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Update README.md
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Nathan D Riggs
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README.md
119
README.md
@ -395,7 +395,7 @@ This is a sub-library for using lower resolution graphics mode at a higher speed
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* `LPRN`: plot a string of characters on the low resolution screen at x,y.
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* `LINV`: Invert colors on the low resolution screen.
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### Disk 9: SPEAKER
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### Disk 9: SPEAKER (not yet implemented)
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A library dedicated to sound manipulation on the system speaker.
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@ -417,7 +417,7 @@ A library dedicated to sound manipulation on the system speaker.
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* `SALRM`: play an alarm sound.
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* `SLAZE`: play a lazer sound at a specific frequency.
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### Disk 10: HiRes
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### Disk 10: HiRes (not yet implemented)
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* hires.mac: Library for fast(er) graphics in high resolution mode.
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* `HHLIN`: High resolution horizontal line.
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@ -432,7 +432,7 @@ A library dedicated to sound manipulation on the system speaker.
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* `HCHAR`: plot a text character on the high resolution screen at x,y.
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* `HPRN`: plot a string of characters on the high resolution screen at x,y.
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### Disk 11: OtherIO
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### Disk 11: OtherIO (not yet implemented)
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* library for interfacing with a printer.~~
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* `PINIT`: Printer Detect and Initialize.~~
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@ -446,7 +446,7 @@ A library dedicated to sound manipulation on the system speaker.
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* `SRECV`: Serial Receive bit/byte.~~
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* `SLSTN`: Listen to serial and wait for data for continuing.~~
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### Disk 12: SortSearch
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### Disk 12: SortSearch (not yet implemented)
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* BSORT: Bubble Sort
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* ISORT: Insertion Sort
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@ -455,7 +455,7 @@ A library dedicated to sound manipulation on the system speaker.
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* SSORT: Selection Sort
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* BSRCH: Binary Search
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### Disk 13: TmenusTwindows
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### Disk 13: TmenusTwindows (partially implemented)
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### Disk 14: 80Col
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@ -551,43 +551,73 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
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MACRO | SUBROUTINES CALLED | FLAGS ALTERED | REGS ALTERED | MEM ALTERED
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------ | -------------------------- |:-------------:|:------------:| -----------
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_DUMP | __DUMP | | |
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_ERR | __ERR | | |
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_GRET | __GETRET | | |
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_ISLIT | None | | |
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_ISSTR | None | | |
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_PRNT | __P | | |
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_RDUMP | __RDMP | | |
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_SPAR | __SETPARM | | |
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_WAIT | __W | | |
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@IF | | | |
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@ELSE | | | |
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@IFX | | | |
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@RIF | | | |
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@RELSE | | | |
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@RIFX | | | |
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@WHILE | | | |
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@WHILEX| | | |
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@FORX | | | |
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@NEXTX | | | |
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@FORY | | | |
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@NEXTY | | | |
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@FORM | | | |
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@NEXTM | | | |
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@CASE | | | |
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@OF | | | |
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@CASEX | | | |
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\_AXLIT | | | |
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\_AXSTR | | | |
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\_DUMP | \_\_DUMP | | |
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\_ISLIT | None | | |
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\_ISSTR | None | | |
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\_PRNT | \_\_P | | |
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\_WAIT | \_\_W | | |
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ADD16 | ADDIT16 | | |
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AMODE | None | | |
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BEEP | None (BELL) | | |
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BLOAD | BINLOAD | | |
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BSAVE | BINSAVE | | |
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CLRHI | | | |
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CMD | DOSCMD | | |
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CMP16 | COMP16 | | |
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COL40 | | | |
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COL80 | | | |
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CURB | CURSBAK | | |
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CURD | CURSDN | | |
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CURF | CURSFOR | | |
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CURU | CURSUP | | |
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DBUFF | None | | |
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DELAY | DELAYMS | | |
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DIE80 | | | |
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DIM81 | ADIM81 | | |
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DIM82 | ADIM82 | | |
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DIM161 | | | |
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DIM162 | | | |
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DIV8 | DIVD8 | | |
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DIV16 | SDIV16,UDIV16 | | |
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DRIVE | None | | |
