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ES-DE/es-app/src/FileData.cpp

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// SPDX-License-Identifier: MIT
//
// ES-DE
// FileData.cpp
//
// Provides game file data structures and functions to access and sort this information.
// Also provides functions to look up paths to media files and for launching games
// (launching initiated in ViewController).
//
#include "FileData.h"
#include "CollectionSystemsManager.h"
#include "FileFilterIndex.h"
#include "FileSorts.h"
#include "Log.h"
#include "MameNames.h"
#include "Scripting.h"
#include "SystemData.h"
#include "UIModeController.h"
#include "Window.h"
#include "utils/FileSystemUtil.h"
#include "utils/PlatformUtil.h"
#include "utils/TimeUtil.h"
#include "views/GamelistView.h"
#include "views/ViewController.h"
#if defined(__ANDROID__)
#include "utils/PlatformUtilAndroid.h"
#endif
#include <assert.h>
#include <regex>
FileData::FileData(FileType type,
const std::string& path,
SystemEnvironmentData* envData,
SystemData* system)
: metadata {type == GAME ? GAME_METADATA : FOLDER_METADATA}
, mSourceFileData {nullptr}
, mParent {nullptr}
, mType {type}
, mPath {path}
, mEnvData {envData}
, mSystem {system}
, mOnlyFolders {false}
, mHasFolders {false}
, mUpdateChildrenLastPlayed {false}
, mUpdateChildrenMostPlayed {false}
, mDeletionFlag {false}
{
// Metadata needs at least a name field (since that's what getName() will return).
if ((system->hasPlatformId(PlatformIds::ARCADE) ||
system->hasPlatformId(PlatformIds::SNK_NEO_GEO)) &&
metadata.getType() != FOLDER_METADATA) {
// If it's a MAME or Neo Geo game, expand the game name accordingly.
metadata.set("name", MameNames::getInstance().getCleanName(getCleanName()));
}
else {
if (metadata.getType() == FOLDER_METADATA && Utils::FileSystem::isHidden(mPath))
metadata.set("name", Utils::FileSystem::getFileName(mPath));
else
metadata.set("name", getDisplayName());
}
mSystemName = system->getName();
metadata.resetChangedFlag();
}
FileData::~FileData()
{
while (mChildren.size() > 0)
delete (mChildren.front());
if (mParent)
mParent->removeChild(this);
}
const std::string& FileData::getSortName()
{
if (mSystem->isCustomCollection() && mType == GAME) {
if (!metadata.get("collectionsortname").empty())
return metadata.get("collectionsortname");
else if (!metadata.get("sortname").empty())
return metadata.get("sortname");
else
return metadata.get("name");
}
if (metadata.get("sortname").empty())
return metadata.get("name");
else
return metadata.get("sortname");
}
const bool FileData::getFavorite()
{
if (metadata.get("favorite") == "true")
return true;
else
return false;
}
const bool FileData::getKidgame()
{
if (metadata.get("kidgame") == "true")
return true;
else
return false;
}
const bool FileData::getHidden()
{
if (metadata.get("hidden") == "true")
return true;
else
return false;
}
const bool FileData::getCountAsGame()
{
if (metadata.get("nogamecount") == "true")
return false;
else
return true;
}
const bool FileData::getExcludeFromScraper()
{
if (metadata.get("nomultiscrape") == "true")
return true;
else
return false;
}
const std::vector<FileData*> FileData::getChildrenRecursive() const
{
std::vector<FileData*> childrenRecursive;
for (auto it = mChildrenByFilename.cbegin(); it != mChildrenByFilename.cend(); ++it) {
childrenRecursive.emplace_back((*it).second);
// Recurse through any subdirectories.
if ((*it).second->getType() == FOLDER) {
std::vector<FileData*> childrenSubdirectory {(*it).second->getChildrenRecursive()};
childrenRecursive.insert(childrenRecursive.end(), childrenSubdirectory.begin(),
childrenSubdirectory.end());
}
}
return childrenRecursive;
}
const std::string FileData::getROMDirectory()
{
#if defined(__ANDROID__)
return AndroidVariables::sROMDirectory;
#endif
const std::string& romDirSetting {Settings::getInstance()->getString("ROMDirectory")};
std::string romDirPath;
if (romDirSetting == "") {
romDirPath = Utils::FileSystem::getHomePath() + "/ROMs/";
}
else {
romDirPath = romDirSetting;
// Expand home path if ~ is used.
romDirPath = Utils::FileSystem::expandHomePath(romDirPath);
#if defined(_WIN64)
if (romDirPath.back() != '\\')
romDirPath = romDirPath + "\\";
#else
if (romDirPath.back() != '/')
romDirPath = romDirPath + "/";
#endif
}
// If %ESPATH% is used for the ROM path configuration, then expand it to the binary
// directory of ES-DE.
romDirPath = Utils::String::replace(romDirPath, "%ESPATH%", Utils::FileSystem::getExePath());
return romDirPath;
}
const std::string FileData::getMediaDirectory()
{
const std::string& mediaDirSetting {Settings::getInstance()->getString("MediaDirectory")};
std::string mediaDirPath;
if (mediaDirSetting.empty()) {
mediaDirPath = Utils::FileSystem::getAppDataDirectory() + "/downloaded_media/";
}
else {
mediaDirPath = mediaDirSetting;
// Expand home path if ~ is used.
mediaDirPath = Utils::FileSystem::expandHomePath(mediaDirPath);
// If %ESPATH% is used for the media directory configuration, then expand it to the
// binary directory of ES-DE.
mediaDirPath =
Utils::String::replace(mediaDirPath, "%ESPATH%", Utils::FileSystem::getExePath());
if (mediaDirPath.back() != '/')
mediaDirPath = mediaDirPath + "/";
}
return mediaDirPath;
}
const std::string FileData::getMediafilePath(const std::string& subdirectory) const
{
std::string subFolders;
// Extract possible subfolders from the path.
if (mEnvData->mStartPath != "")
subFolders =
Utils::String::replace(Utils::FileSystem::getParent(mPath), mEnvData->mStartPath, "");
const std::string tempPath {getMediaDirectory() + mSystemName + "/" + subdirectory +
subFolders + "/" + getDisplayName()};
// Look for an image file in the media directory.
for (auto& extension : sImageExtensions) {
const std::string mediaPath {tempPath + extension};
if (Utils::FileSystem::exists(mediaPath))
return mediaPath;
}
return "";
}
const std::string FileData::getImagePath() const
{
// Look for a mix image (a combination of screenshot, 2D/3D box and marquee).
std::string image {getMediafilePath("miximages")};
if (image != "")
return image;
// If no mix image was found, try screenshot instead.
image = getMediafilePath("screenshots");
if (image != "")
return image;
// If no screenshot image was found, try title screen instead.
image = getMediafilePath("titlescreens");
if (image != "")
return image;
// If no screenshot was found either, try cover.
return getMediafilePath("covers");
}
const std::string FileData::get3DBoxPath() const
{
// Return path to the 3D box image.
return getMediafilePath("3dboxes");
}
const std::string FileData::getBackCoverPath() const
{
// Return path to the box back cover image.
return getMediafilePath("backcovers");
}
const std::string FileData::getCoverPath() const
{
// Return path to the box cover image.
return getMediafilePath("covers");
}
const std::string FileData::getFanArtPath() const
{
// Return path to the fan art image.
return getMediafilePath("fanart");
}
const std::string FileData::getMarqueePath() const
{
// Return path to the marquee image.
return getMediafilePath("marquees");
}
const std::string FileData::getPhysicalMediaPath() const
{
// Return path to the physical media image.
return getMediafilePath("physicalmedia");
}
const std::string FileData::getMiximagePath() const
{
// Return path to the miximage.
return getMediafilePath("miximages");
}
const std::string FileData::getScreenshotPath() const
{
// Return path to the screenshot image.
return getMediafilePath("screenshots");
}
const std::string FileData::getTitleScreenPath() const
{
// Return path to the title screen image.
return getMediafilePath("titlescreens");
}
const std::string FileData::getCustomImagePath() const
{
// Return path to the custom image.
return getMediafilePath("custom");
}
const std::string FileData::getVideoPath() const
{
std::string subFolders;
// Extract possible subfolders from the path.
if (mEnvData->mStartPath != "")
subFolders =
Utils::String::replace(Utils::FileSystem::getParent(mPath), mEnvData->mStartPath, "");
const std::string tempPath {getMediaDirectory() + mSystemName + "/videos" + subFolders + "/" +
getDisplayName()};
// Look for media in the media directory.
for (auto& extension : sVideoExtensions) {
const std::string mediaPath {tempPath + extension};
if (Utils::FileSystem::exists(mediaPath))
return mediaPath;
}
return "";
}
const std::string FileData::getManualPath() const
{
const std::vector<std::string> extList {".pdf"};
std::string subFolders;
// Extract possible subfolders from the path.
if (mEnvData->mStartPath != "")
subFolders =
Utils::String::replace(Utils::FileSystem::getParent(mPath), mEnvData->mStartPath, "");
const std::string tempPath {getMediaDirectory() + mSystemName + "/manuals" + subFolders + "/" +
getDisplayName()};
// Look for manuals in the media directory.
