/* ScummVM - Graphic Adventure Engine * * ScummVM is the legal property of its developers, whose names * are too numerous to list here. Please refer to the COPYRIGHT * file distributed with this source distribution. * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. * */ // Disable symbol overrides so that we can use system headers. #define FORBIDDEN_SYMBOL_ALLOW_ALL // HACK to allow building with the SDL backend on MinGW // see bug #1800764 "TOOLS: MinGW tools building broken" #ifdef main #undef main #endif // main #include #include #include #include "common/language.h" #include "common/rect.h" #include "winexe_pe.h" #include "file.h" #include "script_preresponses.h" #include "script_quotes.h" #include "script_responses.h" #include "script_ranges.h" #include "script_states.h" #include "tag_maps.h" /** * Format of the access.dat file that will be created: * 4 Bytes - Magic string 'SVTN' to identify valid data file * 2 bytes - Version number * * Following is a series of index entries with the following fields: * 4 bytes - offset in file of entry * 4 bytes - size of entry in the file * ASCIIZ - name of the resource */ #define VERSION_NUMBER 1 #define HEADER_SIZE 0xD00 Common::File inputFile, outputFile; Common::PEResources res; uint headerOffset = 6; uint dataOffset = HEADER_SIZE; #define ENGLISH_10042C_FILESIZE 4099072 #define ENGLISH_10042B_FILESIZE 4095488 #define ENGLISH_10042_FILESIZE 4094976 enum { ENGLISH_10042C_DIFF = 0x401C00, ENGLISH_10042B_DIFF = 0x401400, ENGLISH_10042_DIFF = 0x402000 }; enum Version { ENGLISH_10042C = 0, ENGLISH_10042B = 1, ENGLISH_10042 = 2 }; Version _version; const int FILE_DIFF[3] = { ENGLISH_10042C_DIFF, ENGLISH_10042B_DIFF, ENGLISH_10042_DIFF }; static const char *const ITEM_NAMES[46] = { "LeftArmWith", "LeftArmWithout", "RightArmWith", "RightArmWithout", "BridgeRed", "BridgeYellow", "BridgeBlue", "BridgeGreen", "Parrot", "CentralCore", "BrainGreen", "BrainYellow", "BrainRed", "BrainBlue", "ChickenGreasy", "ChickenPlain", "ChickenPurple", "ChickenRed", "ChickenYellow", "CrushedTV", "Ear", "Ear1", "Eyeball", "Eyeball1", "Feather", "Lemon", "GlassEmpty", "GlassPurple", "GlassRed", "GlassYellow", "Hammer", "Hose", "HoseEnd", "LiftHead", "LongStick", "Magazine", "Mouth", "MusicKey", "Napkin", "Nose", "Perch", "PhonoCylinder", "PhonoCylinder1", "PhonoCylinder2", "PhonoCylinder3", "Photo" }; static const char *const ITEM_DESCRIPTIONS[46] = { "The Maitre d'Bot's left arm holding a key", "The Maitre d'Bot's left arm", "The Maitre d'Bot's right arm holding Titania's auditory center", "The Maitre d'Bot's right arm", "Red Fuse", "Yellow Fuse", "Blue Fuse", "Green Fuse", "The Parrot", "Titania's central intelligence core", "Titania's auditory center", "Titania's olfactory center", "Titania's speech center", "Titania's vision center", "rather greasy chicken", "very plain chicken", "chicken smeared with starling pur$e", "chicken covered with tomato sauce", "chicken coated in mustard sauce", "A crushed television set", "Titania's ear", "Titania's ear", "Titania's eye", "Titania's eye", "A parrot feather", "A nice fat juicy lemon", "An empty beer glass", "A beer glass containing pur$ed flock of starlings", "A beer glass containing tomato sauce", "A beer glass containing mustard sauce", "A hammer", "A hose", "The other end of a hose", "The LiftBot's head", "A rather long stick", "A magazine", "Titania's mouth", "A key", "A super-absorbent napkin", "Titania's nose", "A perch", "A phonograph cylinder", "A phonograph cylinder", "A phonograph cylinder", "A phonograph cylinder", "A photograph" }; static const char *const ITEM_IDS[40] = { "MaitreD Left Arm", "MaitreD Right Arm", "OlfactoryCentre", "AuditoryCentre", "SpeechCentre", "VisionCentre", "CentralCore", "Perch", "SeasonBridge", "FanBridge", "BeamBridge", "ChickenBridge", "CarryParrot", "Chicken", "CrushedTV", "Feathers", "Lemon", "BeerGlass", "BigHammer", "Ear1", "Ear 2", "Eye1", "Eye2", "Mouth", "Nose", "NoseSpare", "Hose", "DeadHoseSpare", "HoseEnd", "DeadHoseEndSpare", "BrokenLiftbotHead", "LongStick", "Magazine", "Napkin", "Phonograph Cylinder", "Phonograph Cylinder 1", "Phonograph Cylinder 2", "Phonograph Cylinder 3", "Photograph", "Music System Key" }; static const char *const