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Additional C64 .sym65 support files (#157)

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* additional c64 symbols
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David Youd 2024-04-11 18:00:02 -07:00 committed by GitHub
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SourceGen/RuntimeData/Commodore/1541-RAM-use.sym65 Normal file
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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Commodore 1541 / OC-118 Disk Drive Memory Map (v1.3, Jan 18, 1995)
; https://ist.uwaterloo.ca/~schepers/MJK/ascii/1541map.txt
;
; - Commodore 1541 drive memory map
; https://sta.c64.org/cbm1541mem.html
;
; - DOS 2.6 ROM LISTINGS (v1.0, Feb 11, 2000)
; http://www.ffd2.com/fridge/docs/1541dis.html
;
; - CBM DOS ROM disassembly and memory variables for Commodore 1541 drive
; https://g3sl.github.io/c1541rom.html
*SYNOPSIS 1541 RAM locations used by the 1541 ROM
cmdCodeBuf0 @ $0000 ;Command code for buffer 0
cmdCodeBuf1 @ $0001 ;Command code for buffer 1
cmdCodeBuf2 @ $0002 ;Command code for buffer 2
cmdCodeBuf3 @ $0003 ;Command code for buffer 3
cmdCodeBuf4 @ $0004 ;Command code for buffer 4
trkBuf0 @ $0006 ;Track buffer 0
secBuf0 @ $0007 ;Sector buffer 0
trkBuf1 @ $0008 ;Track buffer 1
secBuf1 @ $0009 ;Sector buffer 1
trkBuf2 @ $000a ;Track buffer 2
secBuf2 @ $000b ;Sector buffer 2
trkBuf3 @ $000c ;Track buffer 3
secBuf3 @ $000d ;Sector buffer 3
trkBuf4 @ $000e ;Track buffer 4
secBuf4 @ $000f ;Sector buffer 4
d0DiskID @ $0012 ;Disk ID, drive 0
d1DiskID @ $0014 ;Disk ID, drive 1
hbID @ $0016 ;Header block: ID
hbTrk @ $0018 ;Header block: Track
hbSec @ $0019 ;Header block: Sector
hbParity @ $001a ;Header block: Parity
diskChgD0 @ $001c ;Flag for disk change, drive 0 01
diskChgD1 @ $001d ;Flag for disk change, drive 1 01
writeProtD0 @ $001e ;Flag for write protect sense, drive 0 01
writeProtD1 @ $001f ;Flag for write protect sense, drive 1
d0Status @ $0020 ;Drive 0 status (disk and step motor)
d1Status @ $0021 ;Drive 1 status (disk and step motor)
d0CurTrk @ $0022 ;Current track for drive 0
driveType @ $0023 ;Flag for 1541 (0), 1540 (not 0)
gcrWorkArea @ $0024 ;Scratch pad of GCR conversion
ptrTmpMem @ $002e 2 ;Pointer for temporary storage
bufPtrCtrl @ $0030 2 ;Buffer pointer for disk controller
ptrCurTrk @ $0032 2 ;Pointer: active track
ptrCurSec @ $0033 2 ;Pointer: active sector
ptrLastConvByte @ $0034 2 ;Pointer to last converted byte
convByteCnt @ $0036 ;Byte counter for GCR/BIN conversion
byteStartBlk @ $0038 ;Constant 7, ID mark for start of data block
byteStartBlkHdr @ $0039 ;Constant 8, ID mark for start of block header
dataBufParity @ $003a ;Parity for data buffer
motorFlag @ $003d ;Motor flag
curDrive @ $003e ;Active drive (FF, if not active)
ctrlBufNum @ $003f ;Buffer number for disk controller
gcrConvByteCnt @ $0040 ;Byte counter for GCR conversion
workCnt @ $0041 ;Number of next work in queue (0 - 5)
destTrk @ $0042 ;Destination track (to move R/W head to)
secPerTrk @ $0043 ;Number of sectors per track for formatting
tmpArea @ $0044 ;Temp. work area; Scratch pad
tmpArea2 @ $0045 ;Work code temp. storage
byteBlkID @ $0047 ;Data block ID char, default 07.
headMoveCnt @ $0048 ;Counter for head movement
headStepCnt @ $004a ;Step counter for head transport
lastReadSec @ $004c ;Last read sector
nextSec @ $004d ;Next sector
gcrConvBufPtr @ $004e 2 ;Pointer to buffer for GCR->BIN conversion
gcrFormatFlag @ $0050 ;Flag for GCR format (0=BIN, 1=GCR)
curFormatTrk @ $0051 ;Current track number for formatting FF
gcrConvBytesBuf @ $0052 4 ;Storage for 4 BIN bytes for GCR coding
gcrConvStore @ $0056 5 ;Storage for 5 GCR bytes
headAccSteps @ $005e ;Number of steps for head motor accel/decl
headAccFactor @ $005f ;accelerating/decl. factor 04
headMoveVec @ $0062 2 ;Pointer to routine for head movement $fa05
headStepsMin @ $0064 ;Minimum number of steps C8
nmiVec @ $0065 2 ;Pointer to start of NMI routine ($eb2e)
nmiInProc @ $0067 ;Flag: NMI in process
diskInitInProc @ $0068 ;Flag for disk initialisation
secDivStepSize @ $0069 ;Step size for sector division $0a
numReadAttempts @ $006a ;Number of read attempts 5
ptrStartJumpTbl @ $006b 2 ;Pointer: Start of Jump table for U commands $ffea
ptrStartBitmap @ $006d 2 ;Pointer: Start of bitmap $0400
ptrMBcmds @ $006f 2 ;Pointer to address for M & B commands
tmpArea3 @ $0071 4 ;Temp work area
indPtrVar @ $0075 2 ;Indirect pointer variable ($0100)
listenAddr @ $0077 ;Listener address (Device number + $20)
talkAddr @ $0078 ;Talker address (Device number + $40)
curListenFlag @ $0079 ;Flag: Active listener
curTalkFlag @ $007a ;Flag: Active talker
atnRecevFlag @ $007c ;Flag for ATN from serial bus receiving
atnActiveFlag @ $007d ;Flag for ATN on serial bus active
lastPrg @ $007e ;Last handled program
driveNum @ $007f ;Drive number (on 1541 always 00)
curTrk @ $0080 ;Current Track number
curSec @ $0081 ;Current Sector number
chnlNum @ $0082 ;Channel number (Logical index)
scndAddr @ $0083 ;Secondary address
scndAddrOrig @ $0084 ;Original Secondary address $6f
curDataByte @ $0085 ;Current Data byte $3f
tmpArea4 @ $0086 9 ;Temp Results area
curBufPtr @ $0094 2 ;Current dir buffer pointer
ptrNxtByteBuf0 @ $0099 2 ;Pointer: Next byte in buffer 0 $0300
ptrNxtByteBuf1 @ $009b 2 ;Pointer: Next byte in buffer 1 $0400
ptrNxtByteBuf2 @ $009d 2 ;Pointer: Next byte in buffer 2 $0500
ptrNxtByteBuf3 @ $009f 2 ;Pointer: Next byte in buffer 3 $0600
ptrNxtByteBuf4 @ $00a1 2 ;Pointer: Next byte in buffer 4 $0700
ptrNxtByteCmdBf @ $00a3 2 ;Pointer: Next byte in command buffer $0200
prtNxtByteErrBf @ $00a5 2 ;Pointer: Next byte in error message buffer $02d6
tblBufChnls @ $00a7 ;Table: buffer channel assignments
tblLoBufRecNum @ $00b5 6 ;Table: lo bytes of record numbers for each buffer
tblHiBufRecNum @ $00bb 6 ;Table: hi bytes of record numbers for each buffer
relWritePtr @ $00c1 ;Write pointer for REL file
relRecLen @ $00c7 ;Table: Record length for REL file
tblSideSecs @ $00cd 6 ;Table: Side sectors
relInRecPtr @ $00d4 ;Pointer in record for REL file
sideSecNum @ $00d5 ;Side sector number
blkPrtSideSec @ $00d6 ;Pointer to data block in side sector
relToRecPtr2 @ $00d7 ;Pointer to record in REL file
dirSectors @ $00d8 ;Directory sectors
indexDir @ $00dd ;Index: Directory
defaultDrive @ $00e2 ;Default disk drive 00
chnlStatus @ $00f2 ;Channel status
flatEOI @ $00f8 ;Flag for EOI
currWorkBufNum @ $00f9 ;Current work (Buffer number)
lruTable @ $00fa 5 ;Least recently used table
d0ReadyFlag @ $00ff ;Flag: FF = drive 0 not ready (No disk), 00 = ready
d1ReadyFlag @ $0100 ;Flag: FF = drive 1 not ready (No disk), 00 = ready
d0FormatMarker @ $0101 ;DOS version from t18 for drive 0
d1FormatMarker @ $0102 ;DOS version from t18 for drive 1
cmdStrBuf @ $0200 42 ;Buffer for command string
cmdCode @ $022a ;Command code
chnl1Index @ $022b ;Logical index, channel 0
chnl2Index @ $022c ;Logical index, channel 1
chnl3Index @ $022d ;Logical index, channel 2
chnlsLastRWbyte @ $022e 6 ;Last read/written byte for each channel
chnlsLastChar @ $0244 6 ;Pointer: Last char on channel
curFileType @ $024a ;Type of active file
strLen @ $024b ;String length
tmpChnlNum @ $024c ;Temp. channel number (secondary address)
curWork @ $024d ;Current work with drive number
workAreaForSec @ $024e ;Work area to find the best sector
bufAlloc @ $024f ;Buffer allocated
d0BamChangFlag @ $0251 ;Flag: BAM changed, drive 0
d1BamChangFlag @ $0252 ;Flag: BAM changed, drive 1