for (size_t i {0}; i < extList.size(); ++i) {
std::string mediaPath {tempPath + extList[i]};
if (Utils::FileSystem::exists(mediaPath))
return mediaPath;
}
return "";
}
const std::vector<FileData*>& FileData::getChildrenListToDisplay()
{
FileFilterIndex* idx {mSystem->getIndex()};
if (idx->isFiltered() || UIModeController::getInstance()->isUIModeKid()) {
mFilteredChildren.clear();
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if (idx->showFile((*it))) {
mFilteredChildren.emplace_back(*it);
}
}
return mFilteredChildren;
}
else {
return mChildren;
}
}
std::vector<FileData*> FileData::getFilesRecursive(unsigned int typeMask,
bool displayedOnly,
bool countAllGames) const
{
std::vector<FileData*> out;
FileFilterIndex* idx {mSystem->getIndex()};
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if ((*it)->getType() & typeMask) {
if (!displayedOnly || !idx->isFiltered() || idx->showFile(*it)) {
if (countAllGames)
out.emplace_back(*it);
else if ((*it)->getCountAsGame())
out.emplace_back(*it);
}
}
if ((*it)->getChildren().size() > 0) {
std::vector<FileData*> subChildren {(*it)->getFilesRecursive(typeMask, displayedOnly)};
if (countAllGames) {
out.insert(out.cend(), subChildren.cbegin(), subChildren.cend());
}
else {
for (auto it2 = subChildren.cbegin(); it2 != subChildren.cend(); ++it2) {
if ((*it2)->getCountAsGame())
out.emplace_back(*it2);
}
}
}
}
return out;
}
std::vector<FileData*> FileData::getScrapeFilesRecursive(bool includeFolders,
bool excludeRecursively,
bool respectExclusions) const
{
std::vector<FileData*> out;
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if (includeFolders && (*it)->getType() == FOLDER) {
if (!(respectExclusions && (*it)->getExcludeFromScraper()))
out.emplace_back(*it);
}
else if ((*it)->getType() == GAME) {
if (!(respectExclusions && (*it)->getExcludeFromScraper()))
out.emplace_back(*it);
}
// If the flag has been passed to exclude directories recursively, then skip the entire
// folder at this point if the folder is marked for scrape exclusion.
if (excludeRecursively && (*it)->getType() == FOLDER && (*it)->getExcludeFromScraper())
continue;
if ((*it)->getChildren().size() > 0) {
std::vector<FileData*> subChildren {(*it)->getScrapeFilesRecursive(
includeFolders, excludeRecursively, respectExclusions)};
out.insert(out.cend(), subChildren.cbegin(), subChildren.cend());
}
}
return out;
}
const bool FileData::isArcadeAsset() const
{
const std::string& stem {Utils::FileSystem::getStem(mPath)};
return ((mSystem && (mSystem->hasPlatformId(PlatformIds::ARCADE) ||
mSystem->hasPlatformId(PlatformIds::SNK_NEO_GEO))) &&
(MameNames::getInstance().isBios(stem) || MameNames::getInstance().isDevice(stem)));
}
const bool FileData::isArcadeGame() const
{
const std::string& stem {Utils::FileSystem::getStem(mPath)};
return ((mSystem && (mSystem->hasPlatformId(PlatformIds::ARCADE) ||
mSystem->hasPlatformId(PlatformIds::SNK_NEO_GEO))) &&
(!MameNames::getInstance().isBios(stem) && !MameNames::getInstance().isDevice(stem)));
}
void FileData::addChild(FileData* file)
{
assert(mType == FOLDER);
if (!mSystem->getFlattenFolders())
assert(file->getParent() == nullptr);
const std::string& key {file->getKey()};
if (mChildrenByFilename.find(key) == mChildrenByFilename.cend()) {
mChildrenByFilename[key] = file;
mChildren.emplace_back(file);
file->mParent = this;
}
}
void FileData::removeChild(FileData* file)
{
assert(mType == FOLDER);
assert(file->getParent() == this);
mChildrenByFilename.erase(file->getKey());
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if (*it == file) {
file->mParent = nullptr;
mChildren.erase(it);
return;
}
}
// File somehow wasn't in our children.
assert(false);
}
void FileData::sort(ComparisonFunction& comparator,
std::pair<unsigned int, unsigned int>& gameCount)
{
mOnlyFolders = true;
mHasFolders = false;
bool foldersOnTop {Settings::getInstance()->getBool("FoldersOnTop")};
bool showHiddenGames {Settings::getInstance()->getBool("ShowHiddenGames")};
bool isKidMode {UIModeController::getInstance()->isUIModeKid()};
std::vector<FileData*> mChildrenFolders;
std::vector<FileData*> mChildrenOthers;
if (mSystem->isGroupedCustomCollection())
gameCount = {0, 0};
if (!showHiddenGames) {
for (auto it = mChildren.begin(); it != mChildren.end();) {
// If the option to hide hidden games has been set and the game is hidden,
// then skip it. Normally games are hidden during loading of the gamelists in
// Gamelist::parseGamelist() and this code should only run when a user has marked
// an entry manually as hidden. So upon the next application startup, this game
// should be filtered already at that earlier point.
if ((*it)->getHidden())
it = mChildren.erase(it);
// Also hide folders where all its entries have been hidden, unless it's a
// grouped custom collection.
else if ((*it)->getType() == FOLDER && (*it)->getChildren().size() == 0 &&
!(*it)->getSystem()->isGroupedCustomCollection())
it = mChildren.erase(it);
else
++it;
}
}
// The main custom collections view is sorted during startup in CollectionSystemsManager.
// The individual collections are however sorted as any normal systems/folders.
if (mSystem->isCollection() && mSystem->getFullName() == "collections") {
std::pair<unsigned int, unsigned int> tempGameCount {0, 0};
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if ((*it)->getChildren().size() > 0)
(*it)->sort(comparator, gameCount);
tempGameCount.first += gameCount.first;
tempGameCount.second += gameCount.second;
gameCount = {0, 0};
}
gameCount = tempGameCount;
return;
}
if (foldersOnTop) {
for (unsigned int i {0}; i < mChildren.size(); ++i) {
if (mChildren[i]->getType() == FOLDER) {
mChildrenFolders.emplace_back(mChildren[i]);
}
else {
mChildrenOthers.emplace_back(mChildren[i]);
mOnlyFolders = false;
}
}
// If the requested sorting is not by name, then sort in ascending name order as a first
// step, in order to get a correct secondary sorting.
if (getSortTypeFromString("name, ascending").comparisonFunction != comparator &&
getSortTypeFromString("name, descending").comparisonFunction != comparator) {
std::stable_sort(mChildrenFolders.begin(), mChildrenFolders.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
std::stable_sort(mChildrenOthers.begin(), mChildrenOthers.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
}
if (foldersOnTop)
std::stable_sort(mChildrenFolders.begin(), mChildrenFolders.end(), comparator);
std::stable_sort(mChildrenOthers.begin(), mChildrenOthers.end(), comparator);
mChildren.erase(mChildren.begin(), mChildren.end());
mChildren.reserve(mChildrenFolders.size() + mChildrenOthers.size());
mChildren.insert(mChildren.end(), mChildrenFolders.begin(), mChildrenFolders.end());
mChildren.insert(mChildren.end(), mChildrenOthers.begin(), mChildrenOthers.end());
}
else {
// If the requested sorting is not by name, then sort in ascending name order as a first
// step, in order to get a correct secondary sorting.
if (getSortTypeFromString("name, ascending").comparisonFunction != comparator &&
getSortTypeFromString("name, descending").comparisonFunction != comparator)
std::stable_sort(mChildren.begin(), mChildren.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
std::stable_sort(mChildren.begin(), mChildren.end(), comparator);
}
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
// Game count, which will be displayed in the system view.
if ((*it)->getType() == GAME && (*it)->getCountAsGame()) {
if (!isKidMode || (isKidMode && (*it)->getKidgame())) {
++gameCount.first;
if ((*it)->getFavorite())
++gameCount.second;
}
}
if ((*it)->getType() != FOLDER)
mOnlyFolders = false;
else
mHasFolders = true;
// Iterate through any child folders.
if ((*it)->getChildren().size() > 0)
(*it)->sort(comparator, gameCount);
}
if (mSystem->isGroupedCustomCollection())
mGameCount = gameCount;
}
void FileData::sortFavoritesOnTop(ComparisonFunction& comparator,
std::pair<unsigned int, unsigned int>& gameCount)
{
mOnlyFolders = true;
mHasFolders = false;
bool foldersOnTop {Settings::getInstance()->getBool("FoldersOnTop")};
bool showHiddenGames {Settings::getInstance()->getBool("ShowHiddenGames")};
bool isKidMode {UIModeController::getInstance()->isUIModeKid()};
std::vector<FileData*> mChildrenFolders;
std::vector<FileData*> mChildrenFavoritesFolders;
std::vector<FileData*> mChildrenFavorites;
std::vector<FileData*> mChildrenOthers;
if (mSystem->isGroupedCustomCollection())
gameCount = {0, 0};
// The main custom collections view is sorted during startup in CollectionSystemsManager.
// The individual collections are however sorted as any normal systems/folders.
if (mSystem->isCollection() && mSystem->getFullName() == "collections") {
std::pair<unsigned int, unsigned int> tempGameCount = {0, 0};
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if ((*it)->getChildren().size() > 0)
(*it)->sortFavoritesOnTop(comparator, gameCount);
tempGameCount.first += gameCount.first;
tempGameCount.second += gameCount.second;
gameCount = {0, 0};
}
gameCount = tempGameCount;
return;
}
for (unsigned int i {0}; i < mChildren.size(); ++i) {
// If the option to hide hidden games has been set and the game is hidden,
// then skip it. Normally games are hidden during loading of the gamelists in
// Gamelist::parseGamelist() and this code should only run when a user has marked
// an entry manually as hidden. So upon the next application startup, this game
// should be filtered already at that earlier point.
if (!showHiddenGames && mChildren[i]->getHidden())
continue;
// Also hide folders where all its entries have been hidden.
else if (mChildren[i]->getType() == FOLDER && mChildren[i]->getChildren().size() == 0)
continue;
// Game count, which will be displayed in the system view.
if (mChildren[i]->getType() == GAME && mChildren[i]->getCountAsGame()) {
if (!isKidMode || (isKidMode && mChildren[i]->getKidgame())) {
++gameCount.first;
if (mChildren[i]->getFavorite())
++gameCount.second;
}
}
if (foldersOnTop && mChildren[i]->getType() == FOLDER) {
if (!mChildren[i]->getFavorite())
mChildrenFolders.emplace_back(mChildren[i]);
else
mChildrenFavoritesFolders.emplace_back(mChildren[i]);
}
else if (mChildren[i]->getFavorite()) {
mChildrenFavorites.emplace_back(mChildren[i]);
}
else {
mChildrenOthers.emplace_back(mChildren[i]);
}
if (mChildren[i]->getType() != FOLDER)
mOnlyFolders = false;
else
mHasFolders = true;
}
if (mSystem->isGroupedCustomCollection())
mGameCount = gameCount;
// If there are favorite folders and this is a mixed list, then don't handle these
// separately but instead merge them into the same vector. This is a quite wasteful
// approach but the scenario where a user has a mixed folder and files list and marks
// some folders as favorites is probably a rare situation.
