mirror of
https://github.com/A2osX/A2osX.git
synced 2024-11-06 17:05:28 +00:00
539 lines
12 KiB
Plaintext
539 lines
12 KiB
Plaintext
PR#3
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PREFIX /A2OSX.SRC
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LOMEM $A00
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INC 1
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AUTO 6
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*/--------------------------------------
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* #NewPStrYA
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* Create a new copy of PSTR
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* ##In:
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* Y,A = PTR to buffer
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* ##Out:
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* CC : success
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* Y,A = PTR to String
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* X = hMem (PSTR)
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* CS : error
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* A = SYS error code
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*\--------------------------------------
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K.NewPStrYA >STYA ZPPtr2
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lda (ZPPtr2)
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inc
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tay
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lda #0 Y,A = len of new string
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>PUSHYA
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>PUSHBI 0 0 = no option
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jsr K.GetMem
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bcs .9
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>STYA ZPPtr1
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jsr K.PStrCpyPtr2Ptr1
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>LDYA ZPPtr1
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clc
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.9 rts
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*/--------------------------------------
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* #PStrCpy
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* Copy string
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* ##In:
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* PUSHW = Ptr to SRC (PSTR)
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* PUSHW = Ptr to DST (PSTR)
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* ##Out:
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* DST = SRC (PSTR)
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*\--------------------------------------
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K.PStrCpy jsr PullPtr1Ptr2
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K.PStrCpyPtr2Ptr1
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lda (ZPPtr2)
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sta (ZPPtr1)
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tay
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beq .2
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.1 lda (ZPPtr2),y
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sta (ZPPtr1),y
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dey
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bne .1
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.2 clc
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rts
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*/--------------------------------------
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* #PStrCat
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* Append SRC to DST
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* ##In:
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* PUSHW = Ptr to SRC (PSTR)
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* PUSHW = Ptr to DST (PSTR)
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* ##Out:
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* DST = DST+SRC (PSTR)
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*\--------------------------------------
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K.PStrCat jsr PullPtr1Ptr2
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lda (ZPPtr2)
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tax
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lda (ZPPtr1)
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tay
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.1 cpy #255
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beq .8
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iny
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inc ZPPtr2
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bne .2
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inc ZPPtr2+1
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.2 lda (ZPPtr2)
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sta (ZPPtr1),y
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dex
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bne .1
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.8 tya
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sta (ZPPtr1)
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clc
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rts
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*/--------------------------------------
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* #PStrMatch
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* Compare a String against pattern
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* ##In:
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* PUSHW = PTR to Pattern (e.g. '*test?.txt')
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* PUSHW = PTR to Src String
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* ##Out:
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* CC : match
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* CS : no match
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*\--------------------------------------
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K.PStrMatch jsr PullPtr1Ptr2
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lda (ZPPtr2) Keep Pattern Length in X
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tax
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beq .8 Match always if empty
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ldy #0
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.1 inc ZPPtr2 Make PTR1 advance to next char
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bne .2
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inc ZPPtr2+1
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.2 lda (ZPPtr2) get pattern char
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cmp #'*'
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beq .5
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.3 tya we must match ? or regular char
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cmp (ZPPtr1) check if at end of string
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beq .9 yes, no char left, exit with error
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iny advance to next char to compare
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lda (ZPPtr2) get back pattern char
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cmp #'?'
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beq .4 no need to compare, any char will match
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cmp (ZPPtr1),y Regular Char, compare with string at Y
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bne .9 no match, exit
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.4 dex char matched, check if end of pattern
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bne .1 continue if remaining char in pattern
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tya end of pattern, but end of string ?
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cmp (ZPPtr1) end of string ?
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beq .8 yes, string matched entirely
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bra .9 no, remaining char in string, no match
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.5 dex we have '*', last char of pattern ?
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beq .8 yes, match everything, including empty string
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inc ZPPtr2 Make PTR1 advance to next char
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bne .6
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inc ZPPtr2+1
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.6 lda (ZPPtr2) get next char of pattern
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cmp #'*' another '*' ?
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beq .5 yes, '**' = '*', go next char
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cmp #'?' '*?' ??? we must match a least one char
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beq .3
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.7 tya we need at least one remaining char in string,
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cmp (ZPPtr1) check if at end of string
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beq .9 no chance to match ? or regular char
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iny
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lda (ZPPtr2) get again char in pattern
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cmp (ZPPtr1),y compare with char in string
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bne .7 not equal to next non wildcard in pattern
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bra .4 go check remaining char in pattern...
