Optimised *KEY
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jgharston
GitHub
parent
dd0011166f
commit
e090494028
380
auxmem.chario.s
380
auxmem.chario.s
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@ -37,7 +37,7 @@
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* 24-Dec-2022 Minor bit of tidying.
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* 26-Dec-2022 Integrated ADB extended keyboard keys.
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* 27-Dec-2022 Bobbi's keyboard uses $60+n extended keys.
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* TO DO: Need to special-case RAlt-2, RAlt-6 when RAlt also holds Ctrl.
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* 30-Dec-2022 Optimised *KEY, US KBD Alt-Ctrl-2, Alt-Ctrl-6 -> f2/f6.
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* Hardware locations
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@ -314,134 +314,255 @@ ERRKEYUSED BRK
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* SCANDEC stores number in OSDECNUM, so we can keep it there
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* We also have OSKBDx variables available for shuffling code
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*
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STARKEY1
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* STA FKEYNUM ; Key number being defined
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JSR KEYOPENGAP
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STARKEY1 INC FXSOFTOK ; Soft keys unstable
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PHY ; Y=>command line
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*
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PHP ; Read/write main memory
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SEI ; MACRO-ise this
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STA WRMAINRAM
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STA RDMAINRAM
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*
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JSR KEYOFFLEN ; X=offset, A=length, CLC
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STX OSKBD1 ; OSKBD1=offset to old definition
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STA OSKBD2 ; OSKBD2=old length
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ADC OSKBD1 ; A=offset to next definition
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TAY
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* Remove old definition
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:LOOP LDA FKEYBUF,Y ; Get byte from next string
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STA FKEYBUF,X ; Move it down over this string
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INX
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INY
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BNE :LOOP
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LDX OSDECNUM
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STZ FKEYLENS,X ; Length=0
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LDA #17
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JSR KEYOFFLEN ; X=offset to free space
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*
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STA RDCARDRAM ; Read/write aux memory
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STA WRCARDRAM ; MACRO-ise this
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PLP
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*
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STX OSKBD2
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PLY
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JSR SKIPCOMMA
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SEC
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JSR GSINIT ; Initialise '*KEY-type string'
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LDX KEYINS ; Starting point to insert
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STARKEYLP1 JSR GSREAD
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BCS STARKEYEND
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>>> WRTMAIN ; Write main memory
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STA FKEYBUF,X ; Store char of definition
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>>> WRTAUX ; Back to writing aux again
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INX
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CPX MOVEDST ; See if we are out of space
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BNE STARKEYLP1
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* LDX FKEYNUM
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LDX OSDECNUM
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>>> WRTMAIN ; Write main memory
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STZ FKEYLENS,X ; Out of space. Set len=0
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>>> WRTAUX ; Back to writing aux again
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BRA STARKEYCLS
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STARKEYEND TXA ; Last idx+1
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SEC ; Compute length
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SBC KEYINS
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* LDX FKEYNUM
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LDX OSDECNUM
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>>> WRTMAIN ; Write main memory
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STA FKEYLENS,X ; Store length of new def
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>>> WRTAUX ; Back to writing aux again
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STARKEYCLS JSR KEYCLSGAP
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RTS
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* FKEYNUM DB $00
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KEYINS DB $00
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STARKEYERR JMP ERRBADSTR ; String too long
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* Should this be ERRBADKEY?