if (!mOnlyFolders && mChildrenFavoritesFolders.size() > 0) {
mChildrenFolders.insert(mChildrenFolders.end(), mChildrenFavoritesFolders.begin(),
mChildrenFavoritesFolders.end());
mChildrenFavoritesFolders.erase(mChildrenFavoritesFolders.begin(),
mChildrenFavoritesFolders.end());
std::stable_sort(mChildrenFolders.begin(), mChildrenFolders.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
}
// If the requested sorting is not by name, then sort in ascending name order as a first
// step, in order to get a correct secondary sorting.
if (getSortTypeFromString("name, ascending").comparisonFunction != comparator &&
getSortTypeFromString("name, descending").comparisonFunction != comparator) {
std::stable_sort(mChildrenFolders.begin(), mChildrenFolders.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
std::stable_sort(mChildrenFavoritesFolders.begin(), mChildrenFavoritesFolders.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
std::stable_sort(mChildrenFavorites.begin(), mChildrenFavorites.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
std::stable_sort(mChildrenOthers.begin(), mChildrenOthers.end(),
getSortTypeFromString("name, ascending").comparisonFunction);
}
// Sort favorite games and the other games separately.
if (foldersOnTop) {
std::stable_sort(mChildrenFavoritesFolders.begin(), mChildrenFavoritesFolders.end(),
comparator);
std::stable_sort(mChildrenFolders.begin(), mChildrenFolders.end(), comparator);
}
std::stable_sort(mChildrenFavorites.begin(), mChildrenFavorites.end(), comparator);
std::stable_sort(mChildrenOthers.begin(), mChildrenOthers.end(), comparator);
// Iterate through any child favorite folders.
for (auto it = mChildrenFavoritesFolders.cbegin(); // Line break.
it != mChildrenFavoritesFolders.cend(); ++it) {
if ((*it)->getChildren().size() > 0)
(*it)->sortFavoritesOnTop(comparator, gameCount);
}
// Iterate through any child folders.
for (auto it = mChildrenFolders.cbegin(); it != mChildrenFolders.cend(); ++it) {
if ((*it)->getChildren().size() > 0)
(*it)->sortFavoritesOnTop(comparator, gameCount);
}
// If folders are not sorted on top, mChildrenFavoritesFolders and mChildrenFolders
// could be empty. So due to this, step through all mChildren and see if there are
// any folders that we need to iterate.
if (mChildrenFavoritesFolders.size() == 0 && mChildrenFolders.size() == 0) {
for (auto it = mChildren.cbegin(); it != mChildren.cend(); ++it) {
if ((*it)->getChildren().size() > 0)
(*it)->sortFavoritesOnTop(comparator, gameCount);
}
}
// Combine the individually sorted favorite games and other games vectors.
mChildren.erase(mChildren.begin(), mChildren.end());
mChildren.reserve(mChildrenFavoritesFolders.size() + mChildrenFolders.size() +
mChildrenFavorites.size() + mChildrenOthers.size());
mChildren.insert(mChildren.end(), mChildrenFavoritesFolders.begin(),
mChildrenFavoritesFolders.end());
mChildren.insert(mChildren.end(), mChildrenFolders.begin(), mChildrenFolders.end());
mChildren.insert(mChildren.end(), mChildrenFavorites.begin(), mChildrenFavorites.end());
mChildren.insert(mChildren.end(), mChildrenOthers.begin(), mChildrenOthers.end());
}
void FileData::sort(const SortType& type, bool mFavoritesOnTop)
{
mGameCount = std::make_pair(0, 0);
if (mFavoritesOnTop)
sortFavoritesOnTop(*type.comparisonFunction, mGameCount);
else
sort(*type.comparisonFunction, mGameCount);
updateLastPlayedList();
updateMostPlayedList();
}
void FileData::countGames(std::pair<unsigned int, unsigned int>& gameCount)
{
bool isKidMode {(Settings::getInstance()->getString("UIMode") == "kid" ||
Settings::getInstance()->getBool("ForceKid"))};
for (unsigned int i {0}; i < mChildren.size(); ++i) {
if (mChildren[i]->getType() == GAME && mChildren[i]->getCountAsGame()) {
if (!isKidMode || (isKidMode && mChildren[i]->getKidgame())) {
++gameCount.first;
if (mChildren[i]->getFavorite())
++gameCount.second;
}
}
// Iterate through any folders.
else if (mChildren[i]->getType() == FOLDER)
mChildren[i]->countGames(gameCount);
}
mGameCount = gameCount;
}
void FileData::updateLastPlayedList()
{
if (mUpdateListCallback)
mUpdateListCallback();
if (!mUpdateChildrenLastPlayed)
return;
mChildrenLastPlayed.clear();
mChildrenLastPlayed = getChildrenRecursive();
std::stable_sort(mChildrenLastPlayed.begin(), mChildrenLastPlayed.end());
std::sort(std::begin(mChildrenLastPlayed), std::end(mChildrenLastPlayed),
[](FileData* a, FileData* b) {
return a->metadata.get("lastplayed") > b->metadata.get("lastplayed");
});
}
void FileData::updateMostPlayedList()
{
if (mUpdateListCallback)
mUpdateListCallback();
if (!mUpdateChildrenMostPlayed)
return;
mChildrenMostPlayed.clear();
mChildrenMostPlayed = getChildrenRecursive();
std::stable_sort(mChildrenMostPlayed.begin(), mChildrenMostPlayed.end());
std::sort(std::begin(mChildrenMostPlayed), std::end(mChildrenMostPlayed),
[](FileData* a, FileData* b) {
return a->metadata.getInt("playcount") > b->metadata.getInt("playcount");
});
}
const FileData::SortType& FileData::getSortTypeFromString(const std::string& desc) const
{
std::vector<FileData::SortType> SortTypes {FileSorts::SortTypes};
for (unsigned int i {0}; i < FileSorts::SortTypes.size(); ++i) {
const FileData::SortType& sort {FileSorts::SortTypes.at(i)};
if (sort.description == desc)
return sort;
}
// If no type was found then default to "name, ascending".
return FileSorts::SortTypes.at(0);
}
void FileData::launchGame()
{
Window* window {Window::getInstance()};
LOG(LogInfo) << "Launching game \"" << this->metadata.get("name") << "\" from system \""
<< getSourceFileData()->getSystem()->getFullName() << " ("
<< getSourceFileData()->getSystem()->getName() << ")\"...";
SystemData* gameSystem {nullptr};
std::string command;
std::string alternativeEmulator;
if (mSystem->isCollection())
gameSystem = SystemData::getSystemByName(mSystemName);
else
gameSystem = mSystem;
// This is just a precaution as getSystemByName() should always return a valid result.
if (gameSystem == nullptr)
gameSystem = mSystem;
alternativeEmulator = gameSystem->getAlternativeEmulator();
// Check if there is a game-specific alternative emulator configured.
// This takes precedence over any system-wide alternative emulator configuration.
if (Settings::getInstance()->getBool("AlternativeEmulatorPerGame") &&
!metadata.get("altemulator").empty()) {
command = gameSystem->getLaunchCommandFromLabel(metadata.get("altemulator"));
if (command == "") {
LOG(LogWarning) << "Invalid alternative emulator \"" << metadata.get("altemulator")
<< "\" configured for game";
}
else {
LOG(LogDebug) << "FileData::launchGame(): Using alternative emulator \""
<< metadata.get("altemulator")
<< "\" as configured for the specific game";
}
}
// Check if there is a system-wide alternative emulator configured.
else if (command == "" && alternativeEmulator != "") {
command = gameSystem->getLaunchCommandFromLabel(alternativeEmulator);
if (command == "") {
LOG(LogWarning) << "Invalid alternative emulator \""
<< alternativeEmulator.substr(9, alternativeEmulator.length() - 9)
<< "\" configured for system \"" << gameSystem->getName() << "\"";
}
else {
LOG(LogDebug) << "FileData::launchGame(): Using alternative emulator \""
<< gameSystem->getAlternativeEmulator() << "\""
<< " as configured for system \"" << gameSystem->getName() << "\"";
}
}
else {
if (!mEnvData->mLaunchCommands.front().second.empty()) {
LOG(LogDebug) << "FileData::launchGame(): Using default emulator \""
<< mEnvData->mLaunchCommands.front().second << "\"";
}
else {
LOG(LogDebug) << "FileData::launchGame(): Using default emulator";
}
}
if (command.empty())
command = mEnvData->mLaunchCommands.front().first;
std::string commandRaw {command};
std::string romPath {Utils::FileSystem::getEscapedPath(mPath)};
std::string baseName {Utils::FileSystem::getStem(mPath)};
std::string romRaw {Utils::FileSystem::getPreferredPath(mPath)};
// For the special case where a directory has a supported file extension and is therefore
// interpreted as a file, check if there is a matching filename inside the directory.