dirEntryFndFlag @ $0253 ;Flag for directory entry found
dirOutputFlag @ $0254 ;Flag for directory output
cmdWaitFlag @ $0255 ;Flag: Waiting for command
lastUsedBuf @ $0257 ;Last used buffer
recordLen @ $0258 ;Record length
sideSecTrk @ $0259 ;Track of side sector
sideSecSec @ $025a ;Sector of side sector
lastWorkBufs @ $025b 5 ;Last work (buffers)
dirSecBufs @ $0260 5 ;Directory sector (buffers)
fileDirIdxBufs @ $0266 5 ;File's index in directory (buffers)
ledFlashCnt @ $026c ;Counter for LED flash
ledFlashMask @ $026d ;Error LED mask for flashing
driveForLastPrg @ $026e ;Drive for last program
secForLastPrg @ $026f ;sector for last program
writeLindx @ $0270 ;Write LINDX
readLindx @ $0271 ;Read LINDX
inputLineLen @ $0274 ;Length of input line
charToProcess @ $0275 ;Char to interpret
endOfCmdBufFN @ $0276 ;Index: End of filename in command buffer
numOfFNs @ $0278 ;Number of filenames
tblPtrFNs @ $027a 6 ;Pointer table: filenames
fileTrk @ $0280 ;Track of a file
fileSec @ $0285 ;Sector of a file
patternFlag @ $028a ;Flag: wild cards
fileStrmImage @ $028b ;File stream image
numDriveSrches @ $028c ;Number of drives to look for
driveSearchFlag @ $028d ;Flag: Looking for drive
driveWthLastErr @ $028e ;drive with last write/open error, used as default drive
foundInDirFlag @ $028f ;Flag: Found in directory
dirSec @ $0290 ;Directory sector
sec1stAvailFile @ $0291 ;Sector for first available file
idx1stAvailFile @ $0292 ;Index (in directory) for first available file
zeroIfLastBlk @ $0293 ;=0 if last block
curBufIndex @ $0294 ;Current buffer-index
filesCnt @ $0295 ;Counter: Files
typeFlag @ $0296 ;Flag: Name matching wild cards
fileMode @ $0297 ;Active file mode (R or W)
jobReturnFlag @ $0298 ;Flag: job return
recoveryPtr @ $0299 2 ;Pointer for recovery
totalTrkOffset @ $029a ;Total tracks offset
lastBamUpdtPtr @ $029b 2 ;Pointer: BAM last update
bamImgTrackNum @ $029d 2 ;Track # of BAM image (drive 0/1)
bamImg @ $02a1 16 ;BAM image
dirOutputBuf @ $02b1 36 ;Buffer for directory output
errMsgBuf @ $02d5 36 ;Buffer for error message
noWriteBamFlag @ $02f9 ;Flag: Don't write BAM
numFreeBlksLo @ $02fa 2 ;Number of free blocks, lo for drives 0 and 1
numFreeBlksHi @ $02fc 2 ;Number of free blocks, hi for drives 0 and 1
stepperPhase @ $02fe 2 ;Current phase of head stepper motor
buffer0 @ $0300 256 ;Buffer 0
buffer1 @ $0400 256 ;Buffer 1
buffer2 @ $0500 256 ;Buffer 2
buffer3 @ $0600 256 ;Buffer 3
buffer4 @ $0700 256 ;Buffer 4

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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Commodore 1541 / OC-118 Disk Drive Memory Map (v1.3, Jan 18, 1995)
; https://ist.uwaterloo.ca/~schepers/MJK/ascii/1541map.txt
;
; - Commodore 1541 drive memory map
; https://sta.c64.org/cbm1541mem.html
;
; - DOS 2.6 ROM LISTINGS (v1.0, Feb 11, 2000)
; http://www.ffd2.com/fridge/docs/1541dis.html
;
; - CBM DOS ROM disassembly and memory variables for Commodore 1541 drive
; https://g3sl.github.io/c1541rom.html
*SYNOPSIS 1541 ROM and memory-mapped I/O labels
via1PortB @ $1800 ;VIA1: port B serial bus
via1PortA @ $1801 ;VIA1: port A. Read to ack interrupt from ATN IN going high
via1PortBddr @ $1802 ;VIA1: port B data direction reg
via1PortAddr @ $1803 ;VIA1: port A data direction reg
via1Timer @ $1805 ;VIA1: Timer
via2PortB @ $1c00 ;VIA2: PB, control port B
via2PortA @ $1c01 ;VIA2: PA, port A (data to and from read/write head)
via2PortBddr @ $1c02 ;VIA2: CB, data direction port B
via2PortAddr @ $1c03 ;VIA2: A, data direction port A
timerLo @ $1c04 ;Timer low byte
timerHi @ $1c05 ;Timer high byte, write to start timer
timerStartValLo @ $1c06 ;Timer starting value low byte
timerStartValHi @ $1c07 ;Timer starting value high byte
timerCtrl @ $1c0b ;Timer control register
auxCtrl @ $1c0c ;Auxiliary control register
interruptStatus @ $1c0d ;Interrupt status register
interruptCtrl @ $1c0e ;Interrupt control register
ledOnCurrDrive @ $c100 ;Turn LED on for current drive
ledOn @ $c118 ;Turn LED on
clrErrors @ $c123 ;Clear error flags
prepLedFlash @ $c12c ;Prepare for LED flash after error
interpretCmd @ $c146 ;Interpret command from computer
prepError @ $c194 ;Prepare error msg after executing command
clrInputBuf @ $c1bd ;Erase input buffer
outErrorMsg @ $c1c8 ;Output error msg (track and sector 0)
chkInputLine @ $c1d1 ;Check input line
srchInputBuf @ $c268 ;Search character in input buffer
chkLineLen @ $c2b3 ;Check line length
clrInputFlags @ $c2dc ;Clear flags for command input
prsrvDriveNum @ $c312 ;Preserve drive number
searchDriveNum @ $c33c ;Search for drive number
getDriveNum @ $c368 ;Get drive number
reserveDriveNum @ $c38f ;Reverse drive number
chkFileType @ $c398 ;Check given file type
chkDriveNum @ $c3bd ;Check given drive number
verifyDriveNum @ $c3ca ;Verify drive number
searchDir @ $c44f ;Search for file in directory
testInitDrive @ $c63d ;Test and initalise drive
fnInDirBuf @ $c66e ;Name of file in directory buffer
putFnInWorkBuf @ $c688 ;Copy filename to work buffer
searchEndOfName @ $c6a6 ;Search for end of name in command
clrDirOutputBuf @ $c7ac ;Clear Directory Output Buffer
hdrWithDiskName @ $c7b7 ;Create header with disk name
printBlocksFree @ $c806 ;Print 'blocks free.'
deleteCmd @ $c823 ;Perform S - Scratch command
deleteFile @ $c87d ;Erase file
deleteEntry @ $c8b6 ;Erase dir entry
formatCmd @ $c8c6 ;Format disk
copyCmd @ $c8f0 ;Perform C - Copy command
renameCmd @ $ca88 ;Perform R - Rename command
presentCmd @ $cacc ;Check if file present
memoryCmd @ $caf8 ;Perform M - Memory command
memReadCmd @ $cb20 ;M-R memory read
memWriteCmd @ $cb50 ;M-W memory write
userCmd @ $cb5c ;Perform U - User command
openDirAccChnl @ $cb84 ;Open direct access channel, number
blockCmd @ $cc1b ;Perform B - Block/Buffer command
parseBlkParams @ $cc6f ;Get parameters from block commands
blockFreeCmd @ $ccf5 ;B-F block free
blockAllocCmd @ $cd03 ;B-A block allocate
readBlockToBuf @ $cd36 ;Read block to buffer
getBufByte @ $cd3c ;Get byte from buffer
readBlock @ $cd42 ;Read block from disk
blkReadCmd @ $cd56 ;B-R block read
blkReadInPlace @ $cd5f ;U1, Block read without changing buffer pointer
blkWriteCmd @ $cd73 ;B-W block write
blkWriteInPlace @ $cd97 ;U2, Block write without changing buffer pointer
blkExecCmd @ $cda3 ;B-E block execute
blkPtrCmd @ $cdbd ;B-P block pointer
openChnl @ $cdd2 ;Open channel
chkBufNum @ $cdf2 ;Check buffer number and open channel
setRelFilePtr @ $ce0e ;Set pointer for REL file
div254 @ $ce6e ;Divide by 254
div120 @ $ce71 ;Divide by 120
eraseWrkMem @ $ced9 ;Erase work storage
chgBuf @ $cf8c ;Change buffer
writeInBuf @ $cf9b ;Write data in buffer
writeByteInBuf @ $cff1 ;Write data byte in buffer
initCmd @ $d005 ;Perform I - Initalise command
readBam @ $d00e ;Read BAM from disk
loadBam @ $d042 ;Load BAM
calcFree @ $d075 ;Calculate blocks free
readBlock @ $d0c3 ;Read block
writeBlock @ $d0c7 ;Write block
openReadChnl @ $d0eb ;Open channel for reading
openWriteChnl @ $d107 ;Open channel for writing
checkForRel @ $d125 ;Check for file type REL
getBufChnlNums @ $d12f ;Get buffer and channel numbers
getByteFromBuf @ $d137 ;Get a byte from buffer
getByteNextBlk @ $d156 ;Get byte and read next block
writeToBufBlk @ $d19d ;Write byte in buffer and block
incBufPtrs @ $d1c6 ;Increment buffer pointer
getDriveNum @ $d1d3 ;Get drive number
findWChnlBuf @ $d1df ;Find write channel and buffer
findRChnlBuf @ $d1e2 ;Find read channel and buffer
closeChnl @ $d227 ;Close channel
freeBuf @ $d25a ;Free buffer
findBuf @ $d28e ;Find buffer
