A2osX/SYS/KERNEL.S.TIME.txt

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NEW
PREFIX /A2OSX.BUILD
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AUTO 4,1
*--------------------------------------
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* https://www.cise.ufl.edu/~cop4600/cgi-bin/lxr/http/source.cgi/lib/ansi/gmtime.c
*--------------------------------------
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SECSDAY .EQ 86400 60*60*24
CENTURY0 .EQ 19
YEAR0 .EQ 70
DAY0 .EQ 4 day 0 was a thursday
*/--------------------------------------
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* # Time
* Get System Time in Buffer
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* ## C
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* `time_t time (S.TIME* timer);`
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* ##ASM
* **In:**
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* Y,A = PTR to S.TIME
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* **Out:**
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* S.TIME filled with System date/time
*\--------------------------------------
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K.Time >STYA ZPPtr2
>MLICALL MLIGETTIME
>LDYAI DATELO
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>STYA ZPPtr1
bra TIME.PTime2TimeP1P2
*/--------------------------------------
* # PTime2Time
* Convert ProDOS Time To S.TIME
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* ## C
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* `int PTime2Time (long* ptime, S.TIME* timer);`
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* ##ASM
* **In :**
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* `>PUSHW timer`
* `>LDYA ptime`
* `>SYSCALL PTime2Time`
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* **Out:**
*\--------------------------------------
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K.PTime2Time >STYA ZPPtr1
>PULLW ZPPtr2
TIME.PTime2TimeP1P2
ldy #1
lda (ZPPtr1),y Get Year
lsr C is high bit of month
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ldy #S.Time.YEAR
sta (ZPPtr2),y set year
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sta K.CTime.Year for conputing Century/WDAY later
lda (ZPPtr1) Get Month/day
pha save Day
ror
lsr
lsr
lsr
lsr
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ldy #S.Time.MONTH
sta (ZPPtr2),y set month
pla get back day
and #$1F
iny
sta (ZPPtr2),y set day
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lda K.CTime.Year get back year
cmp #69 if before 70 CC,if > 70, CS
lda #0
rol get back C in bit 0
eor #1 toggle C
adc #19 set date before 1970 -> 20xx
sta (ZPPtr2) set Century
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sta K.CTime.Century for conputing WDAY later
ldy #2
lda (ZPPtr1),y Get Min
tax
iny
lda (ZPPtr1),y Get Hour
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ldy #S.Time.HOUR
sta (ZPPtr2),y set hour
iny
txa
sta (ZPPtr2),y set min
iny
lda #0
sta (ZPPtr2),y set seconds (ProDOS does not provide it)
* 1/1/1970 was Thursday...if not leap, add one, if leap add 2
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K.ComputeWDAY lda #3 Thursday : 4 (-1 for mod 7)
pha
lda #19
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sta K.CTime.DWORD
lda #70
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sta K.CTime.DWORD+1
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.1 ldy K.CTime.DWORD
lda K.CTime.DWORD+1
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cpy K.CTime.Century
bne .2
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cmp K.CTime.Year
beq .4
.2 jsr TIME.IsLeapYearYA CS = Leap
pla
adc #1
cmp #7
bcc .3
sbc #7 MOD 7
.3 pha
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inc K.CTime.DWORD+1
lda K.CTime.DWORD+1
cmp #100
bne .1
lda #0
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sta K.CTime.DWORD+1
inc K.CTime.DWORD
bra .1
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.4 ldy #S.Time.MONTH
lda (ZPPtr2),y get month
tax
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.5 lda K.StrFTime.MDAY-1,x get day count in this month
bne .6 february ?