// This is used as a shortcut to be able to launch games directly inside folders.
if (mType == GAME && Utils::FileSystem::isDirectory(mPath)) {
for (std::string& file : Utils::FileSystem::getDirContent(mPath)) {
if (Utils::FileSystem::getFileName(file) == Utils::FileSystem::getFileName(mPath) &&
(Utils::FileSystem::isRegularFile(file) || Utils::FileSystem::isSymlink(file))) {
#if defined(__ANDROID__)
romRaw = file;
#else
romPath = Utils::FileSystem::getEscapedPath(file);
#endif
baseName = baseName.substr(0, baseName.find("."));
break;
}
}
}
const std::string fileName {baseName + Utils::FileSystem::getExtension(romPath)};
const std::string esPath {Utils::FileSystem::getExePath()};
#if defined(__ANDROID__)
// On Android we always run in the background, although the logic is a bit different
// as we don't need to wake up the application manually.
bool runInBackground {true};
#else
bool runInBackground {false};
// In addition to the global RunInBackground setting it's possible to define this flag
// per launch command in es_systems.xml.
size_t inBackgroundPos {command.find("%RUNINBACKGROUND%")};
if (inBackgroundPos != std::string::npos) {
runInBackground = true;
command = Utils::String::replace(command, "%RUNINBACKGROUND%", "");
// Trim any leading whitespaces as they could cause the script execution to fail.
command.erase(command.begin(), std::find_if(command.begin(), command.end(), [](char c) {
return !std::isspace(static_cast<unsigned char>(c));
}));
}
// The global setting always applies.
if (Settings::getInstance()->getBool("RunInBackground"))
runInBackground = true;
#endif
#if !defined(_WIN64)
// Whether to parse .desktop files on Unix or open apps or alias files on macOS.
bool isShortcut {false};
size_t enableShortcutsPos {command.find("%ENABLESHORTCUTS%")};
if (enableShortcutsPos != std::string::npos) {
#if defined(__APPLE__)
if (Utils::FileSystem::getExtension(romRaw) == ".app")
#else
if (Utils::FileSystem::getExtension(romRaw) == ".desktop")
#endif
isShortcut = true;
command = Utils::String::replace(command, "%ENABLESHORTCUTS%", "");
// Trim any leading whitespaces as they could cause the script execution to fail.
command.erase(command.begin(), std::find_if(command.begin(), command.end(), [](char c) {
return !std::isspace(static_cast<unsigned char>(c));
}));
}
#endif
std::string coreEntry;
std::string coreName;
size_t coreEntryPos {0};
size_t coreFilePos {0};
bool foundCoreFile {false};
std::vector<std::string> emulatorCorePaths;
#if defined(__ANDROID__)
std::string androidPackage;
std::string androidActivity;
std::string androidAction;
std::string androidCategory;
std::string androidMimeType;
std::string androidData;
std::map<std::string, std::string> androidExtrasString;
std::map<std::string, std::string> androidExtrasBool;
std::vector<std::string> androidActivityFlags;
#endif
#if defined(_WIN64)
bool hideWindow {false};
// If the %HIDEWINDOW% variable is defined, we pass a flag to launchGameWindows() to
// hide the window. This is intended primarily for hiding console windows when launching
// scripts (used for example by Steam games and source ports).
if (command.find("%HIDEWINDOW%") != std::string::npos) {
hideWindow = true;
command = Utils::String::replace(command, "%HIDEWINDOW%", "");
// Trim any leading whitespaces as they could cause the script execution to fail.
command.erase(command.begin(), std::find_if(command.begin(), command.end(), [](char c) {
return !std::isspace(static_cast<unsigned char>(c));
}));
}
bool escapeSpecials {false};
// If calling scripts and links using some binaries like cmd.exe then the special characters
// &()^=;, must be escaped.
if (command.find("%ESCAPESPECIALS%") != std::string::npos) {
escapeSpecials = true;
command = Utils::String::replace(command, "%ESCAPESPECIALS%", "");
// Trim any leading whitespaces as they could cause the script execution to fail.
command.erase(command.begin(), std::find_if(command.begin(), command.end(), [](char c) {
return !std::isspace(static_cast<unsigned char>(c));
}));
}
#endif
// If there's a quotation mark before the %CORE_ variable, then remove it.
// The closing quotation mark will be removed later below.
bool hasCoreQuotation {false};
if (command.find("\"%CORE_") != std::string::npos) {
command = Utils::String::replace(command, "\"%CORE_", "%CORE_");
hasCoreQuotation = true;
}
coreEntryPos = command.find("%CORE_");
if (coreEntryPos != std::string::npos) {
coreFilePos = command.find("%", coreEntryPos + 6);
if (coreFilePos != std::string::npos)
coreEntry = command.substr(coreEntryPos + 6, coreFilePos - (coreEntryPos + 6));
}
if (coreEntry != "")
emulatorCorePaths = SystemData::sFindRules.get()->mCores[coreEntry].corePaths;
// Expand home path if ~ is used.
command = Utils::FileSystem::expandHomePath(command);
// Check for any pre-command entry, and if it exists then expand it using the find rules.
if (command.find("%PRECOMMAND_") != std::string::npos) {
const std::pair<std::string, FileData::findEmulatorResult> preCommand {
findEmulator(command, true)};
// Show an error message if there was no matching emulator entry in es_find_rules.xml.
if (preCommand.second == FileData::findEmulatorResult::NO_RULES) {
LOG(LogError)
<< "Couldn't launch game, either there is no emulator entry for pre-command \""
<< preCommand.first << "\" in es_find_rules.xml or there are no rules defined";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: MISSING PRE-COMMAND FIND RULES CONFIGURATION FOR '" +
preCommand.first + "'",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
else if (preCommand.first.empty()) {
LOG(LogError) << "Couldn't launch game, pre-command not found";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
std::string emulatorName;
size_t startPos {0};
size_t endPos {0};
if ((startPos = command.find("%PRECOMMAND_")) != std::string::npos) {
endPos = command.find("%", startPos + 1);
if (endPos != std::string::npos)
emulatorName = command.substr(startPos + 12, endPos - startPos - 12);
}
if (emulatorName == "")
window->queueInfoPopup(
"ERROR: COULDN'T FIND PRE-COMMAND, HAS IT BEEN PROPERLY INSTALLED?", 6000);
else
window->queueInfoPopup("ERROR: COULDN'T FIND PRE-COMMAND '" + emulatorName +
"', HAS IT BEEN PROPERLY INSTALLED?",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
else {
LOG(LogDebug) << "FileData::launchGame(): Pre-command set to \"" << preCommand.first
<< "\"";
}
}
// Check that the emulator actually exists, and if so, get its path.
const std::pair<std::string, FileData::findEmulatorResult> emulator {
findEmulator(command, false)};
// Show an error message if there was no matching emulator entry in es_find_rules.xml.
if (emulator.second == FileData::findEmulatorResult::NO_RULES) {
LOG(LogError) << "Couldn't launch game, either there is no emulator entry for \""
<< emulator.first << "\" in es_find_rules.xml or there are no rules defined";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup(
"ERROR: MISSING EMULATOR FIND RULES CONFIGURATION FOR '" + emulator.first + "'", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
else if (emulator.second == FileData::findEmulatorResult::NOT_FOUND) {
LOG(LogError) << "Couldn't launch game, emulator not found";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
std::string emulatorName;
size_t startPos {0};
size_t endPos {0};
if ((startPos = command.find("%EMULATOR_")) != std::string::npos) {
endPos = command.find("%", startPos + 1);
if (endPos != std::string::npos)
emulatorName = command.substr(startPos + 10, endPos - startPos - 10);
}
if (emulatorName == "")
window->queueInfoPopup("ERROR: COULDN'T FIND EMULATOR, HAS IT BEEN PROPERLY INSTALLED?",
6000);
else
window->queueInfoPopup("ERROR: COULDN'T FIND EMULATOR '" + emulatorName +
"', HAS IT BEEN PROPERLY INSTALLED?",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
#if defined(_WIN64)
else {
std::string emulatorLogPath {Utils::String::replace(
Utils::String::replace(emulator.first, "%ESPATH%", esPath), "/", "\\")};
if (emulatorLogPath.front() != '\"' && emulatorLogPath.back() != '\"')
emulatorLogPath = "\"" + emulatorLogPath + "\"";
LOG(LogDebug) << "FileData::launchGame(): Emulator set to " << emulatorLogPath;
#else
#if defined(__ANDROID__)
else if (emulator.second == FileData::findEmulatorResult::FOUND_ANDROID_PACKAGE) {
androidPackage = emulator.first;
size_t separatorPos {androidPackage.find('/')};
if (separatorPos != std::string::npos) {
androidActivity = androidPackage.substr(separatorPos + 1);
androidPackage = androidPackage.substr(0, separatorPos);
}
LOG(LogDebug) << "FileData::launchGame(): Found emulator package \"" << androidPackage
<< "\"";
}
#endif
else if (!isShortcut) {
LOG(LogDebug) << "FileData::launchGame(): Emulator set to \""
<< Utils::String::replace(emulator.first, "%ESPATH%", esPath) << "\"";
#endif
}
// If %EMUPATH% is used in es_systems.xml for this system, then check that the core
// file actually exists.
size_t emuPathPos {command.find("%EMUPATH%")};
if (emuPathPos != std::string::npos) {
bool hasQuotationMark {false};
unsigned int quotationMarkPos {0};
if (command.find("\"%EMUPATH%", emuPathPos - 1) != std::string::npos) {
hasQuotationMark = true;
quotationMarkPos =
static_cast<unsigned int>(command.find("\"", emuPathPos + 9) - emuPathPos);
}
const size_t spacePos {command.find(" ", emuPathPos + quotationMarkPos)};
std::string coreRaw;
std::string coreFile;
if (spacePos != std::string::npos) {
coreRaw = command.substr(emuPathPos, spacePos - emuPathPos);
#if defined(_WIN64)
coreFile =
Utils::FileSystem::getParent(Utils::String::replace(emulator.first, "\"", "")) +
command.substr(emuPathPos + 9, spacePos - emuPathPos - 9);
coreFile = Utils::String::replace(coreFile, "/", "\\");
#else
coreFile = Utils::FileSystem::getParent(emulator.first) +
command.substr(emuPathPos + 9, spacePos - emuPathPos - 9);
#endif
if (hasQuotationMark) {
coreRaw.pop_back();
coreFile.pop_back();
}
if (!Utils::FileSystem::isRegularFile(coreFile) &&
!Utils::FileSystem::isSymlink(coreFile)) {
LOG(LogError) << "Couldn't launch game, emulator core file \""
<< Utils::FileSystem::getFileName(coreFile) << "\" not found";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup(
"ERROR: COULDN'T FIND EMULATOR CORE FILE '" +
Utils::String::toUpper(Utils::FileSystem::getFileName(coreFile)) + "'",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
else {
if (hasQuotationMark) {
command = command.replace(emuPathPos + quotationMarkPos, 1, "");
--emuPathPos;
command = command.replace(emuPathPos, 1, "");
}
coreFile = Utils::FileSystem::getEscapedPath(coreFile);
command = command.replace(emuPathPos, coreRaw.size(), coreFile);
}
}
else {
LOG(LogError) << "Invalid entry in systems configuration file es_systems.xml";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID ENTRY IN SYSTEMS CONFIGURATION FILE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
// Error handling in case of no core find rule.
