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finished initial macro cheat sheet

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nathanriggs 2019-01-07 21:41:39 -05:00
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80
README.md
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@ -465,17 +465,19 @@ Once Macros are mostly finished in how they are called, you can find how to use
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
ADD16 | ```ADD16 [word 1];[word 2] ``` | .Y = lobyte of sum
. | | .X = hibyte of sum
. | . | .X = hibyte of sum
. | . | [RETURN] = sum
. | . | [RETLEN] = length of sum (2 bytes)
BEEP | ```BEEP [number of beep calls]``` | Nothing; just speaker output
BLOAD |
BSAVE |
CMD |
CMP16 | ```CMP16 [word 1];[word 2] |
BLOAD | ```BLOAD [dos command parameters]``` | Nothing; just disk input
BSAVE | ```BSAVE [dos command parameters]``` | Nothing; just disk output
CMD | ```CMD [dos command with parameters]``` | Nothing, save for changes done by command
CMP16 | ```CMP16 [word 1];[word 2]``` | See full description for flag changes.
CURB | ```CURB [spaces to move back]``` | Nothing
CURD | ```CURD [spaces to move down]``` | Nothing
CURF | ```CURF [spaces to move forward]``` | Nothing
CURU | ```CURU [spaces to move up]``` | Nothing
DBUFF |
DBUFF | ```DBUFF [buffer address]``` | Nothing
DELAY | ```DELAY [number of milliseconds to delay]``` | Nothing; just execution delay
DIM81 | ```DIM81 [array address];[# of elements];[element byte length]``` | [RETURN] = total array size in bytes
. | . | [RETLEN] = length of [RETURN] val
@ -483,12 +485,16 @@ Once Macros are mostly finished in how they are called, you can find how to use
. | . | [RETLEN] = length of [RETURN] val
DIV8 | ```DIV8 [dividend byte];[divisor byte]``` | .A = quotient (byte)
. | | .X = remainder (byte)
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (1 byte)
DIV16 | ```DIV16 [dividend word];[divisor word]``` | .Y = lobyte of quotient
. | . | .X = hibyte of quotient
DRIVE |
DRWTS |
FINP |
FPRN |
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (2 bytes)
DRIVE | ```DRIVE [drive number]``` | Nothing
DRWTS | ```DRWTS``` | Nothing
FINP | ```FINP [adress to store string]``` | Nothing
FPRN | ```FPRN [literal string or address of string]``` | Nothing
GET81 | ```GET81 [array address];[element index]``` | .Y = lobyte of element addr
. | . | .X = hibyte of element addr
. | . | [RETURN] = value stored in element
@ -503,10 +509,14 @@ Once Macros are mostly finished in how they are called, you can find how to use
. | . | .X, .Y = length of string
MFILL | ```MFILL [address start];[length in bytes];[fill value]``` | Nothing useful
MMOVE | ```MMOVE [src addr];[dest addr];[length in bytes]``` | Nothing useful
MUL8 | ```MUL8 [multiplicand byte];[multiplier byte] | .Y = lobyte of product (word)
MUL8 | ```MUL8 [multiplicand byte];[multiplier byte]``` | .Y = lobyte of product (word)
. | . | .X = hibyte of product (word)
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (2 bytes)
MUL16 | ```MUL16 [multiplicand word];[multiplier word]``` | .Y = lobyte of product
. | . | .X = hibyte of product
. | . | [RETURN] = product (24-bit; see desc)
. | . | [RETLEN] = product length (3 bytes)
PBX | ```PBX [button to read; PB0,PB1,PB2,PB3]``` | .A = 1 if button pressed, else 0
PCR | ```PCR``` | Nothing
PDL | ```PDL [paddle to read]``` | .Y = paddle state value, 0..256
@ -521,26 +531,46 @@ Once Macros are mostly finished in how they are called, you can find how to use
REM16 | ```REM16 [dividend word];[divisor word]``` | .Y = lobyte of remainder
. | . | .X = hibyte of remainder
RNDB | ```RNDB [low boundary byte];[high boundary byte]``` | .A = pseudorandom number between
SCAT |
SCMP |
. | . | [RETURN] = pseudorandom number between
. | . | [RETLEN] = length of number (1 byte)
SCAT | ```SCAT [first string, lit or addr];[2nd string]``` | .A = 1 if overflow err, else 0
. | . | .X = lenth of concatenated string
. | . | [RETURN] = concatenated string
. | . | [RETLEN] = concatenated length
. | . | first string is replaced with concatenated!
SCMP | ```SCMP [first string, lit or addr];[2nd string]``` | See full description for flag changes.
