#include "udiskdatarestoreproxy.h" #include #include #include #include #include #include #include "../common/utils.h" #include "mymountproxy.h" IMPLEMENT_DYNCREATE(UDiskDataRestoreProxy) /** * @brief 构造函数 */ UDiskDataRestoreProxy::UDiskDataRestoreProxy() { m_bSuccess = false; m_isFinished = false; m_p = nullptr; } /** * @brief 析构函数 */ UDiskDataRestoreProxy::~UDiskDataRestoreProxy() { delete m_p; } /** * @brief 环境检测 * @return false,检测失败;true,检测成功 */ bool UDiskDataRestoreProxy::checkEnvEx() { qDebug() << "UDiskDataRestoreProxy::checkEnvEx invoke begin"; // 1、检测.user.txt是否存在 m_userFile = m_backupWrapper.m_prefixDestPath + BACKUP_SNAPSHOTS_PATH + "/" + m_backupWrapper.m_uuid + "/" + PATHS_USER_FILE; if (!Utils::filsExists(m_userFile)) { qCritical(".user.txt文件不存在"); emit checkResult(int(BackupResult::WRITE_BACKUP_PATHS_TO_USER_FAILED)); return false; } // 2、检测.exclude.user.txt是否存在 m_excludeUserFile = m_backupWrapper.m_prefixDestPath + BACKUP_SNAPSHOTS_PATH + "/" + m_backupWrapper.m_uuid + "/" + EXCLUDE_PATHS_USER_FILE; if (!Utils::filsExists(m_excludeUserFile)) { qCritical(".exclude.user.txt文件不存在"); emit checkResult(int(BackupResult::WRITE_EXCLUDE_BACKUP_PATHS_TO_USER_FAILED)); return false; } // 3、检测还原点是否存在 m_backupPath = m_backupWrapper.m_prefixDestPath + BACKUP_SNAPSHOTS_PATH + "/" + m_backupWrapper.m_uuid + "/data"; if (Utils::isDirEmpty(m_backupPath)) { qCritical("还原点{uuid}/data目录不存在"); emit checkResult(int(BackupResult::INC_NOT_FOUND_DIR)); return false; } // 4、检测xml中的还原点是否还存在 QString xmlPath = Utils::getSysRootPath() + BACKUP_XML_PATH; xmlPath.replace("//", "/"); ParseBackupList parse(xmlPath); m_backupPoint = parse.findBackupPointByUuid(m_backupWrapper.m_uuid); if (m_backupPoint.m_uuid.isEmpty()) { qCritical("xml中还原点不存在"); emit checkResult(int(BackupResult::INC_NOT_FOUND_DIR)); return false; } emit checkResult(int(BackupResult::CHECK_ENV_SUCCESS)); qDebug() << "UDiskDataRestoreProxy::checkEnvEx invoke end"; return true; } /** * @brief 执行还原逻辑 */ void UDiskDataRestoreProxy::doWorkEx() { qDebug() << "UDiskDataRestoreProxy::doWorkEx invoke begin"; // 1、校验 if (!checkEnvEx()) return ; // 2、还原数据 restoreData(); qDebug() << "UDiskDataRestoreProxy::doWorkEx invoke end"; } /** * @brief 根据场景获取rsync命令参数 * @param scene,场景 * @return 组装好的rsync的参数信息 */ QStringList UDiskDataRestoreProxy::getRsyncArgs(DataRestoreScene scene) { QStringList args; args << "-avAHXr"; args << "--info=progress2"; args << "--no-inc-recursive"; args << "--ignore-missing-args"; args << "--delete"; switch (scene) { case DataRestoreScene::DATA_RESTORE : args << "--files-from" << m_userFile; break ; default: return args; } return args; } /** * @brief 数据还原 */ void UDiskDataRestoreProxy::restoreData() { QStringList args = getRsyncArgs(DataRestoreScene::DATA_RESTORE); m_srcPath = m_backupPath; QString destPath = Utils::getSysRootPath(); destPath.replace("//", "/"); args << m_srcPath + "/"; args << destPath + "/"; m_p = new RsyncPathToDirProcess(this); connect(m_p, &RsyncPathToDirProcess::progress, this, &UDiskDataRestoreProxy::progress); connect(m_p, &RsyncPathToDirProcess::finished, this, [&](bool result) { m_bSuccess = result; m_isFinished = true; if (result) { QString time = QDateTime::currentDateTime().toString("yy-MM-dd hh:mm:ss"); Utils::writeBackupLog(time + "," + m_backupWrapper.m_uuid + "," + QString::number(m_backupWrapper.m_type) + ",,," + QString::number(m_backupWrapper.m_frontUid)+ "," + m_backupPoint.m_backupName); } emit this->workResult(result); }); QTimer::singleShot(1*1000, this, &UDiskDataRestoreProxy::checkUdiskExists); m_isFinished = false; m_bSuccess = false; m_p->start(args, false); } /** * @brief 监控移动设备是否还在 * @return true-在;false-不在 */ bool UDiskDataRestoreProxy::checkUdiskExists() { if (!m_isFinished) { if (Utils::isDirEmpty(m_backupPath) && m_p != nullptr) m_p->stop(); else QTimer::singleShot(1*1000, this, &UDiskDataRestoreProxy::checkUdiskExists); } return true; }