EncryptioNgSimliteDecryptor::EncryptioNgSimliteDecryptor(const Account &account, EncryptionProvider *provider, QObject *parent) :
Decryptor(provider, parent), MyAccount(account)
{
connect(KeysManager::instance(), SIGNAL(keyAdded(Key)), this, SLOT(keyUpdated(Key)));
connect(KeysManager::instance(), SIGNAL(keyUpdated(Key)), this, SLOT(keyUpdated(Key)));
connect(KeysManager::instance(), SIGNAL(keyRemoved(Key)), this, SLOT(keyUpdated(Key)));
updateKey();
}
void TrackInfoObject::setKeys(Keys keys) {
QMutexLocker lock(&m_qMutex);
setDirty(true);
m_keys = keys;
// Might be INVALID. We don't care.
mixxx::track::io::key::ChromaticKey newKey = m_keys.getGlobalKey();
lock.unlock();
emit(keyUpdated(KeyUtils::keyToNumericValue(newKey)));
emit(keysUpdated());
}
void TrackInfoObject::setKey(mixxx::track::io::key::ChromaticKey key,
mixxx::track::io::key::Source source) {
QMutexLocker lock(&m_qMutex);
bool dirty = false;
if (key == mixxx::track::io::key::INVALID) {
m_keys = Keys();
dirty = true;
} else if (m_keys.getGlobalKey() != key) {
m_keys = KeyFactory::makeBasicKeys(key, source);
}
if (dirty) {
setDirty(true);
}
// Might be INVALID. We don't care.
mixxx::track::io::key::ChromaticKey newKey = m_keys.getGlobalKey();
lock.unlock();
emit(keyUpdated(KeyUtils::keyToNumericValue(newKey)));
emit(keysUpdated());
}
void TrackInfoObject::setKeyText(QString key,
mixxx::track::io::key::Source source) {
QMutexLocker lock(&m_qMutex);
Keys newKeys = KeyFactory::makeBasicKeysFromText(key, source);
// We treat this as dirtying if it is parsed to a different key or if we
// fail to parse the key, if the text value is different from the current
// text value.
bool dirty = newKeys.getGlobalKey() != m_keys.getGlobalKey() ||
(newKeys.getGlobalKey() == mixxx::track::io::key::INVALID &&
newKeys.getGlobalKeyText() != m_keys.getGlobalKeyText());
if (dirty) {
m_keys = newKeys;
setDirty(true);
// Might be INVALID. We don't care.
mixxx::track::io::key::ChromaticKey newKey = m_keys.getGlobalKey();
lock.unlock();
emit(keyUpdated(KeyUtils::keyToNumericValue(newKey)));
emit(keysUpdated());
}
}
EncryptioNgSimliteDecryptor::~EncryptioNgSimliteDecryptor()
{
disconnect(KeysManager::instance(), SIGNAL(keyAdded(Key)), this, SLOT(keyUpdated(Key)));
disconnect(KeysManager::instance(), SIGNAL(keyUpdated(Key)), this, SLOT(keyUpdated(Key)));
disconnect(KeysManager::instance(), SIGNAL(keyRemoved(Key)), this, SLOT(keyUpdated(Key)));
}