327 lines
11 KiB
C++
327 lines
11 KiB
C++
#include "StarLogging.hpp"
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#include "tileset_updater.hpp"
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using namespace Star;
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String const InvalidTileImage = "../packed/invalid.png";
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String const AssetsTilesetDirectory = "tilesets";
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String const TileImagesDirectory = "../../../../tiled";
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int const Indentation = 2;
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String unixFileJoin(String const& dirname, String const& filename) {
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return (dirname.trimEnd("\\/") + '/' + filename.trimBeg("\\/")).replace("\\", "/");
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}
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TileDatabase::TileDatabase(String const& name) : m_name(name) {}
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void TileDatabase::defineTile(TilePtr const& tile) {
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m_tiles[tile->name] = tile;
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}
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TilePtr TileDatabase::getTile(String const& tileName) const {
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return m_tiles.maybe(tileName).value({});
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}
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String TileDatabase::name() const {
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return m_name;
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}
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StringSet TileDatabase::tileNames() const {
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return StringSet::from(m_tiles.keys());
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}
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Tileset::Tileset(String const& source, String const& name, TileDatabasePtr const& database)
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: m_source(source), m_name(name), m_tiles(), m_database(database) {}
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void Tileset::defineTile(TilePtr const& tile) {
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// Each tileset must be exported from a single database. When a tile switches
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// to another tileset (e.g. because an object has changed category), we allow
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// it to stay in the previous tileset to avoid breaking maps.
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// This means that if we exported a mix of, e.g. materials, liquids and
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// objects (which would cause the assertion failure below) it'd be harder to
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// check if a tile still exists in the database and should be exported
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// despite no longer belonging to the tileset.
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starAssert(m_source == tile->source);
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starAssert(m_database->name() == tile->database);
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m_tiles.append(tile);
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}
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Maybe<pair<String, String>> parseAssetSource(String const& source) {
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if (!File::isDirectory(source))
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return {};
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String sourcePath = source.trimEnd("/\\");
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String sourceName = sourcePath.splitAny("/\\").last();
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return make_pair(sourceName, sourcePath);
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}
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String tilesetExportDir(String const& sourcePath, String const& sourceName) {
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return StringList{sourcePath, AssetsTilesetDirectory, sourceName}.join("/");
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}
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void Tileset::exportTileset() const {
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auto parsedSource = parseAssetSource(m_source);
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if (!parsedSource)
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// Don't export tilesets into packed assets
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return;
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String sourceName, sourcePath;
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tie(sourceName, sourcePath) = *parsedSource;
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String exportDir = tilesetExportDir(sourcePath, sourceName);
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String tilesetPath = unixFileJoin(exportDir, m_name + ".json");
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File::makeDirectoryRecursive(File::dirName(tilesetPath));
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Logger::info("Updating tileset at %s", tilesetPath);
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exportTilesetImages(exportDir);
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Json root = getTilesetJson(tilesetPath);
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JsonObject tileImages = JsonObject{};
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JsonObject tileProperties = root.getObject("tileproperties", JsonObject{});
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// Scan the tiles already in the tileset
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StringMap<size_t> existingTiles;
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size_t nextId = 0;
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tie(existingTiles, nextId) = indexExistingTiles(root);
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// Add new tiles and update existing ones
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StringSet updatedTiles = updateTiles(tileProperties, tileImages, existingTiles, nextId, tilesetPath);
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// Mark all tiles that (a) already existed and (b) were not updated as invalid
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// as they are no longer in the assets database.
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StringSet invalidTiles = StringSet::from(existingTiles.keys()).difference(updatedTiles);
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invalidateTiles(invalidTiles, existingTiles, tileProperties, tileImages, tilesetPath);
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// We have some broken tile indices because of something strange happening
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// in the old .tsx files (manual editing? faulty merges?).
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// Cover up the holes so that Tiled doesn't barf on them.