closeAllChnls @ $d307 ;Close all channels
closeAllDChnls @ $d313 ;Close all channels of other drives
findChnlAlloc @ $d37f ;Find channel and allocate
getByteOutput @ $d39b ;Get byte for output
readNextBlk @ $d44d ;Read next block
readBlk @ $d460 ;Read block
writeBlk @ $d464 ;Write block
allocBufandRead @ $d475 ;Allocate buffer and read block
allocBlk @ $d486 ;Allocate new block
writeDirBlk @ $d48d ;Write dir block
setBufPtr @ $d4c8 ;Set buffer pointer
closeIntChnl @ $d4da ;Close internal channel
setBufPtr2 @ $d4e8 ;Set buffer pointer
getByteFromBuf2 @ $d4f6 ;Get byte from buffer
chkTSnums @ $d506 ;Check track and sector numbers
getTSForJob @ $d552 ;Get track and sector numbers for current job
chkValidTSNums @ $d55f ;Check for vaild track and sector numbers
errorDosMismtch @ $d572 ;DOS mismatch error
readBlk2 @ $d586 ;Read block
writeBlk2 @ $d58a ;Write block
verifyExe @ $d599 ;Verify execution
verifyExeNoWait @ $d5a6 ;Verify execution (without wait)
attempts @ $d5c6 ;Additional attempts for read errors
moveHeadHalfTrk @ $d676 ;Move head by half a track
moveHeadOneTrk @ $d693 ;Move head one track in or out
multiAttemptCmd @ $d6a6 ;Attempt command execution multiple times
parmsToCtrl @ $d6d0 ;Transmit param to disk controller
enterFileInDir @ $d6e4 ;Enter file in dir
open @ $d7b4 ;OPEN command, secondary addr 15
checkAstr @ $d7c7 ;Check '*' Last file
checkDolr @ $d7f3 ;Check '$' Directory
checkHash @ $d815 ;Check '#' Channel
openOverwrite @ $d8f5 ;Open a file with overwriting (@)
openRead @ $d9a0 ;Open file for reading
openWrite @ $d9e3 ;Open file for writing
chkTypetrl @ $da09 ;Check file type and control mode
prepAppend @ $da2a ;Preparation for append
openDir @ $da55 ;Open directory
closeRoutine @ $dac0 ;Close routine
closeFile @ $db02 ;Close file
writeLastBlk @ $db62 ;Write last block
dirEntry @ $dba5 ;Directory entry
readBlkAllocBuf @ $dc46 ;Read block, allocate buffer
resetPtr @ $dcb6 ;Reset pointer
makeNewBlk @ $dcda ;Construct a new block
writeSideSecBlk @ $dd8d ;Write byte in side-sector block
verifyWriteCmd @ $ddab ;Verify command code for writing
writeRelBlk @ $ddf1 ;Write a block of a REL file
writeForNextTrk @ $ddfd ;Write bytes for following track
getTSnums @ $de0c ;Get following track and sector numbers
folTrkLastBlk @ $de19 ;Following track for last block
zeroBufPtr @ $de2b ;buffer pointer to zero
getTSnums2 @ $de3b ;Get track and sector
getTSfromBuf @ $de95 ;Get following track and sector from buffer
copyBuf @ $dea5 ;Copy buffer contents
eraseBuf @ $dec1 ;Erase buffer Y
getSideSecNum @ $ded2 ;Get side-sector number
setBufPtrToSS @ $dedc ;Set buffer pointer to side-sector
getSSandBufPtr @ $def8 ;Get side sector and buffer pointer
readSS @ $df1b ;Read side-sector
writeSS @ $df21 ;Write side-sector
setBufInSS @ $df45 ;Set buffer pointer in side-sector
blocksInRelFile @ $df4c ;Calculate number of blocks in a REL file
verifySSinBuf @ $df66 ;Verify side-sector in buffer
getBufNum @ $df93 ;Get buffer number
nextRecInRel @ $dfd0 ;Get next record in REL file
writeBlkGetNext @ $e03c ;Write block and read next block
writeByteInRec @ $e07c ;Write a byte in a record
writeByteInRel @ $e0ab ;Write byte in REL file
zeroFillRec @ $e0f3 ;Fill record with 0s
writeBufNumTbl @ $e105 ;Write buffer number in table
getByteFromRel @ $e120 ;Get byte from REL file
getLastSS @ $e1cb ;Get last side-sector
positionCmd @ $e207 ;Perform P - Position command
blksToRecords @ $e2e2 ;Divide data blocks into records
prtToNextRec @ $e304 ;Set pointer to next record
expandSS @ $e31c ;Expand side-sector
writeSSallocNxt @ $e44e ;Write side-sector and allocate new
prepErrNumMsg @ $e60a ;Prepare error number and message
errorMsgToBuf @ $e645 ;Print error message into error buffer
talk3 @ $e680 ;TALK
listen @ $e688 ;LISTEN
binToPetscii @ $e69b ;Convert BIN to petscii (error message buffer)
bcdToPetscii @ $e6ab ;Convert BCD to petscii (error message buffer)
writeOK @ $e6bc ;Write OK in buffer
trk0ErrorToBuf @ $e6c1 ;Print error on track 00,00 to error buffer
curTrkErrToBuf @ $e6c7 ;Print error on current track to error buffer
errMsgToBuf @ $e706 ;Write error message string to buffer
tokenIntoBuf @ $e754 ;Get character and in buffer
getErrMsgChar @ $e767 ;Get a char of the error message
incPtr @ $e775 ;Increment pointer
usrExecCmd @ $e7a3 ;Perform & - USR file execute command
genChecksum @ $e84b ;Generate checksum
serialIrq @ $e853 ;IRQ routine for serial bus
serialService @ $e85b ;Service the serial bus
serialSend @ $e909 ;Send data
serialDataOutLo @ $e99c ;DATA OUT lo
serialDataOutHi @ $e9a5 ;DATA OUT hi
serialClkOutHi @ $e9ae ;CLOCK OUT hi
serialClkOutLo @ $e9b7 ;CLOCK OUT lo
readIEEE @ $e9c0 ;Read IEEE port
getByteFromBus @ $e9c9 ;Get data byte from bus
getByteWithEOI @ $e9f2 ;Accept byte with EOI
acceptData @ $ea2e ;Accept data from serial bus
testATN @ $ea59 ;Test for ATN
ledFlash @ $ea6e ;Flash LED for hardware defects, self-test
reset @ $eaa0 ;Power-up RESET routine
wait @ $ebff ;Wait loop
loadDir @ $ec9e ;Load dir
transmitDirLine @ $ed59 ;Transmit dir line
getByteFromBuf3 @ $ed67 ;Get byte from buffer
validateCmd @ $ed84 ;Perform V - Validate command
bamAlloc @ $ede5 ;Allocate file blocks in BAM
formatCmd2 @ $ee0d ;Perform N - New (Format) command
createBAM @ $eeb7 ;Create BAM
writeBAM @ $eef4 ;Write BAM if needed
setBAMptr @ $ef3a ;Set buffer pointer for BAM
getDirBlksFree @ $ef4d ;Get number of free blocks for dir
markBlkFree @ $ef5c ;Mark block as free
markBAMchanges @ $ef88 ;Set flag for BAM changed
markBlkAlloc @ $ef90 ;Mark block as allocated
delBAMsecBit @ $efcf ;Erase bit for sector in BAM entry
updateBAM @ $eff1 ;Write BAM after change
delBAMbuf @ $f005 ;Erase BAM buffer
clearBAM @ $f0d1 ;Crear BAM
getBAMbufNum @ $f10f ;Get buffer number for BAM
bamBufNum @ $f119 ;Buffer number for BAM
findFreeBlkAloc @ $f11e ;Find and allocate free block
findFreeSecAloc @ $f1a9 ;Find free sector and allocate
findFreeSectors @ $f1fa ;Find free sectors in current track
verFreeBAMblks @ $f220 ;Verify number of free blocks in BAM
numSecsPerTrk @ $f24b ;Establish number of sectors per track
initCtrl @ $f259 ;Initialise disk controller
irqCtrl @ $f2b0 ;IRQ routine for disk controller
headTransport @ $f2f9 ;Head transport
execInBuf @ $f36e ;Execute program in buffer
bump @ $f37c ;Bump, find track 1 (head at stop)
initPtrInBuf @ $f393 ;Initialise pointer in buffer
readBlkHdr @ $f3b1 ;Read block header, verify ID
prsrvBlkHdr @ $f410 ;Preserve block header
okInQueue @ $f418 ;Work Return value $01 (OK) into queue
error0bInQueue @ $f41b ;Work Return value $0b (READ ERROR) into queue
error09InQueue @ $f41e ;Work Return value $09 (READ ERROR) into queue
optimizeJob @ $f423 ;Job optimisation
readSec @ $f4d1 ;Read sector
findBlkStart @ $f50a ;Find start of data block
readBlkHdr2 @ $f510 ;Read block header
waitSync @ $f556 ;Wait for SYNC
writeBlk3 @ $f575 ;Write data block to disk
calcBufParity @ $f5e9 ;Calculate parity for data buffer
gcrToBin @ $f5f2 ;Convert buffer of GCR data into binary
findSec @ $f6ca ;Command code for find sector
bytesToGcrBytes @ $f6d0 ;Convert 4 binary bytes to 5 GCR bytes
gcrTable @ $f77f 16 ;GCR (5-bit) nybble table
gcrBytesToBytes @ $f7e6 ;Convert 5 GCR bytes to 4 binary bytes
tblGCRToBinHi @ $f8a0 64 ;Conversion table GCR to binary - high nybble
tblGCRToBinLo @ $f8c0 64 ;Conversion table GCR to binary - low nybble
decod69GcrBytes @ $f8e0 ;Decode 69 GCR bytes
blkHdrToGcr @ $f934 ;Convert block header to GCR code
errEntry @ $f969 ;Error entry disk controller
motorOn @ $f97e ;Turn drive motor on
