![]() You can back up preferences including accessibility passwords, language, and other Windows settings. Windows will remember the apps you have installed and help you restore them from Microsoft Store on your new devices. This setting is not available for work or school accounts, and Windows does not remember your apps for work or school accounts. Turn on OneDrive folder syncing to start backing up your files and folders right from Settings. This setting is not available for work or school accounts. To turn on Windows backup and choose your backup settings, select Start > Settings > Accounts > Windows backup. This is a Windows driver for the Greenphone's serial_fd gadget.When Windows backup is turned on, Windows backs up the settings you choose across all your Windows 11 devices that you've signed in to with your Microsoft account. See Use a TCP/IP Connection for more information. Qt Extended Sync Agent also contains support for a TCP/IP link. ![]() See Use a Serial Connection for more information. It supports proper COM ports and the broken COM port implementation used by the Greenphone USB serial driver. This class implements QDLinkPlugin and exposes the USB driver as a QIODevice to the QCop Connection. It uses the qdsync Protocol over a QIODevice. This class implements QDConPlugin and serializes QCop messages for transmission. A QDClientSyncPluginFactory is used so that one Qtopia4Sync instance can be created for each dataset that the device supports. This class implements QDClientSyncPlugin and converts to QCop messages. They communicate to Outlook via the Outlook Object Model (OOM) although the Messaging API (MAPI) is used in some places to avoid security dialogs. The Outlook plugins are instaces of QDServerSyncPlugin. Qt Extended Sync Agent runs on the Windows PC. Note that Qt Extended does not provide a Windows driver for the Linux net_fd gadget. The Greenphone also supports the Linux 2.4 net_fd gadget which works well with Linux PCs. Synchronization also contains support for TCP/IP. This class exposes the USB serial driver as a QIODevice for the QCop Bridge. This class serializes QCop messages for transmission. It also performs device-specific house keeping such as recording the sync anchors. This class converts from QCop messages to the Qtopia4SyncPlugin API. A Qtopia4SyncPluginFactory is used so that a single plugin file can contain all of the PIM plugins. The PIM plugins are instaces of Qtopia4SyncPlugin. The Synchronization application runs on Qt Extended. The components of the Remote Engine are examined in more detail below. The underlying driver is exposed as a QIODevice which carries the messages. The plugin interface is remoted using QCop messages which are serialized onto a stream. A simplified overview of these components is given below.Īs you can see the components on each machine are roughly the same. It consists of a combination of hardware, software and drivers but these do not matter to the high level synchronization process. See Add a new device plugin and Add a new desktop plugin for how to add a plugin. See Datasets for the datasets that are supported by the reference implementation. This is defined separately for each dataset. The plugins are responsible for converting the data into a common format. The reference implementation provides plugins for Qt Extended PIM and Outlook. Overviewįrom a high level, Desktop Synchronization is made up of client and server plugins that communicate their changes to the Sync Manager which handles conflicts and passes on the merged data. It will also require building the Qt Extended Sync Agent. A complete Desktop Synchronization solution will require some device-specific code and may involve writing device drivers. This documentation is aimed primarily at system integrators.
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