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* Open gap in FKEYBUF to allow new def to be inserted
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* Moved defs for keys FKEYNUM+1..15 to top of FKEYBUF
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* Preserves A,X,Y
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KEYOPENGAP PHA
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STARKEYEND BNE STARKEYERR ; Badly terminated
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* X=offset to end of new definition
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* OSDECNUM=key number
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* OSKBD1=offset to insertion point
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* OSKBD2=start of new string, holding position
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*
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TXA ; SEC from above
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SBC OSKBD2 ; A=length of new definition
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BEQ STARKEYDONE ; Zero length, all done
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LDX OSDECNUM
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*
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PHP ; Read/write main memory
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SEI ; MACRO-ise this
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STA WRMAINRAM
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STA RDMAINRAM
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*
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STA FKEYLENS,X ; Set new length
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*
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* A=length of new string
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* X=key number
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* OSKBD1=offset to insertion point
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* OSKBD2=offset to free space, holding new string
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*
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TAX
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LDA OSKBD2
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SEC
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SBC OSKBD1
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TAY ; Y=length between insertion point and free space
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BEQ STARKEYNONE ; Nothing to move, all done
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STX OSKBD1 ; OSKBD1=length of new string
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LDX OSKBD2 ; X=offset to free space, holding new string
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*
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* Insert new string
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STARKEYLP2 PHY
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PHX
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PHY
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* LDX FKEYNUM ; Key being defined
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LDX OSDECNUM
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JSR KEYSUMLENS ; Len of defs 0..X exclusive
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STA KEYINS ; Offset for insert
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* LDX FKEYNUM ; Key being defined
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LDX OSDECNUM
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INX
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JSR KEYSUMLENS ; Len of defs 0..X exclusive
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STA MOVESRC ; Source offset for move
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LDX #16 ; Sum keys 0..15 (ie: all)
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JSR KEYSUMLENS ; Sum them all
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SEC
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SBC MOVESRC ; Compute length to move
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STA MOVELEN
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LDA #$FF ; Length of FKEYBUF
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SEC
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SBC MOVELEN ; Compute dest for move
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STA MOVEDST ; Dest offset for move
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JSR MOVEKEYS ; Open the gap
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PLY
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PLX
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PLA
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RTS
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* After the gap is opened, there is freespace from MOVESRC to MOVEDST-1
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* Close gap in FKEYBUF after def has been inserted
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* Preserves A,X,Y
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KEYCLSGAP PHA
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PHX
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PHY
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LDA #$FF ; Length of FKEYBUF
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SEC
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SBC MOVEDST ; Previous dest, to calc length
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STA MOVELEN ; Length for move
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LDA MOVEDST ; Old dest ...
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STA MOVESRC ; ... is new source
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* LDX FKEYNUM ; Key being defined
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LDX OSDECNUM
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INX
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JSR KEYSUMLENS ; Len of defs 0..X exclusive
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STA MOVEDST ; New dest
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JSR MOVEKEYS ; Close the gap
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PLY
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PLX
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PLA
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RTS
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* Add lengths of *KEY definitions together
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* On entry: X is the highest key num + 1 (sums 0..X-1)
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* On return: Sum in A (exclusive of X)
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* From *KEY0 to *KEYn where n is value in X
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KEYSUMLENS LDA #$00 ; Clear sum
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:LOOP CPX #$00
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BEQ :DONE
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>>> RDMAIN ; Read main memory
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CLC
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ADC FKEYLENS-1,X ; Add lengths
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>>> RDAUX ; Read aux memory
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DEX
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BRA :LOOP
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:DONE RTS
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* Move key definitions within FKEYBUF
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* Copies MOVELEN bytes from MOVSRC->MOVDST within FKEYBUF
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MOVEKEYS LDX MOVESRC
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LDY MOVEDST
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:L1 LDA MOVELEN
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BEQ :DONE
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>>> RDMAIN ; Read main memory
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LDA FKEYBUF,X ; Shuffle strings up
