/**
* @fn editTaskPrivate
*/
QueuedResult<bool> QueuedCorePrivateHelper::editTaskPrivate(QueuedProcess *_process,
const QVariantHash &_taskData,
const int _userId)
{
qCDebug(LOG_LIB) << "Edit task with ID" << _process->index() << "from" << _userId;
// modify record in database first
bool status = database()->modify(QueuedDB::TASKS_TABLE, _process->index(), _taskData);
if (!status) {
qCWarning(LOG_LIB) << "Could not modify task record" << _process->index()
<< "in database, do not edit it in memory";
return QueuedError("", QueuedEnums::ReturnStatus::Error);
}
// store modification
for (auto &field : _taskData.keys())
database()->add(QueuedDB::TASKS_MODS_TABLE,
{{"task", _process->index()},
{"time", QDateTime::currentDateTimeUtc().toString(Qt::ISODateWithMs)},
{"user", _userId},
{"field", field},
{"value", _taskData[field]}});
// modify values stored in memory
for (auto &property : _taskData.keys())
_process->setProperty(qPrintable(property), _taskData[property]);
// notify plugins
if (plugins())
emit(plugins()->interface()->onEditTask(_process->index(), _taskData));
return true;
}
FormGenAcceptResult FormGenRecordComposition::acceptsValueImpl(const QVariant &val) const
{
if( variantType(val) != QMetaType::QVariantHash )
return FormGenAcceptResult::reject({}, val);
QVariantHash hash = val.toHash();
QStringList valueStringList;
QSet<QString> processedTags;
for( const auto &elm : mElements ) {
auto elementAccepts = elm.element->acceptsValue(hash.value(elm.tag));
if( ! elementAccepts.acceptable ) {
QString path = elm.tag;
if( ! elementAccepts.path.isEmpty() )
path += QString("/%1").arg(elementAccepts.path);
return FormGenAcceptResult::reject(path, elementAccepts.value);
}
valueStringList.append(FormGenElement::keyStringValuePair(elm.tag, elementAccepts.valueString));
processedTags.insert(elm.tag);
}
QSet<QString> remainingTags = hash.keys().toSet() - processedTags;
if( ! remainingTags.isEmpty() )
return FormGenAcceptResult::reject(*remainingTags.cbegin(),
hash.value(*remainingTags.cbegin()));
return FormGenAcceptResult::accept(val, FormGenElement::objectString(valueStringList));
}
void ImageUploader::saveSettings(const QString &uploaderType, const QVariantHash &settings) {
auto globalSettings = ScreenshotManager::instance()->settings();
globalSettings->beginGroup("upload/" + uploaderType);
for (auto key : settings.keys()) {
globalSettings->setValue(key, settings[key]);
}
globalSettings->endGroup();
}
/**
* @fn dropAdminFields
*/
QVariantHash QueuedCorePrivateHelper::dropAdminFields(const QString &_table,
const QVariantHash &_payload)
{
qCDebug(LOG_LIB) << "Drop admin fields from" << _payload << "in table" << _table;
QVariantHash payload;
for (auto &key : _payload.keys()) {
if (QueuedDB::DBSchema[_table][key].adminField)
continue;
payload[key] = _payload[key];
}
return payload;
}
/**
* @fn loadPlugin
*/
bool QueuedPluginManager::loadPlugin(const QString &_name, const QVariantHash &_settings)
{
qCDebug(LOG_PL) << "Load plugin" << _name << "with settings" << _settings;
// check if it was loaded already then call QueuedPluginInterface::init()
if (m_plugins.contains(_name)) {
m_plugins[_name]->init(_settings);
m_plugins[_name]->setToken(m_token);
return true;
}
// normal load
QString libraryName = QString("lib%2.so").arg(_name);
// init plugin settings with valid keys
QVariantHash pluginSettings;
for (auto &key : _settings.keys())
pluginSettings[convertOptionName(key).first] = _settings[key];
for (auto &dir : pluginLocations()) {
if (!QDir(dir).entryList(QDir::Files).contains(libraryName))
continue;
// build plugin loader
QPluginLoader loader(QString("%1/%2").arg(dir).arg(libraryName), this);
qCInfo(LOG_PL) << "Loading" << loader.fileName();
// load plugin
QObject *plugin = loader.instance();
QueuedPluginInterface *item = nullptr;
if (loader.isLoaded())
item = qobject_cast<QueuedPluginInterface *>(plugin);
else
qCCritical(LOG_PL) << "Could not load the library for" << _name << "error"
<< loader.errorString();
if (item) {
m_plugins[_name] = item;
item->init(pluginSettings);
item->setToken(m_token);
item->setup(interface());
} else {
qCCritical(LOG_PL) << "Could not cast plugin" << _name;
