Hey - if I can use it to stream stereo from the computer to the radio in the kitchen, I'll be even happier! :D

Damn. Found the gizmo at Walmart Sunday -- in automotive, not by the stereo stuff, and with the gracious help of a Walmart employee who pays attention at staff meetings -- and couldn't be happier. Used the Dazzle (it's a multi-format memory card reader) to interface the CompactFlash out of the camera (tentatively loaded with mp3s), and tested it while shopping for something bigger.

Found a SanDisk 1 GB card for $60 after rebate, at Circuit City. The normal lowest price around here is $70 and change at Sam's Club, I forget what brand that is. SanDisk offers a rebate on the SD version as well.

I tried your other brilliant idea, and plugged the whole works into the "wart", and am listening to the tracks on the boom box here in the house.

Also, the device seems to look in folders. I had a CD all burned with MP3s in folders by band name, and copied that over to the 1 GB. So, again, kudos to you!

At CompUSA there were various USB flash drives for not a whole bunch of money, but not nearly as large. There was also a $10 box that turns CF chips into "thumb drives", and I plan to get that, maybe today, for the portability, and because the Dazzle is a bit on the fragile side (it turns out ;').

All this is so far cheaper than even an iPod mini that it isn't worth talking about.

I brought TheToy into work today and hooked it to a variable power supply at lunch. Running off a USB drive, I found no discernable differences in frequency stability, fidelity, or range (>10 meters) from 12VDC all the way down to almost 5.5VDC. I only had short (6") jumpers between TheToy and the power supply, so I do not know if it radiates any appreciable RF via the power lines. Maybe I'll try that later this week.

With the thumb drive it consumed almost 140mA, about 115mA without it (in the case of using the connecting cable) - a little bit too much to make running it off a 9V battery really practical.

25ma for the drive, then? Wowzo. Maybe I'll get that kit I saw. Don't need it per se, but hey, I don't *need* much besides water, air, food, and shelter. ;')

oooh, I've been trying to find something like this...
http://www.Keyspan.com/

Saw this in Popular Science, p 34, June 2005, and finally tracked it down on the manufacturer's website, via some tips on a Mac forum. Called PowerSquid, it solves the problem of too many AC adapters, and (like the MP3 broadcaster thingee) is available at WalMart (and at Target, but they banned Salvation Army kettles, and donations are already down. IOW, Target ****s).

Yeah - I've seen that before. But I don't think it had a surge protector in it, so I didn't pay any attention to it.

I'd rather use a switchbox that I can turn OFF when the lightning starts hitting (like today; with 3/8" hail, which is unusual for Connecticut). Even my UPS has got a switch between itself and the wall, just in case. (they can blow too) The better switches actually disconnect hot and neutral AND ground (to prevent ground loops) and short 'em all together on the device-side (all lines at the same potential won't cause any bad discharge paths)

Oh - does anyone know of a standalone device that will take NTSC or S-video in and 'snapshot' jpegs (like, 640x480x24bit) to a USB memory stick? I used to have a Sony device (from the old discontinued Mavica series) that snappshotted (a word?) 640x480x24's to 1.4meg diskettes - very useful at work for capturing images off a microscope. Using a laptop with an NTSC->USB digitizer isn't practical or economical at this time.

Thanks, and have a quiet, safe Monday.

DO NOT, DO NOT, DO NOT plug an iPod shuffle into this thing!!!

I lent it to a friend who wanted to test drive it before buying. He plugged a Shuffle into it and it worked for the first; blew a fuse on the second day. Gave it back to me and I changed the fuse and plugged it into my cig lighter (fortunately without a USB stick - so it turns out).

The radio "thwup"-ed once as the carrier came and went, and the fuse blew again. I can figure it's shat the sheets. :)

Thinking about it: since the Shuffle recharges thru the USB port, and USB is 5v while the car is 12v, I'm wondering if the recharge current killed the voltage regulator... An autopsy is scheduled for next week (I'm vacationing this week).

Ha! Thanks for the warning. The Shuffle recharging thru the USB port sure could explain the problem. I like the description of the radio "thwup".

I'm sure there wouldn't be a problem plugging the Shuffle into the thing with the earphone cable.

It _was_ working fine all this time using either my USB stick or my MP3 player/cable. Gonna get another one, definitely.

If I can fix #1 it'll be hooked to a wall-wart power supply and used in the lab - it deserves an easy retirement.

Thanks for the tip!

There's a Belkin (or other) gizmo for the iPods that does the same kind of job, and the controls work the iPod. Costs a bit more than the cute little thing that is now dead at your house (my condolences), but that's to be expected for an iPod item, since iPods cost a lot.