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for (size_t id = 0; id < nextId; ++id) {
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String idKey = toString(id);
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if (!tileProperties.contains(idKey))
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tileProperties[idKey] = JsonObject{{"invalid", "true"}};
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if (!tileImages.contains(idKey))
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tileImages[idKey] = imageFileReference(InvalidTileImage);
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}
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root = root.set("tiles", tileImages).set("tileproperties", tileProperties);
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root = root.set("tilecount", nextId);
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File::writeFile(root.printJson(Indentation, true), tilesetPath);
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}
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String Tileset::name() const {
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return m_name;
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}
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TileDatabasePtr Tileset::database() const {
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return m_database;
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}
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String imageExportDirName(String const& baseExportDir, String const& assetSourceName) {
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String dir = unixFileJoin(baseExportDir, TileImagesDirectory);
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return unixFileJoin(dir, assetSourceName);
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}
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String Tileset::imageDirName(String const& baseExportDir) const {
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String sourceName = parseAssetSource(m_source)->first;
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return imageExportDirName(baseExportDir, sourceName);
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}
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String Tileset::relativePathBase() const {
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int subdirs = m_name.splitAny("\\/").size() - 1;
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String relativePathBase;
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if (subdirs == 0) {
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relativePathBase = ".";
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} else {
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StringList path;
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for (int i = 0; i < subdirs; ++i)
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path.append("..");
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relativePathBase = path.join("/");
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}
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return relativePathBase;
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}
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Json Tileset::imageFileReference(String const& fileName) const {
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String tileImagePath = unixFileJoin(imageDirName(relativePathBase()), fileName);
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return JsonObject{{"image", tileImagePath}};
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}
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Json Tileset::tileImageReference(String const& tileName, String const& database) const {
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String tileImageName = unixFileJoin(database, tileName + ".png");
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return imageFileReference(tileImageName);
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}
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void Tileset::exportTilesetImages(String const& exportDir) const {
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for (auto const& tile : m_tiles) {
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String imageDir = unixFileJoin(imageDirName(exportDir), tile->database);
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File::makeDirectoryRecursive(imageDir);
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String imageName = unixFileJoin(imageDir, tile->name + ".png");
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Logger::info("Updating image %s", imageName);
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tile->image->writePng(File::open(imageName, IOMode::Write));
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}
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}
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Json Tileset::getTilesetJson(String const& tilesetPath) const {
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if (File::exists(tilesetPath)) {
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return Json::parseJson(File::readFileString(tilesetPath));
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} else {
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Logger::warn(
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"Tileset %s wasn't already present. Creating it from scratch. Any maps already using this tileset may be "
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"broken.",
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tilesetPath);
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return JsonObject{{"margin", 0},
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{"name", m_name},
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{"properties", JsonObject{}},
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{"spacing", 0},
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{"tilecount", m_tiles.size()},
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{"tileheight", TilePixels},
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{"tilewidth", TilePixels},
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{"tiles", JsonObject{}},
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{"tileproperties", JsonObject{}}};
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}
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}
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pair<StringMap<size_t>, size_t> Tileset::indexExistingTiles(Json tileset) const {
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StringMap<size_t> existingTiles;
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size_t nextId = 0;
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for (auto const& entry : tileset.getObject("tileproperties")) {
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size_t id = lexicalCast<size_t>(entry.first);
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Tiled::Properties properties = entry.second;
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if (properties.contains("//name")) {
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existingTiles[properties.get<String>("//name")] = id;
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nextId = max(id + 1, nextId);
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}
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}
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return make_pair(existingTiles, nextId);
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}
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StringSet Tileset::updateTiles(JsonObject& tileProperties,
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JsonObject& tileImages,
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StringMap<size_t> const& existingTiles,
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size_t& nextId,
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String const& tilesetPath) const {
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StringSet updatedTiles;
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for (TilePtr const& tile : m_tiles) {
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Tiled::Properties properties = tile->properties;
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size_t id = 0;
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if (existingTiles.contains(tile->name)) {
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id = existingTiles.get(tile->name);
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} else {
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coutf("Adding '%s' to %s\n", tile->name, tilesetPath);
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id = nextId++;
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}
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tileProperties[toString(id)] = properties.toJson();
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tileImages[toString(id)] = tileImageReference(tile->name, tile->database);
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updatedTiles.add(tile->name);
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}
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return updatedTiles;
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}
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void Tileset::invalidateTiles(StringSet const& invalidTiles,
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StringMap<size_t> const& existingTiles,
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JsonObject& tileProperties,
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JsonObject& tileImages,
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String const& tilesetPath) const {
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for (String tileName : invalidTiles) {
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size_t id = existingTiles.get(tileName);
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if (TilePtr const& tile = m_database->getTile(tileName)) {
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// Tile has moved category, but we're leaving it in this tileset to avoid
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// breaking existing maps.