}
// do not try to load it from other paths
break;
}
return m_plugins.contains(_name);
}
bool RegisterFileTypeOperation::undoOperation()
{
#ifdef Q_OS_WIN
ensureOptionalArgumentsRead();
QStringList args = arguments();
if (!checkArgumentCount(2, 5, tr("Register File Type: Invalid arguments")))
return false;
bool allUsers = false;
PackageManagerCore *const core = packageManager();
if (core && core->value(scAllUsers) == scTrue)
allUsers = true;
QSettingsWrapper settings(QLatin1String(allUsers ? "HKEY_LOCAL_MACHINE" : "HKEY_CURRENT_USER")
, QSettingsWrapper::NativeFormat);
const QString classesProgId = QString::fromLatin1("Software/Classes/") + m_progId;
const QString classesFileType = QString::fromLatin1("Software/Classes/.%2").arg(args.at(0));
const QString classesApplications = QString::fromLatin1("Software/Classes/Applications/") + m_progId;
// Quoting MSDN here: When uninstalling an application, the ProgIDs and most other registry information
// associated with that application should be deleted as part of the uninstallation.However, applications
// that have taken ownership of a file type (by setting the Default value of the file type's
// HKEY...\.extension subkey to the ProgID of the application) should not attempt to remove that value
// when uninstalling. Leaving the data in place for the Default value avoids the difficulty of
// determining whether another application has taken ownership of the file type and overwritten the
// Default value after the original application was installed. Windows respects the Default value only
// if the ProgID found there is a registered ProgID. If the ProgID is unregistered, it is ignored.
// if the hive didn't change since we touched it
if (value(QLatin1String("newType")).toHash() == readHive(&settings, classesFileType)) {
// reset to the values we found
settings.remove(classesFileType);
settings.beginGroup(classesFileType);
const QVariantHash keyValues = value(QLatin1String("oldType")).toHash();
foreach (const QString &key, keyValues.keys())
settings.setValue(key, keyValues.value(key));
settings.endGroup();
} else {
/**
* @fn editUserPrivate
*/
QueuedResult<bool> QueuedCorePrivateHelper::editUserPrivate(QueuedUser *_user,
const QVariantHash &_userData)
{
qCDebug(LOG_LIB) << "Edit user with ID" << _user->index();
// modify record in database first
bool status = database()->modify(QueuedDB::USERS_TABLE, _user->index(), _userData);
if (!status) {
qCWarning(LOG_LIB) << "Could not modify user record" << _user->index()
<< "in database, do not edit it in memory";
return QueuedError("", QueuedEnums::ReturnStatus::Error);
}
// modify values stored in memory
for (auto &property : _userData.keys())
_user->setProperty(qPrintable(property), _userData[property]);
// notify plugins
if (plugins())
emit(plugins()->interface()->onEditUser(_user->index(), _userData));
return true;
}
qint64 HistoryManager::getRecord(const QLatin1String &table, const QVariantHash &values)
{
const QStringList keys = values.keys();
QStringList placeholders;
for (int i = 0; i < keys.count(); ++i)
{
placeholders.append(QString('?'));
}
QSqlQuery selectQuery(QSqlDatabase::database(QLatin1String("browsingHistory")));
selectQuery.prepare(QStringLiteral("SELECT \"id\" FROM \"%1\" WHERE \"%2\" = ?;").arg(table).arg(keys.join(QLatin1String("\" = ? AND \""))));
for (int i = 0; i < keys.count(); ++i)
{
selectQuery.bindValue(i, values[keys.at(i)]);
}
selectQuery.exec();
if (selectQuery.first())
{
return selectQuery.record().field(QLatin1String("id")).value().toLongLong();
}
QSqlQuery insertQuery(QSqlDatabase::database(QLatin1String("browsingHistory")));
insertQuery.prepare(QStringLiteral("INSERT INTO \"%1\" (\"%2\") VALUES(%3);").arg(table).arg(keys.join(QLatin1String("\", \""))).arg(placeholders.join(QLatin1String(", "))));
for (int i = 0; i < keys.count(); ++i)
{
insertQuery.bindValue(i, values[keys.at(i)]);
}
insertQuery.exec();
return insertQuery.lastInsertId().toULongLong();
}
void WebPage::saveSettings()
{
QVariantHash config = m_config->saveSettings();
for (auto key : config.keys())
m_configuration[key] = config[key];
}
/*!