Looks like he's going for 200 orders (pre-order commitments) to build the next run of the CompactFlash cards for the Apple II/IIgs. Also he's fixed a bug.

http://dreher.net/?s=projects/CFforAppleII&c=projects/CFforAppleII/main.php

Apple DOS File System
ADFS 1.0a36
http://www.lazilong.com/apple_II/adfs/

Mac ping

A FReepathon is under way!

Incidentally, whomever added "LOWQUALITYCRAP" to the keywords is an *ssh*le.

FR Lexicon·Posting Guidelines·Excerpt, or Link only?·Ultimate Sidebar Management·Headlines
Donate Here By Secure Server·Eating our own -- Time to make a new start in Free Republic
PDF to HTML translation·Translation page·Wayback Machine·My Links·FreeMail Me
Gods, Graves, Glyphs topic·and group·Books, Magazines, Movies, Music

this is nice and cheap!

GSE-Reactiv
http://www.gse-reactive.com/
256 Meg Compact Flash Card with GS/OS for Apple IIgs ($45)

lots of Apple II stuff to download from the Nibble magazine archives:

Nibble Library Now Available
http://www.nibblemagazine.com/

a Messy-DOS BASIC dialect that works a lot like AppleSoft, linked from Nibble:

SylvaWare
NBASIC Version 1.4
http://sylvaware.home.mindspring.com/

join the Apple II webring, or visit at least:

Apple II WebRing
http://E.webring.com/hub?ring=apple2

Computist (formerly Hardcore Computist) archive:
http://computist.textfiles.com/

music video for "The Sophtware Slump" by Grandaddy (I hadn't heard of 'em either):
http://www.stewdio.org/jed/

Apple II ethernet card $89:
http://www.a2retrosystems.com/

* = Applesoft BASIC only
** = Integer BASIC only

PEEK and/or POKE address(es) DESCRIPTION
HEX DECIMAL
ZERO PAGE
ADDRESSES $0000.00FF (0-255)
$0.5......0-5......................*....Jump instructions
$6.9......6-9......................*....Not used
$0A.0C....10-12....................*....USR jump instruction
$0D.17....13-23....................*....Flags and counters
$18.......24............................First track of DOS data
$19.......25............................First sector of DOS data
$1A.......26............................Number of DOS sectors to load
$1B.......27............................High byte of DOS buffer (low byte is always 00)
$1A.1B....26-27.........................DRAW and XDRAW shape pointer
$1C.......28............................Last color used
$1D.1F....29-31.........................Not used
$20.......POKE 32,N...(entering TEXT....(N is 0-39; norm is 0) Text window left edge
$21.......POKE 33,N.........restores....(N is 1-40/1-80; norm is 40/80) Text window right edge
$22.......POKE 34,N......normal text....(N is 0-23; norm is 0) Text window top edge
$23.......POKE 35,N..........window)....(N is 1-24; norm is 24) Text window bottom
$24.......36............................Cursor's column position minus 1 (HTAB's place)
$25.......37............................Cursor's row location minus 1 (VTAB's place)
$25; $FC66; $FC1A; $24..POKE 37,R: CALL -922: CALL -998: POKE 36,C
..(R=row; C=column) Plots cursor position
$26.27....?PEEK(38)+PEEK(39)*256........Address of current low-res cursor row
$28.29....?PEEK(40)+PEEK(41)*256........Address of current text cursor row
$2A.2B....42-43.........................Row pointer for text scrolling
$2B.......43............................Last booted slot number * 16
$2C.......?PEEK(44).....................Last lo-res HLIN right endpoint
$2D.......?PEEK(45).....................Last lo-res VLIN bottom endpoint
$2E.......N=PEEK(46)....................If N=15 ($0F) then a lo-res color block is to be plotted in the lower half of the screen; if N=240 ($F0) then it will be plotted in the upper half
$2F.......47............................Sometimes DOS volume number
$30.......48............................Lo-res color * 17
$32.......50............................In N=PEEK(50), the current text format is INVERSE if N=63 ($3F); FLASH if N=127 ($7F); and NORMAL if N=255 ($FF); (also POKE 50,128 will make listing and CATALOG invisible)
$33.......51............................ASCII character for INPUT prompt symbol; also, POKEing here sometimes defeats "Not Direct Command" error
$34.49....52-73.........................Monitor and DOS registers
$48.......72............................A POKE here resets the status register
$4A.4B....74-75...................**....LOMEM
$4C.4D....76-77...................**....HIMEM
$4E.4F....78-79.........................Random number field; for a better random number generator, use RND(PEEK(78)+PEEK(79)*256)
$50.61....80-97....................*....Pointers
$52.......82.......................*....POKE 82,128 makes any command RUN
$62.66....98-102........................Result of last-floating point multiplication or division operation
$67.68....103-104.......................Start of BASIC program
$69.6A....105-106.......................LOMEM; end of BASIC program and start of variable space
$6B.6C....107-108.......................Start of defined array space
$6D.6E....109-110.......................End of defined array space
$6F.70....111-112.......................Start of string storage
$71.72....113-114..................*....Temporary register
$73.74....115-116..................*....HIMEM - 1; highest address available to BASIC program
$75.76....117-118.......................Line number being executed
$77.78....119-120.......................Line number where program stopped
$79.7A....121-122.......................Address of next statement to be executed
$7B.7C....123-124.......................Next DATA line number
$7D.7E....125-126.......................Next DATA address
$7F.80....127-128.......................INPUT source pointer
$81.82....?CHR$(PEEK(129))+CHR$(PEEK(130))
..Last used variable's name
$83.84....?PEEK(131)+PEEK(132)*256......Last used variable's address
$85.9C....133-156..................*....General-purpose registers

