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'use strict';
const fs = require('fs');
const path = require('path');
const cheerio = require('cheerio');
const C = require('./constants');
const U = require('./utils');
// ─── Main expand function ───
function expand(input, output, opts) {
opts = opts || {};
const { filedir, aptName, baseName } = U.resolveFilePaths(input);
const tmpdir = U.createTempDir();
let success = false;
try {
// 1. Copy files to temp
const { manifestData, datData } = U.copyInputToTemp(filedir, tmpdir, baseName, aptName);
// 2. Run apt2xml.exe
U.runApt2Xml(opts.toolsDir, tmpdir, baseName);
// 3. Read raw XML
const rawXml = U.readRawXml(tmpdir, baseName);
// 4. Parse manifest if available (for texture name resolution)
const manifest = manifestData ? cheerio.load(manifestData, { xmlMode: true, decodeEntities: false }) : null;
// 5. Parse .dat if available
const dats = parseDat(datData);
// 6. Run xmladdhint() transformation
const humanXml = xmladdhint(rawXml, baseName, aptName, manifest, dats, filedir, opts.oldStyle);
// 7. Write output
const outPath = output || (filedir + baseName + '_edit.xml');
fs.writeFileSync(outPath, humanXml, 'utf-8');
success = true;
return outPath;
} finally {
if (!opts.keepTemp) {
U.cleanupTempDir(tmpdir, false);
} else {
console.warn('Temporary files kept in: ' + tmpdir);
}
}
}
// ─── Parse .dat file ───
function parseDat(datData) {
const dats = {};
if (!datData) return dats;
const lines = datData.split(/[\r\n]+/);
for (let i = 0; i < lines.length; i++) {
let m;
if ((m = lines[i].match(/([0-9]+)\-\>([0-9]+)/))) {
dats[m[1]] = m[2];
} else if ((m = lines[i].match(/([0-9]+)\=([0-9\s]+)/))) {
dats[m[1]] = m[2].split(/\s+/);
}
}
return dats;
}
// ─── xmladdhint(): raw apt XML → human-readable XML ───
function xmladdhint(rawXml, baseName, aptName, manifest, dats, filedir, oldStyle) {
U.resetLabels();
const $ = cheerio.load(rawXml, { xmlMode: true, decodeEntities: false });
const ActionNames = oldStyle ? C.ActionNames2 : C.ActionNames;
const xmldoc = $;
// Remove duplicated exports
const exp = {};
$('export').each(function () {
const nm = $(this).attr('name');
if (exp[nm]) {
$(this).remove();
} else {
exp[nm] = true;
}
});
// Calculate aligned positions for each action container
const actionContainers = $('initaction, buttonaction, action, clipaction');
actionContainers.each(function () {
const list = $(this).children('[action]');
U.calcaln(list);
});
// Add end-of-function markers
const functions = $(C.FUNCTION_SPLITTERS);
functions.each(function () {
const v = $(this);
if (v[0].tagName.indexOf('definefunction') === 0) {
const size = parseInt(v.attr('size'), 10);
const headaln = U.thisaln(v.next());
let c = null;
let sz = 0;
let cur = v;
for (; sz <= size && cur.length; ) {
c = cur;
sz = U.nextaln(c) - headaln;
if (sz === size) {
break;
}
cur = cur.next();
c = null;
}
if (c) {
const endNode = U.el('end', $);
endNode.insertAfter(c);
endNode.attr('aln', U.nextaln(c));
U.copyindent(endNode, c);
}
}
});
// Resolve constants (expand constant pool references)
const actionConsts = $(C.CONST_ACTION_SELECTOR);
actionConsts.each(function () {
const v = $(this);
const val = parseInt(v.attr('val'), 10);
const c = v.parent().find('constantpool').children().eq(val);
if (c.attr('str') !== undefined) {
v.attr('str', c.attr('str'));
} else {
v.attr('num', c.attr('num'));
}
});
// Resolve jump targets
const gotos = $('goto');
gotos.each(function () {
const v = $(this);
const action = parseInt(v.attr('action'), 10);
if (action === C.ACTION_BRANCHALWAYS || action === C.EA_BRANCHIFFALSE || action === C.ACTION_BRANCHIFTRUE) {
let pos = parseInt(v.attr('pos'), 10);
let targetlabel = v.attr('targetlabel');
if (!targetlabel) {
const naln = U.nextaln(v);
const jumpaln = naln + pos;
const filter = '[aln=' + jumpaln + ']:first';
const target = pos >= 0 ? v.nextAll(filter) : v.prevAll(filter);
if (target.length) {
let label = target.attr('mylabel');
if (!label) {
label = U.makelabel();
target.attr('mylabel', label);
}
v.attr('targetlabel', label);
}
}
}
});
// Convert actions to text
actionContainers.each(function () {
const v = $(this);
let astr = '';
const actions = v.children().not('constantpool');
const indent = [U.indentstr(actions.first())];
actions.each(function () {