motorOff @ $f98f ;Turn drive motor off
jobLoop @ $f99c ;Job loop disk controller
moveHeadNextTrk @ $fa05 ;Move head to next track
calNumSteps @ $fa1c ;Calculate number of head steps
nudgeStepper @ $fa3b ;Move stepper motor short distance
loadHead @ $fa4e ;Load head
prepFastHeadMov @ $fa7b ;Prepare fast head movement
fastHeadMov @ $fa97 ;Fast head movement
prepSlowHeadMov @ $faa5 ;Prepare slow head movement
formatRoutine @ $fac7 ;Formatting
writeSyncs @ $fda3 ;Write SYNC 10240 times, erase track
writeByteFill @ $fdc3 ;Read/write ($621/$622) times
formatErrRetry @ $fdd3 ;Attempt counter for formatting
cpyOvflwDataBuf @ $fdf5 ;Copy data from overflow buffer
switchToRead @ $fe00 ;Switch to reading
write55Fill @ $fe0e ;Write $55 10240 times
buf0HdrToGcr @ $fe30 ;Convert header in buffer 0 to GCR code
irdMainSystem @ $fe67 ;Interrupt routine
jmpToVNMI @ $fee7 ;From UI command $eb22, to reset
diagPatch @ $feea ;Patch for diagnostic routine from $ea7a
serialBusDelay @ $fef3 ;Delay loop for serial bus in 1541 mode, from $e97d
serialOutPatch @ $fefb ;Patch for data output to serial bus, from $e980
switch1540_1541 @ $ff01 2 ;U9 vector, switch 1540/1541
resetPatch @ $ff10 ;Patch for reset routine, from $eaa4
listenPatch @ $ff20 ;Patch for listen to serial bus, from $e9dc
vecFormat @ $ffe6 2 ;vector for format
vecOff @ $ffe8 2 ;vector for $f98f
vecUblkkrd @ $ffea 2 ;vector for $cd5f
vecUblkwt @ $ffec 2 ;vector for $cd97
vecNMI @ $fffa 2 ;vector to $ff01
vecInit @ $fffc 2 ;vector to $eaa0
vecIrq @ $fffe 2 ;vector to $fe67

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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Project 64, 64MAP10.TXT, June 1996, etext #41
; http://unusedino.de/ec64/technical/project64/memory_maps.html
;
; - "Mapping the Commodore 64", by Sheldon Leemon
; Compute! Publications Inc. (1984), ISBN 0-942386-23-X
; https://archive.org/details/Compute_s_Mapping_the_Commodore_64
*SYNOPSIS RAM locations used by BASIC
ADRAY1 @ $0003 2 ;Vector: Convert FAC to Integer in (A/Y) ($b1aa)
ADRAY2 @ $0005 2 ;Vector: Convert int in (A/Y) to float in (FAC) ($b391)
CHARAC @ $0007 ;Search Character/Temporary Integer during INT
ENDCHR @ $0008 ;Flag: Scan for Quote at end of String
INTEGR @ $0007 ;Temporary Integer during OR/AND
TRMPOS @ $0009 ;Screen Column for last TAB
VERCK @ $000a ;Flag: 0 = Load, 1 = Verify
COUNT @ $000b ;Input Buffer Pointer/Number of Subscripts
DIMFLG @ $000c ;Flag: Default Array dimension
VALTYP @ $000d ;Data type Flag: $00 = Numeric, $FF = String
INTFLG @ $000e ;Data type Flag: $00 = Floating point, $80 = Integer
GARBFL @ $000f ;Flag: DATA scan/List Quote/Garbage collection
SUBFLG @ $0010 ;Flag: Subscript reference/User Function call
INPFLG @ $0011 ;Input Flag: $00 = INPUT, $40 = GET, $98 = READ
TANSGN @ $0012 ;Flag: TAN sign/Comparative result
CHANNL @ $0013 ;File number of current Input Device
LINNUM @ $0014 2 ;Temporary: Integer value
TEMPPT @ $0016 ;Pointer: Temporary String Stack
LASTPT @ $0017 2 ;Last temporary String Address
TEMPST @ $0019 9 ;Stack for temporary Strings
INDEX1 @ $0022 2 ;First Utility Pointer
INDEX2 @ $0024 2 ;Second Utility Pointer
RESHO @ $0026 5 ;Floating point product of Multiply and Divide
TXTTAB @ $002b 2 ;Pointer: Start of BASIC Text Area ($0801)
VARTAB @ $002d 2 ;Pointer: Start of BASIC Variables
ARYTAB @ $002f 2 ;Pointer: Start of BASIC Arrays
STREND @ $0031 2 ;Pointer: End of BASIC Arrays + 1
FRETOP @ $0033 2 ;Pointer: Bottom of String space
FRESPC @ $0035 2 ;Utility String Pointer
MEMSIZ @ $0037 2 ;Pointer: Highest Address available to BASIC ($a000)
CURLIN @ $0039 2 ;Current BASIC Line number
OLDLIN @ $003b 2 ;Previous BASIC Line number
OLDTXT @ $003d 2 ;Pointer: BASIC Statement for CONT
DATLIN @ $003f 2 ;Current DATA Line number
DATPTR @ $0041 2 ;Pointer: Used by READ - current DATA Item Address
INPPTR @ $0043 2 ;Pointer: Temporary storage of Pointer during INPUT Routine
VARNAM @ $0045 2 ;Name of Variable being sought in Variable Table
VARPNT @ $0047 2 ;Pointer: to value of (VARNAM) if Int, to descriptor if Str
FORPNT @ $0049 2 ;Pointer: Index Variable for FOR/NEXT loop
VARTXT @ $004b 2 ;Temporary storage for TXTPTR during READ, INPUT and GET
OPMASK @ $004d ;Mask used during FRMEVL
TEMPF3 @ $004e 2 ;Temporary storage for FLPT value
FOUR6 @ $0053 ;Length of String Variable during Garbage collection
JMPER @ $0054 3 ;jmp used in Function Evaluation
TEMPF1 @ $0057 10 ;Temporary storage for FLPT value
TEMPF2 @ $005c ;Temporary storage for FLPT value
FACEXP @ $0061 ;FAC Exponent
FACHO @ $0062 4 ;FAC Mantissa
FACSGN @ $0066 ;FAC Sign
SGNFLG @ $0067 ;Pointer: Series Evaluation Constant
BITS @ $0068 ;Bit Overflow Area during normalisation Routine
ARGEXP @ $0069 ;AFAC Exponent
ARGHO @ $006a 4 ;AFAC Mantissa
ARGSGN @ $006e ;AFAC Sign
ARISGN @ $006f ;Sign of result of Arithmetic Evaluation
FACOV @ $0070 ;FAC low-order rounding
FBUFPT @ $0071 2 ;Pointer: Used during CRUNCH/ASCII conversion
CHRGET @ $0073 ;Subroutine: Get next Byte of BASIC Text
CHRGOT @ $0079 ;Entry to Get same Byte again
TXTPTR @ $007a 2 ;Pointer: Current Byte of BASIC Text
RNDX @ $008b 5 ;Floating RND Function Seed Value
BSTACK @ $013f ;BASIC Stack Area
BUF @ $0200 ;BASIC Input Buffer (Input Line from Screen)
IERROR @ $0300 2 ;Vector: BASIC Error ($e38b)
IMAIN @ $0302 2 ;Vector: BASIC Input Line ($a483)
ICRNCH @ $0304 2 ;Vector: BASIC Tokenise ($a57c)
IQPLOP @ $0306 2 ;Vector: BASIC LIST ($a71a)
IGONE @ $0308 2 ;Vector: BASIC Character ($a7e4)
IEVAL @ $030a 2 ;Vector: BASIC Token ($ae86)
SAREG @ $030c ;Storage for 6510 Accumulator during SYS
SXREG @ $030d ;Storage for 6510 X-Register during SYS
SYREG @ $030e ;Storage for 6510 Y-Register during SYS
SPREG @ $030f ;Storage for 6510 Status Register during SYS
USRPOK @ $0310 ;USR Function JMP Instruction ($4c)
USRADD @ $0311 ;USR Address ($LB,$MB)

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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Project 64, 64MAP10.TXT, June 1996, etext #41
; http://unusedino.de/ec64/technical/project64/memory_maps.html
;
; - PageTable's C64 BASIC & KERNAL ROM Disassembly
; https://www.pagetable.com/c64ref/c64disasm/
;
; - "Mapping the Commodore 64", by Sheldon Leemon
; Compute! Publications Inc. (1984), ISBN 0-942386-23-X
; https://archive.org/details/Compute_s_Mapping_the_Commodore_64
*SYNOPSIS BASIC ROM ($a000-$bfff) labels (functions and vectors)
coldStartVec @ $a000 2 ;Cold Start Vector
warmStartVec @ $a002 2 ;Warm Start Vector
fndfor @ $a38a ;Find FOR/GOSUB Entry on Stack
bltu @ $a3b8 ;Open Space in Memory
getstk @ $a3fb ;Check Stack Depth
reason @ $a408 ;Check Memory Overlap
omerr @ $a435 ;Output ?OUT OF MEMORY Error
error @ $a437 ;Error Routine
errfin @ $a469 ;Break Entry
ready @ $a474 ;Restart BASIC
main @ $a480 ;Input & Identify BASIC Line
main1 @ $a49c ;Get Line Number & Tokenise Text
inslin @ $a4a2 ;Insert BASIC Text
linkprg @ $a533 ;Rechain Lines
inlin @ $a560 ;Input Line Into Buffer
crunch @ $a579 ;Tokenise Input Buffer
fndlin @ $a613 ;Search for Line Number
scrtch @ $a642 ;Perform new
clear @ $a65e ;Perform clr
stxpt @ $a68e ;Reset TXTPTR
list @ $a69c ;Perform list
qplop @ $a717 ;Handle LIST Character
for @ $a742 ;Perform for
newstt @ $a7ae ;BASIC Warm Start
ckeol @ $a7c4 ;Check End of Program
gone @ $a7e1 ;Prepare to execute statement
gone3 @ $a7ed ;Perform BASIC Keyword
restor3 @ $a81d ;Perform restore
stop @ $a82c ;Perform stop, end, break
cont @ $a857 ;Perform cont
run @ $a871 ;Perform run
gosub @ $a883 ;Perform gosub
