diff --git a/README.md b/README.md index a132f38..c3cd787 100644 --- a/README.md +++ b/README.md @@ -1,12 +1,14 @@ # Ys V: Lost Kefin - Kingdom of Sand (PS2) English Translation -Currently using Sam Farron's translation from his [Translation Series](https://www.youtube.com/watch?v=LfZZPwIdhzg&list=PLoD4gkRCJkUcgfpU5puBqYy5DX-RJK--b) with permission - -# Current Progress -Slowly reverse-engineering the script files so I can make tools. +Currently using Sam Farron's translation from his [Translation Series](https://www.youtube.com/watch?v=LfZZPwIdhzg&list=PLoD4gkRCJkUcgfpU5puBqYy5DX-RJK--b) with permission + **If you want to help with the translation please [contact me!](https://kaisaan.github.io/pages/contact) (Knowing Japanese is not needed)** +# Current Progress +I am replacing the usage of [armips](https://github.com/Kingcom/armips) with [acbde](https://www.romhacking.net/utilities/1392/) for script extraction and insertion. Currently I have raw dumps only as I need to figure out all the control codes to get a full pointer dump + # Building -- Copy the contents of the game's .iso into the `extracted` and `translated` folders +- Use [Apache3](https://www.psx-place.com/threads/apache.19171/) to extract the contents of the game's .iso file +- Copy the contents to the `extracted` and `translated` folders - Run `build.bat` or manually run the commands # Hacking Notes @@ -15,20 +17,33 @@ Slowly reverse-engineering the script files so I can make tools. - Extracted .bin files with `_anm` in the filename are animation files with indexed 8BPP graphics and have the header `NAXA5010` - Extracted .HGB files are texture files with 32BPP RGBA graphics - Music files are `.hd` (header), `.bd` (header), and `.sq` (sequence) files +- See my notes file for more terribly organized notes # Extracting the DATA.BIN Files `extract.py` extracts all the files from DATA.BIN and its folders into a `DATA` folder but does not extract the files into their correct folders yet, a `logfile.txt` is also created for fixing issues with the script # Font info The game uses Shift-JIS encoding but I decided to make table files so I can include control codes -`font.py` extracts the fontmap from `SLPM_663.60` to create a quick `font.tbl` table file. Use `kefin.tbl` for corrected values and control codes (also used by `patch.asm`) +`font.py` extracts the fontmap from `SLPM_663.60` to create a quick `font.tbl` table file. Use `kefin.tbl` for corrected values and control codes In `SLPM_663.60` the font is located at $1A3E90 as 4BPP graphics, its palette is stored at $25E4C0, and the fontmap is at $1A31F0 +# Script Info +- Script files (named `stageXX.bin`) have the first $2000 bytes as a pointer table +- Each pointer first as an "index" number (4 bytes, little-endian) then the pointer value to the file (4 bytes, little-endian) +- Pointer value are calculated as `pointer + $2000` +- Changing the pointer seems to cause the game to freeze +Before running `script.py` copy the script files (as extracted from `DATA.BIN`) to the `scripts` folder. `script.py` will extract the pointer information for each file into a separate text file. The python script will also include info for control codes. +Before running `dump.bat` make sure perl is installed. On Windows I recommend isnstalling [Strawberry perl](https://www.lifebottle.org/#/./other/strawberry-perl/index) +The script can be dumped from `DATA.BIN` and into `scripts` after running `dump.bat`. Currently it is a raw dump because I have not figured out all the control codes, using a pointer dump will cause the scripts to be under-dumped. + # To do -- Updated extraction script to extract `DATA0.BIN`, `DATA1.BIN`, and `SLPM_663.60` -- Add more hacking notes (my notes.txt file is a mess so I haven't added it here) +- Figure out all the control codes properly +- Update the extraction script to extract `DATA0.BIN`, `DATA1.BIN`, and `SLPM_663.60` - Continue inserting the English script +# Game Manual Translation +In the `manual` folder are scans for the game's manual. They were originally from [landofys.narod.ru](https://landofys.narod.ru/) which is now landofys.com.ru(http://landofys.com.ru/) was scanned by Dragon. + # Links to Stuff - Translation of opening cutscene by [mziab](https://www.romhacking.net/forum/index.php?topic=28379.0) (I did not use this translation) - Hacking attempt by [Hectavus](https://zenhax.com/viewtopic.php@t=15249.html) with only `SLPM_663.60` being translated diff --git a/datacommands.txt b/datacommands.txt new file mode 100644 index 0000000..7037323 --- /dev/null +++ b/datacommands.txt @@ -0,0 +1,133 @@ +#GAME NAME:Ys V Lost Kefin + +#BLOCK NAME:stage00.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94BC800 +#SCRIPT STOP: $94CBD9F +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage01.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94CE000 +#SCRIPT STOP: $94D4292 +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage02.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94D6800 +#SCRIPT STOP: $94DDD40 +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage03.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94E0000 +#SCRIPT STOP: $94E155E +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage04.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94E3800 +#SCRIPT STOP: $94EB29C +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage05.