*9D.A3....157-163.......................Main floating-point arithmetic accumulator
$A5.AB....165-171.......................Axilary floating-point arithmetic accumulator
$AC.AE....172-174..................*....General-purpose registers
$AF.B0....175-176.......................End of BASIC program
$B1.C8....177-200..................*....Get-character routine
$C9.CD....201-205.......................Floating point random number
$CE.CF....206-207.................**....Arithmetic accumulator
$D0.DF....208-223.......................BASIC scratch registers and pointers
$D4.......212...........................Returns error cord flag in decimal
$D6.......214.....................**....RUN flag (POKE 214,255 makes any command run a program; POKE 214,0 restores the functions)
$D8.......216...........................ONERR flag (if PEEK (216)=127 then an error has occurred; POKE 216,0 cancels ONERR function)
$DA.DB....L=PEEK(218)+PEEK(219)*256.....Line number last error occured in
$DC.DD....?PEEK(220)+PEEK(221)*256......ONERR error address
$DE.......?PEEK(222)....................ONERR error code (see table below)
$E0.E1....?PEEK(224)+PEEK(225)*256..*...X of last HPLOT
$E2.......?PEEK(226)...............*....Y of last HPLOT
$E3.......227...........................Not used
$E4.......228......................*....N=PEEK(228) returns the HCOLOR code which is 0 if N=0; 1 if N=42 ($2A); 2 if N=85 ($55); 3 if N=127 ($7F); 4 if N=128 ($8F); 5 if N=170 ($AA); 6 if N=213 ($D5); and 7 if N=255 ($FF)
$E6.......230......................*....A 32 ($20) in this address means hi-res page 1 is being shown; 64 ($40) = page 2; 96 ($60) = page 3
$E7.......231......................*....SCALE
$E8.E9....232-233..................*....Shape table start address
$EA.......N=PEEK(234)..............*....If N=0 then last XDRAW started at a non-black hi-res point
$EB.EF....235-239.......................Not used
$F1.......241......................*....256 minus the current SPEED; to find the speed, use this formula: SPEED=256-PEEK(241)
$F2.F8....242-248..................*....General-purpose registers
$F3.......243......................*....FLASH mask (POKE any number here to make listings unreadable)
$F9.......249......................*....ROT (0-64 = 0-360 degrees, 32 = 180 degrees)
$FA.FF....250-255.......................Not used