ROOM_NAMES[34] = { "1stClassLobby", "1stClassRestaurant", "1stClassState", "2ndClassLobby", "secClassState", "Arboretum", "FrozenArboretum", "Bar", "BilgeRoom", "BilgeRoomWith", "BottomOfWell", "Bridge", "CreatorsChamber", "CreatorsChamberOn", "Dome", "Home", "Lift", "EmbLobby", "MoonEmbLobby", "MusicRoomLobby", "MusicRoom", "ParrotLobby", "Pellerator", "PromenadeDeck", "SculptureChamber", "SecClassLittleLift", "ServiceElevator", "SGTLeisure", "SGTLittleLift", "SgtLobby", "SGTState", "Titania", "TopOfWell", "PlayersRoom" }; struct NumberEntry { const char *_text; int _value; uint _flags; }; const NumberEntry NUMBERS[76] = { { "a", 1, 3 }, { "and", 0, 1 }, { "negative", 0, 10 }, { "minus", 0, 10 }, { "below zeor", 0, 8 }, { "degrees below zero", 0, 8 }, { "nil", 0, 2 }, { "zero", 0, 2 }, { "one", 1, 0x12 }, { "two", 2, 0x12 }, { "three", 3, 0x12 }, { "four", 4, 0x12 }, { "five", 5, 0x12 }, { "six", 6, 0x12 }, { "seven", 7, 0x12 }, { "eight", 8, 0x12 }, { "nine", 9, 0x12 }, { "0", 0, 2 }, { "1", 1, 2 }, { "2", 2, 2 }, { "3", 3, 2 }, { "4", 4, 2 }, { "5", 5, 2 }, { "6", 6, 2 }, { "7", 7, 2 }, { "8", 8, 2 }, { "9", 9, 2 }, { "first", 1, 2 }, { "second", 2, 2 }, { "third", 3, 2 }, { "fourth", 4, 2 }, { "fifth", 5, 2 }, { "sixth", 6, 2 }, { "seventh", 7, 2 }, { "eighth", 8, 2 }, { "ninth", 9, 2 }, { "ten", 10, 2 }, { "eleven", 11, 2 }, { "twelve", 12, 2 }, { "thirteen", 13, 2 }, { "fourteen", 14, 2 }, { "fifteen", 15, 2 }, { "sixteen", 16, 2 }, { "seventeen", 17, 2 }, { "eighteen", 18, 2 }, { "nineteen", 19, 2 }, { "tenth", 10, 2 }, { "eleventh", 11, 2 }, { "twelfth", 12, 2 }, { "thirteenth", 13, 2 }, { "fourteenth", 14, 2 }, { "fifteenth", 15, 2 }, { "sixteenth", 16, 2 }, { "seventeenth", 17, 2 }, { "eighteenth", 18, 2 }, { "nineteenth", 19, 2 }, { "twenty", 20, 0x12 }, { "thirty", 30, 0x12 }, { "forty", 40, 0x12 }, { "fourty", 40, 0x12 }, { "fifty", 50, 0x12 }, { "sixty", 60, 0x12 }, { "seventy", 70, 0x12 }, { "eighty", 80, 0x12 }, { "ninety", 90, 0x12 }, { "twentieth", 20, 2 }, { "thirtieth", 30, 2 }, { "fortieth", 40, 2 }, { "fiftieth", 50, 2 }, { "sixtieth", 60, 2 }, { "seventieth", 70, 2 }, { "eightieth", 80, 2 }, { "ninetieth", 90, 2 }, { "hundred", 100, 4 }, { "hundredth", 100, 6 } }; struct CommonPhrase { const char *_str; uint _dialogueId; uint _roomNum; uint _val1; }; static const CommonPhrase BELLBOT_COMMON_PHRASES[] = { { "what is wrong with her", 0x30FF9, 0x7B, 0 }, { "what is wrong with titania", 0x30FF9, 0x7B, 0 }, { "something for the weekend", 0x30D8B, 0x00, 0 }, { "other food", 0x30E1D, 0x00, 3 }, { "different food", 0x30E1D, 0x00, 3 }, { "alternative food", 0x30E1D, 0x00, 3 }, { "decent food", 0x30E1D, 0x00, 3 }, { "nice food", 0x30E1D, 0x00, 3 }, { "nicer food", 0x30E1D, 0x00, 3 }, { "make me happy", 0x31011, 0x00, 0 }, { "cheer me up", 0x31011, 0x00, 0 }, { "help me if im unhappy", 0x31011, 0x00, 0 }, { "i obtain a better room", 0x30E8A, 0x00, 3 }, { "i obtain a better room", 0x30E8A, 0x00, 2 }, { "i get a better room", 0x30E8A, 0x00, 3 }, { "i get a better room", 0x30E8A, 0x00, 2 }, { "i want a better room", 0x30E8A, 0x00, 3 }, { "i want a better room", 0x30E8A, 0x00, 2 }, { "i understood", 0x30D75, 0x6D, 0 }, { "i knew", 0x30D75, 0x6D, 0 }, { "i know", 0x30D75, 0x6D, 0 }, { "not stupid", 0x30D75, 0x6D, 0 }, { "cheeky", 0x30D75, 0x6D, 0 }, { "not help", 0x30D6F, 0x6D, 0 }, { "not helpful", 0x30D6F, 0x6D, 0 }, { "dont help", 0x30D6F, 0x6D, 0 }, { "no help", 0x30D6F, 0x6D, 0 }, { "sorry", 0x30D76, 0x6D, 0 }, { "not mean that", 0x30D76, 0x6D, 0 }, { "didnt mean that", 0x30D76, 0x6D, 0 }, { "apologise", 0x30D76, 0x6D, 0 }, { "play golf", 0x313B6, 0x00, 0 }, { "is not the captain meant to go down with the ship", 0x31482, 0x00, 0 }, { "is not the captain supposed to go down with the ship", 0x31482, 0x00, 0 }, { "sauce sticks to the chicken", 0x3156B, 0x00, 0 }, { "sauce gets stuck to the chicken", 0x3156B, 0x00, 0 }, { nullptr, 0, 0, 0 } }; struct FrameRange { int _startFrame; int _endFrame; }; static const FrameRange BARBOT_FRAME_RANGES[60] = { { 558, 585 }, { 659, 692 }, { 802, 816 }, { 1941, 1977 }, { 1901, 1941 }, { 810, 816 }, { 857, 865}, { 842, 857 }, { 821, 842 }, { 682, 692 }, { 1977, 2018 }, { 2140, 2170 }, { 2101, 2139 }, { 2018, 2099}, { 1902, 2015 }, { 1811, 1901 }, { 1751, 