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94ED800 +#SCRIPT STOP: $94F2E37 +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage06.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94F5000 +#SCRIPT STOP: $94FC64B +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage07.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94FE800 +#SCRIPT STOP: $95018AA +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage08.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $9504000 +#SCRIPT STOP: $950E73C +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage09.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $9510800 +#SCRIPT STOP: $951609F +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stagea0.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $9518800 +#SCRIPT STOP: $95188FC +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stageb0.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $951B000 +#SCRIPT STOP: $951C0F4 +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK \ No newline at end of file diff --git a/dump.bat b/dump.bat new file mode 100644 index 0000000..3c3844b --- /dev/null +++ b/dump.bat @@ -0,0 +1,3 @@ +perl scripts\abcde\abcde.pl -cm abcde::Cartographer "extracted\DATA.BIN" datacommands.txt "scripts\dump" -m + +@pause \ No newline at end of file diff --git a/extract.py b/extract.py index 3103f90..63f3eee 100644 --- a/extract.py +++ b/extract.py @@ -38,7 +38,7 @@ while fileptr < fileptrend: filename = filename[:filename.find(terminator)] filesectorstart = filesectorstart * sector - filesectorsize = filesectorstart * sector + filesectorsize = filesectorsize * sector datafile.seek(filesectorstart) filedata = datafile.read(filesize) diff --git a/kefin.tbl b/kefin.tbl index ce32ae0..f0a79e4 100644 --- a/kefin.tbl +++ b/kefin.tbl @@ -1,7 +1,8 @@ -0A=\n +0A=[LINE]\n 20= 21=! 22=" +23=# 27=' 28=( 29=) @@ -9,7 +10,7 @@ 2B=+ 2D=- 2E=. -2F=/ +!2F=,2 30=0 31=1 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b/notes.txt @@ -0,0 +1,338 @@ +Text seems to be loaded into $00F6A150 in memory +and also at $00EF6580 + +stage00.bin is loaded at $0139BA00 (data starts at $0139DA00) + +stagea0.bin +$00015F91 $00000000 +$00015F92 $00000024 +$00015F93 $00000048 +$00015F94 $00000075 +$00015F95 $000000A2 +$00015F96 $000000CF + +the latter values map directly to the start of each string (pointer?) + +$00EF6660 has the value $00EF65D0 +$00EF65D0 has the value $00F69E00 +$00F69E00 has the value $01B08660 + +loading text is at $0025FD30 +$0A is newline + +stage00.bin +5A 00 5B 14 01 3A 02 $6005 + +THE TEXT IS IN SHIFT JIS THANK YOU FALCOM BLESS FEENA REAH ELDEEN EVERYONE I LOVE YOU FALCOM + +Filename table for SLPM_663.60 +0x00246240 Start +0x00246258 + Base pointer -> 003461D8 file start +0x0024B690 Folder start -> 0034B610 + +from vo1010101.bd to vo4030202.bd + +1829D0 -> 00282950 Start of file info +0x001875E0 Start of folder info +4 bytes: Pointer to folder name/location +4 bytes: File count start? +4 bytes: File count + +3DDFD0 -> 2DE050 + +003461D8 + 1D4D30 -> 41 AF88 -> 31 B008 + +What is 1D4D30? (D4DB0) + +At 2879b4(187A34) is a pointer to 0282950 (1829D0) which points to 246258 which points to + +0x00187A40 has 0034be10 (24BE90) which points the filename of stuff in DATA.BIN + +at 0x00187A28 is 00287560 (1875E0) + +what is 003DF4F0 -> 2DF570 ? + +filename for bmg01.hd is checked at 0012ED74 + +bgm01.hd +filename location is at 0x002462D8 -> 346258 +data file is 0000 09d0 +file start is 11BD +file stop is 02 + +bgm01.sq info: 0x00182F50 -> 282ED0 +filename location is at 0x002467D8 -> 346758 +data file is 1120 +file start is 3EDF +file stop is 03 +file length is 10F2 +file data start is at 0x01F6F800 +file data stop is at 0x01F71000 +file data length is 1800 + +ys3bgm01.sq +filename location is at 246A58 -> 3469D8 +data file is 1120 +file start is 3FE6 +file stop is 03 +file length is 1F1E +file data start is at 0x01FF4800 +file data stop is at 0x01FF6800 +file data length is 2000 + +first seq file is at 1F6F800 + +001342E8 in Ghidra: +At 4 breakpoints, first character is printed +At 8 breakpoints, second +at 12, third +at 14, v0 is 8000 +at 15, v0 is C000 +at 16, fourth +17, fifth +18, 14000 + +lw v1,0x4(v1) +slt at,v0,v1 +bne at,zero,0x001342FC +nop +subu a2,v1,a1 + +When the bne is false +00014000 is v0 +000115B0 is v1 +002879C0 is a0 +000115B0 is a1 +00002A50 is a2 +00402FF4 is a3 + +z_un_00134100 + +In DATA.BIN +0x0024BE80 File names +0x0024BE90 + FFF80 -> 0034BE10 -> 10BE3400 + +0x00187A40 + FFF80 -> 002879C0 start + +0x0018E7CF -> 0028e74f end + +003d2808 + +0x00187A40 is the file table the format is +4 bytes: Pointer to file name (add base pointer) (in little endian) +4 bytes: +4 bytes: Start of file offset +4 bytes: File length + +vo1010101.bd +file length is 500 +data file is 0115B0 +file data start is at 0x001D73F0 + +B0150100 -> 000115B0 + FFF80 + +003DF4F0 + +0x01F6F800 to 0x01F70900 is 1100 + +Main text set is 094BC800, so with pointer it's 0139DA00 + +The text after the opening cutscene is at $094BCE12 + +The text at the opening cutscene is at $094BC862 or $094BC85E or $094BC85A or $094BC858 +0x094BC800 +094BC89B + +095BC7DA -> DAC75B09 + +094BC85E - 0139DA5E = 0811EE00 + +Ghidra pointer is 187A40 or 1879C0 002879C0 +Base pointer is $FFF80 + +Before the text is the expected string length then $80 + +This is loaded from the routine at $001971E8 + +opening cutscene text in hex: + +82A082F182BD814182A0 + +location in memory (eeMemory.bin) + +EF6588 +F6A158 +139DA62 + +true start is at 139DA5A + +look into 0019DCF0 + +from 0x094BC800 to 0x094CBDA0 -> F5A0 + +text routine +0012D23C: +lbu v0,0x0(a1) +addiu a2,a2,-0x1 +addiu a1,a1,0x1 +sb v0,0x0(v1) +addiu v1,v1,0x1 +bne a2,a0,0x0012D23C +nop +jr ra + +first string is 55 dec or $37 (true $36) +second string is 83 dec or $53 (true $52) +third is true $8E + +v0 holds character value +v1 holds memory address +a0 holds 8080808080808080FFFFFFFFFFFFFFFF (negative 1) +a1 holds character address +a2 holds string length +ra holds 00197224 + +0012D23C: +lbu v0,0x0(a1) // The value at (a1+0x0) is stored at v0 +addiu a2,a2,-0x1 // Decrement string length +addiu a1,a1,0x1 // Increment character address +sb v0,0x0(v1) // The value in v0 is stored at (v1+0x0) +addiu v1,v1,0x1 // Increment address of memory +bne a2,a0,0x0012D23C // If a2 != a0, then loop back, so stop looping when string length is done +nop +jr ra // Return + +ghidra output: + + for (; iVar5 != -1; iVar5 = iVar5 + -1) { + uVar1 = *(undefined *)param_2; + param_2 = (undefined8 *)((int)param_2 + 1); + *(undefined *)puVar6 = uVar1; + puVar6 = (undefined8 *)((int)puVar6 + 1); + } + return param_1; + +The character address is stored at 003D2F00 in memory + +GP is 003DA7F0? + +Function at 001bf260 + +void FUN_001bf260(int searchvalue) + +{ + int *pointer; + int counter; + + counter = 0; + uRam003d2ed8 = uRam00f6c054; + uRam003d2ed4 = uRam00f6c058; + uRam003d2ed0 = uRam00f6c068; + pointer = piRam003d2f04; + do { + if (searchvalue == *pointer) goto LAB_001bf2e0; + if ((counter != 0) && (*pointer == 0)) break; + counter = counter + 1; + pointer = pointer + 2; + } while (counter < 0x400); + FUN_0012e570(0x368bf0,uRam003d2edc); + counter = -1; +LAB_001bf2e0: + if (counter != -1) { + uRam003d2ef0 = 1; + FUN_001484a0(uRam00f53d94,0x61,0); + FUN_001484a0(uRam00f53d94,0x3a,0x80); + FUN_001bf0e0((int)piRam003d2f04 + piRam003d2f04[counter * 2 + 1] + 0x2000); + FUN_00103d70(0xf53cd0,0xf53cf0); + } + return; +} + +counter is s0 +searchvalue is v0 +pointer is v1 + +when counter is equal to searchvalue ($01), it is true + +003D2EDC is 00000000 +003D2ED8 is 4016CBE4 +003D2ED4 is 3ED67748 +003D2ED0 is 44DD5FFB +00F53D94 is 0118CB90 +003D2F04 is 0139BA00 + +003d2f04 has $0139BA00 (start of stage00.bin) + +00368bf0 + + +f53cd0 + +loading screen text is at 0x0025FD30 -> 0x0035FCB0 in exe + + +graphics file format +8h: Header starts with NAXA5010 +4h: Usually $100 but sometimes $10 +4h: Always $200 +4h: pointer? +4h: pointer? +4h: idk +4h: nothing +the rest: idk + +There's just raw graphics at 0x0023C180 in slpm +2 dimensional, 32bpp (ARGB) + +anm.bin animation, indexed 8bpp +.hgb texture file, 32bpp rgba +.hgk 3d model file? +.hd music header +.sq music sequence +.bd music header 2 + +0x0019D000 -> 29 CF80 some pointer table + +the font graphic is at $1A3E90 -> 2A3E10 +font map is at 0x001A31F0 -> 2A3170 +palette is at 0x0025E4C0 + +FUN_0014f370 is to search the index of a character + +0035FE30 (conv) is No Ys 3 Data +0035FDF0 (conv) is Ys Data Found +00360AF0 (conv) is Ys 3 Data search + +FUN_0017b900 checks for save data with link option + +stage90.bin has the text for the titlescreen cutscene + +cartographer stuff + +#BLOCK NAME:stage00.bin +#TYPE: NORMAL +#METHOD: POINTER_RELATIVE +#POINTER ENDIAN: LITTLE +#POINTER TABLE START: $94BA804 +#POINTER TABLE STOP: $94BB410 +#POINTER SIZE: $04 +#POINTER SPACE: $04 +#ATLAS PTRS: Yes +#BASE POINTER: $94BC800 +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + +#BLOCK NAME:stage00.bin RAW +#TYPE: NORMAL +#METHOD: RAW +#SCRIPT START: $94BC800 +#SCRIPT STOP: $94CBD9F +#TABLE: kefin.tbl +#COMMENTS: No +#SHOW END ADDRESS: No +#TRIM TRAILING NEWLINES: No +#END BLOCK + diff --git a/script.py b/script.py new file mode 100644 index 0000000..886440e --- /dev/null +++ b/script.py @@ -0,0 +1,71 @@ +def extract(stagefile, logfile, data): + script = open(f"scripts/{stagefile}", "rb") + + log = open(f"scripts/{logfile}", "w") + log.write(f"{stagefile} header info\n") + + currentread = 0x0 + + endcode = 0x0 + endsize = 0x2 + + count = 0x0 + val1 = 0x0 + val2 = 0x0 + trueoffset = 0x0 + dataoffset = data + + offset = 0x2000 + + known = [b'\x00\xff', b'\x32\xff', b'\x11\xff', b'\x02\xff', b'\x4E\xff', b'\x01\xff', b'\x64\xff', b'\x04\xff', b'\x55\xff', b'\x07\xff', b'\x06\xff', b'\x56\xff'] + ignore = [b'\xa5\xff'] + + #known = [b'\x00\x00\x00\xff', b'\x02\x00\x00\xff', b'\x04\x00\x00\xff', b'\x00\x4E\x4E\xff'] + #ignore = [b'\x68\x81\xa5\xff', b'\x49\x81\xa5\xff', b'\x42\x81\xa5\xff', b'\x48\x81\xa5\xff',] + + isknown = "" + + while count < 0x400: + + script.seek(currentread) + + val1 = script.read(4) + val2 = script.read(4) + + val1 = int.from_bytes(val1, "little") + val2 = int.from_bytes(val2, "little") + + trueoffset = val2 + offset + dataoffset = dataoffset + trueoffset + + script.seek(trueoffset - endsize) + endcode = script.read(endsize) + + if endcode in known: + isknown = "KNOWN" + elif endcode in ignore: + isknown = "ignore" + else: + isknown = "NEW" + + if val1 == val2 == 0: + break + + log.write(f"Entry Order {count:X}\tEntry Order Offset {currentread:X}\tEntry