MONITOR VARIABLES/VECTORS;
PAGE 1/PAGE 2 TEXT/GRAPHICS
ADDRESSES $0300.0C00 (768-3072)
$320.321....800-801.....................Hi-res graphics horizontal coordinate
$322........802.........................Hi-res vertical coordinate
$324.325....804-805.....................Starting address of shape table
$32C........812.........................Hi-res color
$3D0.$3D2...976-978.....................Jump vector to DOS warm start (JMP $9DBF)
$3D2........?(PEEK(978)+35)/4;"K".......Memory left
$3D3.3D5....979-981.....................Jump vector to DOS cold start (JMP $9D84)
$3D6.3D8....982-984.....................Jump vector to DOS File Manager (JMP $AAFD)
$3D9.3DB....985-987.....................Jump vector to RWTS (JMP $B7B5)
$3DC.3E2....988-994.....................Subroutine to locate file manager PARM list (LDA $9D0F; LDY $9D0E)
$3E3.3E9....995-1001....................Subroutine to locate RWTS PARM list (LDA $AAC2; LDY $AAC1; RTS)
$3EA.3EE....1002-1006...................Jump to replace DOS intercepts subroutine (JMP $A851; NOP; NOP)
$3EF.3F1....1007-1009...................Jump vector to Autostart BRK Handler (JMP $FA59)
$3F2.3F4....1010-1012...................<Control-Reset> vector (JMP $9DBF); type address to JMP to at addresses 1010-1011 ($3F2.3F3), and then CALL -1169 to set address 1012
(POKE 1010,102: POKE 1011,213: POKE 1012,112 makes <Control-Reset> RUN;
POKE 1010,105: POKE 1011,255: POKE 1012,90 messes up CATALOG and makes <Control-Reset> return to the monitor;
POKE 592,0: POKE 1012,0 makes <Control-Reset> boot;
POKE 592,255: POKE 1010,191: POKE 1011,157: POKE 1012,56 restores <Control-Reset>'s normal function)
$3F4....................................Power-up byte ($3F3 EOR $A5)
$3F5.3F7....1013-1015...................Ampersand ("&") vector (JMP $FF58) (POKE 1014,165: POKE 1015,214 makes "&" LIST;
POKE 1014,110: POKE 1015,165 makes "&" CATALOG;
POKE 1014,18: POKE 1015,217 makes "&" RUN)
$3F8.3FA....1016-1018...................Control-Y vector (JMP $FF65)
(POKE 1016,76: POKE 1017,208: POKE 1018,3 makes <Control-Y> JuMP to address $03D0 (address 976) (JuMP=76, 03=3, D0=208);
POKE 1016,76: POKE 1017,105: POKE 1018,255 makes <Control-Y> enter the monitor)
$3FB.3FD....1019-1021...................Jump vector to NMI handler
$3FE.3FF....1022-1023...................Vector for IRQ handler
$57B........1403........................Cursor's column position minus 1 (HTAB's place) in 80-column mode
$778........1912+SLOT...................Linefeed enable, disable (POKE 1912+SLOT,1 on Apple Parallel Card will enable linefeed; POKE 1912+SLOT,0 will disable linefeed)
$801........2049........................POKE 2049,1 makes first BASIC program line list repeatedly

HEXADECIMAL NEGATIVE DECIMAL POSITIVE DECIMAL
DOS LOCATIONS
WITH DOS 3.3 LOADED INTO MEMORY
ADDRESSES $9600.BFFF (38400-49151) (-27136 TO -16385)
$9D01; $A7D4..-25343;-22572.......POKE 40193,PEEK(40193)-N:CALL 42964
..Moves DOS buffers down N*256 bytes
$9E42.........-25022..............40514..........Greeting program run flag (a value of 20 will make DOS 3.3 EXECute the greeting program; a value of 52 makes DOS 3.3 BRUN it.)
$A545.........-23227..............42309..........POKE 42309,96 kills INITialize command
$A56E.........-23168..............42350..........CATALOG routine
$A710.A712....-22768 TO -22766....POKE 42768,234: POKE 42769,234: POKE 42770,234
..Cancels all DOS error messages
$A884.A907....-22396 TO -22265....43140-43271....DOS 3.3 commands (on track 1 sectors 7-8 on normal DOS 3.3 disk)
$A972.AA3E....-22158 TO -21954....43378-43582....DOS 3.3 error messages (track 1 sectors 8-9 on normal DOS 3.3 disk)
$AA57.........-21929..............43607..........MAXFILES value
$AA60; $AA61..-21920; -21919......?PEEK(43616)+PEEK(43617)*256
..Last BLOAD length
$AA68.........-21912..............43624..........Active disk drive number
$AA6A.........-21910..............43626..........Active slot number
$AA72; $AA73..-21902; -21901......?PEEK(43634)+PEEK(43635)*256
..Last BLOAD start
$AAB1.........-21839..............43697..........MAXFILES default value
$AAB2.........-21838..............43698..........Control-D command character (POKE 43698,N makes CHR$(N) replace CHR$(4))
$AAB6.........-21834..............43702..........BASIC flag (in N=PEEK(43702), if N=0 you're in INT BASIC; if N=64, FP ROM; if N=128, FP RAM)
$AC01.........-21503..............44033..........CATALOG track number (POKE 44033,0 returns an I/O error when CATALOG is entered; POKE 44033,17 returns back to normal)
$ADA4.........-21084..............44452..........Number of file names before catalog listing pauses plus one (see address 44605)
$ADAC; $ADAD..-21076; -21075......44460-44461....POKE 44460,88: POKE 44461,252 clears screen before catalog
$ADC0.ADC2; BB69.BB8F; B3AF.B3BA..44480-44482; 47977-48015; 45999-46010
..To change VOLUME #xxx to SECTORS FREE =xxx then enter this while in the monitor:
ADC0: 20 69 BA
BB69: A9 00 85 40 85 41 A0 C8 18 B9 F2 B3 F0 0E 0A 90 FB 48 E6 40 D0 02 E6 41 68 18 90 F0 88 D0 E9 A6 40 A5 41 20 24 ED 60
B3AF: A0 BD A0 D4 C3 C5 D3 A0 C5 C5 D2 C6
$ADD9; $ADDA..-21031; -21030......44505-44506....POKE 44505,234: POKE 44506,234 shows deleted files in catalog
$AE17.........-20969..............44567..........Number of characters minus one in CATALOG file name
$AE22.AE24....-20958 TO -20956....44578-44580....POKE 44578,234: POKE 44579,234: POKE 44580,234 cancels carriage returns after catalog file names
$AE34.AE36....-20940 TO -20938....44596-44598....POKE 44596,234: POKE 44597,234: POKE 44598,234 cancels catalog pause
$AE37.AE38....-20937 TO -20936....44599-44600....POKE 44599,234: POKE 44600,234 waits for keypress after each catalog file (to get back to normal, POKE 44599,208: POKE 44600,8)
$AE3D.........-20931..............44605..........Number of file names before catalog pause (POKE 44452,N+1: POKE 44605,N allows N file names before the pause)
$B201.B203; BA69.BA75..-19967 TO -19965; -17815 TO -17803..45569-45571; 47721-47733
..For DOS wildcard using "=", enter this while in the monitor:
B201: 4C 71 BA
BA69: E8 B1 42 DD C6 B4 D0 0A C8 C0 1E D0 F3 AE 9C B3 18 60 C9 AD F0 F7 4C 0B B2
$B3A7.B3AE....-19545 TO -19538....45991-45998....File-type codes
$B3AF.B3BA....-19537 TO -19526....45999-46010....Current disk volume heading spelled backwards (track 2 sector 2 on regular DOS 3.3 disk)
$B3C1.........-19519..............?PEEK(46017)...Current disk volume number
$B3F0.........-19472..............N=PEEK(46064)..Number of sectors per track on current disk (if N=13, then the DOS being used is 3.2; if N=16, then 3.3)
$B96A.........-18070..............47466..........If PEEK(47466) returns 150, then DOS 3.3 is in memory
$BA01.........-17919..............47617..........A POKE of 12 here speeds disk drive access
$BFD3.BFD5....-16429 TO -16427....49107-49109....POKE 49107,234: POKE 49108,234: POKE 49109,234 prevents any language card reload

