;*
;* WriteStr "STRING" -- Print Literal String.
;* WriteStr ADDR -- Print String At Address.
;* WriteStr -- Print String At A (Lo),Y (Hi).
;*
;
;WriteStr MAC
; IF 0=]0 ;If No Label
; PHY
; PHA
;
; ELSE
;
; IF "=]1
; PEA ^]String
; PEA ]String
; BRL ]Skip
;]String STR ]1
;]Skip
; ELSE
;
; IF '=]1
; PEA ^]String
; PEA ]String
; BRL ]Skip
;]String STR ]1
;]Skip
; ELSE
;
; PEA ^]1
; PEA ]1
;
; FIN
; FIN
; FIN
; LDX #$1C0C
; JSL $E10000
; EOM
;
;*-----------------------------------------------------
;*
;* DrawStrHV 8;12;"STRING" Print Literal String on
;* DrawStr 8;12;ADDR Super Hi-Res Screen.
;*
;
;DrawStrHV MAC
; HtabVtab ]1;]2
; DrawStr ]3
; <<<
;
;*-----------------------------------------------------
;*
;* DrawStr "STRING" -- Print Literal String.
;* DrawStr ADDR -- Print String At Address.
;*
;
;DrawStr MAC
; IF "=]1
; PEA ^]String
; PEA ]String
; BRL ]Skip
;]String STR ]1
;]Skip
; ELSE
; IF '=]1
; PEA ^]String
; PEA ]String
; BRL ]Skip
;]String STR ]1
;]Skip
; ELSE
; PEA ^]1
; PEA ]1
; FIN
; FIN
; LDX #$A504 ;DrawString
; JSL $E10000
; <<<
;
;*-----------------------------------------------------
;*
;* HtabVtab #8;#12 -- Position at Htab 8, Vtab 12.
;* HtabVtab H;V on super hires screens.
;*
;
;HtabVtab MAC
; IF #=]1
; LDA ]1*8
; ELSE
; LDA ]1
; ASL
; ASL
; ASL
; FIN
; PHA
; IF #=]1
; LDA ]2*8
; ELSE
; LDA ]2
; ASL
; ASL
; ASL
; FIN
; PHA
; LDX #$3A04 ;MoveTo
; JSL $E10000
; <<<
;
;*-----------------------------------------------------
;*
;* Deref MyHandle;MyPtr -- Uses zero page 0-3 to
;* de-reference a handle.
;*
;
;Deref MAC
; LDA ]1
; LDX ]1+2
; STA 0
; STX 2
; LDA [0]
; STA ]2
; LDY #2
; LDA [0],Y
; STA ]2+2
; <<<
;
;*==================================================
;* The MLI16 macro assumes the CALLDOS file from the
;* SUBROUT.LIB is linked in. It provides an easy
;* way to make MLI calls. Example syntax:
;*
;* MLI16 close;CLSPARMS
;*--------------------------------------------------
;
;MLI16 MAC ;Uses CALLDOS file in the
; IF MX ; subroutine library
; REP %00110000 ;Force full 16-bit mode, if
; FIN ; not already there.
; LDX #]1 ;Call code (use MLI.CODES)
; LDA #]2 ;Low word of PARMS tbl adr
; JSR CALLDOS ;Returns CS if an error
; <<<
;
;*=================================================
;* The following macros are APW-equivalents for
;* compatibility with APW style listings.
;*
;* One difference between Merlin and APW here: Instead of
;* using the syntax PULL1 ADDRESS;X, Merlin can take
;* the raw statement PULL1 ADDRESS,X.
;*
;
;PULL1 MAC
; SEP #%00100000
; PLA
; REP #%00100000
; DO ]0/1 ;If 1 parm
; IF MX>0
; STA ]1
; FIN
; IF MX=0
; STAL ]1
; FIN
; FIN
; <<<
;
;PULL3 MAC
; SEP #%00100000
; PLA
; STA ]1
; REP #%00100000
; PLA
; STA ]1+1
; FIN
; <<<
;
;PUSH1 MAC
; SEP #%00100000
; IF ]0/1 ;if one parm
; LDA ]1
; FIN
; PHA
; REP #%00100000
; <<<
;
;PUSH3 MAC
; IF #=]1
; LDA #^]1 ;get two hi order bytes
; PHA
; PHB
; LDA #<]1
; STA 1,S
; ELSE
; LDA ]1+1
; PHA
; PHB
; LDA ]1
; STA 1,S
; FIN
; <<<
endif