Number {val1:X}\tOffset {val2:X}\tTrue Offset {trueoffset:X}\tDATA.BIN Offset {dataoffset:X}\tEnd code {endcode}\t{isknown}\n") + + count = count + 1 + + currentread = currentread + 0x08 + +extract("stage00.bin", "script00.txt", 0x94BA800) +extract("stage10.bin", "script10.txt", 0x94CC000) +extract("stage20.bin", "script20.txt", 0x94D4800) +extract("stage30.bin", "script30.txt", 0x94DE000) +extract("stage40.bin", "script40.txt", 0x94E1800) +extract("stage50.bin", "script50.txt", 0x94EB800) +extract("stage60.bin", "script60.txt", 0x94F3000) +extract("stage70.bin", "script70.txt", 0x94FC800) +extract("stage80.bin", "script80.txt", 0x9502000) +extract("stage90.bin", "script90.txt", 0x950E800) +extract("stagea0.bin", "scripta0.txt", 0x9516800) +extract("stageb0.bin", "scriptb0.txt", 0x9519000) \ No newline at end of file diff --git a/scripts/abcde/abcde.pl b/scripts/abcde/abcde.pl new file mode 100644 index 0000000..0ee3cac --- /dev/null +++ b/scripts/abcde/abcde.pl @@ -0,0 +1,268 @@ +#!/usr/bin/perl + +# abw's basic custom data encoder + +package abcde; + +use strict; +use warnings; + +my $usage = < [-cm []] + +In its most basic form, this program reads data from STDIN, translates it according to the provided table files and +other general options, and writes it to STDOUT. This form is useful for integration into other programs (e.g. hex +editors, (dis)assemblers, etc.) and for examining the translation process in detail, but is unlikely to be of much +interest to the average user as its scope is limited to the translation of data that should be translated and makes +no attempt to e.g. update pointers or exclude portions of the input data from translation. + +The average user is more likely to be interested in the command modules. Currently, varying levels of support for Atlas +and Cartographer command files have been implemented; see those modules' documentation for more details. + +Available required options: +-m / --mode : select operation mode; value can be either 'bin2text', in which case binary data on + STDIN is translated to text on STDOUT, or 'text2bin', in which case text data on STDIN is translated to binary + data on STDOUT. +-t / --table
: specify the file name of a table file to use in translation. Include this option + once for each table file to be used in translation. Note that when provided on the command line, relative + paths are assumed to be anchored at the current directory. + +Available optional options: +-g / --group: instead of normal output, print the output grouped by token (primarily used for debug, but also available + for interest's sake). +-h / --help: print this help text and exit; if used in conjunction with -cm , instead print help + text for the specified command module and exit. +-brp / --base-relative-path : sets the base relative path used by command modules to instead of the + current directory; see command module documentation for details including any special values. +-s / --stats: after normal output, print some statistics to STDERR. +--artificial-end-token
) { + $line =~ s/\R\z//; # strip newline + if ($. == 1) { + # strip out Unicode BOM if present + $line =~ s/^\x{EF}\x{BB}\x{BF}//; + } + next if ($line eq ''); + next if (substr($line, 0, 1) eq '#'); # ignore comments + $line = eval { Encode::decode('UTF-8', $line, 1); }; # check to see whether $line is valid UTF-8 + if ($@) { + die("error: $@ when reading $fileName line $.\n"); + } + $line = Unicode::Normalize::NFD($line) if ($abcde::options{unicode_normalization}); + if ($line =~ /^@([^$abcde::reserved_chars->{open}$abcde::reserved_chars->{close}]+)$/) { + # table id: @tableId + my $id = $1; + if (defined($table->{id})) { + if ($abcde::options{allowMultipleTablesPerFile}) { + # start a new table + $table = bless ({ + fileName => $fileName, + id => $id, + }, $class); + push(@tables, $table); + } else { + die("too many table IDs at '$fileName' line $.!\nIn order to use multi-table files, you need to add the switch --multi-table-files to your abcde command\n"); + } + } else { + $table->{id} = $id; + } + } else { + my $token = abcde::Table::Token->parseLine($table, $line, $.); + if (defined($table->{tokensByBin}->{$token->{bin}})) { + # In cases like hiragana he vs. katakana he or normal kana vs. small kana, it might be useful to allow different text entries to have the same hex; + # this idea is currently filed under "more trouble than it's worth". + die("duplicate binary value at '$fileName' lines $table->{tokensByBin}->{$token->{bin}}->{lineNum} and $.!\n"); + } + $table->{tokensByBin}->{$token->{bin}} = $token; + if ($token->{params}) { + push(@{$table->{switchTokensByBin}}, $token); + } + if ($token->{flags}->{isEndToken}) { + $table->{canReachEndToken} = 1; + } + } + } + close(TABLE); + + return \@tables; +} + +sub finalize { + my ($table) = @_; + + return if ($table->{finalized}); + $table->{participatesInSwitching} //= 0; + if ($table->{switchTokensByBin}) { + $table->{participatesInSwitching} = 1; + $table->{switchTokensByBin} = [sort {$a->{bin} cmp $b->{bin}} @{$table->{switchTokensByBin}}]; # sort to encourage determinism + foreach my $token (@{$table->{switchTokensByBin}}) { + my @paramStack = (); + foreach my $num (0..scalar(@{$token->{params}}) - 1) { + my $param = $token->{params}->[$num]; + # add direct references to each parameter's table, defaulting parameters with no table ID to $abcde::rawTable + $param->{table} = (defined($param->{table_id}) ? $abcde::tablesByID{$param->{table_id}} : ($param->{rawType} eq 'bin' ? $abcde::rawBitTable : $abcde::rawTable)); + if (!