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.8 clc
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rts
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.9 sec
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rts
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*/--------------------------------------
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* #PStrUprYA/PStrLwrYA
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* Convert string to UPPERCASE/lowercase
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* ##In:
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* Y,A = PTR to String (PSTR)
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* ##Out:
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* Uppercased/lowercased String in Buffer
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*\--------------------------------------
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K.PStrUprYA ldx #0
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.HS 2C bit abs
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K.PStrLwrYA ldx #2
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>STYA ZPPtr1
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pha save Y,A to restore them at exit
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phy
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lda (ZPPtr1)
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tay
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.1 lda (ZPPtr1),y
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cmp K.PStrUprLwr,x
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bcc .2
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cmp K.PStrUprLwr+1,x
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bcs .2
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eor #$20
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sta (ZPPtr1),y
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.2 dey
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bne .1
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ply
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pla
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clc
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rts
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*--------------------------------------
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K.PStrUprLwr .AS "azAZ"
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*/--------------------------------------
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* #PStrFTime
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* Convert S.TIME struct to PSTR
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* ##In:
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* PUSHW = Dst PTR To PSTR Buf
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* PUSHW = Src PTR To Format String
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* %a : Abbreviated weekday name : Thu
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* %A : Full weekday name : Thursday
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* %b : Abbreviated month name : Aug
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* %B : Full month name : August
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* %d : Day of the month, zero-padded (01-31)
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* %H : Hour in 24h format (00-23) 14
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* %I : Hour in 12h format (01-12) 02
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* %m : Month as a decimal number (01-12) 08
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* %M : Minute (00-59) 55
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* %p : AM or PM designation PM
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* %S : Second (00-61) 02
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* %w : Weekday as a decimal number with Sunday as 0 (0-6)
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* %y : Year, last two digits (00-99)
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* %Y : Year four digits 2001
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* PUSHW = Src PTR To S.Time
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* ##Out:
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* none. always succeed.
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*\--------------------------------------
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K.PStrFTime jsr PullPtr1Ptr2Ptr3
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lda #0
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sta (ZPPtr3) Reset target PSTR length
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tay
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.1 iny
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lda (ZPPtr2),y
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cmp #'%'
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beq .2
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phy
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jsr K.PStrFTime.addChar
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ply
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.10 tya
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cmp (ZPPtr2)
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bne .1
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rts
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.2 tya
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cmp (ZPPtr2)
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beq .8
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iny
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ldx #K.PStrFTime.JMPL-K.PStrFTime.Tbl-1
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.3 lda (ZPPtr2),y
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cmp K.PStrFTime.Tbl,x
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beq .4
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dex
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bpl .3
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beq .10
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.4 lda K.PStrFTime.JMPL,x
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sta .5+1
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lda K.PStrFTime.JMPH,x
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sta .5+2
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phy
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.5 jsr $ffff
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ply
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bra .10
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.8 rts
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*--------------------------------------
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K.PStrFTime.TBL .AS "aAbBdHImMpSwyY"
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K.PStrFTime.JMPL .DA #K.PStrFTime.A
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.DA #K.PStrFTime.AA
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.DA #K.PStrFTime.B
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.DA #K.PStrFTime.BB
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.DA #K.PStrFTime.D
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.DA #K.PStrFTime.HH
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.DA #K.PStrFTime.II
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.DA #K.PStrFTime.M
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.DA #K.PStrFTime.MM
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.DA #K.PStrFTime.P
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.DA #K.PStrFTime.SS
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.DA #K.PStrFTime.W
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.DA #K.PStrFTime.Y
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.DA #K.PStrFTime.YY
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*--------------------------------------
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K.PStrFTime.JMPH .DA /K.PStrFTime.A
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.DA /K.PStrFTime.AA
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.DA /K.PStrFTime.B
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.DA /K.PStrFTime.BB
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.DA /K.PStrFTime.D
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.DA /K.PStrFTime.HH
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.DA /K.PStrFTime.II
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.DA /K.PStrFTime.M
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.DA /K.PStrFTime.MM
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.DA /K.PStrFTime.P
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.DA /K.PStrFTime.SS
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.DA /K.PStrFTime.W
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.DA /K.PStrFTime.Y
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.DA /K.PStrFTime.YY
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*--------------------------------------
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K.PStrFTime.A ldx #3 Short day of week, 3 chars...
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.HS 2C Bit abs
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K.PStrFTime.AA ldx #15 full DoW
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>LDYAI K.PStrFTime.DAY
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>STYA ZPPtr4
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ldy #S.Time.WDAY
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bra K.PStrFTime.STR
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K.PStrFTime.B ldx #3 Short Month, 3 chars....
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.HS 2C Bit abs
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K.PStrFTime.BB ldx #15 full Month....
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>LDYAI K.PStrFTime.MON
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>STYA ZPPtr4
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ldy #S.Time.MONTH
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K.PStrFTime.STR lda (ZPPtr1),y get required S.Time field value
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tay
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beq .9 Illegal value
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.1 dey range 0..x
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beq .2
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lda (ZPPtr4)
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sec
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adc ZPPtr4
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sta ZPPtr4
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bcc .1
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inc ZPPtr4+1
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bra .1
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.2 ldy #0
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.3 iny
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lda (ZPPtr4),y
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phy
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jsr K.PStrFTime.addChar
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pla
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cmp (ZPPtr4)
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beq .8
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tay
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dex
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bne .3
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.8 rts
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.9 ldx #3
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lda #'?'