if (coreEntry != "" && emulatorCorePaths.empty()) {
LOG(LogError) << "Couldn't launch game, either there is no core entry for \"" << coreEntry
<< "\" in es_find_rules.xml or there are no corepath rules defined";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: MISSING CORE CONFIGURATION FOR '" + coreEntry + "'", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
// If a %CORE_ find rule entry is used in es_systems.xml for this system, then try to find
// the emulator core using the rules defined in es_find_rules.xml.
for (std::string& path : emulatorCorePaths) {
// The position of the %CORE_ variable could have changed as there may have been an
// %EMULATOR_ variable that was substituted for the actual emulator.
coreEntryPos = command.find("%CORE_");
coreFilePos = command.find("%", coreEntryPos + 6);
size_t separatorPos;
size_t quotePos {hasCoreQuotation ? command.find("\"", coreFilePos) : std::string::npos};
if (quotePos == std::string::npos)
separatorPos = command.find(" ", coreFilePos);
else
separatorPos = quotePos;
if (separatorPos != std::string::npos) {
coreName = command.substr(coreFilePos + 2, separatorPos - (coreFilePos + 2));
#if defined(_WIN64)
std::string coreFile {Utils::FileSystem::expandHomePath(path + "\\" + coreName)};
#else
std::string coreFile {Utils::FileSystem::expandHomePath(path + "/" + coreName)};
#endif
// Expand %EMUPATH% if it has been used in the %CORE_ variable.
size_t stringPos {coreFile.find("%EMUPATH%")};
if (stringPos != std::string::npos) {
#if defined(_WIN64)
coreFile = coreFile.replace(
stringPos, 9,
Utils::FileSystem::getParent(Utils::String::replace(emulator.first, "\"", "")));
coreFile = Utils::String::replace(coreFile, "/", "\\");
#else
coreFile =
coreFile.replace(stringPos, 9, Utils::FileSystem::getParent(emulator.first));
#endif
}
// Expand %ESPATH% if it has been used in the %CORE_ variable.
stringPos = coreFile.find("%ESPATH%");
if (stringPos != std::string::npos) {
coreFile = coreFile.replace(stringPos, 8, esPath);
#if defined(_WIN64)
coreFile = Utils::String::replace(coreFile, "/", "\\");
#endif
}
if (Utils::FileSystem::isRegularFile(coreFile) ||
Utils::FileSystem::isSymlink(coreFile)) {
foundCoreFile = true;
// Escape any blankspaces.
if (coreFile.find(" ") != std::string::npos)
coreFile = Utils::FileSystem::getEscapedPath(coreFile);
command.replace(coreEntryPos,
separatorPos - coreEntryPos + (hasCoreQuotation ? 1 : 0), coreFile);
break;
}
}
else {
LOG(LogError) << "Invalid entry in systems configuration file es_systems.xml";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID ENTRY IN SYSTEMS CONFIGURATION FILE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
if (!foundCoreFile && coreName.size() > 0) {
LOG(LogError) << "Couldn't launch game, emulator core file \""
<< coreName.substr(0, coreName.size()) << "\" not found";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
LOG(LogError)
<< "Tried to find the core file using these paths as defined by es_find_rules.xml:";
LOG(LogError) << Utils::String::vectorToDelimitedString(emulatorCorePaths, ", ");
window->queueInfoPopup(
"ERROR: COULDN'T FIND EMULATOR CORE FILE '" +
Utils::String::toUpper(coreName.substr(0, coreName.size()) + "'"),
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
std::string startDirectory;
const size_t startDirPos {command.find("%STARTDIR%")};
if (startDirPos != std::string::npos) {
bool invalidEntry {false};
if (startDirPos + 12 >= command.size())
invalidEntry = true;
else if (command[startDirPos + 10] != '=')
invalidEntry = true;
if (!invalidEntry && command[startDirPos + 11] == '\"') {
size_t closingQuotation {command.find("\"", startDirPos + 12)};
if (closingQuotation != std::string::npos) {
startDirectory =
command.substr(startDirPos + 12, closingQuotation - startDirPos - 12);
command = command.replace(startDirPos, closingQuotation - startDirPos + 2, "");
}
else {
invalidEntry = true;
}
}
else if (!invalidEntry) {
const size_t spacePos {command.find(" ", startDirPos)};
if (spacePos != std::string::npos) {
startDirectory = command.substr(startDirPos + 11, spacePos - startDirPos - 11);
command = command.replace(startDirPos, spacePos - startDirPos + 1, "");
}
else {
startDirectory = command.substr(startDirPos + 11, command.size() - startDirPos);
command = command.replace(startDirPos, command.size() - startDirPos, "");
}
}
if (invalidEntry) {
LOG(LogError) << "Couldn't launch game, invalid %STARTDIR% entry";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID %STARTDIR% VARIABLE ENTRY", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
if (startDirectory != "") {
startDirectory = Utils::FileSystem::expandHomePath(startDirectory);
#if defined(_WIN64)
startDirectory = Utils::String::replace(
startDirectory, "%EMUDIR%",
Utils::FileSystem::getParent(Utils::String::replace(emulator.first, "\"", "")));
startDirectory = Utils::String::replace(
startDirectory, "%GAMEDIR%",
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\"", "")));
startDirectory = Utils::String::replace(startDirectory, "%GAMEENTRYDIR%",
Utils::String::replace(romPath, "\"", ""));
#else
startDirectory = Utils::String::replace(
startDirectory, "%EMUDIR%",
Utils::FileSystem::getParent(Utils::String::replace(emulator.first, "\\", "")));
startDirectory = Utils::String::replace(
startDirectory, "%GAMEDIR%",
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\\", "")));
startDirectory = Utils::String::replace(startDirectory, "%GAMEENTRYDIR%",
Utils::String::replace(romPath, "\\", ""));
#endif
if (!Utils::FileSystem::isDirectory(startDirectory)) {
Utils::FileSystem::createDirectory(startDirectory);
if (!Utils::FileSystem::isDirectory(startDirectory)) {
LOG(LogError) << "Couldn't launch game, directory \"" << startDirectory
<< "\" defined by %STARTDIR% could not be created, "
"permission problems?";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: DIRECTORY DEFINED BY %STARTDIR% COULD NOT BE "
"CREATED, PERMISSION PROBLEMS?",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
#if defined(_WIN64)
startDirectory = Utils::String::replace(startDirectory, "/", "\\");
#else
startDirectory = Utils::FileSystem::getEscapedPath(startDirectory);
#endif
LOG(LogDebug) << "FileData::launchGame(): Setting start directory to \""
<< startDirectory << "\"";
}
}
std::string injectFile;
size_t injectPos {command.find("%INJECT%")};
while (injectPos != std::string::npos) {
if (injectPos != std::string::npos) {
bool invalidEntry {false};
if (injectPos + 10 >= command.size())
invalidEntry = true;
else if (command[injectPos + 8] != '=')
invalidEntry = true;
if (!invalidEntry && command[injectPos + 9] == '\"') {
size_t closingQuotation {command.find("\"", injectPos + 10)};
if (closingQuotation != std::string::npos) {
injectFile = command.substr(injectPos + 10, closingQuotation - injectPos - 10);
command = command.replace(injectPos, closingQuotation - injectPos + 2, "");
}
else {
invalidEntry = true;
}
}
else if (!invalidEntry) {
const size_t spacePos {command.find(" ", injectPos)};
if (spacePos != std::string::npos) {
injectFile = command.substr(injectPos + 9, spacePos - injectPos - 9);
command = command.replace(injectPos, spacePos - injectPos + 1, "");
}
else {
injectFile = command.substr(injectPos + 9, command.size() - injectPos);
command = command.replace(injectPos, command.size() - injectPos, "");
}
}
if (invalidEntry) {
LOG(LogError) << "Couldn't launch game, invalid %INJECT% entry";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID %INJECT% VARIABLE ENTRY", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
if (injectFile != "") {
#if defined(_WIN64)
injectFile = Utils::String::replace(injectFile, "\\", "/");
injectFile = Utils::String::replace(injectFile, "%BASENAME%",
Utils::String::replace(baseName, "\"", ""));
if (injectFile.size() < 3 || !(injectFile[1] == ':' && injectFile[2] == '/'))
injectFile =
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\"", "")) + "/" +
injectFile;
injectFile = Utils::String::replace(injectFile, "/", "\\");
#else
injectFile = Utils::String::replace(injectFile, "%BASENAME%",
Utils::String::replace(baseName, "\\", ""));
if (injectFile.front() != '/')
injectFile =
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\\", "")) + "/" +
injectFile;
#endif
if (Utils::FileSystem::isRegularFile(injectFile) ||
Utils::FileSystem::isSymlink(injectFile)) {
LOG(LogDebug) << "FileData::launchGame(): Injecting from file \"" << injectFile
<< "\"";
std::string arguments;
std::ifstream injectFileStream;
injectFileStream.open(injectFile);
for (std::string line; getline(injectFileStream, line);)
arguments += line;
injectFileStream.close();
if (arguments.empty()) {
LOG(LogDebug)
<< "FileData::launchGame(): File empty or insufficient permissions, "
"nothing to inject";
}
else if (arguments.size() > 4096) {
LOG(LogWarning) << "FileData::launchGame(): Injection file exceeding maximum "
"allowed size of "
"4096 bytes, skipping \""
<< injectFile << "\"";
}
else {
command.insert(injectPos, arguments + " ");
}
}
else {
LOG(LogDebug) << "FileData::launchGame(): File \"" << injectFile
<< "\" does not exist, nothing to inject";
}
}
injectPos = command.find("%INJECT%");
}
#if defined(_WIN64)
if (escapeSpecials) {
bool foundSpecial {false};
// The special characters need to be procesed in this order.
std::string specialCharacters {"^&()=;,"};
for (size_t i {0}; i < specialCharacters.size(); ++i) {
// Don't modify this code, it breaks easily.
const std::string special(1, specialCharacters[i]);
if (romPath.find(special) != std::string::npos) {
romPath = Utils::String::replace(romPath, special, "^" + special);
foundSpecial = true;
}
}
if (foundSpecial)
romPath = Utils::String::replace(romPath, " ", "^ ");
}
#endif
#if !defined(_WIN64)
#if defined(__APPLE__)
if (isShortcut) {
if (Utils::FileSystem::exists(Utils::String::replace(romPath, "\\", ""))) {
LOG(LogInfo) << "Opening app or alias file \""
<< Utils::String::replace(romPath, "\\", "") << "\"";
command = Utils::String::replace(command, emulator.first, "open -W -a");
}
else {
LOG(LogError) << "App or alias file \"" << romPath
<< "\" doesn't exist or is unreadable";
window->queueInfoPopup("ERROR: APP OR ALIAS FILE DOESN'T EXIST OR IS UNREADABLE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
#else
if (isShortcut) {
// Note that the following is not an attempt to implement the entire FreeDesktop standard
// for .desktop files, for example argument parsing is not really usable in this context.