. | . | .Y = String 2 length
. | . | .X = String 1 Length
SCPOS | ```SCPOS [col];[row]``` | Nothing
SCOP |
SDEL |
SECT |
SCPY | ```SCPY [source string];[index];[length];[max length]``` | .CARRY will be 0 if no errors; else, 1
. | | [RETURN] = copied substring
. | . | [RETLEN] = return string length
SDEL | ```SDEL [string];[index];[length]``` | .CARRY will be 0 if no errors; else, 1
. | . | passed string will be altered!
SECT | ```SECT [sector number]``` | Nothing
SETCX | ```SETCX [col]``` | Nothing
SETCY | ```SETCY [row]``` | Nothing
SETDR |
SETDW |
SINS |
SLOT |
SPOS |
SPRN |
SETDR | ```SETDR``` | Nothing
SETDW | ```SETDW``` | Nothing
SINS | ```SINS [parent string];[index];[max length];[substring to ins]``` | .CARRY = 0 if no errors; else, 1
. | . | passed parent string will be altered!
SLOT | ```SLOT [slot number]``` | Nothing
SPOS | ```SPOS [parent string];[substring]``` | .A = index of substring if found; 0 if not
. | . | [RETURN] = index of substring found; 0 if not
. | . | [RETLEN] = byte length of [RETURN] (1)
SPRN | ```SPRN [string address]``` | .A = string length
SUB16 | ```SUB16 [minuend word];[subtrahend word]``` | .Y = lobyte of result
. | | .X = hibyte of result
. | | .X = hibyte of result
. | . | [RETURN] = result
. | . | [RETLEN] = result length (2 bytes)
TFILL | ```TFILL [col start];[row start];[col end];[row end];[fill char]``` | Nothing Useful
THLIN | ```THLIN [col start];[col end];[row];[fill char]``` | Nothing Useful
TONUM |
TOSTR |
TMODE | ```TMODE``` | Nothing
TONUM | ```TONUM [string to convert to number, addr or literal]``` | [RETURN] = number equivalent of string
. | . | [RETLEN] = byte length of number (2)
TRACK | ```TRACK [track number]``` | Nothing
TOSTR | ```TOSTR [number to convert to string]``` | [RETURN] = string equivalent of number
. | . | [RETLEN] = length of string returned (not yet)
TVLIN | ```TVLIN [row start];[row end];[column];[fill char]``` | Nothing Useful
ZLOAD | ```ZLOAD [address where backup is stored]``` | Nothing
ZSAVE | ```ZSAVE [address to backup at]``` | Nothing

98
README.md~
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@ -464,28 +464,37 @@ Once Macros are mostly finished in how they are called, you can find how to use
_PRNT | ```_PRNT [string or address]``` | prints provided literal string
_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
_WAIT | ```_WAIT``` | Nothing; wait for keypress.
ADD16 |
ADD16 | ```ADD16 [word 1];[word 2] ``` | .Y = lobyte of sum
. | . | .X = hibyte of sum
. | . | [RETURN] = sum
. | . | [RETLEN] = length of sum (2 bytes)
BEEP | ```BEEP [number of beep calls]``` | Nothing; just speaker output
BLOAD |
BSAVE |
CMD |
CMP16 |
BLOAD | ```BLOAD [dos command parameters]``` |
BSAVE | ```BSAVE [dos command parameters]``` |
CMD | ```CMD [dos command with parameters]``` |
CMP16 | ```CMP16 [word 1];[word 2]``` | See full description for flag changes.
CURB | ```CURB [spaces to move back]``` | Nothing
CURD | ```CURD [spaces to move down]``` | Nothing
CURF | ```CURF [spaces to move forward]``` | Nothing
CURU | ```CURU [spaces to move up]``` | Nothing
DBUFF |
DBUFF | ```DBUFF [buffer address]``` |
DELAY | ```DELAY [number of milliseconds to delay]``` | Nothing; just execution delay
DIM81 | ```DIM81 [array address];[# of elements];[element byte length]``` | [RETURN] = total array size in bytes
. | . | [RETLEN] = length of [RETURN] val
DIM82 | ```DIM82 [array addr];[# of cols];[# of rows];[elem byte length]``` | [RETURN] = total array size in bytes
. | . | [RETLEN] = length of [RETURN] val
DIV8 |
DIV16 |
DRIVE |
DRWTS |
FINP |
FPRN |
DIV8 | ```DIV8 [dividend byte];[divisor byte]``` | .A = quotient (byte)
. | | .X = remainder (byte)
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (1 byte)
DIV16 | ```DIV16 [dividend word];[divisor word]``` | .Y = lobyte of quotient
. | . | .X = hibyte of quotient
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (2 bytes)
DRIVE | ```DRIVE [drive number]``` |
DRWTS | ```DRWTS``` |
FINP | ```FINP [adress to store string]``` |