DOS LOCATIONS
WITH PRODOS LOADED INTO MEMORY
ADDRESSES $9600.BFFF (38400-49151) (-27136 TO -16385)
$B878.B8E8....-18312 TO -18200....47224-47336....ProDOS Version 1.1.1 commands (track $10, sector $7 on normal ProDOS disk)
$BE3C.........-16836..............48700..........Active slot number
$BE3D.........-16835..............48701..........Active disk drive number
$BEB7.........-16713..............48823..........A 33 or a 1 in this location means that the file just VERIFYed was locked

$BED7; $BED8..-16681; -16680......?PEEK(48855)+PEEK(48856)*256
..Last BLOAD start address
$BED9; $BEDA..-16679; -16678......?PEEK(48857)+PEEK(48858)*256
..Last BLOAD length
$BF90.........-16496..............49040..........Day/month
$BF91.........-19495..............49041..........Year
$BF92.........-16494..............49042..........Minute
$BF93.........-16493..............49043..........Hour

INPUT/OUTPUT/PERIPHERAL CARDS
ADDRESSES $C000.CFFF (49152-53247) (-16384 TO -12289)
$C000.C00F....-16384 TO -16369....K=PEEK(49152)-128 TO K=PEEK(49167)-128
..All PEEKs in this area achieve the same result: ASCII code for the last keypress; if K<0 then no key was pressed
$C00A.........-16374..............49162..........POKE 49162,0 allows the functions of an 80-column card (except 80-columns) on an Apple IIe
$C010.C01F....-16368 TO -16353....49168,0-49183,0
..All POKEs in this area achieve the same result: clear keyboard
$C020.C02F....-16352 TO -16337....49184-49199....All PEEKs in this area achieve the same result: a single click at cassette OUT jack
$C030.C03F....-16336 TO -16321....49200-49215)...All PEEKs in this area achieve the same result: a single click at speaker
$C040.C04F....-16320 TO -16305....49216-49231....Utility stobe output
$C050.C057....-16304 TO -16297....49232-49239....Soft (display) switches
$C058.C07F....-16296 TO -16257....49240-49279....I/O status for controller
$C058.C05F....-16296 TO -16289....49240-49247....Game paddle commands
$C061+P.......-16287+P............N=PEEK(49249+P)-128
..(P can be 0, 1, or 2) If N>127 then paddle button #P is being pressed or is not connected (paddle button #0 = Open Apple key; #1 = Solid Apple key; #2 = Shift key)
$C0E8.........-16152..............POKE 49384,0...Stops motor at disk drive #1
$C0E9.........-16151..............POKE 49385,0...Starts motor at disk drive #1
$C0F8.........-16136..............POKE 49400,0...Stops motor at disk drive #2
$C0F9.........-16135..............POKE 49401,0...Starts motor at disk drive #2
$C100.C1FF....-16128 TO -15873....49408-49665....Peripheral slot #1 ROM
$C200.C2FF....-15872 TO -15617....49664-49921....Peripheral slot #2 ROM
$C300.C3FF....-15616 TO -15361....49920-50177....Peripheral slot #3 ROM
$C400.C4FF....-15360 TO -15105....50176-50433....Peripheral slot #4 ROM
$C500.C5FF....-15104 TO -14849....50432-50689....Peripheral slot #5 ROM
$C600.C6FF....-14848 TO -14593....50688-50945....Peripheral slot #6 ROM
$C700.C7FF....-14592 TO -12289....50944-51199....Peripheral slot #7 ROM