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tileProperties[toString(id)] = tile->properties.toJson();
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tileImages[toString(id)] = tileImageReference(tile->name, tile->database);
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} else {
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if (!tileProperties[toString(id)].contains("invalid"))
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coutf("Removing '%s' from %s\n", tileName, tilesetPath);
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tileProperties[toString(id)] = JsonObject{{"//name", tileName}, {"invalid", "true"}};
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tileImages[toString(id)] = imageFileReference(InvalidTileImage);
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}
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}
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}
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void TilesetUpdater::defineAssetSource(String const& source) {
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auto parsedSource = parseAssetSource(source);
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if (!parsedSource)
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// Don't change anything about images in packed assets
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return;
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String sourceName;
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String sourcePath;
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tie(sourceName, sourcePath) = *parsedSource;
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String tilesetDir = tilesetExportDir(sourcePath, sourceName);
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String imageDir = imageExportDirName(tilesetDir, sourceName);
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Logger::info("Scanning %s for images...", imageDir);
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if (!File::isDirectory(imageDir))
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return;
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for (pair<String, bool> entry : File::dirList(imageDir)) {
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if (entry.second) {
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String databaseName = entry.first;
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String databasePath = unixFileJoin(imageDir, databaseName);
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Logger::info("Scanning database %s...", databaseName);
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for (pair<String, bool> image : File::dirList(databasePath)) {
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starAssert(!image.second);
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starAssert(image.first.endsWith(".png"));
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String tileName = image.first.substr(0, image.first.findLast(".png"));
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m_preexistingImages[sourceName][databaseName].add(tileName);
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}
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}
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}
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}
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void TilesetUpdater::defineTile(TilePtr const& tile) {
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getDatabase(tile)->defineTile(tile);
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getTileset(tile)->defineTile(tile);
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}
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void TilesetUpdater::exportTilesets() {
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for (auto const& tilesets : m_tilesets) {
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auto parsedAssetSource = parseAssetSource(tilesets.first);
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if (!parsedAssetSource) {
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Logger::info("Not updating tilesets in %s because it is packed", tilesets.first);
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continue;
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}
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String sourceName;
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String sourcePath;
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tie(sourceName, sourcePath) = *parsedAssetSource;
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String tilesetDir = tilesetExportDir(sourcePath, sourceName);
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String imageDir = imageExportDirName(tilesetDir, sourceName);
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for (auto const& tileset : tilesets.second.values()) {
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tileset->exportTileset();
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}
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for (auto const& database : m_databases[tilesets.first].values()) {
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String databaseImagePath = unixFileJoin(imageDir, database->name());
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StringSet unusedImages = m_preexistingImages[sourceName][database->name()].difference(database->tileNames());
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for (String tileName : unusedImages) {
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String tileImagePath = unixFileJoin(databaseImagePath, tileName + ".png");
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starAssert(File::isFile(tileImagePath));
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coutf("Removing unused tile image tiled/%s/%s/%s.png\n", sourceName, database->name(), tileName);
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File::remove(tileImagePath);
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}
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m_preexistingImages[sourceName][database->name()] = database->tileNames();
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}
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}
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}
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TileDatabasePtr const& TilesetUpdater::getDatabase(TilePtr const& tile) {
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auto& databases = m_databases[tile->source];
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if (!databases.contains(tile->database))
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databases[tile->database] = make_shared<TileDatabase>(tile->database);
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return databases[tile->database];
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}
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TilesetPtr const& TilesetUpdater::getTileset(TilePtr const& tile) {
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TileDatabasePtr database = getDatabase(tile);
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auto& tilesets = m_tilesets[tile->source];
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if (!tilesets.contains(tile->tileset))
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tilesets[tile->tileset] = make_shared<Tileset>(tile->source, tile->tileset, database);
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return tilesets[tile->tileset];
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}
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