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.99 jsr K.PStrFTime.addChar
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dex
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bne .99
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rts
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K.PStrFTime.D ldy #S.Time.DAY
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.HH ldy #S.Time.HOUR
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.II ldy #S.Time.HOUR
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lda (ZPPtr1),y
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cmp #12
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bcc .1
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sbc #12
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.1 bra K.PStrFTime.addDecA
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K.PStrFTime.M ldy #S.Time.MONTH
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.MM ldy #S.Time.MINUTE
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.P ldy #S.Time.HOUR
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lda (ZPPtr1),y
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cmp #12
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bcc .1
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lda #'p'
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.HS 2C bit abs
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.1 lda #'a'
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jsr K.PStrFTime.addChar
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lda #'m'
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bra K.PStrFTime.addChar
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K.PStrFTime.SS ldy #S.Time.SECOND
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.W ldy #S.Time.WDAY
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bra K.PStrFTime.addDecPtr1Y
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K.PStrFTime.YY ldy #S.Time.CENTURY
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jsr K.PStrFTime.addDecPtr1Y
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K.PStrFTime.Y ldy #S.Time.YEAR
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*--------------------------------------
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K.PStrFTime.addDecPtr1Y
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lda (ZPPtr1),y
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K.PStrFTime.addDecA
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sta K.PStrFTime.BIN
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stz K.PStrFTime.DEC
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sed
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ldx #8
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.1 asl K.PStrFTime.BIN
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lda K.PStrFTime.DEC
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adc K.PStrFTime.DEC
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sta K.PStrFTime.DEC
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dex
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bne .1
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cld
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* lda K.PStrFTime.DEC already in A
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pha
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lsr
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lsr
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lsr
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lsr
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ora #$30
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jsr K.PStrFTime.addChar
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pla
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and #$0f
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ora #$30
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*--------------------------------------
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K.PStrFTime.addChar
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pha
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lda (ZPPtr3)
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inc
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sta (ZPPtr3)
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tay
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pla
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sta (ZPPtr3),y
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rts
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*--------------------------------------
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K.PStrFTime.DAY >PSTR "Monday"
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>PSTR "Tuesday"
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>PSTR "Wednesday"
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>PSTR "Thursday"
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>PSTR "Friday"
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>PSTR "Saturday"
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>PSTR "Sunday"
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*--------------------------------------
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K.PStrFTime.MON >PSTR "January"
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>PSTR "February"
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>PSTR "March"
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>PSTR "April"
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>PSTR "May"
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>PSTR "June"
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>PSTR "July"
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>PSTR "August"
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>PSTR "September"
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>PSTR "October"
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>PSTR "November"
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>PSTR "December"
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*--------------------------------------
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K.PStrFTime.BIN .BS 1
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K.PStrFTime.DEC .BS 1 always < 100
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*/--------------------------------------
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* #PStr2StrArrayYA
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* Convert a PSTR (e.g. : command Line) to a Array of PSTRs (Args[])
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* ##In:
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* Y,A = PTR to String
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* ##Out:
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* CC : success
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* Y,A = PTR to StrArray
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* X = hMem
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* CS : error
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* A = SYS error code
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*\--------------------------------------
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K.PStr2StrArrayYA
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>STYA ZPPtr1
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lda (ZPPtr1) Get mem size STRLEN+1
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ldx #0
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inc
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bne .1
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inx
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.1 >PUSHAX
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>PUSHBI 0
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jsr K.GetMem
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bcs .9
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phx save hMem
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phy save PTR.LO
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pha save PTR.HI
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>STYA ZPPtr2
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lda (ZPPtr1)
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tax count in src string
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beq .8
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ldy #0 reset index in dst token
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.3 inc ZPPtr1 get...
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bne .4
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inc ZPPtr1+1
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.4 lda (ZPPtr1) ...next char
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cmp #' ' found a space ?
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bne .6
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tya in a token ?
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beq .7 no, skip & go to next char
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sta (ZPPtr2) yes, set this token len
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sec
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adc ZPPtr2 advance to next token
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sta ZPPtr2
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bcc .5
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inc ZPPtr2+1
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.5 ldy #0 reset index in dst token
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bra .7
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.6 iny add char to token
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sta (ZPPtr2),y
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.7 dex end of src string?
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bne .3 no...next char...
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tya yes, are we in a token ?
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beq .8
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sta (ZPPtr2) yes, set last token len
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sec
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adc ZPPtr2 advance to next token
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sta ZPPtr2
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bcc .8
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inc ZPPtr2+1
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.8 lda #0
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sta (ZPPtr2) set Array Ending 0
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pla get back PTR.HI
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ply get back PTR.LO
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plx get back hMem
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clc
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.9 rts
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*--------------------------------------
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MAN
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SAVE SYS/KERNEL.S.STR
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LOAD SYS/KERNEL.S
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ASM
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