goto @ $a8a0 ;Perform goto
return @ $a8d2 ;Perform return
data @ $a8f8 ;Perform data
datan @ $a906 ;Search for Next Statement / Line
if @ $a928 ;Perform if
rem @ $a93b ;Perform rem
ongoto @ $a94b ;Perform on
linget @ $a96b ;Fetch linnum From BASIC
let @ $a9a5 ;Perform let
putint @ $a9c4 ;Assign Integer
ptflpt @ $a9d6 ;Assign Floating Point
putstr @ $a9d9 ;Assign String
puttim @ $a9e3 ;Assign TI$
getspt @ $aa2c ;Add Digit to FAC#1
printn @ $aa80 ;Perform print#
cmd @ $aa86 ;Perform cmd
strdon @ $aa9a ;Print String From Memory
print @ $aaa0 ;Perform print
varop @ $aab8 ;Output Variable
crdo @ $aad7 ;Output CR/LF
comprt @ $aae8 ;Handle comma, TAB(, SPC(
strout @ $ab1e ;Output String
outspc @ $ab3b ;Output Format Character
doagin @ $ab4d ;Handle Bad Data
get @ $ab7b ;Perform get
inputn @ $aba5 ;Perform input#
input @ $abbf ;Perform input
bufful @ $abea ;Read Input Buffer
qinlin @ $abf9 ;Do Input Prompt
read @ $ac06 ;Perform read
rdget @ $ac35 ;General Purpose Read Routine
next @ $ad1e ;Perform next
donext @ $ad61 ;Check Valid Loop
frmnum @ $ad8a ;Confirm Result
frmevl @ $ad9e ;Evaluate Expression in Text
eval @ $ae83 ;Evaluate Single Term
qdot @ $aead ;Continue Expression
parchk @ $aef1 ;Expression in Brackets
chkcls @ $aef7 ;Confirm Character
synerr @ $af08 ;Output ?SYNTAX Error
domin @ $af0d ;Set up NOT Function
rsvvar @ $af14 ;Identify Reserved Variable
isvar @ $af28 ;Search for Variable
tisasc @ $af48 ;Convert TI to ASCII String
isfun @ $afa7 ;Identify Function Type
strfun @ $afb1 ;Evaluate String Function
numfun @ $afd1 ;Evaluate Numeric Function
orop @ $afe6 ;Perform or, and
dorel @ $b016 ;Perform <, =, >
numrel @ $b01b ;Numeric Comparison
strrel @ $b02e ;String Comparison
dim @ $b07e ;Perform dim
ptrget @ $b08b ;Identify Variable
ordvar @ $b0e7 ;Locate Ordinary Variable
notfns @ $b11d ;Create New Variable
notevl @ $b128 ;Create Variable
aryget @ $b194 ;Allocate Array Pointer Space
facinx @ $b1aa ;FAC#1 to Integer in (AC/YR)
intidx @ $b1b2 ;Evaluate Text for Integer
ayint @ $b1bf ;FAC#1 to Positive Integer
isary @ $b1d1 ;Get Array Parameters
fndary @ $b218 ;Find Array
bserr @ $b245 ;?BAD SUBSCRIPT/?ILLEGAL QUANTITY
notfdd @ $b261 ;Create Array
inlpn2 @ $b30e ;Locate Element in Array
umult @ $b34c ;Number of Bytes in Subscript
fre @ $b37d ;Perform fre
givayf @ $b391 ;Convert Integer in (AC/YR) to Flpt
pos @ $b39e ;Perform pos
errdir @ $b3a6 ;Confirm Program Mode
getfnm @ $b3e1 ;Check Syntax of FN
fndoer @ $b3f4 ;Perform fn
strd @ $b465 ;Perform str$
strlit @ $b487 ;Set Up String
putnw1 @ $b4d5 ;Save String Descriptor
getspa @ $b4f4 ;Allocate Space for String
garbag @ $b526 ;Garbage Collection
dvars @ $b5bd ;Search for Next String
grbpas @ $b606 ;Collect a String
cat @ $b63d ;Concatenate Two Strings
movins @ $b67a ;Store String in High RAM
frestr @ $b6a3 ;Perform String Housekeeping
frefac @ $b6db ;Clean Descriptor Stack
chrd @ $b6ec ;Perform chr$
leftd @ $b700 ;Perform left$
rightd @ $b72c ;Perform right$
midd @ $b737 ;Perform mid$
pream @ $b761 ;Pull sTring Parameters
len @ $b77c ;Perform len
len1 @ $b782 ;Exit String Mode
asc @ $b78b ;Perform asc
gtbytc @ $b79b ;Evaluate Text to 1 Byte in XR
val @ $b7ad ;Perform val
strval @ $b7b5 ;Convert ASCII String to Flpt
getnum @ $b7eb ;Get parameters for POKE/WAIT
getadr @ $b7f7 ;Convert FAC#1 to Integer in LINNUM
peek @ $b80d ;Perform peek
poke @ $b824 ;Perform poke
wait @ $b82d ;Perform wait
faddh @ $b849 ;Add 0.5 to FAC#1
fsub @ $b850 ;Perform Subtraction
fadd5 @ $b862 ;Normalise Addition
fadd @ $b867 ;Perform Addition
negfac @ $b947 ;2's Complement FAC#1
overr @ $b97e ;Output ?OVERFLOW Error
mulshf @ $b983 ;Multiply by Zero Byte
log @ $b9ea ;Perform log
fmult @ $ba28 ;Perform Multiply
mulply @ $ba59 ;Multiply by a Byte
conupk @ $ba8c ;Load FAC#2 From Memory
muldiv @ $bab7 ;Test Both Accumulators
mldvex @ $bad4 ;Overflow / Underflow
mul10 @ $bae2 ;Multiply FAC#1 by 10
div10 @ $bafe ;Divide FAC#1 by 10
fdiv @ $bb07 ;Divide FAC#2 by Flpt at (AC/YR)
fdivt @ $bb0f ;Divide FAC#2 by FAC#1
movfm @ $bba2 ;Load FAC#1 From Memory
mov2f @ $bbc7 ;Store FAC#1 in Memory
movfa @ $bbfc ;Copy FAC#2 into FAC#1
movaf @ $bc0c ;Copy FAC#1 into FAC#2
round @ $bc1b ;Round FAC#1
sign @ $bc2b ;Check Sign of FAC#1
sgn @ $bc39 ;Perform sgn
abs @ $bc58 ;Perform abs
fcomp @ $bc5b ;Compare FAC#1 With Memory
qint @ $bc9b ;Convert FAC#1 to Integer
int @ $bccc ;Perform int
fin @ $bcf3 ;Convert ASCII String to a Number in FAC#1
inprt @ $bdc2 ;Output 'IN' and Line Number
fout @ $bddd ;Convert FAC#1 to ASCII String
foutim @ $be68 ;Convert TI to String
sqr @ $bf71 ;Perform sqr
fpwrt @ $bf7b ;Perform power ($)
negop @ $bfb4 ;Negate FAC#1
exp @ $bfed ;Perform exp (continued in KERNAL)

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*SYNOPSIS Commodore 64 memory-mapped I/O addresses (and color ram)
D6510 @ $0000 ;6510 I/O Data Direction Register
R6510 @ $0001 ;ROM/IO Banking and Cassette I/O
SPOX @ $D000 ;Sprite 0 X Pos
SPOY @ $D001 ;Sprite 0 Y Pos
SP1X @ $D002 ;Sprite 1 X Pos
SP1Y @ $D003 ;Sprite 1 Y Pos
SP2X @ $D004 ;Sprite 2 X Pos
SP2Y @ $D005 ;Sprite 2 Y Pos
SP3X @ $D006 ;Sprite 3 X Pos
SP3Y @ $D007 ;Sprite 3 Y Pos
SP4X @ $D008 ;Sprite 4 X Pos
SP4Y @ $D009 ;Sprite 4 Y Pos
SP5X @ $D00A ;Sprite 5 X Pos
SP5Y @ $D00B ;Sprite 5 Y Pos
SP6X @ $D00C ;Sprite 6 X Pos
SP6Y @ $D00D ;Sprite 6 Y Pos
SP7X @ $D00E ;Sprite 7 X Pos
SP7Y @ $D00F ;Sprite 7 Y Pos
MSIGX @ $D010 ;Sprites 0-7 X Pos 9th bit
SCROLY @ $D011 ;VIC Control Register
RASTER @ $D012 ;Read Raster / Write Raster Value for Compare
LPENX @ $D013 ;Light Pen/Gun Latch X Pos (divided by 2)
LPENY @ $D014 ;Light Pen/Gun Latch Y Pos
SPENA @ $D015 ;Sprites 0-7 display Enable (1 = enable)
SCROLX @ $D016 ;VIC Control Register
YXPAND @ $D017 ;Sprites 0-7 Expand 2x Vertical
VMCSB @ $D018 ;VIC Memory Control Register
VICIRQ @ $D019 ;VIC Interrupt Flag Register
IRQMSK @ $D01A ;IRQ Mask Register (1 = Interrupt Enable)
SPBGPR @ $D01B ;Sprite to Background Display Priority
SPMC @ $D01C ;Sprites 0-7 Multi-Color Mode Select
XXPAND @ $D01D ;Sprites 0-7 Expand 2x Horizontal
SPSPCL @ $D01E ;Sprite to Sprite Collision Detect
SPBGCL @ $D01F ;Sprite to Background Collision Detect
EXTCOL @ $D020 ;Border Color
BGCOL0 @ $D021 ;Background Color 0 (screen color)
BGCOL1 @ $D022 ;Background Color 1
BGCOL2 @ $D023 ;Background Color 2
BGCOL3 @ $D024 ;Background Color 3
SPMC0 @ $D025 ;Sprite Multi-Color Register 0
SPMC1 @ $D026 ;Sprite Multi-Color Register 1
SP0CL @ $D027 ;Sprite 0 Color
SP1CL @ $D028 ;Sprite 1 Color
SP2CL @ $D029 ;Sprite 2 Color
SP3CL @ $D02A ;Sprite 3 Color
SP4CL @ $D02B ;Sprite 4 Color
SP5CL @ $D02C ;Sprite 5 Color
SP6CL @ $D02D ;Sprite 6 Color
SP7CL @ $D02E ;Sprite 7 Color
FRELO1 > $D400 ;Voice 1 Frequency - Low-Byte
FREHI1 > $D401 ;Voice 1 Frequency - High-Byte
PWLO1 > $D402 ;Voice 1 Pulse Waveform Width - Low-Byte
PWHI1 > $D403 ;Voice 1 Pulse Waveform Width - High-Nybble
VCREG1 > $D404 ;Voice 1 Control Register
ATDCY1 > $D405 ;Voice 1 Attack / Decay
SUREL1 > $D406 ;Voice 1 Sustain / Release
FRELO2 > $D407 ;Voice 2 Frequency - Low-Byte
FREHI2 > $D408 ;Voice 2 Frequency - High-Byte
PWLO2 > $D409 ;Voice 2 Pulse Waveform Width - Low-Byte
PWHI2 > $D40A ;Voice 2 Pulse Waveform Width - High-Nybble
VCREG2 > $D40B ;Voice 2 Control Register
ATDCY2 > $D40C ;Voice 2 Attack / Decay
SUREL2 > $D40D ;Voice 2 Sustain / Release
FRELO3 > $D40E ;Voice 3 Frequency - Low-Byte
FREHI3 > $D40F ;Voice 3 Frequency - High-Byte
PWLO3 > $D410 ;Voice 3 Pulse Waveform Width - Low-Byte
PWHI3 > $D411 ;Voice 3 Pulse Waveform Width - High-Nybble