const a = $(this);
if (a.attr('mylabel')) {
astr += indent[0];
astr += a.attr('mylabel') + ':';
}
if (a[0].tagName === 'end') {
indent.pop();
}
astr += indent.join('');
astr += actiontostring(a, ActionNames, $);
if (a[0].tagName.indexOf('definefunction') === 0) {
indent.push('\t');
}
});
astr += U.indentstr(v);
// Replace CDATA with text node (entity-encoded)
v.empty().text(astr);
});
// Resolve flags to symbolic names
$('placeobject').each(function () {
$(this).attr('flags', U.valuetoflags($(this).attr('flags'), C.PlaceObjectFlags));
});
$('buttonrecord').each(function () {
$(this).attr('flags', U.valuetoflags($(this).attr('flags'), C.ButtonRecordFlags));
});
$('clipaction').each(function () {
const $v = $(this);
const flags = parseInt($v.attr('flags'), 10);
const realflags = U.endian(flags & 0xffffff, 3);
const keycode = (flags >> 24) & 0xff;
$v.attr('flags', U.valuetoflags(realflags, C.ClipEventFlags));
$v.attr('keycode', keycode);
});
$('buttonaction').each(function () {
const $v = $(this);
const flags = parseInt($v.attr('flags'), 10);
$v.attr('flags', U.valuetoflags(flags, C.ButtonActionFlags));
});
// Image → texture name resolution (from manifest)
if (manifest) {
$('image').each(function () {
const v = $(this);
const id = v.attr('id');
const dd = dats[id];
if (typeof dd === 'string') {
const tex = manifest(`Texture[id=apt_${baseName}_${dd}]`).attr('File');
if (tex) v.attr('image', tex);
} else if (dd) {
const tex = manifest(`Texture[id=apt_${baseName}_${id}]`).attr('File');
if (tex) v.attr('image', tex + ',' + dd.join(' '));
}
});
}
// Shape → embed .ru geometry
$('shape').each(function () {
const $v = $(this);
const id = $v.attr('id');
let ff = null;
if (manifest) {
ff = manifest(`AptGeometryData[id=${baseName}_${id}]`).attr('File');
} else {
ff = $v.attr('geometry');
}
if (ff) {
let ruData = '';
try {
ruData = fs.readFileSync(filedir + ff, 'utf-8');
} catch (e) {
// ru file might not exist
}
if (ruData) {
let ru = '\n' + ruData;
ru = ru.split(/[\r\n]+/);
for (let i = 0; i < ru.length; i++) {
ru[i] = ru[i].trim();
if (ru[i].indexOf('tc') > 0) {
const ts = ru[i].split(':');
const img = $('image[id=' + ts[5] + ']');
ts[5] = img.length ? (img.attr('image') || ts[5]) : ts[5];
ru[i] = ts.join(':');
}
}
ru = ru.join('\n\t\t\t') + '\n\t\t';
$v.attr('geometry', ff);
const ruNode = U.el('ru', $);
ruNode.text(ru);
$v.append('\n\t\t');
$v.append(ruNode);
$v.append('\n\t');
}
}
});
// Clean up placeobject attributes based on flags
$('placeobject').each(function () {
const $v = $(this);
const flags = $v.attr('flags') || '';
if (flags.indexOf('HasCharacter') < 0 || $v.attr('character') === '-1') {
$v.removeAttr('character');
}
if (flags.indexOf('HasMatrix') < 0) {
$v.removeAttr('matrix');
}
if (flags.indexOf('HasColorTransform') < 0) {
$v.removeAttr('rgbamul rgbaadd');
}
if (flags.indexOf('HasRatio') < 0) {
$v.removeAttr('ratio');
}
if (flags.indexOf('HasClipDepth') < 0) {
$v.removeAttr('clipdepth');
}
if (flags.indexOf('HasName') < 0) {
$v.find('poname').remove();
}
if (flags.indexOf('HasClipAction') < 0) {
$v.find('clipactions').remove();
}
});
// Clean up: remove extra attributes from the final output
$('edittext').each(function () {
const $v = $(this);
// Override for xmladdhint: store original color info
// (the original code swaps red/blue for edittext display - preserve that)
});
// Clean internal attributes
$('*').each(function () {
const $v = $(this);
$v.removeAttr('filtered mylabel targetlabel aln');
});
// Serialize
let output = $.xml();
// Wrap action container text content in CDATA sections
// This prevents cheerio from entity-encoding & in the action assembly text
output = output.replace(
/<(initaction|buttonaction|action|clipaction)(\s[^>]*)?>([\s\S]*?)<\/\1>/g,
(match, tag, attrs, content) => {
const trimmed = content.trim();
if (!trimmed) return match;
return '<' + tag + (attrs || '') + '><![CDATA[' + content + ']]></' + tag + '>';
}
);
// Clean up excessive whitespace
output = output.replace(/^[\t]+$/gm, '').replace(/[\r\n]+/g, '\n');
return output;
}
// ─── Decode XML entities in attribute values ───
// With decodeEntities: false in cheerio load, attribute values preserve XML entities
// (e.g. &amp; stays as &amp;). We need to decode them for human-readable output.