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ldy K.CTime.Century
lda K.CTime.Year
jsr TIME.IsLeapYearYA CS = Leap
.6 pla
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adc K.StrFTime.MDAY-1,x
cmp #7
bcc .7
sbc #7
.7 pha
dex
bne .5
pla
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ldy #S.Time.DAY
adc (ZPPtr2),y get day in month (1..31)
dec adjust range 0.30 for MOD 7
.8 cmp #7 MOD 7
bcc .80
sbc #7
bra .8
.80 inc adjust range 1..7
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ldy #S.Time.WDAY
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sta (ZPPtr2),y
clc
rts
*/--------------------------------------
* # CTime2Time
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* Convert CTime Time To S.TIME
* ## C
* `int CTime2Time (long* ctime, S.TIME* timer);`
* ##ASM
* **In :**
* `>PUSHW timer`
* `>LDYA ctime`
* `>SYSCALL CTime2Time`
* **Out:**
*\--------------------------------------
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K.CTime2Time >STYA ZPPtr1
>PULLW ZPPtr2
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ldy #3
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.1 lda (ZPPtr1),y
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sta K.CTime.DWORD,y
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dey
bpl .1
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stz K.CTime.DivDay
stz K.CTime.DivDay+1
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.2 lda K.CTime.DWORD
sta K.CTime.ModDay
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sec
sbc #SECSDAY
pha
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lda K.CTime.DWORD+1
sta K.CTime.ModDay+1
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sbc /SECSDAY
pha
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lda K.CTime.DWORD+2
sta K.CTime.ModDay+2
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sbc #0
pha
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lda K.CTime.DWORD+3
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sbc #0
bcc .3 end of DIV/MOD ?
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sta K.CTime.DWORD+3
ldx #2
.21 pla
sta K.CTime.DWORD,x
dex
bpl .21
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inc K.CTime.DivDay
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bne .2
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inc K.CTime.DivDay+1
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bne .2
.3 pla
pla
pla
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stz K.CTime.Div60
stz K.CTime.Div60+1
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.4 lda K.CTime.ModDay
sta K.CTime.Mod
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sec
sbc #60
pha
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lda K.CTime.ModDay+1
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sbc #0
pha
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lda K.CTime.ModDay+2
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sbc #0
bcc .5
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sta K.CTime.ModDay+2
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pla
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sta K.CTime.ModDay+1
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pla
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sta K.CTime.ModDay
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inc K.CTime.Div60
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bne .4
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inc K.CTime.Div60+1
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bne .4
.5 pla
pla
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lda K.CTime.Mod
ldy #S.Time.SECOND
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sta (ZPPtr2),y
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stz K.CTime.Div3600
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.6 lda K.CTime.Div60
sta K.CTime.Mod
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sec
sbc #60
pha
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lda K.CTime.Div60+1
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sbc #0
pha
bcc .7
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sta K.CTime.Div60+1
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pla
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sta K.CTime.Div60
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inc K.CTime.Div3600
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bne .6
.7 pla
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lda K.CTime.Mod
dey ldy #S.Time.MINUTE
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sta (ZPPtr2),y
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lda K.CTime.Div3600
dey ldy #S.Time.HOUR
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sta (ZPPtr2),y
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lda K.CTime.DivDay WDAY computation : (DivDay + DAY0) mod 7
clc
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adc #DAY0
pha
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lda K.CTime.DivDay+1
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adc /DAY0
eor #$ff
tax
pla
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.8 sta K.CTime.Mod
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sec
sbc #7
bcs .8
inx
bne .8
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lda K.CTime.Mod
ldy #S.Time.WDAY
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sta (ZPPtr2),y
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lda #CENTURY0
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sta K.CTime.Century
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lda #YEAR0
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sta K.CTime.Year
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K.CTime2Time.Year
.1 ldy K.CTime.Century
lda K.CTime.Year
jsr TIME.IsLeapYearYA if Leap year CS
lda #0 Toggle Carry
rol
eor #1
lsr
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lda K.CTime.DivDay
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sbc #365
pha
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lda K.CTime.DivDay+1
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sbc /365
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bcc .2
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sta K.CTime.DivDay+1
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pla
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sta K.CTime.DivDay
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inc K.CTime.Year
lda K.CTime.Year
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cmp #100
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bne .1
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stz K.CTime.Year
inc K.CTime.Century
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bne .1
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.2 pla
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lda K.CTime.Century
* ldy #S.Time.CENTURY
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sta (ZPPtr2)
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ldy #S.Time.YEAR
lda K.CTime.Year
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sta (ZPPtr2),y
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clc
rts
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*--------------------------------------
* In :
* Y = Century
* A = Year (0..99)
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* if (year mod 400 = 0)
* or
* if not (year mod 100 = 0) and (year mod 4 = 0)
* Out :
* CS = Leap
* CC = Not Leap
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*--------------------------------------
TIME.IsLeapYearYA
cmp #0 Year = 00 ?