VCREG3 > $D412 ;Voice 3 Control Register
ATDCY3 > $D413 ;Voice 3 Attack/Decay
SUREL3 > $D414 ;Voice 3 Sustain / Release
CUTLO > $D415 ;Filter Cutoff Frequency Low-Nybble
CUTHI > $D416 ;Filter Cutoff Frequency High-Byte
RESON > $D417 ;Filter Resonance / Voice Input
SIGVOL > $D418 ;Select Filter Mode and Volume
POTX > $D419 ;Analog/Digital Converter Game Paddle 1
POTY > $D41A ;Analog/Digital Converter Game Paddle 2
RANDOM < $D41B ;Voice 3 Oscillator output
ENV3 < $D41C ;Voice 3 Envelope output
colorRam @ $D800 ;Color RAM nybbles ($d800-$dbff)
CIAPRA @ $DC00 ;CIA1 Data Port A (Keyboard, Joystick, Paddles, Light-Pen)
CIAPRB @ $DC01 ;CIA1 Data Port B (Keyboard, Joysticks, Paddles)
CIDDRA @ $DC02 ;CIA1 Data Direction Register - Port A
CIDDRB @ $DC03 ;CIA1 Data Direction Register - Port B
TIMALO @ $DC04 ;CIA1 Timer A Low-Byte
TIMAHI @ $DC05 ;CIA1 Timer A High-Byte
TIMBLO @ $DC06 ;CIA1 Timer B Low-Byte
TIMBHI @ $DC07 ;CIA1 Timer B High-Byte
TODTEN @ $DC08 ;CIA1 Time-of-Day Clock 1/10 Seconds
TODSEC @ $DC09 ;CIA1 Time-of-Day Clock Seconds
TODMIN @ $DC0A ;CIA1 Time-of-Day Clock Minutes
TODHRS @ $DC0B ;CIA1 Time-of-Day Clock Hours + AM/PM Flag (Bit 7)
CIASDR @ $DC0C ;CIA1 Synchronous Serial I/O Data Buffer
CIAICR @ $DC0D ;CIA1 CIA Interrupt Control Register
CIACRA @ $DC0E ;CIA1 CIA Control Register A
CIACRB @ $DC0F ;CIA1 CIA Control Register B
CI2PRA @ $DD00 ;CIA2 Data Port A (Serial Bus RS-232, VIC Memory Control)
CI2PRB @ $DD01 ;CIA2 Data Port B (User Port, RS-232)
C2DDRA @ $DD02 ;CIA2 Data Direction Register - Port A
C2DDRB @ $DD03 ;CIA2 Data Direction Register - Port B
TI2ALO @ $DD04 ;CIA2 Timer A Low-Byte
TI2AHI @ $DD05 ;CIA2 Timer A High-Byte
TI2BLO @ $DD06 ;CIA2 Timer B Low-Byte
TI2BHI @ $DD07 ;CIA2 Timer B High-Byte
TO2TEN @ $DD08 ;CIA2 Time-of-Day Clock 1/10 Seconds
TO2SEC @ $DD09 ;CIA2 Time-of-Day Clock Seconds
TO2MIN @ $DD0A ;CIA2 Time-of-Day Clock Minutes
TO2HRS @ $DD0B ;CIA2 Time-of-Day Clock Hours + AM/PM Flag (Bit 7)
CI2SDR @ $DD0C ;CIA2 Synchronous Serial I/O Data Buffer
CI2ICR @ $DD0D ;CIA2 CIA Interrupt Control Register
CI2CRA @ $DD0E ;CIA2 CIA Control Register A
CI2CRB @ $DD0F ;CIA2 CIA Control Register B
D6510 @ $0000 ;6510 I/O Data Direction Register
R6510 @ $0001 ;ROM/IO Banking and Cassette I/O
SPOX @ $D000 ;Sprite 0 X Pos
SPOY @ $D001 ;Sprite 0 Y Pos
SP1X @ $D002 ;Sprite 1 X Pos
SP1Y @ $D003 ;Sprite 1 Y Pos
SP2X @ $D004 ;Sprite 2 X Pos
SP2Y @ $D005 ;Sprite 2 Y Pos
SP3X @ $D006 ;Sprite 3 X Pos
SP3Y @ $D007 ;Sprite 3 Y Pos
SP4X @ $D008 ;Sprite 4 X Pos
SP4Y @ $D009 ;Sprite 4 Y Pos
SP5X @ $D00A ;Sprite 5 X Pos
SP5Y @ $D00B ;Sprite 5 Y Pos
SP6X @ $D00C ;Sprite 6 X Pos
SP6Y @ $D00D ;Sprite 6 Y Pos
SP7X @ $D00E ;Sprite 7 X Pos
SP7Y @ $D00F ;Sprite 7 Y Pos
MSIGX @ $D010 ;Sprites 0-7 X Pos 9th bit
SCROLY @ $D011 ;VIC Control Register
RASTER @ $D012 ;Read Raster / Write Raster Value for Compare
LPENX @ $D013 ;Light Pen/Gun Latch X Pos (divided by 2)
LPENY @ $D014 ;Light Pen/Gun Latch Y Pos
SPENA @ $D015 ;Sprites 0-7 display Enable (1 = enable)
SCROLX @ $D016 ;VIC Control Register
YXPAND @ $D017 ;Sprites 0-7 Expand 2x Vertical
VMCSB @ $D018 ;VIC Memory Control Register
VICIRQ @ $D019 ;VIC Interrupt Flag Register
IRQMSK @ $D01A ;IRQ Mask Register (1 = Interrupt Enable)
SPBGPR @ $D01B ;Sprite to Background Display Priority
SPMC @ $D01C ;Sprites 0-7 Multi-Color Mode Select
XXPAND @ $D01D ;Sprites 0-7 Expand 2x Horizontal
SPSPCL @ $D01E ;Sprite to Sprite Collision Detect
SPBGCL @ $D01F ;Sprite to Background Collision Detect
EXTCOL @ $D020 ;Border Color
BGCOL0 @ $D021 ;Background Color 0 (screen color)
BGCOL1 @ $D022 ;Background Color 1
BGCOL2 @ $D023 ;Background Color 2
BGCOL3 @ $D024 ;Background Color 3
SPMC0 @ $D025 ;Sprite Multi-Color Register 0
SPMC1 @ $D026 ;Sprite Multi-Color Register 1
SP0CL @ $D027 ;Sprite 0 Color
SP1CL @ $D028 ;Sprite 1 Color
SP2CL @ $D029 ;Sprite 2 Color
SP3CL @ $D02A ;Sprite 3 Color
SP4CL @ $D02B ;Sprite 4 Color
SP5CL @ $D02C ;Sprite 5 Color
SP6CL @ $D02D ;Sprite 6 Color
SP7CL @ $D02E ;Sprite 7 Color
FRELO1 > $D400 ;Voice 1 Frequency - Low-Byte
FREHI1 > $D401 ;Voice 1 Frequency - High-Byte
PWLO1 > $D402 ;Voice 1 Pulse Waveform Width - Low-Byte
PWHI1 > $D403 ;Voice 1 Pulse Waveform Width - High-Nybble
VCREG1 > $D404 ;Voice 1 Control Register
ATDCY1 > $D405 ;Voice 1 Attack / Decay
SUREL1 > $D406 ;Voice 1 Sustain / Release
FRELO2 > $D407 ;Voice 2 Frequency - Low-Byte
FREHI2 > $D408 ;Voice 2 Frequency - High-Byte
PWLO2 > $D409 ;Voice 2 Pulse Waveform Width - Low-Byte
PWHI2 > $D40A ;Voice 2 Pulse Waveform Width - High-Nybble
VCREG2 > $D40B ;Voice 2 Control Register
ATDCY2 > $D40C ;Voice 2 Attack / Decay
SUREL2 > $D40D ;Voice 2 Sustain / Release
FRELO3 > $D40E ;Voice 3 Frequency - Low-Byte
FREHI3 > $D40F ;Voice 3 Frequency - High-Byte
PWLO3 > $D410 ;Voice 3 Pulse Waveform Width - Low-Byte
PWHI3 > $D411 ;Voice 3 Pulse Waveform Width - High-Nybble
VCREG3 > $D412 ;Voice 3 Control Register
ATDCY3 > $D413 ;Voice 3 Attack/Decay
SUREL3 > $D414 ;Voice 3 Sustain / Release
CUTLO > $D415 ;Filter Cutoff Frequency Low-Nybble
CUTHI > $D416 ;Filter Cutoff Frequency High-Byte
RESON > $D417 ;Filter Resonance / Voice Input
SIGVOL > $D418 ;Select Filter Mode and Volume
POTX > $D419 ;Analog/Digital Converter Game Paddle 1
POTY > $D41A ;Analog/Digital Converter Game Paddle 2
RANDOM < $D41B ;Voice 3 Oscillator output
ENV3 < $D41C ;Voice 3 Envelope output
colorRam @ $D800 1024 ;Color RAM nybbles ($d800-$dbff)
CIAPRA @ $DC00 ;CIA1 Data Port A (Keyboard, Joystick, Paddles, Light-Pen)
CIAPRB @ $DC01 ;CIA1 Data Port B (Keyboard, Joysticks, Paddles)
CIDDRA @ $DC02 ;CIA1 Data Direction Register - Port A
CIDDRB @ $DC03 ;CIA1 Data Direction Register - Port B
TIMALO @ $DC04 ;CIA1 Timer A Low-Byte
TIMAHI @ $DC05 ;CIA1 Timer A High-Byte
TIMBLO @ $DC06 ;CIA1 Timer B Low-Byte
TIMBHI @ $DC07 ;CIA1 Timer B High-Byte
TODTEN @ $DC08 ;CIA1 Time-of-Day Clock 1/10 Seconds
TODSEC @ $DC09 ;CIA1 Time-of-Day Clock Seconds
TODMIN @ $DC0A ;CIA1 Time-of-Day Clock Minutes
TODHRS @ $DC0B ;CIA1 Time-of-Day Clock Hours + AM/PM Flag (Bit 7)
CIASDR @ $DC0C ;CIA1 Synchronous Serial I/O Data Buffer
CIAICR @ $DC0D ;CIA1 CIA Interrupt Control Register
CIACRA @ $DC0E ;CIA1 CIA Control Register A
CIACRB @ $DC0F ;CIA1 CIA Control Register B
CI2PRA @ $DD00 ;CIA2 Data Port A (Serial Bus RS-232, VIC Memory Control)
CI2PRB @ $DD01 ;CIA2 Data Port B (User Port, RS-232)
C2DDRA @ $DD02 ;CIA2 Data Direction Register - Port A
C2DDRB @ $DD03 ;CIA2 Data Direction Register - Port B
TI2ALO @ $DD04 ;CIA2 Timer A Low-Byte
TI2AHI @ $DD05 ;CIA2 Timer A High-Byte
TI2BLO @ $DD06 ;CIA2 Timer B Low-Byte
TI2BHI @ $DD07 ;CIA2 Timer B High-Byte
TO2TEN @ $DD08 ;CIA2 Time-of-Day Clock 1/10 Seconds
TO2SEC @ $DD09 ;CIA2 Time-of-Day Clock Seconds
TO2MIN @ $DD0A ;CIA2 Time-of-Day Clock Minutes
TO2HRS @ $DD0B ;CIA2 Time-of-Day Clock Hours + AM/PM Flag (Bit 7)
CI2SDR @ $DD0C ;CIA2 Synchronous Serial I/O Data Buffer
CI2ICR @ $DD0D ;CIA2 CIA Interrupt Control Register
CI2CRA @ $DD0E ;CIA2 CIA Control Register A
CI2CRB @ $DD0F ;CIA2 CIA Control Register B

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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Project 64, 64MAP10.TXT, June 1996, etext #41
; http://unusedino.de/ec64/technical/project64/memory_maps.html
;
; - "Mapping the Commodore 64", by Sheldon Leemon
; Compute! Publications Inc. (1984), ISBN 0-942386-23-X
; https://archive.org/details/Compute_s_Mapping_the_Commodore_64
*SYNOPSIS RAM locations used by the KERNAL