// There's essentially only enough functionality here to be able to run games and emulators.
if (Utils::FileSystem::exists(Utils::String::replace(romPath, "\\", "")) &&
!Utils::FileSystem::isDirectory(Utils::String::replace(romPath, "\\", ""))) {
LOG(LogInfo) << "Parsing desktop file \"" << Utils::String::replace(romPath, "\\", "")
<< "\"";
bool validFile {false};
bool execEntry {false};
std::ifstream desktopFileStream;
desktopFileStream.open(Utils::String::replace(romPath, "\\", ""));
for (std::string line; getline(desktopFileStream, line);) {
// Some non-standard .desktop files add a leading line such as
// "#!/usr/bin/env xdg-open" and some lines may also be indented by
// whitespace characters. So we need to handle such oddities in order
// to parse and run these files.
line = Utils::String::trim(line);
if (line.substr(0, 2) == "#!")
continue;
if (line.find("[Desktop Entry]") != std::string::npos)
validFile = true;
if (line.substr(0, 5) == "Exec=") {
romPath = {line.substr(5, line.size() - 5)};
const std::string regexString {"[^%]%"};
// Field codes, some of these are deprecated but may still exist in older
// .desktop files. Any matching codes escaped by double %% characters will
// be left as-is.
std::string codeCharacters {"fFuUdDnNickvm"};
std::smatch searchResult;
while (!codeCharacters.empty()) {
while (std::regex_search(romPath, searchResult,
std::regex(regexString + codeCharacters.back())))
romPath.replace(searchResult.position(0) + 1, searchResult.length() - 1,
"");
codeCharacters.pop_back();
}
romPath = Utils::String::replace(romPath, "%%", "%");
romPath = Utils::String::trim(romPath);
command = Utils::String::replace(command, emulator.first, "");
execEntry = true;
break;
}
}
desktopFileStream.close();
if (!validFile || !execEntry) {
LOG(LogError) << "File is invalid or unreadable";
window->queueInfoPopup("ERROR: DESKTOP FILE IS INVALID OR UNREADABLE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
else {
LOG(LogError) << "Desktop file \"" << romPath << "\" doesn't exist or is unreadable";
window->queueInfoPopup("ERROR: DESKTOP FILE DOESN'T EXIST OR IS UNREADABLE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
}
#endif
#endif
#if !defined(__ANDROID__)
// Replace the remaining variables with their actual values.
command = Utils::String::replace(command, "%ROM%", romPath);
command = Utils::String::replace(command, "%BASENAME%", baseName);
command = Utils::String::replace(command, "%FILENAME%", fileName);
command = Utils::String::replace(command, "%ROMRAW%", romRaw);
command = Utils::String::replace(command, "%ROMPATH%",
Utils::FileSystem::getEscapedPath(getROMDirectory()));
#else
command = Utils::String::replace(command, "%ANDROIDPACKAGE%", androidPackage);
const std::vector<std::string> androidVariabels {
"%ACTION%=", "%CATEGORY%=", "%MIMETYPE%=", "%DATA%="};
for (std::string variable : androidVariabels) {
size_t dataPos {command.find(variable)};
if (dataPos != std::string::npos) {
bool invalidEntry {false};
bool isQuoted {(command.length() > dataPos + variable.length() &&
command[dataPos + variable.length()] == '\"')};
std::string value;
if (isQuoted) {
const size_t closeQuotePos {command.find("\"", dataPos + variable.length() + 1)};
if (closeQuotePos != std::string::npos)
value = command.substr(dataPos + variable.length() + 1,
closeQuotePos - (dataPos + variable.length() + 1));
else
invalidEntry = true;
}
else {
const size_t spacePos {command.find(" ", dataPos)};
if (spacePos != std::string::npos)
value = command.substr(dataPos + variable.length(),
spacePos - (dataPos + variable.length()));
else
value = command.substr(dataPos + variable.length(),
command.size() - dataPos + variable.length());
}
if (invalidEntry) {
LOG(LogError) << "Invalid entry in systems configuration file es_systems.xml";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID ENTRY IN SYSTEMS CONFIGURATION FILE", 6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
if (variable == "%ACTION%=")
androidAction = value;
else if (variable == "%DATA%=")
androidData = value;
else if (variable == "%CATEGORY%=")
androidCategory = value;
else if (variable == "%MIMETYPE%=")
androidMimeType = value;
}
}
std::vector<std::string> extraVariabels {"%EXTRA_", "%EXTRABOOL_"};
for (std::string variable : extraVariabels) {
size_t extraPos {command.find(variable)};
while (extraPos != std::string::npos) {
if (extraPos != std::string::npos) {
bool invalidEntry {false};
bool isQuoted {false};
std::string extraName;
std::string extraValue;
size_t equalPos {command.find("=", extraPos)};
if (equalPos == std::string::npos)
invalidEntry = true;
if (!invalidEntry && extraPos + variable.length() + 1 >= command.size())
invalidEntry = true;
if (!invalidEntry) {
if (command.length() > equalPos && command[equalPos + 1] == '\"')
isQuoted = true;
extraName = command.substr(extraPos + variable.length(),
equalPos - (extraPos + variable.length() + 1));
if (isQuoted) {
const size_t closeQuotePos {command.find("\"", equalPos + 2)};
if (closeQuotePos != std::string::npos)
extraValue =
command.substr(equalPos + 2, closeQuotePos - (equalPos + 2));
else
invalidEntry = true;
}
else {
const size_t spacePos {command.find(" ", extraPos)};
if (spacePos != std::string::npos)
extraValue = command.substr(equalPos + 1, spacePos - (equalPos + 1));
else
extraValue = command.substr(equalPos + 1, command.size() - equalPos);
}
if (invalidEntry) {
LOG(LogError)
<< "Invalid entry in systems configuration file es_systems.xml";
LOG(LogError) << "Raw emulator launch command:";
LOG(LogError) << commandRaw;
window->queueInfoPopup("ERROR: INVALID ENTRY IN SYSTEMS CONFIGURATION FILE",
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
return;
}
if (extraName != "" && extraValue != "") {
if (variable == "%EXTRA_")
androidExtrasString[extraName] = extraValue;
else if (variable == "%EXTRABOOL_")
androidExtrasBool[extraName] = extraValue;
}
}
}
extraPos = command.find(variable, extraPos + 1);
}
}
if (command.find("%ACTIVITY_CLEAR_TASK%") != std::string::npos)
androidActivityFlags.emplace_back("%ACTIVITY_CLEAR_TASK%");
if (command.find("%ACTIVITY_CLEAR_TOP%") != std::string::npos)
androidActivityFlags.emplace_back("%ACTIVITY_CLEAR_TOP%");
if (command.find("%ACTIVITY_NO_HISTORY%") != std::string::npos)
androidActivityFlags.emplace_back("%ACTIVITY_NO_HISTORY%");
#endif
#if defined(_WIN64)
command = Utils::String::replace(
command, "%ESPATH%", Utils::String::replace(Utils::FileSystem::getExePath(), "/", "\\"));
command = Utils::String::replace(command, "%EMUDIR%",
Utils::FileSystem::getEscapedPath(Utils::FileSystem::getParent(
Utils::String::replace(emulator.first, "\"", ""))));
command = Utils::String::replace(command, "%GAMEDIR%",
Utils::FileSystem::getEscapedPath(Utils::FileSystem::getParent(
Utils::String::replace(romPath, "\"", ""))));
command = Utils::String::replace(
command, "%GAMEDIRRAW%",
Utils::String::replace(
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\"", "")), "/", "\\"));
#else
command = Utils::String::replace(command, "%ESPATH%", Utils::FileSystem::getExePath());
command = Utils::String::replace(command, "%EMUDIR%",
Utils::FileSystem::getEscapedPath(Utils::FileSystem::getParent(
Utils::String::replace(emulator.first, "\\", ""))));
command = Utils::String::replace(command, "%GAMEDIR%",
Utils::FileSystem::getEscapedPath(Utils::FileSystem::getParent(
Utils::String::replace(romPath, "\\", ""))));
command = Utils::String::replace(
command, "%GAMEDIRRAW%",
Utils::FileSystem::getParent(Utils::String::replace(romPath, "\\", "")));
#endif
// Trim any leading and trailing whitespace characters as they could cause launch issues.
command = Utils::String::trim(command);
// swapBuffers() is called here to turn the screen black to eliminate some potential
// flickering and to avoid showing the game launch message briefly when returning
// from the game.
if (!runInBackground)
Renderer::getInstance()->swapBuffers();
Scripting::fireEvent("game-start", romPath, getSourceFileData()->metadata.get("name"),
getSourceFileData()->getSystem()->getName(),
getSourceFileData()->getSystem()->getFullName());
int returnValue {0};
LOG(LogDebug) << "Raw emulator launch command:";
LOG(LogDebug) << commandRaw;
#if defined(__ANDROID__)
LOG(LogInfo) << "Expanded emulator launch arguments:";
LOG(LogInfo) << "Package: " << androidPackage;
if (androidActivity != "") {
LOG(LogInfo) << "Activity: " << androidActivity;
}
if (androidAction != "") {
LOG(LogInfo) << "Action: " << androidAction;
}
if (androidCategory != "") {
LOG(LogInfo) << "Category: " << androidCategory;
}
if (androidMimeType != "") {
LOG(LogInfo) << "MIME type: " << androidMimeType;
}
if (androidData != "") {
LOG(LogInfo) << "Data: " << androidData;
}
for (auto& extra : androidExtrasString) {
LOG(LogInfo) << "Extra name: " << extra.first;
LOG(LogInfo) << "Extra value: " << extra.second;
}
for (auto& extra : androidExtrasBool) {
LOG(LogInfo) << "Extra bool name: " << extra.first;
LOG(LogInfo) << "Extra bool value: " << extra.second;
}
#else
LOG(LogInfo) << "Expanded emulator launch command:";
LOG(LogInfo) << command;
#endif
#if defined(FLATPAK_BUILD)
// Break out of the sandbox.
command = "flatpak-spawn --host " + command;
#endif
// Flush the log buffer to es_log.txt, otherwise game launch logging will only be written
// once we have returned from the game.
if (!runInBackground) {
Log::flush();
}
// Possibly keep ES-DE running in the background while the game is launched.