FPRN | ```FPRN [literal string or address of string]``` |
GET81 | ```GET81 [array address];[element index]``` | .Y = lobyte of element addr
. | . | .X = hibyte of element addr
. | . | [RETURN] = value stored in element
@ -500,8 +509,14 @@ Once Macros are mostly finished in how they are called, you can find how to use
. | . | .X, .Y = length of string
MFILL | ```MFILL [address start];[length in bytes];[fill value]``` | Nothing useful
MMOVE | ```MMOVE [src addr];[dest addr];[length in bytes]``` | Nothing useful
MUL8 |
MUL16 |
MUL8 | ```MUL8 [multiplicand byte];[multiplier byte]``` | .Y = lobyte of product (word)
. | . | .X = hibyte of product (word)
. | . | [RETURN] = quotient
. | . | [RETLEN] = quotient length (2 bytes)
MUL16 | ```MUL16 [multiplicand word];[multiplier word]``` | .Y = lobyte of product
. | . | .X = hibyte of product
. | . | [RETURN] = product (24-bit; see desc)
. | . | [RETLEN] = product length (3 bytes)
PBX | ```PBX [button to read; PB0,PB1,PB2,PB3]``` | .A = 1 if button pressed, else 0
PCR | ```PCR``` | Nothing
PDL | ```PDL [paddle to read]``` | .Y = paddle state value, 0..256
@ -513,29 +528,48 @@ Once Macros are mostly finished in how they are called, you can find how to use
. | . | .X = hibyte of element addr
. | . | .A = length of element in bytes
RCPOS | ```RCPOS [col];[row]``` | .A = character at that position
REM16 |
RND8 |
RND16 |
RNDB |
RNDW |
SCAT |
SCMP |
REM16 | ```REM16 [dividend word];[divisor word]``` | .Y = lobyte of remainder
. | . | .X = hibyte of remainder
RNDB | ```RNDB [low boundary byte];[high boundary byte]``` | .A = pseudorandom number between
. | . | [RETURN] = pseudorandom number between
. | . | [RETLEN] = length of number (1 byte)
SCAT | ```SCAT [first string, lit or addr];[2nd string]``` | .A = 1 if overflow err, else 0
. | . | .X = lenth of concatenated string
. | . | [RETURN] = concatenated string
. | . | [RETLEN] = concatenated length
. | . | first string is replaced with concatenated!
SCMP | ```SCMP [first string, lit or addr];[2nd string]``` | See full description for flag changes.
. | . | .Y = String 2 length
. | . | .X = String 1 Length
SCPOS | ```SCPOS [col];[row]``` | Nothing
SCOP |
SDEL |
SECT |
SCPY | ```SCPY [source string];[index];[length];[max length]``` | .CARRY will be 0 if no errors; else, 1
. | | [RETURN] = copied substring
. | . | [RETLEN] = return string length
SDEL | ```SDEL [string];[index];[length]``` | .CARRY will be 0 if no errors; else, 1
. | . | passed string will be altered!
SECT | ```SECT [sector number]``` |
SETCX | ```SETCX [col]``` | Nothing
SETCY | ```SETCY [row]``` | Nothing
SETDR |
SETDW |
SINS |
SLOT |
SPOS |
SPRN |
SETDR | ```SETDR``` |
SETDW | ```SETDW``` |
SINS | ```SINS [parent string];[index];[max length];[substring to ins]``` | .CARRY = 0 if no errors; else, 1
. | . | passed parent string will be altered!
SLOT | ```SLOT [slot number]``` |
SPOS | ```SPOS [parent string];[substring]``` | .A = index of substring if found; 0 if not
. | . | [RETURN] = index of substring found; 0 if not
. | . | [RETLEN] = byte length of [RETURN] (1)
SPRN | ```SPRN [string address]``` | .A = string length
SUB16 | ```SUB16 [minuend word];[subtrahend word]``` | .Y = lobyte of result
. | | .X = hibyte of result
. | . | [RETURN] = result
. | . | [RETLEN] = result length (2 bytes)
TFILL | ```TFILL [col start];[row start];[col end];[row end];[fill char]``` | Nothing Useful
THLIN | ```THLIN [col start];[col end];[row];[fill char]``` | Nothing Useful
TONUM |
TOSTR |
TONUM | ```TONUM [string to convert to number, addr or literal]``` | [RETURN] = number equivalent of string
. | . | [RETLEN] = byte length of number (2)
TRACK | ```TRACK [track number]``` |
TOSTR | ```TOSTR [number to convert to string]``` | [RETURN] = string equivalent of number
. | . | [RETLEN] = length of string returned (not yet)
TVLIN | ```TVLIN [row start];[row end];[column];[fill char]``` | Nothing Useful
ZLOAD | ```ZLOAD [address where backup is stored]``` | Nothing
ZSAVE | ```ZSAVE [address to backup at]``` | Nothing