STATUS @ $0090 ;Kernal I/O Status Word ST
STKEY @ $0091 ;Flag: $7f = STOP key
SVXT @ $0092 ;Timing Constant for Tape
VERCKK @ $0093 ;Flag: 0 = Load, 1 = Verify
C3PO @ $0094 ;Flag: Serial Bus - Output Character buffered
BSOUR @ $0095 ;Buffered Character for Serial Bus
SYNO @ $0096 ;Cassette Sync. number
TEMPX @ $0097 ;Temporary storage of X Register during CHRIN
TEMPY @ $0097 ;Temporary storage of Y Register during RS232 fetch
LDTND @ $0098 ;Number of Open Files/Index to File Table
DFLTN @ $0099 ;Default Input Device (0)
DFLTO @ $009a ;Default Output Device (3)
PRTY @ $009b ;Parity of Byte Output to Tape
DPSW @ $009c ;Flag: Byte received from Tape
MSGFLG @ $009d ;Set error message mode
FNMIDX @ $009e ;Index to Cassette File name/Header ID for Tape write
PTR1 @ $009e ;Tape Error log pass 1
PTR2 @ $009f ;Tape Error log pass 2
TIME @ $00a0 ;Real-time jiffy Clock, Update Routine: UDTIMK ($f69b)
TSFCNT @ $00a3 ;Bit Counter Tape Read or Write/Serial Bus
TBTCNT @ $00a4 ;Pulse Counter Tape Read or Write/Serial Bus shift Counter
CNTDN @ $00a5 ;Tape Synchronising count down
BUFPNT @ $00a6 2 ;Pointer: Tape I/O buffer
INBIT @ $00a7 ;RS232 temporary for received Bit/Tape
BITC1 @ $00a8 ;RS232 Input Bit count/Tape temporary
RINONE @ $00a9 ;RS232 Flag: Start Bit check/Tape temporary
RIDATA @ $00aa ;RS232 Input Byte Buffer/Tape temporary
RIPRTY @ $00ab ;RS232 Input parity/Tape temporary
SAL @ $00ac 2 ;Pointer: Tape Buffer/Screen scrolling
EAL @ $00ae ;Tape End Address/End of Program
CMPO @ $00b0 ;Tape timing Constants
TAPE1 @ $00b2 2 ;Pointer: Start Address of Tape Buffer ($033c)
BITTS @ $00b4 ;RS232 Write bit count/Tape Read timing Flag
NXTBIT @ $00b5 ;RS232 Next Bit to send/Tape Read - End of Tape
RODATA @ $00b6 ;RS232 Output Byte Buffer/Tape Read Error Flag
FNLEN @ $00b7 ;Number of Characters in Filename
LA @ $00b8 ;Current File - Logical File number
SA @ $00b9 ;Current File - Secondary Address
FA @ $00ba ;Current File - First Address (Device number)
FNADR @ $00bb 2 ;Pointer: Current File name Address
ROPRTY @ $00bd ;RS232 Output Parity/Tape Byte to be Input or Output
FSBLK @ $00be ;Tape Input/Output Block count
MYCH @ $00bf ;Serial Word Buffer
CAS1 @ $00c0 ;Tape Motor Switch
STAL @ $00c1 ;Start Address for LOAD and Cassette Write
MEMUSS @ $00c3 2 ;Pointer: Type 3 Tape LOAD and general use
LSTX @ $00c5 ;Matrix value of last Key pressed; No Key = $40
NDX @ $00c6 ;Number of Characters in Keyboard Buffer queue
RVS @ $00c7 ;Flag: Reverse On/Off; On = $01, Off = $00
INDX @ $00c8 2 ;Pointer: End of Line for Input
LXSP @ $00c9 ;Cursor X/Y (Line/Column) position at start of Input
SFDX @ $00cb ;Flag: Print shifted Characters
BLNSW @ $00cc ;Flag: Cursor blink; $00 = Enabled, $01 = Disabled
BLNCT @ $00cd ;Timer: Count down for Cursor blink toggle
GDBLN @ $00ce ;Character under Cursor while Cursor Inverted
BLNON @ $00cf ;Flag: Cursor Status; $00 = Off, $01 = On
CRSW @ $00d0 ;Flag: Input from Screen = $03, or Keyboard = $00
PNT @ $00d1 2 ;Pointer: Current Screen Line Address
PNTR @ $00d3 ;Cursor Column on current Line, including Wrap-round Line, if any
QTSW @ $00d4 ;Flag: Editor in Quote Mode; $00 = Not
LNMX @ $00d5 ;Current logical Line length: 39 or 79
TBLX @ $00d6 ;Current Screen Line number of Cursor
SCHAR @ $00d7 ;Screen value of current Input Character/Last Character Output
INSRT @ $00d8 ;Count of number of inserts outstanding
LDTB1 @ $00d9 ;Screen Line link Table/Editor temporaries
USER @ $00f3 2 ;Pointer: Current Colour RAM Location
KEYTAB @ $00f5 2 ;Vector: Current Keyboard decoding Table ($eb81)
RIBUF @ $00f7 2 ;RS232 Input Buffer Pointer
ROBUF @ $00f9 2 ;RS232 Output Buffer Pointer
FREKZP @ $00fb ;Free Zero Page space for User Programs
BASZPT @ $00ff ;BASIC temporary Data Area
ASCWRK @ $00ff ;Assembly Area for Floating point to ASCII conversion
LAT @ $0259 10 ;Kernal Table: Active logical File numbers
FAT @ $0263 10 ;Kernal Table: Active File First Addresses
SAT @ $026d 10 ;Kernal Table: Active File Secondary Addresses
KEYD @ $0277 10 ;Keyboard Buffer Queue (FIFO)
MEMSTR @ $0281 2 ;Pointer: Bottom of Memory for Operating System ($0800)
MEMSIZ2 @ $0283 2 ;Pointer: Top of Memory for Operating System ($a000)
TIMOUT @ $0285 ;Serial IEEE Bus timeout defeat Flag
COLOR @ $0286 ;Current Character Colour code
GDCOL @ $0287 ;Background Colour under Cursor
HIBASE @ $0288 ;High Byte of Screen Memory Address ($04)
XMAX @ $0289 ;Maximum number of Bytes in Keyboard Buffer ($0a)
RPTFLG @ $028a ;Flag: Repeat keys setting
KOUNT @ $028b ;Repeat Key: Speed Counter ($04)
DELAY @ $028c ;Repeat Key: First repeat delay Counter ($10)
SHFLAG @ $028d ;flags for shift, CBM, CTRL
LSTSHF @ $028e ;Last Shift Key used for debouncing
KEYLOG @ $028f 2 ;Vector: Routine to determine Keyboard table to use
MODE @ $0291 ;Flag: Upper/Lower Case change
AUTODN @ $0292 ;Flag: Auto scroll down: $00 = Disabled ($00)
M51CTR @ $0293 ;RS232 Pseudo 6551 control Register Image
M51CDR @ $0294 ;RS232 Pseudo 6551 command Register Image
M51AJB @ $0295 ;RS232 Non-standard Bits/Second
RSSTAT @ $0297 ;RS232 Pseudo 6551 Status Register Image
BITNUM @ $0298 ;RS232 Number of Bits left to send
BAUDOF @ $0299 ;RS232 Baud Rate; Full Bit time microseconds
RIDBE @ $029b ;RS232 Index to End of Input Buffer
RIDBS @ $029c 2 ;RS232 Pointer: High Byte of Address of Input Buffer
RODBS @ $029d 2 ;RS232 Pointer: High Byte of Address of Output Buffer
RODBE @ $029e ;RS232 Index to End of Output Buffer
IRQTMP @ $029f 2 ;Temporary store for IRQ Vector during Tape operations
ENABL @ $02a1 ;RS232 Enables
TODSNS @ $02a2 ;TOD sense during Tape I/O
TRDTMP @ $02a3 ;Temporary storage during Tape READ
TD1IRQ @ $02a4 ;Temporary D1IRQ Indicator during Tape READ
TLNIDX @ $02a5 ;Temporary for Line Index
TVSFLG @ $02a6 ;Flag: TV Standard: $00 = NTSC, $01 = PAL
CINV @ $0314 2 ;Vector: Hardware IRQ Interrupt ($ea31)
CNBINV @ $0316 2 ;Vector: BRK Instruction Interrupt ($fe66)
NMINV @ $0318 2 ;Vector: Hardware NMI Interrupt ($fe47)
IOPEN2 @ $031a 2 ;Vector: Kernal OPEN Routine ($f34a)
ICLOSE2 @ $031c 2 ;Vector: Kernal CLOSE Routine ($f291)
ICHKIN2 @ $031e 2 ;Vector: Kernal CHKIN Routine ($f20e)
ICKOUT2 @ $0320 2 ;Vector: Kernal CHKOUT Routine ($f250)
ICLRCH2 @ $0322 2 ;Vector: Kernal CLRCHN Routine ($f333)
IBASIN2 @ $0324 2 ;Vector: Kernal CHRIN Routine ($f157)
IBSOUT2 @ $0326 2 ;Vector: Kernal CHROUT Routine ($f1ca)
ISTOP2 @ $0328 2 ;Vector: Kernal STOP Routine ($f6ed)
IGETIN2 @ $032a 2 ;Vector: Kernal GETIN Routine ($f13e)
ICLALL2 @ $032c 2 ;Vector: Kernal CLALL Routine ($f32f)
USRCMD2 @ $032e 2 ;User Defined Vector ($fe66)
ILOAD2 @ $0330 2 ;Vector: Kernal LOAD Routine ($f4a5)
ISAVE2 @ $0332 2 ;Vector: Kernal SAVE Routine ($f5ed)
TBUFFR @ $033c 192 ;start of Tape I/O Buffer
VICSCN @ $0400 1024 ;start of Default Screen Video Matrix

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; See the LICENSE file for distribution terms (Apache 2.0).
;
; Parts adapted from multiple sources:
;
; - Project 64, 64MAP10.TXT, June 1996, etext #41
; http://unusedino.de/ec64/technical/project64/memory_maps.html
;
; - PageTable's C64 BASIC & KERNAL ROM Disassembly
; https://www.pagetable.com/c64ref/c64disasm/
;
; - "Mapping the Commodore 64", by Sheldon Leemon
; Compute! Publications Inc. (1984), ISBN 0-942386-23-X
; https://archive.org/details/Compute_s_Mapping_the_Commodore_64
*SYNOPSIS KERNAL ROM ($e000-$ffff) labels (functions and some of the vectors)
; Note: BASIC too big to fit into $a000-$bfff, so some additional BASIC support
; spills over into the start of the KERNAL ROM.