1810 }, { 1703, 1750 }, { 1681, 1702 }, { 1642, 1702 }, { 1571, 1641 }, { 1499, 1570 }, { 1403, 1463 }, { 1464, 1499 }, { 1288, 1295 }, { 1266, 1287 }, { 1245, 1265 }, { 1208, 1244 }, { 1171, 1207 }, { 1120, 1170 }, { 1092, 1120 }, { 1092, 1092 }, { 1044, 1091 }, { 1011, 1043 }, { 1001, 1010 }, { 985, 1001 }, { 927, 984 }, { 912, 926 }, { 898, 906 }, { 802, 896 }, { 865, 896 }, { 842, 865 }, { 816, 842 }, { 802, 842 }, { 740, 801 }, { 692, 740 }, { 610, 692 }, { 558, 610 }, { 500, 558 }, { 467, 500 }, { 421, 466 }, { 349, 420 }, { 306, 348 }, { 305, 306 }, { 281, 305 }, { 202, 281 }, { 182, 202 }, { 165, 182 }, { 96, 165 }, { 0, 95 } }; static const char *const MISSIVEOMAT_MESSAGES[3] = { "Welcome, Leovinus.\n" "\n" "This is your Missive-O-Mat.\n" "\n" "You have received 1827 Electric Missives.\n" "\n" "For your convenience I have deleted:\n" " 453 things that people you don't know thought it would be " "terribly witty to forward to you,\n" " 63 Missives containing double or triple exclamation marks,\n" " 846 Missives from mailing-lists you once thought might be quite " "interesting and now can't figure out how to cancel,\n" " 962 Chain Missives,\n" " 1034 instructions on how to become a millionaire using butter,\n" " 3 Yassaccan Death Threats (slightly down on last week which is" " pleasing news),\n" " and a Missive from your Mother which I have answered reassuringly.\n" "\n" "I have selected the following Missives for your particular attention. " "You will not need to run Fib-Finder to see why. Something Is Up and I " "suspect those two slippery urchins Brobostigon and Scraliontis are behind it.", "Hello Droot. I have evaluated your recent missives.\n" "Contents break down as follows:\n" "\n" "Good news 49%\n" "Bad news 48%\n" "Indifferent news 4%\n" "Petty mailings and Family Missives 5%\n" "Special Offers from the Blerontin Sand Society 1% (note - there's" " a rather pretty dune for hire on p4)\n" "\n" "In general terms you Thrive. You continue to Prosper. Your shares are" " Secure. Your hair, as always, looks Good. Carpet 14 needs cleaning. \n" "\n" "I am pleased to report there have been no further comments about " "foot odor.\n" "\n" "Recommend urgently you sell all fish paste shares as Market jittery.\n" "\n" "As your Great Scheme nears completion I have taken the liberty of" " replying to all non-urgent Missives and list below only communic" "ations with Manager Brobostigon and His Pain in the Ass Loftiness" " Leovinus. \n" "\n" "Beware - Leovinus grows suspicious. Don't take your eye off B" "robostigon. \n" "\n" "Weather for the Launch tomorrow is bright and sunny. Hazy clouds" " will be turned on at eleven. I suggest the red suit with the st" "reamers.\n" "\n" "All money transfers will be completed through alias accounts by m" "oonsup.\n" "\n" "Eat well. Your fish levels are down and you may suffer indecisio" "n flutters mid-morning.\n" "\n" "Here are your Missives...", "Hello Antar, this is your Missive-o-Mat.\n" "Not that you need reminding but today is the Glorious Dawning of " "a New Age in Luxury Space Travel.\n" "\n" "Generally my assessment of your position this morning is that you" " are well, albeit not as rich as you would like to be. I hope yo" "ur interesting collaboration with Mr Scraliontis will soon bear f" "ruit. \n" "\n" "I trust your flatulence has eased during the night. Such a distr" "essing condition for a man in your position.\n" "\n" "Most of your Missives are routine construction matters which I ha" "ve dealt with and deleted. All Missives from Mr Scraliontis and " "His Loftiness Leovinus are here." }; struct BedheadEntry { const char *_name1; const char *_name2; const char *_name3; const char *_name4; int _startFrame; int _endFrame; }; static const BedheadEntry ON_CLOSED[4] = { { "Closed", "Closed", "Open", "Open", 0, 12 }, { "Open", "Any", "Any", "RestingUTV", 0, 4 }, { "Closed", "Open", "Any", "RestingV", 0, 6 }, { "Closed", "Closed", "Closed", "RestingG", 0, 21 } }; static const BedheadEntry ON_RESTING_TV[2] = { { "Any", "Closed", "Open", "Open", 6, 12 }, { "Any", "Closed", "Closed", "RestingG", 6, 21 } }; static const BedheadEntry ON_RESTING_UV[2] = { { "Any", "Any", "Open", "Open", 8, 12 }, { "Any", "Any", "Closed", "RestingG", 8, 21 } }; static const BedheadEntry ON_CLOSED_WRONG[2] = { { "Any", "Any", "Closed", "OpenWrong", 42, 56 }, { "Any", "Any", "Open", "RestingDWrong", 42, 52 } }; static const BedheadEntry OFF_OPEN[3] = { { "Closed", "Closed", "Open", "Closed", 27, 41 }, { "Any", "Open", "Any", "RestingUV", 27, 29 }, { "Open", "Closed", "Any", "RestingTV", 27, 33 } }; static const BedheadEntry OFF_RESTING_UTV[1] = { { "Any", "Any", "Any", "Closed", 36, 41 } }; static const BedheadEntry OFF_RESTING_V[1] = { { "Closed", "Any", "Any", "Closed", 32, 41 } }; static const BedheadEntry OFF_RESTING_G[3] = { { "Closed", "Closed", "Closed", "Closed", 21, 41 }, { "Any", "Open", "Closed", "RestingUV", 21, 29 }, { "Open", "Closed", "Closed", "RestingTV", 21, 33 } }; static const BedheadEntry OFF_OPEN_WRONG[1] = { { "Any", "Any", "Any", "ClosedWrong", 56, 70 } }; static const BedheadEntry OFF_RESTING_D_WRONG[1] = { { "Any", "Any", "Any", "ClosedWrong", 59, 70 } }; void NORETURN_PRE error(const char *s, ...) { printf("%s\n", s); exit(1); } void writeEntryHeader(const char *name, uint offset, uint size) { assert(headerOffset < HEADER_SIZE); outputFile.seek(headerOffset); outputFile.writeLong(offset); outputFile.writeLong(size); outputFile.writeString(name); headerOffset += 8 + strlen(name) + 1; } void writeFinalEntryHeader() { assert(headerOffset <= (HEADER_SIZE - 8)); outputFile.seek(headerOffset); outputFile.writeLong(0); outputFile.writeLong(0); } void writeStringArray(const char *name, uint offset, int count) { outputFile.seek(dataOffset); inputFile.seek(offset - FILE_DIFF[_version]); uint *offsets = new uint[count]; for (int idx = 0; idx < count; ++idx) offsets[idx] = inputFile.readLong(); // Iterate through reading each string for (int idx = 0; idx < count; ++idx) { if (offsets[idx]) { inputFile.seek(offsets[idx] - FILE_DIFF[_version]); outputFile.writeString(inputFile); } else { outputFile.writeString(""); } } uint size = outputFile.size() - dataOffset; writeEntryHeader(name, dataOffset, size); dataOffset += size; delete[] offsets; } void writeStringArray(const char *name, const char *const *strings, int count) { outputFile.seek(dataOffset); // Iterate through writing each string for (int idx = 0; idx < count; ++idx) { outputFile.writeString(strings[idx]); } uint size = outputFile.size() - dataOffset; writeEntryHeader(name, dataOffset, size); dataOffset += size; } Common::WinResourceID getResId(uint id) { return Common::WinResourceID(id); } Common::WinResourceID getResId(const char *id) { if (!strcmp(id, "Bitmap")) return Common::WinResourceID(2); return Common::WinResourceID(id); } void writeResource(const char *name, Common::File *file) { outputFile.seek(dataOffset); outputFile.write(*file, file->size()); writeEntryHeader(name, dataOffset, file->size()); dataOffset += file->size(); delete file; } void writeResource(const char *sectionStr, uint32 resId) { char nameBuffer[256]; sprintf(nameBuffer, "%s/%u", sectionStr, resId); Common::File *file = res.getResource(getResId(sectionStr), resId); assert(file); writeResource(nameBuffer, file); } void writeResource(const char *sectionStr, const char *resId) { char nameBuffer[256]; sprintf(nameBuffer, "%s/%s", sectionStr, resId); Common::File *file = res.getResource(getResId(sectionStr), Common::WinResourceID(resId)); assert(file); writeResource(nameBuffer, file); } void writeBitmap(const char *name, Common::File *file) { outputFile.seek(dataOffset); // Write out the necessary bitmap header so that the ScummVM // BMP decoder can properly handle decoding the bitmaps outputFile.write("BM", 2); outputFile.writeLong(file->size() + 14); // Filesize outputFile.writeLong(0); // res1 & res2 outputFile.writeLong(0x436); // image offset outputFile.write(*file, file->size()); writeEntryHeader(name, dataOffset, file->size() + 14); dataOffset += file->size() + 14; delete file; } void writeBitmap(const char *sectionStr, const char *resId) { char nameBuffer[256]; sprintf(nameBuffer, "%s/%s", sectionStr, resId); Common::File *file = res.getResource(getResId(sectionStr), Common::WinResourceID(resId)); assert(file); writeBitmap(nameBuffer, file); } void writeBitmap(const char *sectionStr, uint32 resId) { char nameBuffer[256]; sprintf(nameBuffer, "%s/%u", sectionStr, resId); Common::File *file = res.getResource(getResId(sectionStr), Common::WinResourceID(resId)); assert(file); writeBitmap(nameBuffer, file); } void writeNumbers() { outputFile.seek(dataOffset); // Iterate through writing each string for (int idx = 0; idx < 76; ++idx) { outputFile.writeString(NUMBERS[idx]._text); outputFile.writeLong(NUMBERS[idx]._value); outputFile.writeLong(NUMBERS[idx]._flags); } uint size = outputFile.size() - dataOffset; writeEntryHeader("TEXT/NUMBERS", dataOffset, size); dataOffset += size; } void writeString(uint offset) { inputFile.seek(offset - FILE_DIFF[_version]); char c; do { c = inputFile.readByte(); outputFile.writeByte(c); } while (c); } void writeResponseTree() { outputFile.seek(dataOffset); const int OFFSETS[3] = { 0x619520, 0x618340, 0x617380 }; for (int idx = 0; idx < 1022; ++idx) { inputFile.seek(OFFSETS[_version] - FILE_DIFF[_version] + idx * 8); uint id = inputFile.readLong(); uint offset = inputFile.readLong(); outputFile.writeLong(id); if (!id) { // An end of list id } else if (offset >= OFFSETS[_version] && offset <= (OFFSETS[_version] + 0x1FF0)) { // Offset to another table outputFile.writeByte(0); outputFile.writeLong((offset - OFFSETS[_version]) / 8); } else { // Offset to ASCIIZ string outputFile.writeByte(1); writeString(offset); } } uint size = outputFile.size() - dataOffset; writeEntryHeader("TEXT/TREE", dataOffset, size); dataOffset += size; } void writeSentenceEntries(const char *name, uint tableOffset) { outputFile.seek(dataOffset); uint v1, v2, v4, v9, v11, v12, v13; uint offset3, offset5, offset6, offset7, offset8, offset10; for (uint idx = 0; ; ++idx) { inputFile.seek(tableOffset - FILE_DIFF[_version] + idx * 0x34); v1 = inputFile.readLong(); if (!v1) // Reached end of list break; // Read data fields v2 = inputFile.readLong(); offset3 = inputFile.readLong(); v4 = inputFile.readLong(); offset5 = inputFile.readLong(); offset6 = inputFile.readLong(); offset7 = inputFile.readLong(); offset8 = inputFile.readLong(); v9 = inputFile.readLong(); offset10 = inputFile.readLong(); v11 = inputFile.readLong(); v12 = inputFile.readLong(); v13 = inputFile.readLong(); outputFile.writeLong(v1); outputFile.writeLong(v2); writeString(offset3); outputFile.writeLong(v1); writeString(offset5); writeString(offset6); writeString(offset7); writeString(offset8); outputFile.writeLong(v9); writeString(offset10); outputFile.writeLong(v11); outputFile.writeLong(v12); outputFile.writeLong(v13); } uint size = outputFile.size() - dataOffset; writeEntryHeader(name, dataOffset, size); dataOffset += size; } void writeWords(const char *name, uint tableOffset, int recordCount = 2) { outputFile.seek(dataOffset); int recordSize = recordCount * 4; uint val, strOffset; for (uint idx = 0; ; ++idx) { inputFile.seek(tableOffset - FILE_DIFF[_version] + idx * recordSize); val = inputFile.readLong(); strOffset = inputFile.readLong(); if (!val) // Reached end of list break; outputFile.writeLong(val); writeString(strOffset); } uint size = outputFile.size() - dataOffset; writeEntryHeader(name, dataOffset, size); dataOffset += size; } void writeSentenceMappings(const char *name, uint offset, int numValues) { inputFile.seek(offset - FILE_DIFF[_version]); outputFile.seek(dataOffset); uint id; while ((id = inputFile.readLong()) != 0) { outputFile.writeLong(id); for (int ctr = 0; ctr < numValues; ++ctr) outputFile.writeLong(inputFile.readLong()); } uint size = outputFile.size() - dataOffset; writeEntryHeader(name, dataOffset, size); dataOffset += size; } void writeStarfieldPoints() { outputFile.seek(dataOffset); const int OFFSETS[3] = { 0x59DE4C, 0x59DBEC, 0x59CC1C }; inputFile.seek(OFFSETS[_version] - FILE_DIFF[_version]); uint size = 876 * 12; outputFile.write(inputFile, size); writeEntryHeader("STARFIELD/POINTS", dataOffset, size); dataOffset += size; } void writeStarfieldPoints2() { outputFile.seek(dataOffset); const int OFFSETS[3] = { 0x5A2F28, 0x5A2CC8, 0x5A1CF8 }; for (int rootCtr = 0; rootCtr < 80; ++rootCtr) { inputFile.seek(OFFSETS[_version] - FILE_DIFF[_version] + rootCtr * 8); uint offset = inputFile.readUint32LE(); uint count = inputFile.readUint32LE(); outputFile.writeLong(count); inputFile.seek(offset - FILE_DIFF[_version]); outputFile.write(inputFile, count * 4 * 4); } uint size = outputFile.size() - dataOffset; outputFile.write(inputFile, size); writeEntryHeader("STARFIELD/POINTS2", dataOffset, size); dataOffset += size; } void writePhrases(const char *name, const CommonPhrase *phrases) { for (uint idx = 0; phrases->_str; ++idx, ++phrases) { outputFile.seek(dataOffset + idx * 4); outputFile.writeString(phrases->_str); outputFile.writeLong(phrases->_dialogueId); outputFile.writeLong(phrases->_roomNum); outputFile.writeLong(phrases->_val1); } uint size = outputFile.size() - dataOffset; writeEntryHeader("Phrases/Bellbot", dataOffset, size); dataOffset += size; } void writeBarbotFrameRanges() { outputFile.seek(dataOffset); for (int idx = 0; idx < 60; ++idx) { outputFile.writeLong(BARBOT_FRAME_RANGES[idx]._startFrame); outputFile.writeLong(BARBOT_FRAME_RANGES[idx]._endFrame); } uint size = outputFile.size() - dataOffset; writeEntryHeader("FRAMES/BARBOT", dataOffset, size); dataOffset += size; } void writeMissiveOMatMessages() { outputFile.seek(dataOffset); for (int idx = 0; idx < 3; ++idx) outputFile.writeString(MISSIVEOMAT_MESSAGES[idx]); uint size = outputFile.size() - dataOffset; writeEntryHeader("TEXT/MISSIVEOMAT/WELCOME", dataOffset, size); dataOffset += size; static const int MESSAGES[3] = { 0x5A63C0, 0x5A5BA8, 0x5A4A18 }; writeStringArray("TEXT/MISSIVEOMAT/MESSAGES", MESSAGES[_version], 58); static const int FROM[3] = { 0x5A61F0, 0x5A59D8, 0x5A4BE8 }; writeStringArray("TEXT/MISSIVEOMAT/FROM", FROM[_version], 58); static const int TO[3] = { 0x5A62D8, 0x5A5AC0, 0x5A4B00 }; writeStringArray("TEXT/MISSIVEOMAT/TO", TO[_version], 58); } void writeBedheadGroup(const BedheadEntry *data, int count) { for (int idx = 0; idx < count; ++idx, ++data) { outputFile.writeString(data->_name1); outputFile.writeString(data->_name2); outputFile.writeString(data->_name3); outputFile.writeString(data->_name4); outputFile.writeLong(data->_startFrame); outputFile.writeLong(data->_endFrame); } } void writeBedheadData() { outputFile.seek(dataOffset); writeBedheadGroup(ON_CLOSED, 4); writeBedheadGroup(ON_RESTING_TV, 2); writeBedheadGroup(ON_RESTING_UV, 2); writeBedheadGroup(ON_CLOSED_WRONG, 2); writeBedheadGroup(OFF_OPEN, 3); writeBedheadGroup(OFF_RESTING_UTV, 1); writeBedheadGroup(OFF_RESTING_V, 1); writeBedheadGroup(OFF_RESTING_G, 3); writeBedheadGroup(OFF_OPEN_WRONG, 1); writeBedheadGroup(OFF_RESTING_D_WRONG, 1); uint size = outputFile.size() - dataOffset; writeEntryHeader("DATA/BEDHEAD", dataOffset, size); dataOffset += size; } void writeHeader() { // Write out magic string const char *MAGIC_STR = "SVTN"; outputFile.write(MAGIC_STR, 4); // Write out version number outputFile.writeWord(VERSION_NUMBER); } void writeData() { writeBitmap("Bitmap", "BACKDROP"); writeBitmap("Bitmap", "EVILTWIN"); writeBitmap("Bitmap", "RESTORED"); writeBitmap("Bitmap", "RESTOREF"); writeBitmap("Bitmap", "RESTOREU"); writeBitmap("Bitmap", "STARTD"); writeBitmap("Bitmap", "STARTF"); writeBitmap("Bitmap", "STARTU"); writeBitmap("Bitmap", "TITANIC"); writeBitmap("Bitmap", 133); writeBitmap("Bitmap", 164); writeBitmap("Bitmap", 165); writeResource("STFONT", 149); writeResource("STFONT", 151); writeResource("STFONT", 152); writeResource("STFONT", 153); writeResource("STARFIELD", 132); writeStarfieldPoints(); writeStarfieldPoints2(); writeResource("TEXT", "STVOCAB.TXT"); writeResource("TEXT", "JRQUOTES.TXT"); writeResource("TEXT", 155); writeStringArray("TEXT/ITEM_DESCRIPTIONS", ITEM_DESCRIPTIONS, 46); writeStringArray("TEXT/ITEM_NAMES", ITEM_NAMES, 46); writeStringArray("TEXT/ITEM_IDS", ITEM_IDS, 40); writeStringArray("TEXT/ROOM_NAMES", ROOM_NAMES, 34); const int TEXT_PHRASES[3] = { 0x61D3C8, 0x618340, 0x61B1E0 }; const int TEXT_REPLACEMENTS1[3] = { 0x61D9B0, 0x61C788, 0x61B7C8 }; const int TEXT_REPLACEMENTS2[3] = { 0x61DD20, 0x61CAF8, 0x61BB38 }; const int TEXT_REPLACEMENTS3[3] = { 0x61F5C8, 0x61E3A0, 0x61D3E0 }; const int TEXT_PRONOUNS[3] = { 0x631318, 0x6300F8, 0x62F138 }; writeStringArray("TEXT/PHRASES", TEXT_PHRASES[_version], 376); writeStringArray("TEXT/REPLACEMENTS1", TEXT_REPLACEMENTS1[_version], 218); writeStringArray("TEXT/REPLACEMENTS2", TEXT_REPLACEMENTS2[_version], 1576); writeStringArray("TEXT/REPLACEMENTS3", TEXT_REPLACEMENTS3[_version], 82); writeStringArray("TEXT/PRONOUNS", TEXT_PRONOUNS[_version], 