APPLESOFT ROM
ADDRESSES $D000-$F7FF (53248-63487) (-12288 TO -2049)
$D0D0.D25E....-12080 TO -11682....53456-53854....Applesoft BASIC commands
$D260.D362....-11680 TO -11422....53856-54114....Applesoft BASIC error messages
$DCDF.DCF6....-8993 TO -8970......56543-56566...."Extra Ignored" and "Reenter" messages

MONITOR ROM
ADDRESSES $F800-$FFFF (63488-65535) (-2048 TO -1)
$FBB3; $FBC0..-1101; -1088........A=PEEK(64435): B=PEEK(64448)
..If A=6 and B=0 then the computer being used is an Apple IIc; if A=6 and B>223 and B<240 then it's a IIe; if A=234 then it's a II+; otherwise, it's an Apple II
$FD83.........-637................A=PEEK(64899)..If A=255 then Apple IIe; if A=223 then Apple II or II+; if A=234 then Franklin Ace
$FF0A.FF12....-246 TO -238........65290-65298....Top of screen heading when computer is booted
_______________________________________________________________________________________________________________

MACHINE LANGUAGE SUBROUTINES (CALLS)

HEX + CALL - DESCRIPTION
$3D0.....976...........-64560....Enters BASIC from monitor or mini-assembler
$3D2.....978......CALL -64558....Reconnects DOS 3.3 or ProDOS
$3D9.....985......CALL -64551....Makes a cow sound (moo)
$3EA.....1002.....CALL -64534....Reconnects DOS I/O hooks
$3F2.....1010.....CALL -64526....Control-Reset vector
$3F5.....1013.....CALL -64523....Ampersand ("&") vector
$3F8.....1016.....CALL -64520....Control-Y vector
$803.....2051.....CALL -63485....Enters the mini-assembler from monitor
$1300....4864.....CALL -60672....Executes a BASIC program compiled with "Einstein Compiler"
$9DBF....40383....CALL -25153....Reconnects DOS 3.3
$A56E....42350....CALL -23168....CATALOGs
$C030....49200....CALL -16336....Toggles speaker

This just added today - 8/14/01

CALL 64246 Try it! (Special thanks to Keith Olson)

APPLESOFT ROM
ADDRESSES $D000-$F7FF (53248-63487) (-12288 TO -2049)
$D1FC....53756....CALL -11780....Hi-res "Find" or position
$D2C9....53961....CALL -11272....Hi-res "Find" or background
$D331....54065....CALL -11471....Hi-res graphics background
$D33A....54074....CALL -11462....Hi-res DRAW1
$D3B9....54201....CALL -11335....Hi-res SHLOAD
$D683....54915....CALL -10621....Clears any incompleted FOR...NEXT loops and any GOSUBs that were not RETURNed
$DAFB....56059....CALL -9477.....Carriage return
$E000....57344....CALL -8192.....Resets Integer BASIC; clears variables
$E04B....57419....CALL -8117.....Integer BASIC LIST
$E484....58500....CALL -7036.....Perform Applesoft garbage collection routine
$E5AD....58797....CALL -6739.....NEW
$E5B7....58807....CALL -6729.....PLOTs a point on the screen
$E836....59446....CALL -6090.....Integer BASIC CHAIN
$EFEC....61420....CALL -4116.....Integer BASIC RUN
$F07C....61564....CALL -3972.....Integer BASIC LOAD from tape
$F0E0....61664.........-3872.....Leaves monitor
$F123....61731....CALL -3805.....DRAWS predefined shape
$F14F....61775....CALL -3761.....Plots hi-res point
$F171....61809....CALL -3727.....Turn on Integer BASIC TRACE
$F176....61814....CALL -3722.....Turn off Integer BASIC TRACE
$F30A....62218....CALL -3318.....Integer BASIC CON
$F317....62231....CALL -3305.....Applesoft RESUME
$F328....62248....CALL -3288.....Clears error-handling information when RESUME is not used to exit an error-handling routine
$F3DE....62430....CALL -3106.....HGRs
$F3E4....62436....CALL -3100.....Shows hi-res page 1 without clearing it
$F3F2....62450....CALL -3086.....Clears hi-res page 1 to black
$F3F6....62454....CALL -3082.....Clears hi-res page 1 to last color HPLOTted
$F5CB....62923....CALL -2613.....Makes next shape table DRAW or XDRAW coordinates appear in addresses $EO, $E1, and $E2 (see the PEEKS AND POKES table above)
$F666....63078....CALL -2458.....Enter mini-assembler