$param->{table}) { + die("table '$table->{fileName}' contains a control code table switch parameter to non-existant table '$param->{table_id}' (did you forget to load whatever file contains that table?)"); + } + push(@{$table->{child_tables}}, $param->{table}); + $param->{table}->{participatesInSwitching} = 1; + # setup stack requirements for insertion + push(@paramStack, {%$param}); + $table->{switchTokens}->{$param->{table}} ||= abcde::Table::Token->create($table, {S => 1}, '', 0, ''); # token for switching from this table to $param->{table} + } + $token->{paramStack} = \@paramStack; + } + } + if ($table ne $abcde::rawTable && $table ne $abcde::rawBitTable) { + $table->{switchTokens}->{$abcde::rawTable} ||= abcde::Table::Token->create($table, {S => 1}, '', 0, ''); # token for switching from this table to $abcde::rawTable + $table->{rawTableSwitchToken} = abcde::Table::Token->create($table, {}, '', 0, ''); + $table->{rawTableSwitchToken}->{params} = [{table => $abcde::rawTable, requiredCount => 1}]; # the actual switch parameter + } + + # sort by descending length so that we try matching longer left-hand sides before shorter left-hand sides + $table->{binPat} = join('|', sort {length($b) <=> length($a)} keys %{$table->{tokensByBin}}); + $table->{binPat} = ($table->{binPat} eq '' ? qr/^$/ : qr/$table->{binPat}/); + + # determine which binary suffixes can be added to each of our tokens to turn them into one of our other tokens + # determine maxBinLength for use in bin2text and allTokensHaveSameBinLength for use in text2bin + $table->{maxBinLength} = 0; + $table->{allTokensHaveSameBinLength} = 1; + my $tableBinLength; + my @bins = sort keys %{$table->{tokensByBin}}; + for (my $i = 0; $i <= $#bins; $i++) { + my $token = $table->{tokensByBin}->{$bins[$i]}; + my $binLength = length($bins[$i]); + for (my $j = 1; $j <= $#bins - $i; $j++) { + if ($bins[$i] eq substr($bins[$i + $j], 0, $binLength)) { + $token->{unusableSuffixes}->{substr($bins[$i + $j], $binLength)} = $table->{tokensByBin}->{$bins[$i + $j]}; + } else { + last; + } + } + if ($table->{allTokensHaveSameBinLength}) { + $tableBinLength //= $binLength; + if ($binLength != $tableBinLength) { + $table->{allTokensHaveSameBinLength} = 0; + } + } + $table->{maxBinLength} = List::Util::max($table->{maxBinLength}, $binLength); + next if ($token->{text} eq ''); + push(@{$table->{tokensByFirstChar}->{substr($token->{text}, 0, 1)}}, $token); + $abcde::minBinPerText = List::Util::min($abcde::minBinPerText, $token->{binLength} / $token->{textLength}); # A* cost heuristic factor + } + + $table->{finalized} = 1; +} + +sub canReachEndToken { + my ($self, $seen) = @_; + + $seen->{$self} = 1; # prevent infinite loop + foreach my $table (@{$self->{child_tables}}) { + if ($seen->{$table}) { + $self->{canReachEndToken} ||= $table->{canReachEndToken}; + next; + } + $table->canReachEndToken($seen); + $self->{canReachEndToken} ||= $table->{canReachEndToken}; + } +} + +sub getAllTextMatches { + my ($self, $stringRef, $pos) = @_; + + my @tokenList = (); + my $char = substr($$stringRef, $pos, 1); + foreach my $token (@{$self->{tokensByFirstChar}->{$char}}) { + if (substr($$stringRef, $pos, $token->{textLength}) eq $token->{text}) { + push(@tokenList, $token); + } + } + + return \@tokenList; +} + +# in order to save memory, all the raw bit/byte entries we use will be references to entries in this table +sub generateRawTable { + my ($class) = @_; + + my $self = bless ({ + participatesInSwitching => 1, + }, $class); + foreach my $num (0..255) { + my $token = abcde::Table::Token->create($self, {B => 1}, '%'.sprintf('%08b', $num), 1, $abcde::reserved_chars->{open}.'$'.sprintf('%02X', $num).$abcde::reserved_chars->{close}); + $self->{tokensByBin}->{$token->{bin}} = $token; + } + foreach my $num (0..1) { + my $token = abcde::Table::Token->create($self, {B => 1}, "%$num", 1, $abcde::reserved_chars->{open}.'%'.$num.$abcde::reserved_chars->{close}); + $self->{tokensByBin}->{$token->{bin}} = $token; + } + + return $self; +} + +sub generateRawBitTable { + my ($class) = @_; + + my $self = bless ({ + participatesInSwitching => 1, + }, $class); + foreach my $num (0..1) { + my $token = abcde::Table::Token->create($self, {B => 1}, "%$num", 1, $abcde::reserved_chars->{open}.'%'.$num.$abcde::reserved_chars->{close}); + $self->{tokensByBin}->{$token->{bin}} = $token; + } + + return $self; +} + +# Translates a hex string to text based on the current table. +# In order to translate properly, we need to know which bits to translate and which bits to ignore. +# This function handles the most common case, where +# 1) the start address is known (usually via pointer logic) +# 2) the end address is one of +# a) a known number of bits after the start address +# b) a known number of tokens (either in the current table only or including sub-tables as per the table switch token's definition) after the start address +# c) the last bit of the first end token encountered +# 3) all of the bits in between the start and end addresses are intended to be translated +# +# $binRef: reference to raw binary