function decodeAttrEntities(s) {
if (typeof s !== 'string') return s;
return s.replace(/&amp;/g, '&').replace(/&lt;/g, '<').replace(/&gt;/g, '>').replace(/&quot;/g, '"').replace(/&#39;/g, "'");
}
// ─── actiontostring(): XML action node → text assembly ───
function actiontostring(a, ActionNames, $) {
const action = parseInt(a.attr('action'), 10);
let aname = ActionNames[action] || ('unknown_' + action);
// Fix sign extension for pushbyte/pushshort
if (action === C.EA_PUSHBYTE) {
a.attr('val', (a.attr('val') << 24) >> 24);
} else if (action === C.EA_PUSHSHORT) {
a.attr('val', (a.attr('val') << 16) >> 16);
}
// Branch instructions: jump label_name
if (action === C.ACTION_BRANCHALWAYS || action === C.ACTION_BRANCHIFTRUE || action === C.EA_BRANCHIFFALSE) {
return aname + ' ' + a.attr('targetlabel');
}
// Constant-referencing instructions: pushconst "str" or pushconst 123
if (action === C.EA_PUSHCONSTANT || action === C.EA_CALLNAMEDFUNCTIONPOP ||
action === C.EA_CALLNAMEDFUNCTION || action === C.EA_CALLNAMEDMETHODPOP ||
action === C.EA_CALLNAMEDMETHOD || action === C.EA_PUSHVALUEOFVAR ||
action === C.EA_GETNAMEDMEMBER || action === C.EA_PUSHWORDCONSTANT) {
return aname + ' ' + (a.attr('str') !== undefined ? U.mkstr(decodeAttrEntities(a.attr('str'))) : a.attr('num'));
}
// goto: ActionGotoFrame pos
if (a[0].tagName === 'goto') {
return aname + ' ' + a.attr('pos');
}
// geturl
if (a[0].tagName === 'geturl') {
return aname + ' ' + U.mkstr(decodeAttrEntities(a.attr('str1'))) + ', ' + U.mkstr(decodeAttrEntities(a.attr('str2')));
}
// definefunction
if (a[0].tagName === 'definefunction') {
let s1 = 'function ' + a.attr('name') + '(';
const args = [];
a.children().each(function () {
args.push($(this).attr('name'));
});
s1 += args.join(', ') + ')';
return s1;
}
// definefunction2
if (a[0].tagName === 'definefunction2') {
const flags = parseInt(a.attr('flags'), 10);
const nregs = flags & 0xff;
const realflags = U.endian((flags >> 8) & 0xffffff, 3);
let s1 = 'function ' + a.attr('name') + '(';
const aa = [];
const aa2 = ['regs:' + nregs];
let r = 1;
const fp = C.FunctionPreloadFlags;
if (realflags & fp.PreloadThis) aa2.push('reg' + (r++) + ':this');
if (realflags & fp.PreloadArguments) aa2.push('reg' + (r++) + ':arguments');
if (realflags & fp.PreloadSuper) aa2.push('reg' + (r++) + ':super');
if (realflags & fp.PreloadRoot) aa2.push('reg' + (r++) + ':_root');
if (realflags & fp.PreloadParent) aa2.push('reg' + (r++) + ':_parent');
if (realflags & fp.PreloadGlobal) aa2.push('reg' + (r++) + ':_global');
if (realflags & fp.PreloadExtern) aa2.push('reg' + (r++) + ':_extern');
a.children().each(function () {
aa.push('reg' + $(this).attr('reg') + ':' + $(this).attr('name'));
});
s1 += aa.join(', ') + ')(' + aa2.join(', ') + ')';
return s1;
}
// end
if (a[0].tagName === 'end') {
return 'end';
}
// noarg (single opcode with no arguments)
if (a[0].tagName === 'noarg') {
return aname;
}
// string instruction: pushstr "hello"
if (a[0].tagName === 'string') {
return aname + ' ' + U.mkstr(decodeAttrEntities(a.attr('str')));
}
// pushdata: pushdata val1, val2, ...
if (a[0].tagName === 'pushdata') {
const vals = [];
a.children().each(function () {
const v = $(this);
vals.push(v.attr('str') !== undefined ? U.mkstr(decodeAttrEntities(v.attr('str'))) : v.attr('num'));
});
return aname + ' ' + vals.join(', ');
}
// Generic: actionname value
if (a.attr('val') !== undefined) {
return aname + ' ' + a.attr('val');
}
return 'unknownaction_' + action;
}
// ─── Exports ───
module.exports = { expand };