MONITOR ROM
ADDRESSES $F800-$FFFF (63488-65535) (-2048 TO -1)
$F800....63488....CALL -2048.....Plots a point after column is set in Y register, row in accumulator, and color in zero-page address $30; destroys contents of accumulator
$F819....63513....CALL -2023.....Plots a horizontal line to lo-res screen after setting row to the accumulator, right endpoint column to address $2C, left endpoint column to Y register, and color to $30; destroys contents of accumulator and Y register
$F828....63528....CALL -2008.....Plots a vertical line to lo-res screen after setting column to Y register, upper endpoint row to the accumulator, bottom endpoint row to address $2D, and color to $30; destroys contents of accumulator
$F832....63538....CALL -1998.....Clears entire lo-res graphics screen
$F836....63542....CALL -1994.....Clears only graphics portion of lo-res graphics screen
$F838....63544....CALL -1992.....Clears low-res screen from top to specified row after setting that row value in Y register
$F83C....63548....CALL -1988.....Clears designated portion of upper left-hand corner of lo-res screen after setting right-end column to Y register and bottom-end row to address $2D
$F847....63559....CALL -1977.....Computes address for current lo-res row value stored in the A register
$F85F....63583....CALL -1953.....Adds 3 to current COLOR
$F864....63588....CALL -1948.....Sets lo-res color to the value in the accumulator
$F871....63601....CALL -1935.....Returns color code of specified lo-res graphics point; set column to X register and row to the accumulator; after CALLing, the color code will be in the accumulator
$F940....63808....CALL -1728.....Prints current contents of the Y and X registers in hexadecimal
$F941....63809....CALL -1727.....Prints current contents of the A and X registers in hexadecimal
$F944....63812....CALL -1724.....Prints current contents of X register in hexadecimal
$F948....63816....CALL -1720.....Prints three successive blanks on the current text screen
$F94C....63820....CALL -1716.....Prints number of successive blanks specified in X register
$FA62....64098....CALL -1438.....Pseudo-resets
$FAA6....64166....CALL -1370.....Re-boots
$FAD7....64215....CALL -1321.....Displays all registers
$FB1E....64286....CALL -1250.....Reads value from game paddle specified in X register; after CALL, value will be in Y register
$FB2F....64303....CALL -1233.....Clears text or low-res graphics screen
$FB40....64320....CALL -1216.....Sets the screen to lo-res graphics mode; destroys contents of the accumulator
$FB4B....64331....CALL -1205.....Sets the normal, 4-line text window
$FB60....64352....CALL -1184.....Clears screen and ?"Apple..."
$FB6F....64367....CALL -1169.....Used to calculate address 1012 ($3F4) for the <Control-Reset> vector
$FBC1....64449....CALL -1087.....Calculates base address of current text cursor postion
$FBE4....64484....CALL -1052.....Rings bell (some equivalents to CALL -1052 are: <Control-G>, ? CHR$(7), ? CHR$(135), or CALL -198)
$FBF4....64500....CALL -1036.....Moves cursor right
$FC10....64528....CALL -1008.....Moves cursor left
$FC1A....64538....CALL -998......Moves cursor up
$FC22....64546....CALL -990......Tabs cursor vertically to row specified in the accumulator
$FC2C....64556....CALL -980......Performs an ESCape function
$FC42....64578....CALL -958......Clears text from cursor to bottom of screen (including text on same line as cursor) (same as <ESC> <F>)
$FC58....64600....CALL -936......Clears TEXT screen and HOMEs the cursor (equivalent of <ESC> <@>); destroys contents of accumulator and Y register
$FC62....64610....CALL -926......Performs a carriage return
$FC66....64614....CALL -922......Moves cursor down
$FC70....64624....CALL -912......Scrolls current text screen up one row; destroys contents of accumulator and Y register
$FC9C....64668....CALL -868......Clears text line from cursor to right (same as <ESC> <E>)
$FCA8....64680....CALL -856......WAITs; executes time delay; set delay value (dly) to the accumulator (address 69 or $45) before CALLing; the delay time (in seconds) can be found using this equation: delay=(0.5*(5*(dly*dly)+27*dly+26))/10000
$FCC9....64713....CALL -823......Writes leader tone to cassette recorder