#if defined(_WIN64)
returnValue = Utils::Platform::launchGameWindows(
Utils::String::stringToWideString(command),
Utils::String::stringToWideString(startDirectory), runInBackground, hideWindow);
#elif defined(__ANDROID__)
returnValue = Utils::Platform::Android::launchGame(
androidPackage, androidActivity, androidAction, androidCategory, androidMimeType,
androidData, romRaw, androidExtrasString, androidExtrasBool, androidActivityFlags);
#else
returnValue = Utils::Platform::launchGameUnix(command, startDirectory, runInBackground);
#endif
// Notify the user in case of a failed game launch using a popup window.
if (returnValue != 0) {
LOG(LogWarning) << "Launch terminated with nonzero return value " << returnValue;
window->queueInfoPopup("ERROR LAUNCHING GAME '" +
Utils::String::toUpper(metadata.get("name")) + "' (ERROR CODE " +
Utils::String::toUpper(std::to_string(returnValue) + ")"),
6000);
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
}
else {
// Stop showing the game launch notification.
window->stopInfoPopup();
#if defined(_WIN64)
// If the RunInBackground setting has been enabled or if the %RUNINBACKGROUND% variable has
// been set for the specific launch command, then block the video player, stop scrolling
// game names and descriptions and keep the screensaver from getting activated.
if (runInBackground)
window->setLaunchedGame(true);
else
// Normalize deltaTime so that the screensaver does not start immediately
// when returning from the game.
window->normalizeNextUpdate();
#else
// For some game systems we need to keep ES-DE running while the game is launched.
// This blocks the video player, stops the scrolling of game names and descriptions and
// keeps the screensaver from getting activated.
if (runInBackground)
window->setLaunchedGame(true);
// Normalize deltaTime so that the screensaver does not start immediately
// when returning from the game.
window->normalizeNextUpdate();
#endif
}
// If running in the background then don't trigger the game-end event, which will instead be
// triggered in ViewController when manually waking up the application.
if (!runInBackground) {
Scripting::fireEvent("game-end", romPath, getSourceFileData()->metadata.get("name"),
getSourceFileData()->getSystem()->getName(),
getSourceFileData()->getSystem()->getFullName());
}
else {
std::vector<std::string>& gameEndParams {window->getGameEndEventParams()};
gameEndParams.emplace_back("game-end");
gameEndParams.emplace_back(romPath);
gameEndParams.emplace_back(getSourceFileData()->metadata.get("name"));
gameEndParams.emplace_back(getSourceFileData()->getSystem()->getName());
gameEndParams.emplace_back(getSourceFileData()->getSystem()->getFullName());
}
// Unless we're running in the background while the game is launched, re-enable the text
// scrolling that was disabled in ViewController.
if (!runInBackground) {
window->setAllowTextScrolling(true);
window->setAllowFileAnimation(true);
}
// Update number of times the game has been launched.
FileData* gameToUpdate {getSourceFileData()};
int timesPlayed {gameToUpdate->metadata.getInt("playcount") + 1};
gameToUpdate->metadata.set("playcount", std::to_string(static_cast<long long>(timesPlayed)));
// Update last played time.
gameToUpdate->metadata.set("lastplayed", Utils::Time::DateTime(Utils::Time::now()));
// If the cursor is on a folder then a folder link must have been configured, so set the
// lastplayed timestamp for this folder to the same as the launched game.
FileData* cursor {
ViewController::getInstance()->getGamelistView(gameToUpdate->getSystem())->getCursor()};
if (cursor->getType() == FOLDER)
cursor->metadata.set("lastplayed", gameToUpdate->metadata.get("lastplayed"));
// If the parent is a folder and it's not the root of the system, then update its lastplayed
// timestamp to the same time as the game that was just launched.
if (gameToUpdate->getParent()->getType() == FOLDER &&
gameToUpdate->getParent()->getName() != gameToUpdate->getSystem()->getFullName()) {
gameToUpdate->getParent()->metadata.set("lastplayed",
gameToUpdate->metadata.get("lastplayed"));
}
CollectionSystemsManager::getInstance()->refreshCollectionSystems(gameToUpdate);
gameToUpdate->mSystem->onMetaDataSavePoint();
}
const std::pair<std::string, FileData::findEmulatorResult> FileData::findEmulator(
std::string& command, const bool preCommand)
{
// Extract the emulator executable from the launch command string. There are two ways
// that the emulator can be defined in es_systems.xml, either using the find rules in
// es_find_rules.xml or via the explicit emulator name. In the former case, we
// need to process any configured systempath and staticpath rules (and for Windows also
// winregistrypath and winregistryvalue rules), and in the latter case we simply search
// for the emulator in the system path.
std::string emuExecutable;
std::string exePath;
// Method 1, emulator is defined using find rules:
#if defined(_WIN64)
std::vector<std::string> emulatorWinRegistryPaths;
std::vector<std::string> emulatorWinRegistryValues;
#endif
#if defined(__ANDROID__)
std::vector<std::string> emulatorAndroidPackages;
#endif
std::vector<std::string> emulatorSystemPaths;
std::vector<std::string> emulatorStaticPaths;
std::string emulatorEntry;
size_t startPos {0};
size_t endPos {0};
if (preCommand) {
if ((startPos = command.find("%PRECOMMAND_")) != std::string::npos) {
endPos = command.find("%", startPos + 1);
if (endPos != std::string::npos)
emulatorEntry = command.substr(startPos + 12, endPos - startPos - 12);
}
}
else {
if ((startPos = command.find("%EMULATOR_")) != std::string::npos) {
endPos = command.find("%", startPos + 1);
if (endPos != std::string::npos)
emulatorEntry = command.substr(startPos + 10, endPos - startPos - 10);
}
}
if (emulatorEntry != "") {
#if defined(_WIN64)
emulatorWinRegistryPaths =
SystemData::sFindRules.get()->mEmulators[emulatorEntry].winRegistryPaths;
emulatorWinRegistryValues =
SystemData::sFindRules.get()->mEmulators[emulatorEntry].winRegistryValues;
#endif
#if defined(__ANDROID__)
emulatorAndroidPackages =
SystemData::sFindRules.get()->mEmulators[emulatorEntry].androidPackages;
#endif
emulatorSystemPaths = SystemData::sFindRules.get()->mEmulators[emulatorEntry].systemPaths;
emulatorStaticPaths = SystemData::sFindRules.get()->mEmulators[emulatorEntry].staticPaths;
}
// Error handling in case of no emulator find rule.
#if defined(_WIN64)
if (emulatorEntry != "" && emulatorWinRegistryPaths.empty() &&
emulatorWinRegistryValues.empty() && emulatorSystemPaths.empty() &&
emulatorStaticPaths.empty())
#elif defined(__ANDROID__)
if (emulatorEntry != "" && emulatorAndroidPackages.empty() && emulatorSystemPaths.empty() &&
emulatorStaticPaths.empty())
#else
if (emulatorEntry != "" && emulatorSystemPaths.empty() && emulatorStaticPaths.empty())
#endif
return std::make_pair(emulatorEntry, FileData::findEmulatorResult::NO_RULES);
#if defined(_WIN64)
for (std::string& path : emulatorWinRegistryPaths) {
// Search for the emulator using the App Paths keys in the Windows Registry.
const std::string& registryKeyPath {
"SOFTWARE\\Microsoft\\Windows\\CurrentVersion\\App Paths\\" + path};
HKEY registryKey;
LSTATUS keyStatus {-1};
LSTATUS pathStatus {-1};
std::wstring registryPath(1024, 0);
DWORD pathSize {1024};
// First look in HKEY_CURRENT_USER.
keyStatus = RegOpenKeyExW(HKEY_CURRENT_USER,
Utils::String::stringToWideString(registryKeyPath).c_str(), 0,
KEY_QUERY_VALUE, &registryKey);
// If not found, then try in HKEY_LOCAL_MACHINE.
if (keyStatus != ERROR_SUCCESS) {
keyStatus = RegOpenKeyExW(HKEY_LOCAL_MACHINE,
Utils::String::stringToWideString(registryKeyPath).c_str(), 0,
KEY_QUERY_VALUE, &registryKey);
}
// If the key exists, then try to retrieve its default value.
if (keyStatus == ERROR_SUCCESS) {
pathStatus = RegGetValue(registryKey, nullptr, nullptr, RRF_RT_REG_SZ, nullptr,
&registryPath[0], &pathSize);
registryPath.erase(std::find(registryPath.begin(), registryPath.end(), '\0'),
registryPath.end());
}
else {
RegCloseKey(registryKey);
continue;
}
// That a value was found does not guarantee that the emulator actually exists, so
// check for that as well.