to translate (copying extremely large scalars like $abcde::data around has definite performance impacts!) +# $startPos: bit offset from beginning of $binRef indicating where to begin translation +# $options: hashref containing other translation configurations: +# autoJumps: arrayref of hashrefs, where the hashrefs have keys "start" and "stop" with integer values and the arrayref is sorted by the hashrefs' "start" values; when position "start" has been read, the read position will be changed to "stop" +# endTokenTerminated: if true, translation will stop when an end token has been read +# endAddress: if >= 0, translation will stop when this address is reached +# numTokens: arrayref, if any value > 0, translation will stop when that many tokens have been read +# param: if defined, the parameter that triggered switching to this table +# stringEndReAlignMultiple: if defined, a positive integer that will be used along with stringEndReAlignOffset to update the current read position after matching an end token +# stringEndReAlignOffset: if defined, a positive integer that will be used along with stringEndReAlignMultiple to update the current read position after matching an end token +# $previousTable: if defined, the previous table on the stack +# +# Returns an array of tokens representing $$binRef between the calculated start and end addresses. +sub bin2text { + my ($self, $binRef, $startPos, $options, $previousTable) = @_; + + my $curPos = $startPos; + my @tokenList = (); + my $endTokensSeen = 0; + my $numTokens = $options->{numTokens} || []; + +my $debug = 0; +print STDERR "bin2text in ".($self->{fileName} || $abcde::reserved_chars->{open}.'internal table'.$abcde::reserved_chars->{close})." (startPos=$startPos, endAddress=".($options->{endAddress}||'').", numTokens=".$abcde::reserved_chars->{open}.join(',', @$numTokens).$abcde::reserved_chars->{close}.", endTokenTerminated=$options->{endTokenTerminated})\n" if ($debug); +TABLE: + while (1) { + my $prevPos = $curPos; # remember where we started from in case we need to revert an incomplete table switch + + # figure out what string we're going to try matching against, considering potential autoJumps + my $matchBin = ''; + my @autoJumps = (); + if ($options->{autoJumps} && scalar(@{$options->{autoJumps}})) { + my $matchPos = $curPos; + my $matchLength = $self->{maxBinLength}; + foreach my $autoJump (@{$options->{autoJumps}}) { + if ($matchPos <= $autoJump->{start} && $autoJump->{start} < $matchPos + $matchLength) { + # in order to correctly match the next token, we're going to have to glue two sections of $$binRef together + my $initLength = $autoJump->{start} - $matchPos; + $matchBin .= substr($$binRef, $matchPos, $initLength); + $matchPos = $autoJump->{stop}; + $matchLength -= $initLength; + push(@autoJumps, $autoJump); + } + } + $matchBin .= substr($$binRef, $matchPos, $matchLength); + } else { + my $readLength = $self->{maxBinLength} || 8; # || 8 in case table has no entries! + die("Attempt to read beyond end of ROM!") if ($abcde::options{errorEOF} && $curPos + $readLength > length($$binRef)); + $matchBin = substr($$binRef, $curPos, $readLength); # || 8 in case table has no entries! + } + if (defined($options->{endAddress}) && $options->{endAddress} >= 0) { + $matchBin = substr($matchBin, 0, $options->{endAddress} - $curPos); + } + + if (!defined($matchBin) || $matchBin eq '') { + # if there's nothing to match, we're all done with this table + last; + } + + # try to match a token against that string + my $token; + if (length($matchBin) && defined($options->{param}) && defined($options->{param}->{FFToken}) && $matchBin =~ m/^($options->{param}->{FFToken}->{bin})/) { + $token = $options->{param}->{FFToken}; + } elsif (length($matchBin) && $matchBin =~ m/^($self->{binPat})/) { + $token = $self->{tokensByBin}->{$1}; + } else { + # couldn't match another token - either we we have reached the end of $$binRef, we have encountered an unparseable token, or we have no tokens in the first place + if ($curPos == length($$binRef)) { + # if we've reached the end of $$binRef, we're all done with this string + last; + # otherwise, it's not one of our tokens, so switch to $abcde::rawTable and continue matching there + } else { + warn ("unable to match another token in the current table at $curPos; are you sure you really understand how the text is encoded?") if ($debug); + $token = $self->{rawTableSwitchToken}; +# TBD: unexpected raw token match should still count towards numTokens + } + } + push(@tokenList, $token); + + # figure out where we ended up after crossing any autoJumps + if (scalar(@autoJumps)) { + my $matchLength = $token->{binLength}; + foreach my $autoJump (@autoJumps) { + if ($curPos <= $autoJump->{start} && $autoJump->{start} < $curPos + $matchLength) { + $matchLength -= $autoJump->{start} - $curPos; # amount of token that was consumed before jumping + $curPos = $autoJump->{stop}; + } + } + $curPos += $matchLength; + } else { + $curPos += $token->{binLength}; + } + + # update the status of some options + for (my $i = 0; $i < scalar(@$numTokens); $i++) { + $numTokens->[$i] -= $token->{numTokens}; + } + + # if we matched the forced fallback token, we're all done + if (defined($options->{param}) && defined($options->{param}->{FFToken}) && $token eq $options->{param}->{FFToken}) { + last; + } + + # handle