$FD0C....64780....CALL -756......Waits for any keypress; destroys contents of accumulator and Y register
$FD1B....64795....CALL -741......Waits for a keypress and stores its ASCII code in the accumulator; also cycles random-number seed generator
$FD35....64821....CALL -715......Fetches keystoke and stores its value in the the accumulator
$FD5A....64858....CALL -678......Waits for a <Return> keypress
$FD5C....64860....CALL -676......Rings bell and waits for a <Return> keypress
$FD67....64871....CALL -665......Issues a line feed, waits for a line of data ending with a <Return> keypress, stores the data in the keyboard input buffer, stores length of line in Y register, and uses the CHR$ of the number stored at address 51 for a cursor (cursor symbol can be altered)
$FD6A....64874....CALL -662......Same as CALL -665, but does not execute a line feed
$FD6F....64879....CALL -657......Better input; commas/colons O.K.; this example loads the variable A$ with what was put into the Keyboard Input Buffer by the CALL -657:
10 PRINT "ENTER YOUR NAME (LAST,FIRST):";: CALL -657
20 A$="": FOR I=512 TO 767: IF PEEK(I) <> 141 THEN A$=A$+CHR$(PEEK(I)-128):NEXT I
$FD75....64885....CALL -651......Same as CALL -662, but does not print prompt character; CALL after setting X register to 0
$FD8E....64910....CALL -626......Performs a carriage return
$FDA3....64931....CALL -605......Prints hexadecimal of eight consecutive memory locations, beginning from specified LSB at address 60 and specified MSB at address 61; CALL after setting Y register to 0
$FDB3....64947....CALL -589......Prints range of hexadecimal data for the address specified in memory locations $3C and $3D (LSB and MSB, respectively) through address specified in memory locations $3E and $3F; CALL after setting Y register to 0
$FDDA....64986....CALL -550......Prints the current content of the accumulator in hexadecimal
$FDE3....64995....CALL -541......Prints lower four bits (nibble) of the accumulator
$FDED....65005....CALL -531......Prints current ASCII character in the accumulator
$FDF0....65008....CALL -528......Same as CALL -531, except CALL -528 also advances cursor to next column position
$FE2C....65068....CALL -468......Memory move; to execute a BASIC memory move, type this in (where OS and OE are the Old-location Start and End, and NS is the New Start) and GOSUB 5000 to execute it:
5000 N=OS: LOC=60: GOSUB 5020: N=OE: LOC=62: GOSUB 5020: N=NS: LOC=66: GOSUB 5020
5010 POKE 768,160: POKE 769,0: POKE 770,76: POKE 771,44: POKE 772,254: CALL 768: RETURN
5020 POKE LOC,N-INT(N/256)*256: POKE LOC+1,INT(N/256): RETURN
$FE5E....65118....CALL -418......Disassembles 20 instructions
$FE61....65121....CALL -415......Disassembler; POKE start address at locations 58-59 before CALL
$FE80....65152....CALL -384......INVERSE
$FE84....65156....CALL -380......NORMAL
$FE86....65158....CALL -378......Sets I flag
$FE89....65161....CALL -375......Sets keyboard
$FEB0....65200....CALL -336......Jumps to BASIC
$FEB3....65203....CALL -333......Continues BASIC
$FEB6....65206....CALL -330......Memory location "Go"
$FEBF....65215....CALL -321......Displays A, X, Y, P, and S registers
$FEC2....65218....CALL -318......Performs monitor trace
$FECD....65229....CALL -307......Writes to tape
$FEFD....65277....CALL -259......Reads from tape
$FF2D....65325....CALL -211......Rings bell and ?"ERR"; destroys contents of accumulator and Y register
$FF3A....65338....CALL -198......Rings bell without printing a control character
$FF3F....65343....CALL -193......Monitor "RESTORE"
$FF44....65348....CALL -188......Monitor "RESTR1"
$FF4A....65354....CALL -182......Monitor "SAVE"
$FF4C....65356....CALL -180......Monitor "SAV1"
$FF59....65369....CALL -167......Enters monitor
$FF69....65381....CALL -155......Enters monitor with bell
$FF69....65385....CALL -151......Enters monitor (<Control-C>, <Return> leaves the monitor)
$FF70....65392....CALL -144......Scans input buffer; here is an example of how it executes a machine language routine (not subroutine) from BASIC:
100 A$="300: A9 C1 20 ED FD 18 69 01 C9 DB D0 F6 60 300G D823G"
110 FOR X=1 TO LEN(A$): POKE 511+X,ASC(MID$(A$,X,1))+128: NEXT
120 POKE 72,0: CALL -144

Information compiled by Scott Teresi

CyruSoft entered Chapter 7 bankruptcy.

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