15); const int SENTENCES_DEFAULT[3] = { 0x5C0130, 0x5BEFC8, 0x5BE008 }; const int SENTENCES_BARBOT[2][3] = { { 0x5ABE60, 0x5AACF8, 0x5A9D38 }, { 0x5BD4E8, 0x5BC380, 0x5BB3C0 } }; const int SENTENCES_BELLBOT[20][3] = { { 0x5C2230, 0x5C10C8, 0X5C0108 }, { 0x5D1670, 0x5D0508, 0x5CF548 }, { 0x5D1A80, 0x5D0918, 0x5CF958 }, { 0x5D1AE8, 0x5D0980, 0x5CF9C0 }, { 0x5D1B88, 0x5D0A20, 0x5CFA60 }, { 0x5D2A60, 0x5D18F8, 0x5D0938 }, { 0x5D2CD0, 0x5D1B68, 0x5D0BA8 }, { 0x5D3488, 0x5D2320, 0x5D1360 }, { 0x5D3900, 0x5D2798, 0x5D17D8 }, { 0x5D3968, 0x5D2800, 0x5D1840 }, { 0x5D4668, 0x5D3500, 0x5D2540 }, { 0x5D47A0, 0x5D3638, 0x5D2678 }, { 0x5D4EC0, 0x5D3D58, 0x5D2D98 }, { 0x5D5100, 0x5D3F98, 0x5D2FD8 }, { 0x5D5370, 0x5D4208, 0x5D3248 }, { 0x5D5548, 0x5D43E0, 0x5D3420 }, { 0x5D56B8, 0x5D4550, 0x5D3590 }, { 0x5D57C0, 0x5D4658, 0x5D3698 }, { 0x5D5B38, 0x5D49D0, 0x5D3A10 }, { 0x5D61B8, 0x5D5050, 0x5D4090 } }; writeSentenceEntries("Sentences/Default", SENTENCES_DEFAULT[_version]); writeSentenceEntries("Sentences/Barbot", SENTENCES_BARBOT[0][_version]); writeSentenceEntries("Sentences/Barbot2", SENTENCES_BARBOT[1][_version]); writeSentenceEntries("Sentences/Bellbot", SENTENCES_BELLBOT[0][_version]); writeSentenceEntries("Sentences/Bellbot/1", SENTENCES_BELLBOT[1][_version]); writeSentenceEntries("Sentences/Bellbot/2", SENTENCES_BELLBOT[2][_version]); writeSentenceEntries("Sentences/Bellbot/3", SENTENCES_BELLBOT[3][_version]); writeSentenceEntries("Sentences/Bellbot/4", SENTENCES_BELLBOT[4][_version]); writeSentenceEntries("Sentences/Bellbot/5", SENTENCES_BELLBOT[5][_version]); writeSentenceEntries("Sentences/Bellbot/6", SENTENCES_BELLBOT[6][_version]); writeSentenceEntries("Sentences/Bellbot/7", SENTENCES_BELLBOT[7][_version]); writeSentenceEntries("Sentences/Bellbot/8", SENTENCES_BELLBOT[8][_version]); writeSentenceEntries("Sentences/Bellbot/9", SENTENCES_BELLBOT[9][_version]); writeSentenceEntries("Sentences/Bellbot/10", SENTENCES_BELLBOT[10][_version]); writeSentenceEntries("Sentences/Bellbot/11", SENTENCES_BELLBOT[11][_version]); writeSentenceEntries("Sentences/Bellbot/12", SENTENCES_BELLBOT[12][_version]); writeSentenceEntries("Sentences/Bellbot/13", SENTENCES_BELLBOT[13][_version]); writeSentenceEntries("Sentences/Bellbot/14", SENTENCES_BELLBOT[14][_version]); writeSentenceEntries("Sentences/Bellbot/15", SENTENCES_BELLBOT[15][_version]); writeSentenceEntries("Sentences/Bellbot/16", SENTENCES_BELLBOT[16][_version]); writeSentenceEntries("Sentences/Bellbot/17", SENTENCES_BELLBOT[17][_version]); writeSentenceEntries("Sentences/Bellbot/18", SENTENCES_BELLBOT[18][_version]); writeSentenceEntries("Sentences/Bellbot/19", SENTENCES_BELLBOT[19][_version]); const int SENTENCES_DESKBOT[3][3] = { { 0x5DCD10, 0x5DBBA8, 0x5DABE8 }, { 0x5E8E18, 0x5E7CB0, 0x5E6CF0 }, { 0x5E8BA8, 0x5E7A40, 0x5E6A80 } }; writeSentenceEntries("Sentences/Deskbot", SENTENCES_DESKBOT[0][_version]); writeSentenceEntries("Sentences/Deskbot/2", SENTENCES_DESKBOT[1][_version]); writeSentenceEntries("Sentences/Deskbot/3", SENTENCES_DESKBOT[2][_version]); const int SENTENCES_DOORBOT[12][3] = { { 0x5EC110, 0x5EAFA8, 0x5E9FE8 }, { 0x5FD930, 0x5FC7C8, 0x5FB808 }, { 0x5FDD0C, 0x5FCBA4, 0x5FBBE4 }, { 0x5FE668, 0x5FD500, 0x5FC540 }, { 0x5FDD40, 0x5FCBD8, 0X5FBC18 }, { 0x5FFF08, 0x5FEDA0, 0x5FDDE0 }, { 0x5FE3C0, 0x5FD258, 0x5FC298 }, { 0x5FF0C8, 0x5FDF60, 0x5FCFA0 }, { 0x5FF780, 0x5FE618, 0x5FD658 }, { 0x5FFAC0, 0x5FE958, 0x5FD998 }, { 0x5FFC30, 0x5FEAC8, 0x5FDB08 }, { 0x6000E0, 0x5FEF78, 0x5FDFB8 } }; writeSentenceEntries("Sentences/Doorbot", SENTENCES_DOORBOT[0][_version]); writeSentenceEntries("Sentences/Doorbot/2", SENTENCES_DOORBOT[1][_version]); writeSentenceEntries("Sentences/Doorbot/100", SENTENCES_DOORBOT[2][_version]); writeSentenceEntries("Sentences/Doorbot/101", SENTENCES_DOORBOT[3][_version]); writeSentenceEntries("Sentences/Doorbot/102", SENTENCES_DOORBOT[4][_version]); writeSentenceEntries("Sentences/Doorbot/107", SENTENCES_DOORBOT[5][_version]); writeSentenceEntries("Sentences/Doorbot/110", SENTENCES_DOORBOT[6][_version]); writeSentenceEntries("Sentences/Doorbot/111", SENTENCES_DOORBOT[7][_version]); writeSentenceEntries("Sentences/Doorbot/124", SENTENCES_DOORBOT[8][_version]); writeSentenceEntries("Sentences/Doorbot/129", SENTENCES_DOORBOT[9][_version]); writeSentenceEntries("Sentences/Doorbot/131", SENTENCES_DOORBOT[10][_version]); writeSentenceEntries("Sentences/Doorbot/132", SENTENCES_DOORBOT[11][_version]); const