any table switches + if ($token->{params}) { + foreach my $param (@{$token->{params}}) { + if ($param->{requiredCount} eq '-1') { + # fallback to previous table + push(@tokenList, $abcde::internalTokens{FF}); + last TABLE; + } elsif ($curPos == length($$binRef)) { + # we're trying to switch to another table, but the string has already ended, which means the control code token is invalid + warn("binary string ended before all control code parameters could be matched!"); + last; + } + # switch tables then increment pos by however many bits the sub-table matched + my %newOptions = %$options; # most options apply to the entire string; update options that differ for the sub-table + $newOptions{numTokens} = ($param->{addNumTokens} ? $numTokens : []), + push(@{$newOptions{numTokens}}, $param->{requiredCount}) if ($param->{requiredCount}); + $newOptions{param} = $param; + if (!$param->{FFToken}) { + if ($param->{table} eq $abcde::rawTable) { + $newOptions{endAddress} = $curPos + 8 * ($param->{requiredCount} // 1) + 1; + } elsif ($param->{table} eq $abcde::rawBitTable) { + $newOptions{endAddress} = $curPos + ($param->{requiredCount} // 1) + 1; + } + } + (my $subTokens, $curPos, my $subEndTokens) = $param->{table}->bin2text($binRef, $curPos, \%newOptions, $self); + $endTokensSeen += $subEndTokens; + push(@tokenList, $self->{switchTokens}->{$param->{table}}, @$subTokens); + } + } # else: nothing more to do here + + if ($options->{endTokenTerminated} && $token->{flags}->{isEndToken}) { + $endTokensSeen++; + if (defined($options->{stringEndReAlignMultiple}) && $options->{stringEndReAlignMultiple} > 0) { + # re-align read position to the next multiple of $options->{stringEndReAlignMultiple} starting from $options->{stringEndReAlignOffset} + $curPos = $options->{stringEndReAlignMultiple} * POSIX::ceil(($curPos - $options->{stringEndReAlignOffset}) / $options->{stringEndReAlignMultiple}) + ($options->{stringEndReAlignOffset}||0); + } + } + if ($options->{endTokenTerminated} && $endTokensSeen) { + # if we've reached one of the end conditions, kick all the way out, which will fall back to parent table if we're a sub table + last; + } + for (my $i = 0; $i < scalar(@$numTokens); $i++) { + if ($numTokens->[$i] == 0) { + # push appropriate FC token + push(@tokenList, $abcde::internalTokens{FC}); + last TABLE; + } + } + } + + return (\@tokenList, $curPos, $endTokensSeen); +} + +# determining end of $$stringRef is caller's responsibility +# caller is also responsible for newline stripping (newlines must be ignored for insertion purposes) +# TBD: pre-process string to condense substrings with only one possible tokenization into a single node to avoid re-computing unique paths from different starting states (e.g. Pascal string tables) +sub text2bin { + my ($startTable, $stringRef) = @_; + + # text2bin implements an A* graph search algorithm with a couple of tweaks to avoid exploring redundant tokenizations; + # at a high level, the algorithm looks like this: + # + # create priority queue + # enqueue empty root node for ^ + # loop: + # curNode = dequeue lowest priority node + # discover accessible nodes from curNode + # for each accessible node newNode loop: + # if newNode's tokenization is equivalent (same string position + same pending table switch conditions) to any previously examined node with lower or equal cost, discard newNode + # else if newNode is end of string and satisfies acceptability criteria (is an end token or has no pending table switch conditions) + # return list of tokens by following newNode's parent pointers all the way back to root node + # else + # enqueue newNode with priority = A* cost heuristic + # add newNode to list of previously examined nodes + # return error + + # some things to watch out for: + # + infinite table switch loops + # + need to keep track of number of tokens per table for table switch tokens requiring a specific number of tokens in the destination table + # + need to keep track of table switch stack + # + sequences of tokens whose concatenated binary would be interpreted as a different sequence of tokens by the (longest-leftmost) extraction algorithm, e.g. (a)(b) when table contains a token for (ab) + # + branches that rejoin - e.g. assuming binary cost and table stack conditions are the same, tokenization (a)(bc) is equivalent to tokenization (ab)(c) and we don't want to repeat investigating paths from the end of c + + $Table::text2bin_stringRef = $stringRef; + $Table::text2bin_stringRef_length = length($$stringRef); + my @nodesByPos = (); + $#nodesByPos = $Table::text2bin_stringRef_length + 1; # pre-extend array to avoid repetitive copying during automatic resizing + foreach my $table (@abcde::allTables) { + delete $table->{tokensByPos}; # make sure there's nothing left over from a previous invocation + } + delete $abcde::rawTable->{tokensByPos}; # make sure there's nothing left over from a previous invocation + delete $abcde::rawBitTable->{tokensByPos}; # make sure there's nothing left over from a previous invocation + my $root = abcde::Table::AStarNode->create(undef, 0, [{table => $startTable, requiredCount => 0, currentCount => 0, FFToken => undef}], undef); # ($parent, $pos, $stack, $token) + my $activeNodes = Hash::PriorityQueue->new(); + $activeNodes->insert($root, $root->{minCost}); + my $farthestNode = $root; + my @tokenization = (); +SEARCHING: + while (my $node = $activeNodes->pop()) { + my $newNodes = $node->discoverNodes(); + foreach my $newNode (@$newNodes) { +#print STDERR __LINE__.": newNode: pos:$newNode->{pos}, stackStr:'$newNode->{stackStr}', nodesByPos:".