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DRWTS | DISKOP | | |
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ERRH | | | |
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FINP | FINPUT | | |
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FPRN | FPRINT,FPSTR | | |
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GET81 | AGET81 | | |
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GET82 | AGET82 | | |
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GET161 | | | |
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GET162 | | | |
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GKEY | None (GETKEY) | | |
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GRET | \_\_GETRET | | |
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INP | SINPUT | | |
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MFILL | MEMFILL | | |
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MMOVE | MEMMOVE | | |
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MSWAP | MEMSWAP | | |
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MTXT0 | | | |
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MTXT1 | | | |
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MUL8 | MULT8 | | |
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MUL16 | MULT16 | | |
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PBX | GPBX | | |
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@ -596,6 +626,8 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
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PRN | XPRINT,DPRINT | | |
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PUT81 | APUT81 | | |
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PUT82 | APUT82 | | |
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PUT161 | | | |
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PUT162 | | | |
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RCPOS | None (GBASCALC) | | |
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REM16 | SREMD16,UREMD16 | | |
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RND16 | RAND16 | | |
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@ -612,6 +644,7 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
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SETDW | None | | |
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SINS | SUBINS | | |
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SLOT | None | | |
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SPAR | \_\_SETPARM | | |
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SPOS | SUBPOS | | |
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SPRN | PRNSTR | | |
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SUB16 | SUBT16 | | |
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@ -621,7 +654,8 @@ If a memory alteration is indicated by a [PASS], it means that the memory area t
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TONUM | STR2NUM | | |
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TOSTR | NUM2STR | | |
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TRACK | None | | |
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TVLIN | TVLINE | | |
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TVLIN | TVLINE | | |
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WAIT | | | |
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ZLOAD | ZMLOAD | | |
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ZSAVE | ZMSAVE | | |
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@ -634,15 +668,29 @@ Once Macros are mostly finished in how they are called, you can find how to use
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MACRO | USAGE | OUTPUT
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------ | ------------------------------------------------------------------- | -----------------------------------
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_DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
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_ERR | ```_ERR [calling rout];[err msg];[dump msg];[dump loc];[dmplen]``` | prints various error messages and information
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_GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
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_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
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_ISSTR | ```_ISSTR [data]``` | inserts executable code at pointer
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_PRNT | ```_PRNT [string or address]``` | prints provided literal string
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_RDUMP | ```_RDUMP``` | nothing; outputs registry values
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_SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
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_WAIT | ```_WAIT``` | Nothing; wait for keypress.
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@IF | |
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@ELSE | |
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@IFX | |
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@RIF | |
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@RELSE | |
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@RIFX | |
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@WHILE | |
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@WHILEX| |
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@FORX | |
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@NEXTX | |
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@FORY | |
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@NEXTY | |
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@FORM | |
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@NEXTM | |
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@CASE | |
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@OF | |
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@CASEX | |
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\_AXLIT | |
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\_AXSTR | |
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\_ISLIT | ```_ISLIT [data]``` | inserts executable code at pointer
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\_ISSTR | ```_ISSTR [data]``` | inserts executable code at pointer
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\_PRNT | ```_PRNT [string or address]``` | prints provided literal string
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\_WAIT | ```_WAIT``` | Nothing; wait for keypress.
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ADD16 | ```ADD16 [word 1];[word 2] ``` | .Y = lobyte of sum
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. | . | .X = hibyte of sum
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. | . | [RETURN] = sum
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@ -650,18 +698,24 @@ Once Macros are mostly finished in how they are called, you can find how to use
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BEEP | ```BEEP [number of beep calls]``` | Nothing; just speaker output
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BLOAD | ```BLOAD [dos command parameters]``` | Nothing; just disk input
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BSAVE | ```BSAVE [dos command parameters]``` | Nothing; just disk output
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CLRHI | |
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CMD | ```CMD [dos command with parameters]``` | Nothing, save for changes done by command
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CMP16 | ```CMP16 [word 1];[word 2]``` | See full description for flag changes.
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COL40 | ```COL40``` | Set 40-Column mode.
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COL80 | ```COL80``` | Set 80-Column mode.