expCont @ $e000 ;EXP continued From BASIC ROM
polyx @ $e043 ;Series Evaluation
rmulc @ $e08d ;Constants for RND
rnd @ $e097 ;Perform rnd
bioerr @ $e0f9 ;Handle I/O Error in BASIC
bchout @ $e10c ;Output Character
bchin @ $e112 ;Input Character
bckout @ $e118 ;Set Up For Output
bckin @ $e11e ;Set Up For Input
bgetin @ $e124 ;Get One Character
sys @ $e12a ;Perform sys
savet @ $e156 ;Perform save
verfyt @ $e165 ;Perform verify / load
opent @ $e1be ;Perform open
closet @ $e1c7 ;Perform close
slpara @ $e1d4 ;Get Parameters For LOAD/SAVE
combyt @ $e200 ;Get Next One Byte Parameter
deflt @ $e206 ;Check Default Parameters
cmmerr @ $e20e ;Check For Comma
ocpara @ $e219 ;Get Parameters For OPEN/CLOSE
cos @ $e264 ;Perform cos
sin @ $e26b ;Perform sin
tan @ $e2b4 ;Perform tan
atn @ $e30e ;Perform atn
bassft @ $e37b ;BASIC Warm Start RUNSTOP-RESTORE
init @ $e394 ;BASIC Cold Start
initat @ $e3a2 ;CHRGET For Zero-page
initcz @ $e3bf ;Initialize BASIC RAM
initms @ $e422 ;Output Power-Up Message
bvtrs @ $e447 12 ;Table of BASIC Vectors (for $300)
initv @ $e453 ;Initialize Vectors
words @ $e45f ;Power-Up Message
chkoutCallPatch @ $e4ad ;Patch for BASIC Call to CHKOUT
rstCharColor @ $e4da ;Reset Character Colour
pauseTapeFind @ $e4e0 ;Pause After Finding Tape File
rs232Timing @ $e4ec 20 ;RS-232 Timing Table
iobase2 @ $e500 ;Get I/O Address
screen2 @ $e505 ;Get Screen Size
plot2 @ $e50a ;Put / Get Row And Column
cint1 @ $e518 ;Initialize I/O
clrScrn @ $e544 ;Clear Screen
homeCur @ $e566 ;Home Cursor
setScrnPtrs @ $e56c ;Set Screen Pointers
ioDefaultsAlt @ $e59a ;Set I/O Defaults (Unused Entry)
ioDefaults @ $e5a0 ;Set I/O Defaults
lp2 @ $e5b4 ;Get Character From Keyboard Buffer
keyInput @ $e5ca ;Input From Keyboard
keyScrnInput @ $e632 ;Input From Screen or Keyboard
quotesTest @ $e684 ;Quotes Test
scrnPrntInit @ $e691 ;Set Up Screen Print
advanceCur @ $e6b6 ;Advance Cursor
retreatCur @ $e6ed ;Retreat Cursor
backPrevLine @ $e701 ;Back on to Previous Line
outputToScrn @ $e716 ;Output to Screen
unshiftChars @ $e72a ;unshifted characters
shiftedChars @ $e7d4 ;shifted characters
nextLine @ $e87c ;Go to Next Line
outputCR @ $e891 ;Output <CR>
chkLineDec @ $e8a1 ;Check Line Decrement
chkLineInc @ $e8b3 ;Check Line Increment
setColorCode @ $e8cb ;Set Colour Code
colorCodeTbl @ $e8da 16 ;Colour Code Table
scrnScroll @ $e8ea ;Scroll Screen
openSpace @ $e965 ;Open A Space On The Screen
moveLine @ $e9c8 ;Move A Screen Line
syncColorXfer @ $e9e0 ;Syncronise Colour Transfer
setSOL @ $e9f0 ;Set Start of Line
clearLine @ $e9ff ;Clear Screen Line
printToScrn @ $ea13 ;Print To Screen
syncColPntr @ $ea24 ;Syncronise Colour Pointer
defaultIrqEntry @ $ea31 ;Main IRQ Entry Point
scnkey2 @ $ea87 ;Scan Keyboard
processKey @ $eadd ;Process Key Image
graphTextCntrl @ $ec44 ;Graphics/Text Control
shiftRunEq @ $ece7 ;Shift-Run Equivalent
loScrnLineAddr @ $ecf0 ;Low Byte Screen Line Addresses
talk2 @ $ed09 ;Send TALK Command on Serial Bus
listn2 @ $ed0c ;Send LISTEN Command on Serial Bus
serialSend @ $ed40 ;Send Data On Serial Bus
flagErrors @ $edad ;Flag Errors
flagDevNotPres @ $edad ;Status #80 - device not present
flagWriteTout @ $edb0 ;Status #03 - write timeout
secnd2 @ $edb9 ;Send LISTEN Secondary Address
clrAtn @ $edbe ;Clear ATN
tksa2 @ $edc7 ;Send TALK Secondary Address
waitForClock @ $edcc ;Wait For Clock
ciout2 @ $eddd ;Send Serial Deferred
untalk2 @ $edef ;Send UNTALK / UNLISTEN
unlsn2 @ $edfe ;Unlisten
acptr2 @ $ee13 ;Receive From Serial Bus
serialClkOn @ $ee85 ;Serial Clock On
serialClkOff @ $ee8e ;Serial Clock Off
serialOutput1 @ $ee97 ;Serial Output 1
serialOutput0 @ $eea0 ;Serial Output 0
serialGet @ $eea9 ;Get Serial Data And Clock In
delay1ms @ $eeb3 ;Delay 1 ms
rs232Send @ $eebb ;RS-232 Send
rs232SendByte @ $ef06 ;Send New RS-232 Byte
noDataSetRdy @ $ef2e ;No DSR / No CTS Error
disableTimer @ $ef39 ;Disable Timer
bitCount @ $ef4a ;Compute Bit Count
rs232Recv @ $ef59 ;RS-232 Receive
rs232RecvInit @ $ef7e ;Set Up To Receive
rs232ProcByte @ $ef90 ;Process RS-232 Byte
rs232Submit @ $efe1 ;Submit to RS-232
noDsrError @ $f00d ;No DSR (Data Set Ready) Error
rs232SendToBuf @ $f017 ;Send to RS-232 Buffer
rs232Input @ $f04d ;Input From RS-232
rs232Get @ $f086 ;Get From RS-232
serialBusIdle @ $f0a4 ;Serial Bus Idle
prtMsgIfDirect @ $f12b ;Print Message if Direct
prtMsg @ $f12f ;Print Message
getin3 @ $f13e ;Get a byte
chrin3 @ $f157 ;Input a byte
getFromIO @ $f199 ;Get From Tape / Serial / RS-232
chrout3 @ $f1ca ;Output One Character
chkin3 @ $f20e ;Set Input Device
chkout3 @ $f250 ;Set Output Device
close3 @ $f291 ;Close File
findFile @ $f30f ;Find File
setFileParms @ $f31f ;Set File values
clall3 @ $f32f ;Abort All Files
clrchn3 @ $f333 ;Restore Default I/O
open3 @ $f34a ;Open File
setSecondary @ $f3d5 ;Send Secondary Address
rs232Open @ $f409 ;Open RS-232
load2 @ $f49e ;Load RAM
serialLoadFile @ $f4b8 ;Load File From Serial Bus
tapeLoadFile @ $f533 ;Load File From Tape
printSearching @ $f5af ;Print SEARCHING
printFilename @ $f5c1 ;Print Filename
printLoading @ $f5d2 ;Print LOADING / VERIFYING
save @ $f5dd ;Save RAM
serialSave @ $f5fa ;Save to Serial Bus
tapeSave @ $f659 ;Save to Tape
printSaving @ $f68f ;Print SAVING
udtim2 @ $f69b ;Bump Clock
rdtim2 @ $f6dd ;Get Time
settim2 @ $f6e4 ;Set Time
stop @ $f6ed ;Check STOP Key
findTapeHdr @ $f72c ;Find Any Tape Header
writeTapeHdr @ $f76a ;Write Tape Header
getBufAddr @ $f7d0 ;Get Buffer Address
headerStartEnd @ $f7d7 ;Set Buffer Stat / End Pointers
findSpecTapeHdr @ $f7ea ;Find Specific Tape Header
bumpTapePtr @ $f80d ;Bump Tape Pointer
printPressPlay @ $f817 ;Print PRESS PLAY ON TAPE
chkTapeStatus @ $f82e ;Check Tape Status
printPressRecrd @ $f838 ;Print PRESS RECORD...
initTapeRead @ $f841 ;Initiate Tape Read
initTapeWrite @ $f864 ;Initiate Tape Write
tapeOperEntry @ $f875 ;Common Tape Code
chkTapeStop @ $f8d0 ;Check Tape Stop
setReadTiming @ $f8e2 ;Set Read Timing
readTapeBits @ $f92c ;Read Tape Bits
storeTapeChars @ $fa60 ;Store Tape Characters
rstTapePtr @ $fb8e ;Reset Tape Pointer
newCharSetup @ $fb97 ;New Character Setup
sendTapeTone @ $fba6 ;Send Tone to Tape
writeTapeData @ $fbc8 ;Write Data to Tape
tapeIrqEntry @ $fbcd ;IRQ Entry Point
writeTapeLeader @ $fc57 ;Write Tape Leader
restoreIrq @ $fc93 ;Restore Normal IRQ
setIrqVec @ $fcb8 ;Set IRQ Vector
stopTapeMotor @ $fcca ;Kill Tape Motor
chkRwPtr @ $fcd1 ;Check Read / Write Pointer
bumpRwPtr @ $fcdb ;Bump Read / Write Pointer
resetEntry @ $fce2 ;Power-Up RESET Entry
cartridgeCheck @ $fd02 ;Check For 8-ROM
restor2 @ $fd15 ;Restore Kernal Vectors (at $0314)
vector2 @ $fd1a ;Change Vectors For User
ramtas2 @ $fd50 ;Initialise System Constants
ioinit2 @ $fda3 ;Initialise I/O
enableTimer @ $fddd ;Enable Timer
setnam2 @ $fdf9 ;Set Filename
setlfs2 @ $fe00 ;Set Logical File Parameters
readst2 @ $fe07 ;Get I/O Status Word
setmsg2 @ $fe18 ;Control OS Messages
settmo2 @ $fe21 ;Set IEEE Timeout
memtop2 @ $fe25 ;Read / Set Top of Memory
membot2 @ $fe34 ;Read / Set Bottom of Memory
nmiHandler @ $fe43 ;NMI Transfer Entry
basicWarmStart @ $fe66 ;Warm Start Basic BRK
exitInterrupt @ $febc ;Exit Interrupt
rs232NmiIn @ $fed6 ;NMI RS-232 In
rs232NmiOut @ $ff07 ;NMI RS-232 Out
irqEntryAlt @ $ff43 ;Fake IRQ Entry
irqEntry @ $ff48 ;IRQ Entry
cint2 @ $ff5b ;Initialize screen editor
kernalVer @ $ff80 ;Kernal Version Number 03
cint @ $ff81 ;Init Editor & Video Chips ($ff5b)
ioinit @ $ff84 ;Init I/O Devices Ports & Timers ($fda3)
ramtas @ $ff87 ;Init Ram & Buffers ($fd50)
restor @ $ff8a ;Restore Vectors ($fd15)
vector @ $ff8d ;Change Vectors For User ($fd1a)
setmsg @ $ff90 ;Control OS Messages ($fe18)
secnd @ $ff93 ;Send SA After Listen ($edb9)
tksa @ $ff96 ;Send SA After Talk ($edc7)
memtop @ $ff99 ;Set/Read System RAM Top ($fe25)
membot @ $ff9c ;Set/Read System RAM Bottom ($fe34)
scnkey @ $ff9f ;Scan Keyboard ($ea87)
settmo @ $ffa2 ;Set Timeout In IEEE ($fe21)
acptr @ $ffa5 ;Handshake Serial Byte In ($ee13)
ciout @ $ffa8 ;Handshake Serial Byte Out ($eddd)
untalk @ $ffab ;Command Serial Bus UNTALK ($edef)
unlsn @ $ffae ;Command Serial Bus UNLISTEN ($edfe)
listn @ $ffb1 ;Command Serial Bus LISTEN ($ed0c)
talk @ $ffb4 ;Command Serial Bus TALK ($ed09)
readst @ $ffb7 ;Read I/O Status Word ($fe07)
setlfs @ $ffba ;Set Logical File Parameters ($fe00)
setnam @ $ffbd ;Set Filename ($fdf9)
iopen @ $ffc0 ;Open Vector $f34a ($031a->$f34a)
iclose @ $ffc3 ;Close Vector $f291 ($031c->$f291)
ichkin @ $ffc6 ;Set Input $f20e ($031e->$f20e)
ichkout @ $ffc9 ;Set Output $f250 ($0320->$f250)
iclrch @ $ffcc ;Restore I/O Vector $f333 ($0322->$f333)
ichrin @ $ffcf ;Input Vector chrin $f157 ($0324->$f157)
ichrout @ $ffd2 ;Output Vector chrout $f1ca ($0326->$f1ca)
load @ $ffd5 ;Load RAM From Device ($f49e)
save2 @ $ffd8 ;Save RAM To Device ($f5dd)
settim @ $ffdb ;Set Real-Time Clock ($f6e4)
rdtim @ $ffde ;Read Real-Time Clock ($f6dd)
istop3 @ $ffe1 ;Test-Stop Vector $f6ed ($0328->$f6ed)
igetin @ $ffe4 ;Get From Keyboad $f13e ($032a->$f13e)
iclall @ $ffe7 ;Close All Channels And Files $f32f ($032c->$f32f)
udtim @ $ffea ;Increment Real-Time Clock ($f69b)
screen @ $ffed ;Return Screen Organization ($e505)
plot @ $fff0 ;Read / Set Cursor X/Y Position ($e50a)
iobase @ $fff3 ;Return I/O Base Address ($e500)
nmiVector @ $fffa 2 ;Non-Maskable Interrupt Hardware Vector ($fe43)
resetVector @ $fffc 2 ;System Rest (RES) Hardware Vector ($fce2)
irqVector @ $fffe 2 ;Maskable Interrupt Request and Break Hardware Vectors ($ff48)