(defined($nodesByPos[$newNode->{pos}]->{$newNode->{stackStr}})).", unusableSuffixes:".scalar(keys(%{$newNode->{unusableSuffixes}}))."\n"; + next if ($nodesByPos[$newNode->{pos}]->{$newNode->{stackStr}} && scalar(keys(%{$newNode->{unusableSuffixes}})) == 0); # once we're sure that the existing tokenization is stable, skip nodes that are just equivalent tokenizations of things we've already seen + if ($farthestNode->{pos} < $newNode->{pos}) { + $farthestNode = $newNode; +#print STDERR "reached pos $newNode->{pos}\n"; + } + if ($newNode->{pos} == $Table::text2bin_stringRef_length) { + # if we have reached the end of the string and the current token is an end token or there are no unfulfilled table stack conditions, we're done + my $unfulfilled = 0; + foreach my $stack (@{$newNode->{tableStack}}) { + if ($stack->{requiredCount} && (!$stack->{currentCount} || $stack->{requiredCount} > $stack->{currentCount})) { + $unfulfilled = 1; + } + } + + if (!$unfulfilled || $newNode->{token}->{flags}->{isEndToken}) { + while ($newNode->{parent}) { + push(@tokenization, $newNode->{token}); + $newNode = $newNode->{parent}; + } + last SEARCHING; + } + } + $nodesByPos[$newNode->{pos}]->{$newNode->{stackStr}} = 1; # remember that we've seen a tokenization that reaches this pos with this stack + $activeNodes->insert($newNode, $newNode->{minCost}); + } + } + + if (!@tokenization) { + #TBD: die makes us not print stats :( + my $farthestPos = $farthestNode->{pos}; + while ($farthestNode->{parent}) { + push(@tokenization, $farthestNode->{token}); + $farthestNode = $farthestNode->{parent}; + } +# print STDERR join("\n", map {"(".($_->{table}->{fileName} // '').",[".join(',', sort keys %{$_->{flags}})."]:$_->{bin}/$_->{text})"} reverse(@tokenization))."\n"; + my $context = 20; + my $start = ($farthestPos > $context ? $farthestPos - $context : 0); + my $pre_context_length = $farthestPos - $start; + die("unable to tokenize; best attempt failed at input position $farthestPos at ^ indicator in\n" + .($pre_context_length == 0 ? " " : "") + .substr($$stringRef, $start, $pre_context_length + $context)."\n" + .substr($$stringRef, $start, $pre_context_length)."^\n" + ."(does your table file contain a \"".substr($$stringRef, $farthestPos, 1)."\"?)\n"); + } + +#print STDERR join("\n", map {"($_->{table}->{fileName},"$abcde::reserved_chars->{open}.join(',', sort keys %{$_->{flags}}).$abcde::reserved_chars->{close}":$_->{bin}/$_->{text})"} reverse(@tokenization))."\n"; + return [reverse(@tokenization)]; +} + + +1; diff --git a/scripts/abcde/abcde/Table/Token.pm b/scripts/abcde/abcde/Table/Token.pm new file mode 100644 index 0000000..93cc321 --- /dev/null +++ b/scripts/abcde/abcde/Table/Token.pm @@ -0,0 +1,119 @@ +package abcde::Table::Token; + +use strict; +use warnings; + +sub create { + my ($class, $table, $flags, $bin, $numTokens, $text, $line, $lineNum) = @_; + + if (defined($text)) { + if ($abcde::options{mode} eq 'bin2text') { + $text =~ s/\\n/\n/g; + } elsif ($abcde::options{mode} eq 'text2bin') { + $text =~ s/\\n//g; + } + } + + $bin = (substr($bin, 0, 1) eq '%' ? substr($bin, 1) : unpack('B'.(length($bin)*4), pack('H'.length($bin), $bin))); # if $bin has a leading %, it's already in binary form, otherwise it's in hexadecimal form + my $self = { + bin => $bin, + binLength => length($bin), + flags => $flags, + line => $line || $text, + lineNum => $lineNum || 'N/A', + numTokens => $numTokens, + table => $table, + text => $text, + textLength => length($text), + }; + + return bless ($self, $class); +} + +sub parseLine { + my ($class, $table, $line, $lineNum) = @_; + + pos($line) = 0; + my ($flags, $prefixes, $bin, $numTokens, $text) = ({}, '', '', 1, ''); + if ($line =~ m/\G([!\/]+)/gc) { # check for ! and / + $prefixes = $1; + } + if ($prefixes =~ s/\///) { + $flags->{isEndToken} = 1; + } + if ($prefixes =~ s/!//) { + $flags->{hasSwitchToken} = 1; # the documentation refers to these as switch tokens, but the switching doesn't actually happen until the start of each parameter, so we'll name the variable to reflect that + } + if ($prefixes ne '') { # extra unrecognized prefixes + die("unrecognized table entry '$line' at '$table->{fileName}' line $lineNum (unrecognized prefix '$prefixes')\n"); + } + if ($line =~ m/\G(%[01]+|[0-9A-Fa-f]+)/gc) { # binary or hex string + $bin = $1; + } else { + die("unrecognized table entry '$line' at '$table->{fileName}' line $lineNum (not a binary or hexadecimal string)\n"); + } + if ($line =~ m/\G$abcde::reserved_chars->{open}(-?(?:0|[1-9][0-9]*))$abcde::reserved_chars->{close}/gc) { # match count modifier + $numTokens = $1; + } + die("unrecognized table entry '$line' at '$table->{fileName}' line $lineNum (no '=' separator)\n") unless ($line =~ m/\G=/gc); # = separating lhs from rhs + my $token; + if ($flags->{hasSwitchToken}) { + my $label = ''; + if ($line =~ m/\G$abcde::reserved_chars->{open}([^\$$abcde::reserved_chars->{open}$abcde::reserved_chars->{close}][^$abcde::reserved_chars->{open}$abcde::reserved_chars->{close}]*)$abcde::reserved_chars->{close}/gc) { #