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PHA
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STARKEYLP4 DEX
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LDA FKEYBUF,X
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>>> RDAUX ; Read aux memory
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>>> WRTMAIN ; Write main memory
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STA FKEYBUF,Y
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>>> WRTAUX ; Write aux memory
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STA FKEYBUF+1,X
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DEY
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BNE STARKEYLP4
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PLA
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STA FKEYBUF,X ; Insert new string
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PLX
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INX
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INY
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DEC MOVELEN
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BRA :L1
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:DONE RTS
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MOVESRC DB $00 ; Source offset in FKEYBUF
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MOVEDST DB $00 ; Dest offset in FKEYBUF
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MOVELEN DB $00 ; # bytes remaining to move
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PLY
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DEC OSKBD1 ; Loop for length of new string
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BNE STARKEYLP2
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STARKEYNONE
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*
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STA RDCARDRAM ; Read/write aux memory
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STA WRCARDRAM ; MACRO-ise this
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PLP
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*
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STARKEYDONE STZ FXSOFTOK ; Soft keys are stable
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RTS
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** STA FKEYNUM ; Key number being defined
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* JSR KEYOPENGAP
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* JSR SKIPCOMMA
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* SEC
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* JSR GSINIT ; Initialise '*KEY-type string'
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* LDX KEYINS ; Starting point to insert
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*STARKEYLP1 JSR GSREAD
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* BCS STARKEYEND
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* >>> WRTMAIN ; Write main memory
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* STA FKEYBUF,X ; Store char of definition
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* >>> WRTAUX ; Back to writing aux again
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* INX
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* CPX MOVEDST ; See if we are out of space
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* BNE STARKEYLP1
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** LDX FKEYNUM
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* LDX OSDECNUM
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* >>> WRTMAIN ; Write main memory
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* STZ FKEYLENS,X ; Out of space. Set len=0
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* >>> WRTAUX ; Back to writing aux again
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* BRA STARKEYCLS
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*STARKEYEND TXA ; Last idx+1
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* SEC ; Compute length
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* SBC KEYINS
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** LDX FKEYNUM
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* LDX OSDECNUM
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* >>> WRTMAIN ; Write main memory
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* STA FKEYLENS,X ; Store length of new def
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* >>> WRTAUX ; Back to writing aux again
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*STARKEYCLS JSR KEYCLSGAP
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* RTS
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** FKEYNUM DB $00
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*KEYINS DB $00
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*
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*
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** Open gap in FKEYBUF to allow new def to be inserted
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** Moved defs for keys FKEYNUM+1..15 to top of FKEYBUF
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** Preserves A,X,Y
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*KEYOPENGAP PHA
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* PHX
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* PHY
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** LDX FKEYNUM ; Key being defined
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* LDX OSDECNUM
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* JSR KEYSUMLENS ; Len of defs 0..X exclusive
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* STA KEYINS ; Offset for insert
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** LDX FKEYNUM ; Key being defined
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* LDX OSDECNUM
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* INX
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* JSR KEYSUMLENS ; Len of defs 0..X exclusive
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* STA MOVESRC ; Source offset for move
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* LDX #16 ; Sum keys 0..15 (ie: all)
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* JSR KEYSUMLENS ; Sum them all
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* SEC
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* SBC MOVESRC ; Compute length to move
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* STA MOVELEN
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* LDA #$FF ; Length of FKEYBUF
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* SEC
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* SBC MOVELEN ; Compute dest for move
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* STA MOVEDST ; Dest offset for move
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* JSR MOVEKEYS ; Open the gap
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* PLY
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* PLX
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* PLA
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* RTS
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** After the gap is opened, there is freespace from MOVESRC to MOVEDST-1
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*
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*
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** Close gap in FKEYBUF after def has been inserted
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** Preserves A,X,Y
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*KEYCLSGAP PHA
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* PHX
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* PHY
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* LDA #$FF ; Length of FKEYBUF
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* SEC
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* SBC MOVEDST ; Previous dest, to calc length
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* STA MOVELEN ; Length for move
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* LDA MOVEDST ; Old dest ...