if (pathStatus == ERROR_SUCCESS) {
if (Utils::FileSystem::isRegularFile(Utils::String::wideStringToString(registryPath)) ||
Utils::FileSystem::isSymlink(Utils::String::wideStringToString(registryPath))) {
LOG(LogDebug) << "FileData::findEmulator(): "
<< (preCommand ? "Pre-command" : "Emulator")
<< " found via winregistrypath rule";
exePath = Utils::FileSystem::getEscapedPath(
Utils::String::wideStringToString(registryPath));
command.replace(startPos, endPos - startPos + 1, exePath);
RegCloseKey(registryKey);
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
}
RegCloseKey(registryKey);
}
for (std::string& value : emulatorWinRegistryValues) {
// If the pipe character is found, then the string following this should be appended
// to the key value, assuming the key is found.
std::string appendString;
const size_t pipePos {value.find('|')};
if (pipePos != std::string::npos) {
appendString = value.substr(pipePos + 1, std::string::npos);
value = value.substr(0, pipePos);
}
// Search for the defined value in the Windows Registry.
const std::string& registryValueKey {
Utils::String::replace(Utils::FileSystem::getParent(value), "/", "\\")};
const std::string& registryValue {Utils::FileSystem::getFileName(value)};
HKEY registryKey;
LSTATUS keyStatus {-1};
LSTATUS pathStatus {-1};
std::wstring path(1024, 0);
DWORD pathSize {1024};
// First look in HKEY_CURRENT_USER.
keyStatus = RegOpenKeyExW(HKEY_CURRENT_USER,
Utils::String::stringToWideString(registryValueKey).c_str(), 0,
KEY_QUERY_VALUE, &registryKey);
// If not found, then try in HKEY_LOCAL_MACHINE.
if (keyStatus != ERROR_SUCCESS) {
keyStatus = RegOpenKeyExW(HKEY_LOCAL_MACHINE,
Utils::String::stringToWideString(registryValueKey).c_str(),
0, KEY_QUERY_VALUE, &registryKey);
}
// If the key exists, then try to retrieve the defined value.
if (keyStatus == ERROR_SUCCESS) {
pathStatus = RegGetValueW(registryKey, nullptr,
Utils::String::stringToWideString(registryValue).c_str(),
RRF_RT_REG_SZ, nullptr, &path[0], &pathSize);
path.erase(std::find(path.begin(), path.end(), '\0'), path.end());
}
else {
RegCloseKey(registryKey);
continue;
}
if (path.empty()) {
RegCloseKey(registryKey);
continue;
}
if (!appendString.empty())
path.append(Utils::String::stringToWideString(appendString));
// That a value was found does not guarantee that the emulator actually exists,
// so check for that as well.
if (pathStatus == ERROR_SUCCESS) {
if (Utils::FileSystem::isRegularFile(Utils::String::wideStringToString(path)) ||
Utils::FileSystem::isSymlink(Utils::String::wideStringToString(path))) {
LOG(LogDebug) << "FileData::findEmulator(): "
<< (preCommand ? "Pre-command" : "Emulator")
<< " found via winregistryvalue rule";
exePath =
Utils::FileSystem::getEscapedPath(Utils::String::wideStringToString(path));
command.replace(startPos, endPos - startPos + 1, exePath);
RegCloseKey(registryKey);
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
}
RegCloseKey(registryKey);
}
#endif
#if defined(__ANDROID__)
for (std::string& androidpackage : emulatorAndroidPackages) {
// If a forward slash character is present in the androidpackage entry it means an explicit
// Intent activity should be used rather than the default one. The checkEmulatorInstalled()
// Java function will check for the activity as well and if it's not found it flags the
// overall emulator entry as not found.
std::string packageName {androidpackage};
std::string activity;
size_t separatorPos {packageName.find('/')};
if (separatorPos != std::string::npos) {
activity = packageName.substr(separatorPos + 1);
packageName = packageName.substr(0, separatorPos);
}
if (Utils::Platform::Android::checkEmulatorInstalled(packageName, activity)) {
return std::make_pair(androidpackage,
FileData::findEmulatorResult::FOUND_ANDROID_PACKAGE);
}
}
#endif
for (std::string& path : emulatorSystemPaths) {
#if defined(_WIN64)
std::wstring pathWide {Utils::String::stringToWideString(path)};
// Search for the emulator using the PATH environment variable.
DWORD size {SearchPathW(nullptr, pathWide.c_str(), L".exe", 0, nullptr, nullptr)};
if (size) {
std::vector<wchar_t> pathBuffer(static_cast<size_t>(size) + 1);
wchar_t* fileName {nullptr};
SearchPathW(nullptr, pathWide.c_str(), L".exe", size + 1, pathBuffer.data(), &fileName);
std::wstring pathString {pathBuffer.data()};
if (pathString.length()) {
exePath = Utils::String::wideStringToString(
pathString.substr(0, pathString.size() - std::wstring(fileName).size()));
exePath.pop_back();
}
}
if (exePath != "") {
LOG(LogDebug) << "FileData::findEmulator(): "
<< (preCommand ? "Pre-command" : "Emulator")
<< " found via systempath rule";
exePath += "\\" + path;
exePath = Utils::FileSystem::getEscapedPath(exePath);
command.replace(startPos, endPos - startPos + 1, exePath);
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
#else
exePath = Utils::FileSystem::getPathToBinary(path);
if (exePath != "") {
LOG(LogDebug) << "FileData::findEmulator(): "
<< (preCommand ? "Pre-command" : "Emulator")
<< " found via systempath rule";
exePath += "/" + path;
command.replace(startPos, endPos - startPos + 1, exePath);
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
#endif
}
for (std::string& path : emulatorStaticPaths) {
// If a pipe character is present in the staticpath entry it means we should substitute
// the emulator with whatever is defined after the pipe character.
std::string replaceCommand;
const size_t pipePos {path.find('|')};
if (pipePos != std::string::npos) {
replaceCommand = path.substr(pipePos + 1);
path = path.substr(0, pipePos);
}
path = Utils::FileSystem::expandHomePath(path);
// If %ESPATH% is used for the rule, then expand it to the binary directory of ES-DE.
path = Utils::String::replace(path, "%ESPATH%", Utils::FileSystem::getExePath());
// Likewise for the %ROMPATH% variable which expands to the configured ROM directory.
path = Utils::String::replace(path, "%ROMPATH%", getROMDirectory());
// Find the first matching file if a wildcard was used for the emulator entry.
if (path.find('*') != std::string::npos) {
#if defined(_WIN64)
Utils::FileSystem::StringList files {
Utils::FileSystem::getMatchingFiles(Utils::String::replace(path, "\\", "/"))};
if (files.size() > 0)
path = Utils::String::replace(files.front(), "/", "\\");
#else
Utils::FileSystem::StringList files {Utils::FileSystem::getMatchingFiles(path)};
if (files.size() > 0)
path = files.front();
#endif
}
if (Utils::FileSystem::isRegularFile(path) || Utils::FileSystem::isSymlink(path)) {
LOG(LogDebug) << "FileData::findEmulator(): "
<< (preCommand ? "Pre-command" : "Emulator")
<< " found via staticpath rule";
if (replaceCommand == "") {
exePath = Utils::FileSystem::getEscapedPath(path);
}
else {
LOG(LogDebug) << "FileData::findEmulator(): Replacing emulator in "
"staticpath rule with explicitly defined command";
exePath = replaceCommand;
}
command.replace(startPos, endPos - startPos + 1, exePath);
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
}
// Method 2, exact emulator name:
// If %ESPATH% is used, then expand it to the binary directory of ES-DE.
command = Utils::String::replace(command, "%ESPATH%", Utils::FileSystem::getExePath());
// If the first character is a quotation mark, then we need to extract up to the
// next quotation mark, otherwise we'll only extract up to the first space character.
if (command.front() == '\"') {
const std::string& emuTemp {command.substr(1, std::string::npos)};
emuExecutable = emuTemp.substr(0, emuTemp.find('"'));
}
else {
emuExecutable = command.substr(0, command.find(' '));
}
if (emuExecutable.find('*') != std::string::npos) {
Utils::FileSystem::StringList files {Utils::FileSystem::getMatchingFiles(emuExecutable)};
if (files.size() > 0) {
command = Utils::String::replace(command, emuExecutable, files.front());
emuExecutable = files.front();
}
}
#if defined(_WIN64)
std::wstring emuExecutableWide {Utils::String::stringToWideString(emuExecutable)};
// Search for the emulator using the PATH environment variable.
const DWORD size {
SearchPathW(nullptr, emuExecutableWide.c_str(), L".exe", 0, nullptr, nullptr)};
if (size) {
std::vector<wchar_t> pathBuffer(static_cast<size_t>(size) + 1);
wchar_t* fileName {nullptr};
SearchPathW(nullptr, emuExecutableWide.c_str(), L".exe", size + 1, pathBuffer.data(),
&fileName);
exePath = Utils::String::wideStringToString(pathBuffer.data());
}
#elif !defined(__ANDROID__)
if (Utils::FileSystem::isRegularFile(emuExecutable) ||
Utils::FileSystem::isSymlink(emuExecutable)) {
exePath = Utils::FileSystem::getEscapedPath(emuExecutable);
}
else {
exePath =
Utils::FileSystem::getEscapedPath(Utils::FileSystem::getPathToBinary(emuExecutable));
if (exePath != "")
exePath += "/" + emuExecutable;
}
#endif
if (exePath.empty())
return std::make_pair("", FileData::findEmulatorResult::NOT_FOUND);
else
return std::make_pair(exePath, FileData::findEmulatorResult::FOUND_FILE);
}
CollectionFileData::CollectionFileData(FileData* file, SystemData* system)
: FileData(file->getSourceFileData()->getType(),
file->getSourceFileData()->getPath(),
file->getSourceFileData()->getSystemEnvData(),
system)
{
// We use this constructor to create a clone of the filedata, and change its system.
mSourceFileData = file->getSourceFileData();
mParent = nullptr;
metadata = mSourceFileData->metadata;
mSystemName = mSourceFileData->getSystem()->getName();
}
CollectionFileData::~CollectionFileData()
{
// Need to remove collection file data at the collection object destructor.
if (mParent)
mParent->removeChild(this);
mParent = nullptr;
}
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