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CURB | ```CURB [spaces to move back]``` | Nothing
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CURD | ```CURD [spaces to move down]``` | Nothing
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CURF | ```CURF [spaces to move forward]``` | Nothing
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CURU | ```CURU [spaces to move up]``` | Nothing
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DBUFF | ```DBUFF [buffer address]``` | Nothing
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DELAY | ```DELAY [number of milliseconds to delay]``` | Nothing; just execution delay
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DIE80 | ```DIE80``` | Kill 80-column firmware
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DIM81 | ```DIM81 [array address];[# of elements];[element byte length]``` | [RETURN] = total array size in bytes
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. | . | [RETLEN] = length of [RETURN] val
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DIM82 | ```DIM82 [array addr];[# of cols];[# of rows];[elem byte length]``` | [RETURN] = total array size in bytes
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. | . | [RETLEN] = length of [RETURN] val
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DIM161 | |
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DIM162 | |
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DIV8 | ```DIV8 [dividend byte];[divisor byte]``` | .A = quotient (byte)
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. | | .X = remainder (byte)
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. | . | [RETURN] = quotient
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@ -672,6 +726,8 @@ Once Macros are mostly finished in how they are called, you can find how to use
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. | . | [RETLEN] = quotient length (2 bytes)
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DRIVE | ```DRIVE [drive number]``` | Nothing
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DRWTS | ```DRWTS``` | Nothing
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DUMP | ```_DUMP [memory address];[# of bytes to dump]``` | Nothing; dump to screen
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ERRH | |
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FINP | ```FINP [adress to store string]``` | Nothing
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FPRN | ```FPRN [literal string or address of string]``` | Nothing
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GET81 | ```GET81 [array address];[element index]``` | .Y = lobyte of element addr
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@ -682,13 +738,18 @@ Once Macros are mostly finished in how they are called, you can find how to use
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. | . | .X = hibyte of element addr
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. | . | [RETURN] = value stored in element
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. | . | [RETLEN] = length of return value
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GET161 | |
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GET162 | |
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GKEY | ```GKEY``` | .A = key pressed
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GRET | ```_GRET [dest memory address]``` | [return] stored in specified address
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INP | ```INP``` | [RETURN] = string entered by user
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. | . | [RETLEN] = string length (same as first byte of [RETURN], +1)
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. | . | .X, .Y = length of string
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MFILL | ```MFILL [address start];[length in bytes];[fill value]``` | Nothing useful
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MMOVE | ```MMOVE [src addr];[dest addr];[length in bytes]``` | Nothing useful
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MSWAP | ```MSWAP [first address];[second address];[length]``` | Nothing
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MTXT0 | ```MTXT0``` | Turn off MouseText
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MTXT1 | ```MTXT1``` | Turn on MouseText
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MUL8 | ```MUL8 [multiplicand byte];[multiplier byte]``` | .Y = lobyte of product (word)
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. | . | .X = hibyte of product (word)
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. | . | [RETURN] = quotient
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@ -707,6 +768,8 @@ Once Macros are mostly finished in how they are called, you can find how to use
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PUT82 | ```PUT82 [src addr or lit];[array addr];[col index];[row index]``` | .Y = lobyte of element addr
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. | . | .X = hibyte of element addr
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. | . | .A = length of element in bytes
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PUT161 | ```PUT161 [src addr];[array addr];[16-bit element index]``` |
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PUT162 | ```PUT162 [src addr];[array addr];[16-bit col index];[16-bit row]```|
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RCPOS | ```RCPOS [col];[row]``` | .A = character at that position
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REM16 | ```REM16 [dividend word];[divisor word]``` | .Y = lobyte of remainder
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. | . | .X = hibyte of remainder
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@ -735,6 +798,7 @@ Once Macros are mostly finished in how they are called, you can find how to use
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SINS | ```SINS [parent string];[index];[max length];[substring to ins]``` | .CARRY = 0 if no errors; else, 1
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. | . | passed parent string will be altered!
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SLOT | ```SLOT [slot number]``` | Nothing
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SPAR | ```_SPAR [src address];[length]``` | moves data at address to [param]
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SPOS | ```SPOS [parent string];[substring]``` | .A = index of substring if found; 0 if not
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. | . | [RETURN] = index of substring found; 0 if not
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. | . | [RETLEN] = byte length of [RETURN] (1)
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@ -753,11 +817,18 @@ Once Macros are mostly finished in how they are called, you can find how to use
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TOSTR | ```TOSTR [number to convert to string]``` | [RETURN] = string equivalent of number
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. | . | [RETLEN] = length of string returned (not yet)
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TVLIN | ```TVLIN [row start];[row end];[column];[fill char]``` | Nothing Useful
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WAIT | |
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ZLOAD | ```ZLOAD [address where backup is stored]``` | Nothing
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ZSAVE | ```ZSAVE [address to backup at]``` | Nothing
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---
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## Detailed Macro Descriptions
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---
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## Detailed Subroutine Description
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