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* STA MOVESRC ; ... is new source
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** LDX FKEYNUM ; Key being defined
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* LDX OSDECNUM
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* INX
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* JSR KEYSUMLENS ; Len of defs 0..X exclusive
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* STA MOVEDST ; New dest
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* JSR MOVEKEYS ; Close the gap
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* PLY
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* PLX
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* PLA
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* RTS
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*
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*
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** Add lengths of *KEY definitions together
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** On entry: X is the highest key num + 1 (sums 0..X-1)
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** On return: Sum in A (exclusive of X)
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** From *KEY0 to *KEYn where n is value in X
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*KEYSUMLENS LDA #$00 ; Clear sum
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*:LOOP CPX #$00
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* BEQ :DONE
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* >>> RDMAIN ; Read main memory
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* CLC
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* ADC FKEYLENS-1,X ; Add lengths
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* >>> RDAUX ; Read aux memory
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* DEX
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* BRA :LOOP
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*:DONE RTS
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*
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*
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** Move key definitions within FKEYBUF
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** Copies MOVELEN bytes from MOVSRC->MOVDST within FKEYBUF
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*MOVEKEYS LDX MOVESRC
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* LDY MOVEDST
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*:L1 LDA MOVELEN
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* BEQ :DONE
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* >>> RDMAIN ; Read main memory
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* LDA FKEYBUF,X
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* >>> RDAUX ; Read aux memory
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* >>> WRTMAIN ; Write main memory
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* STA FKEYBUF,Y
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* >>> WRTAUX ; Write aux memory
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* INX
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* INY
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* DEC MOVELEN
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* BRA :L1
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*:DONE RTS
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*MOVESRC DB $00 ; Source offset in FKEYBUF
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*MOVEDST DB $00 ; Dest offset in FKEYBUF
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*MOVELEN DB $00 ; # bytes remaining to move
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*
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* Get offset and length of key in X
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* Add lengths of previous definitions together
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* Assumes mainmen is paged in by caller
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* On entry: A=key number
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* On exit X=offset to definition start
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* A=length of definition
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* CC always
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KEYOFFLEN TAX
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LDA FKEYLENS,X ; Get length of this key
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PHA
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LDA #0
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CLC ; CLC for addition
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BCC :ADDUP
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:KEYLOOP ADC FKEYLENS,X ; Add length of previous key
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:ADDUP DEX ; Step to previous key
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BPL :KEYLOOP ; Do until key 0 added
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TAX ; Return X=offset
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PLA ; Return A=length
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RTS
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* OSBYTE &12 - Clear soft keys
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* ----------------------------
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SOFTKEYCHK LDA FXSOFTOK
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@ -490,6 +611,7 @@ KEYREAD1 LDA FXSOFTLEN ; Soft key active?
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DEC FXSOFTLEN ; Dec. counter
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CLC
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RTS
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KEYREAD2 JSR KBDREAD ; Fetch character from KBD "buffer"
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BCS KEYREADOK ; Nothing pending
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TAY ; Y=unmodified character
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@ -539,16 +661,23 @@ KEYSOFTY TYA ; Get key including Shift/Ctrl
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* On entry: Y=key code ($Xn where n is soft key number)
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KEYEXPAND TYA
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AND #$0F ; Obtain soft key number
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TAX
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PHX
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JSR KEYSUMLENS ; Obtain starting offset
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STA FXSOFTOFF ; SOFTKEYOFF
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PLX
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>>> RDMAIN
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LDA FKEYLENS,X ; Obtain length of *KEY string
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JSR KEYOFFLEN ; Get offset and length of key
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>>> RDAUX
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STX FXSOFTOFF
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STA FXSOFTLEN
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RTS
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BRA KEYREAD1 ; Go back and start fetching
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* TAX
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* PHX
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* JSR KEYSUMLENS ; Obtain starting offset
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* STA FXSOFTOFF ; SOFTKEYOFF
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* PLX
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* >>> RDMAIN
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* LDA FKEYLENS,X ; Obtain length of *KEY string
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* >>> RDAUX
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* STA FXSOFTLEN
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* RTS
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* Process cursor keys
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KEYCURSOR CMP #$C9
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@ -654,11 +783,20 @@ KBDREAD4 SEC
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ADC FXKEYPADBASE ; Add to keypad base
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BRA KBDREAD6
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* Special-case checks
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KBDREADX2 LDA #$1A ; Alt-Ctrl-2 -> f2
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KBDREADX6 EOR #$98 ; Alt-Ctrl-6 -> f6
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BNE KBDFUNC
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KBDREAD5 TXA ; A=raw keypress
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PLP
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BEQ KBDNOALT ; No ALTs pressed
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*
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KBDALT CMP #$40
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KBDALT TXA
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BEQ KBDREADX2 ; RAlt-2
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CMP #$1E
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BEQ KBDREADX6 ; RAlt-6
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CMP #$40
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BCS KBDCTRL ; 'A'+ Alt+letter ->Control code
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CMP #$30
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BCC KBDCHKESC ; <'0' Alt+nondigit -> keep
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@ -5,6 +5,7 @@
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* 08-Nov-2022 ResetType OSBYTE set
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* 09-Nov-2022 Current language re-entered, reset on Power/Hard Reset
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* 12-Dec-2022 Copy loop uses OSvars, single byte for MODBRA jump.