Validates the specified parameter \a hash by the set rules.
As default, TF::Required is set for all parameters. If not required,
set the rule to \a false like this:
setRule("xxx", Tf::Required, false);
*/
bool TFormValidator::validate(const QVariantHash &hash)
{
errors.clear();
// Add default rules, Tf::Required.
QString msg = Tf::app()->validationErrorMessage(Tf::Required);
for (QStringListIterator i(hash.keys()); i.hasNext(); ) {
const QString &k = i.next();
if (!containsRule(k, Tf::Required)) {
rules.append(RuleEntry(k, (int)Tf::Required, true, msg));
}
}
for (QListIterator<RuleEntry> i(rules); i.hasNext(); ) {
const RuleEntry &r = i.next();
QString str = hash.value(r.key).toString(); // value string
if (str.isEmpty()) {
bool req = r.value.toBool();
if (r.rule == Tf::Required && req) {
tSystemDebug("validation error: required parameter is empty, key:%s", qPrintable(r.key));
errors << qMakePair(r.key, r.rule);
}
} else {
bool ok1, ok2;
tSystemDebug("validating key:%s value: %s", qPrintable(r.key), qPrintable(str));
switch (r.rule) {
case Tf::Required:
break;
case Tf::MaxLength: {
int max = r.value.toInt(&ok2);
if (!ok2 || str.length() > max) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::MinLength: {
int min = r.value.toInt(&ok2);
if (!ok2 || str.length() < min) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::IntMax: {
qint64 n = str.toLongLong(&ok1);
qint64 max = r.value.toLongLong(&ok2);
if (!ok1 || !ok2 || n > max) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::IntMin: {
qint64 n = str.toLongLong(&ok1);
qint64 min = r.value.toLongLong(&ok2);
if (!ok1 || !ok2 || n < min) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::DoubleMax: {
double n = str.toDouble(&ok1);
double max = r.value.toLongLong(&ok2);
if (!ok1 || !ok2 || n > max) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::DoubleMin: {
double n = str.toDouble(&ok1);
double min = r.value.toDouble(&ok2);
if (!ok1 || !ok2 || n < min) {
errors << qMakePair(r.key, r.rule);
}
break; }
case Tf::EmailAddress: { // refer to RFC5321
if ( r.value.toBool() ) {
QRegExp reg("^" ADDR_SPEC "$");
if (!reg.exactMatch(str)) {
errors << qMakePair(r.key, r.rule);
}
}
break; }
case Tf::Url: {
if ( r.value.toBool() ) {
QUrl url(str, QUrl::StrictMode);
if (!url.isValid()) {
errors << qMakePair(r.key, r.rule);
}
}
break; }
case Tf::Date: {
if ( r.value.toBool() ) {
QDate date = QLocale().toDate(str, dateFormat());
if (!date.isValid()) {
errors << qMakePair(r.key, r.rule);
tSystemDebug("Validation error: Date format: %s", qPrintable(dateFormat()));
}
}
break; }
case Tf::Time: {
if ( r.value.toBool() ) {
QTime time = QLocale().toTime(str, timeFormat());
if (!time.isValid()) {
errors << qMakePair(r.key, r.rule);
tSystemDebug("Validation error: Time format: %s", qPrintable(timeFormat()));
}
}
break; }
case Tf::DateTime: {
if ( r.value.toBool() ) {
QDateTime dt = QLocale().toDateTime(str, dateTimeFormat());
if (!dt.isValid()) {
errors << qMakePair(r.key, r.rule);
tSystemDebug("Validation error: DateTime format: %s", qPrintable(dateTimeFormat()));
}
}
break; }
case Tf::Pattern: {
QRegExp rx = r.value.toRegExp();
if (rx.isEmpty() || !rx.exactMatch(str)) {
errors << qMakePair(r.key, r.rule);
}
break; }
default:
tSystemError("Internal Error, invalid rule: %d [%s:%d]", r.rule, __FILE__, __LINE__);
break;
}
}
}
return errors.isEmpty();
}