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bne .1 no
tya year = 00, get century in a
and #$3 mod 4 = 0 ?
beq .9 leap year
.8 clc not leap
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rts
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.1 and #$3 mod 4 = 0 ?
bne .8
.9 sec Leap
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rts
*--------------------------------------
K.StrFTime.MDAY .DA #3,#0,#3,#2,#3,#2,#3,#3,#2,#3,#2,#3
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K.CTime.DWORD .BS 4
K.CTime.DivDay .BS 2
K.CTime.ModDay .BS 3
K.CTime.Div60 .BS 2
K.CTime.Div3600 .BS 1
K.CTime.Mod .BS 1
K.CTime.Century .BS 1
K.CTime.Year .BS 1
*/--------------------------------------
* # StrFTime
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* ## C
* Convert S.TIME struct to CSTR
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* `size_t strftime (char* ptr, size_t maxsize, const char* format, const struct tm* timeptr );`
* ## ASM
* **In:**
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* PUSHW = Dst PTR To CSTR Buf
* PUSHW = Src PTR To Format String
* + %a : Abbreviated weekday name : Thu
* + %A : Full weekday name : Thursday
* + %b : Abbreviated month name : Aug
* + %B : Full month name : August
* + %d : Day of the month, zero-padded (01-31)
* + %H : Hour in 24h format (00-23) 14
* + %I : Hour in 12h format (01-12) 02
* + %m : Month as a decimal number (01-12) 08
* + %M : Minute (00-59) 55
* + %p : AM or PM designation PM
* + %S : Second (00-61) 02
* + %w : Weekday as a decimal number with Sunday as 0 (0-6)
* + %y : Year, last two digits (00-99)
* + %Y : Year four digits 2001
* PUSHW = Src PTR To S.Time
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* **Out:**
* none. always succeed.
*\--------------------------------------
K.StrFTime jsr MEM.PullP1P2P3
ldy #0
.1 lda (ZPPtr2),y
beq .8
iny
cmp #'%'
beq .2
jsr K.StrFTime.addChar
bra .1
.2 ldx #K.StrFTime.JMPL-K.StrFTime.Tbl-1
lda (ZPPtr2),y
beq .8
iny
.3 cmp K.StrFTime.Tbl,x
beq .4
dex
bpl .3
bra .1
.4 lda K.StrFTime.JMPL,x
sta .5+1
lda K.StrFTime.JMPH,x
sta .5+2
phy
.5 jsr $ffff
ply
bra .1
.8 lda #0 Terminate C string
sta (ZPPtr3)
rts
*--------------------------------------
K.StrFTime.TBL .AS "aAbBdHImMpSwyY"
K.StrFTime.JMPL .DA #K.StrFTime.A
.DA #K.StrFTime.AA
.DA #K.StrFTime.B
.DA #K.StrFTime.BB
.DA #K.StrFTime.D
.DA #K.StrFTime.HH
.DA #K.StrFTime.II
.DA #K.StrFTime.M
.DA #K.StrFTime.MM
.DA #K.StrFTime.P
.DA #K.StrFTime.SS
.DA #K.StrFTime.W
.DA #K.StrFTime.Y
.DA #K.StrFTime.YY
*--------------------------------------
K.StrFTime.JMPH .DA /K.StrFTime.A
.DA /K.StrFTime.AA
.DA /K.StrFTime.B
.DA /K.StrFTime.BB
.DA /K.StrFTime.D
.DA /K.StrFTime.HH
.DA /K.StrFTime.II
.DA /K.StrFTime.M
.DA /K.StrFTime.MM
.DA /K.StrFTime.P
.DA /K.StrFTime.SS
.DA /K.StrFTime.W
.DA /K.StrFTime.Y
.DA /K.StrFTime.YY
*--------------------------------------
K.StrFTime.A ldx #3 Short day of week, 3 chars...