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* 15-Dec-2022 Added check for *FX200,2/3 force PowerOn reset.
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* BUG: If Ctrl-Break pressed during a service call, wrong ROM gets paged in
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@ -43,8 +44,7 @@ MOSINIT SEI ; Ensure IRQs disabled
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LDX #$FF ; Initialize Alt SP to $1FF
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TXS
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* Ensure memory map setup ...
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* Ensure memory map set up:
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STA WRCARDRAM ; Make sure we are writing aux
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STA 80STOREOFF ; Make sure 80STORE is off
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STA SET80VID ; 80 col on
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@ -52,13 +52,13 @@ MOSINIT SEI ; Ensure IRQs disabled
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STA PAGE2 ; PAGE2
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LDA LCBANK1 ; LC RAM Rd/Wt, 1st 4K bank
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LDA LCBANK1
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* (Move these later to prevent brief glimpse of screen with code in it?)
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LDY #$00 ; $00=Soft Reset
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:MODBRA SEC ; Changed to CLC after first run
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BCC :NORELOC ; Subsequent run, skip to code
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* Copy code to high memory, (OSCTRL)=>source, (OSLPTR)=>dest
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:RELOC LDA #<AUXMOS1 ; Source
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STA OSCTRL+0
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LDA #>AUXMOS1
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@ -82,6 +82,8 @@ MOSINIT SEI ; Ensure IRQs disabled
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LDA #$18 ; CLC opcode, next time around, we're
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STA :MODBRA ; already in high memory
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LDY #$02 ; $02=PowerOn
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* We only change one byte to protect against a RESET happening halfway between
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* two bytes being changed, leaving the code inconsistant.
|
||||
|
||||
:NORELOC JMP MOSHIGH ; Ensure executing in high memory from here
|
||||
|
||||
|
|
@ -91,7 +93,11 @@ MOSINIT SEI ; Ensure IRQs disabled
|
|||
MOSHIGH SEI ; Ensure IRQs disabled
|
||||
LDX #$FF
|
||||
TXS ; Initialise stack
|
||||
PHY ; Stack ResetType
|
||||
LDA FX200VAR ; Check *FX200
|
||||
AND #$02 ; Check if bit 1 set
|
||||
BEQ :SCLR0 ; No, keep existing ResetType
|
||||
TAY ; Otherwise, force to PowerOn reset
|
||||
:SCLR0 PHY ; Stack ResetType
|
||||
LDA FXLANG ; A=Language
|
||||
LDY FXSOFTOK ; Y=Soft Keys Ok
|
||||
|
||||
|
|
@ -218,6 +224,5 @@ BYTE00 BEQ BYTE00A ; OSBYTE 0,0 - generate error
|
|||
RTS ; %000x1xxx host type, 'A'pple
|
||||
BYTE00A BRK
|
||||
DB $F7
|
||||
HELLO ASC 'Applecorn MOS 2022-12-30'
|
||||
HELLO ASC 'Applecorn MOS 2022-12-28'
|
||||
DB $00 ; Unify MOS messages
|
||||
|
||||
|
|
|
|||
|
|
@ -121,6 +121,9 @@ CMDMOS ASC 'BASIC'
|
|||
ASC 'ROM'
|
||||
DB $8D
|
||||
DW STARBYTE-1 ; ROM -> OSBYTE &8D,X,Y XY=>params
|
||||
ASC 'SHOW'
|
||||
DB $FF
|
||||
DW STARSHOW-1 ; SHOW -> (LPTR)=>params
|
||||
ASC 'SLOW'
|
||||
DB $FF
|
||||
DW CMDSLOW-1 ; SLOW -> (LPTR)=>params
|
||||
|
|
@ -154,7 +157,7 @@ HLPTABLE ASC 'MOS'
|
|||
* XY=>command table
|
||||
* On exit, A=0 done, command called
|
||||
* A<>0 no match
|
||||
* (OSLPTR) presevred if no match
|
||||
* (OSLPTR) preserved if no match
|
||||
* X,Y corrupted
|
||||
*
|
||||
* Search command table
|
||||
|
|
|
|||
Loading…
Reference in New Issue