int SENTENCES_LIFTBOT[3] = { 0x6026B0, 0x601548, 0x600588 }; const int SENTENCES_MAITRED[2][3] = { { 0x60CFD8, 0x60BE70, 0x60AEB0 }, { 0x614288, 0x613120, 0x612160 } }; const int SENTENCES_PARROT[3] = { 0x615858, 0x6146F0, 0x613730 }; const int SENTENCES_SUCCUBUS[3] = { 0x616698, 0x615530, 0x614570 }; const int MAPPINGS_BARBOT[3] = { 0x5B28A0, 0x5B173E, 0x5B0778 }; const int MAPPINGS_BELLBOT[3] = { 0x5CD830, 0x5CC6C8, 0x5CB708 }; const int MAPPINGS_DESKBOT[3] = { 0x5E2BB8, 0x5E1A50, 0x5E0A90 }; const int MAPPINGS_DOORBOT[3] = { 0x5F7950, 0x5F67E8, 0x5F5828 }; const int MAPPINGS_LIFTBOT[3] = { 0x608660, 0x6074F8, 0x606538 }; const int MAPPINGS_MAITRED[3] = { 0x6125C8, 0x611460, 0x6104A0 }; const int MAPPINGS_PARROT[3] = { 0x615B68, 0x614A00, 0x613A40 }; const int MAPPINGS_SUCCUBUS[3] = { 0x6189F0, 0x617888, 0x6168C8 }; const int WORDS_BARBOT[3] = { 0x5BE2E0, 0x5BD178, 0x5BC1B8 }; const int WORDS_BELLBOT[3] = { 0x5D8230, 0x5D70C8, 0x5D6108 }; const int WORDS_DESKBOT[3] = { 0x5EAAA8, 0x5E9940, 0x5E8980 }; const int WORDS_DOORBOT[3] = { 0x601098, 0x5FFF30, 0x5FEF70 }; const int WORDS_LIFTBOT[3] = { 0x60C788, 0x60B620, 0x60A660 }; writeSentenceEntries("Sentences/Liftbot", SENTENCES_LIFTBOT[_version]); writeSentenceEntries("Sentences/MaitreD", SENTENCES_MAITRED[0][_version]); writeSentenceEntries("Sentences/MaitreD/1", SENTENCES_MAITRED[1][_version]); writeSentenceEntries("Sentences/Parrot", SENTENCES_PARROT[_version]); writeSentenceEntries("Sentences/SuccUBus", SENTENCES_SUCCUBUS[_version]); writeSentenceMappings("Mappings/Barbot", MAPPINGS_BARBOT[_version], 8); writeSentenceMappings("Mappings/Bellbot", MAPPINGS_BELLBOT[_version], 1); writeSentenceMappings("Mappings/Deskbot", MAPPINGS_DESKBOT[_version], 4); writeSentenceMappings("Mappings/Doorbot", MAPPINGS_DOORBOT[_version], 4); writeSentenceMappings("Mappings/Liftbot", MAPPINGS_LIFTBOT[_version], 4); writeSentenceMappings("Mappings/MaitreD", MAPPINGS_MAITRED[_version], 1); writeSentenceMappings("Mappings/Parrot", MAPPINGS_PARROT[_version], 1); writeSentenceMappings("Mappings/SuccUBus", MAPPINGS_SUCCUBUS[_version], 1); writeWords("Words/Barbot", WORDS_BARBOT[_version]); writeWords("Words/Bellbot", WORDS_BELLBOT[_version]); writeWords("Words/Deskbot", WORDS_DESKBOT[_version]); writeWords("Words/Doorbot", WORDS_DOORBOT[_version], 3); writeWords("Words/Liftbot", WORDS_LIFTBOT[_version]); writePhrases("Phrases/Bellbot", BELLBOT_COMMON_PHRASES); writeResponseTree(); writeNumbers(); writeAllScriptQuotes(); writeAllScriptResponses(); writeAllScriptRanges(); writeAllTagMappings(); writeAllUpdateStates(); writeAllScriptPreResponses(); writeBarbotFrameRanges(); writeMissiveOMatMessages(); writeBedheadData(); } void createScriptMap() { Common::File inFile; char line[80]; char c[2]; c[0] = c[1] = '\0'; int counter = 0; inFile.open("d:\\temp\\map.txt"); printf("static const TagMapping xxxx_ID_MAP[] = {\n"); do { strcpy(line, ""); while (!inFile.eof()) { c[0] = inFile.readByte(); if (c[0] == '\n') c[0] = ' '; else if (c[0] == '\r') continue; strcat(line, c); if (inFile.eof() || strlen(line) == (2 * 9)) break; } int v1, v2; sscanf(line, "%x %x", &v1, &v2); if (counter != 0 && (counter % 3) == 0) printf("\r\n"); if ((counter % 3) == 0) printf("\t"); printf("{ 0x%.5x, 0x%.5x }, ", v1, v2); ++counter; } while (!inFile.eof()); printf("};\r\n"); inFile.close(); } int main(int argc, char *argv[]) { if (argc != 3) { printf("Format: %s ST.exe titanic.dat\n", argv[0]); exit(0); } if (!inputFile.open(argv[1])) { error("Could not open input file"); } res.loadFromEXE(argv[1]); if (inputFile.size() == ENGLISH_10042C_FILESIZE) _version = ENGLISH_10042C; else if (inputFile.size() == ENGLISH_10042B_FILESIZE) _version = ENGLISH_10042B; else if (inputFile.size() == ENGLISH_10042_FILESIZE) _version = ENGLISH_10042; else { printf("Unknown version of ST.exe specified"); exit(0); } if (!outputFile.open(argv[2], Common::kFileWriteMode)) { error("Could not open output file"); } writeHeader(); writeData(); writeFinalEntryHeader(); inputFile.close(); outputFile.close(); return 0; }