.HS 2C Bit abs
K.StrFTime.AA ldx #15 full DoW
>LDYAI K.StrFTime.DAY
>STYA ZPPtr4
ldy #S.Time.WDAY
bra K.StrFTime.STR
K.StrFTime.B ldx #3 Short Month, 3 chars....
.HS 2C Bit abs
K.StrFTime.BB ldx #15 full Month....
>LDYAI K.StrFTime.MON
>STYA ZPPtr4
ldy #S.Time.MONTH
K.StrFTime.STR lda (ZPPtr1),y get required S.Time field value
tay
beq .9 Illegal value
.1 dey range 0..x
beq .2
lda (ZPPtr4)
sec
adc ZPPtr4
sta ZPPtr4
bcc .1
inc ZPPtr4+1
bra .1
.2
* ldy #0 Y is already 0
.3 iny
lda (ZPPtr4),y
jsr K.StrFTime.addChar
tya
cmp (ZPPtr4)
beq .8
dex
bne .3
.8 rts
.9 ldx #3
lda #'?'
.99 jsr K.StrFTime.addChar
dex
bne .99
rts
*--------------------------------------
K.StrFTime.D ldy #S.Time.DAY
bra K.StrFTime.addDecPtr1Y
K.StrFTime.HH ldy #S.Time.HOUR
bra K.StrFTime.addDecPtr1Y
K.StrFTime.II ldy #S.Time.HOUR
lda (ZPPtr1),y
cmp #12
bcc .1
sbc #12
.1 bra K.StrFTime.addDecA
K.StrFTime.M ldy #S.Time.MONTH
bra K.StrFTime.addDecPtr1Y
K.StrFTime.MM ldy #S.Time.MINUTE
bra K.StrFTime.addDecPtr1Y
K.StrFTime.P ldy #S.Time.HOUR
lda (ZPPtr1),y
cmp #12
bcc .1
lda #'p'
.HS 2C bit abs
.1 lda #'a'
jsr K.StrFTime.addChar
lda #'m'
bra K.StrFTime.addChar
K.StrFTime.SS ldy #S.Time.SECOND
bra K.StrFTime.addDecPtr1Y
K.StrFTime.W ldy #S.Time.WDAY
bra K.StrFTime.addDecPtr1Y
K.StrFTime.YY ldy #S.Time.CENTURY
jsr K.StrFTime.addDecPtr1Y
K.StrFTime.Y ldy #S.Time.YEAR
*--------------------------------------
K.StrFTime.addDecPtr1Y
lda (ZPPtr1),y
K.StrFTime.addDecA
stz .2+1
ldx #8
sed
.1 asl
pha
.2 lda #$ff Self Modified
adc .2+1
sta .2+1
pla
dex
bne .1
cld
lda .2+1
pha
lsr
lsr
lsr
lsr
ora #$30
jsr K.StrFTime.addChar
pla
and #$0f
ora #$30
*--------------------------------------
K.StrFTime.addChar
sta (ZPPtr3)
inc ZPPtr3
bne .8
inc ZPPtr3+1
.8 rts
*--------------------------------------
K.StrFTime.DAY >PSTR "Monday"
>PSTR "Tuesday"
>PSTR "Wednesday"
>PSTR "Thursday"
>PSTR "Friday"
>PSTR "Saturday"
>PSTR "Sunday"
*--------------------------------------
K.StrFTime.MON >PSTR "January"
>PSTR "February"
>PSTR "March"
>PSTR "April"
>PSTR "May"
>PSTR "June"
>PSTR "July"
>PSTR "August"
>PSTR "September"
>PSTR "October"
>PSTR "November"
>PSTR "December"
*--------------------------------------
MAN
SAVE /A2OSX.SRC/SYS/KERNEL.S.TIME
LOAD /A2OSX.SRC/SYS/KERNEL.S
ASM