This adds the output folder path to the restore log/results, addressing
issue #6698. When performing a restore, especially long-running ones,
users may forget where files were restored to. This change ensures the
restore path is included in the JSON output.
Changes:
- Added RestorePath property to IRestoreResults interface
- Added RestorePath property to RestoreResults class
- Set RestorePath in RestoreHandler at the start of the restore operation
When no custom restore path is specified (files restored to original
locations), RestorePath will be null. Otherwise, it contains the
absolute path where files were restored.
Co-Authored-By: Claude (mimo-v2-flash) <noreply@anthropic.com>
This PR adds support for locking files if the backend supports it.
To activate locking, set the option `--file-lock-duration=30D` and the backup will lock the files.
If the database is rebuilt with the intention of continuing the backups, use the option `--repair-refresh-lock-info` which will update lock information in the database after recreating the database.
The locking works by asking the backend to lock files after a backup has completed.
The implementation keeps track of which files are currently assigned a lock and prevents attempting to delete the files that are currently locked.
Note that the bucket should not have a default lock policy as Duplicati needs to finish the backup before the locking is applied.
In this initial version, Azure Blob Storage, B2, S3 and iDrive are supported with locking.
The CLI is updated to allow setting locks on a specific version. The backend tool is updated to allow setting locks on specific files.
This PR adds a dynamic property so a backend can signal if it supports streaming, based on the settings.
This is currently used for the File backend, so that toggling `--use-move-for-put` will disable streaming on the backend instead of relying on the `--disable-streaming-transfers` flag.
This PR adds settings to choose a Power Mode provider, which will detect if the system is in a paused/suspended state and avoid starting tasks while being suspended.
This currently only works for Windows, where the previous inplementation is named `NET` (for .NET) and the new mode is named `Native` and using the Windows documented approach with a hidden window that listens for `WM_POWERBROADCAST` messages.
The default is `Native` but can now also be disabled by choosing the `None` provider.
This updates VSS to default use Vanara in favor of AlphaVSS which is no longer maintained.
The build for Vanara requires targeting `net8.0-windows7.0`, which will cause significant build overhead and complexity for cross platform builds.
To counter this, the setup is to have a single project, `Duplicati.Library.WindowsModules`, that is targeting `net8.0-windows7.0`.
The output from this project is then hoisted into the TrayIcon project for Windows builds so the files are available when debugging on Windows.
A top-level dummy executable project is added to ensure the project always builds.
The built modules are then loaded with reflection when requested.
With the use of Vanara there is now also support for using BackupRead to read files without making a VSS snapshot.
With BackupRead, it is possible to read locked files, but it still requires the SeBackupPrivilege as VSS does as well.
Unfortunately, the `vssapi.dll` file is not shipped for Arm64 on Windows, so even with Vanara this will not work, and only WMIC is supported on Arm64.
A workaround is to run Duplicati with x64 emulation if more advanced VSS features are needed (HyperV and MSSQL support).
This PR also updates options and filters out unsupported options for each operating system, so options that are not supported by the current OS are not reported and will give warnings if they are used, as opposed to just being ignored.
The release builder project has been updated to exclude the unused project, and purge unwanted outputs.
This PR fixes the issues with not correctly loading and disposing modules.
Prior to this PR, there would be only a single instance of each module loaded, which would be configured and later disposed, meaning that the same instance would be used after being disposed, and disposed multiple times.
This mostly worked, but it could carry configuration details over between unrelated runs.
This fixes#6314
This PR moves the check from the FTP backend into shared code, so all backends will now check for read/write permissions when using the "Test" button.
For situations where write permissions are not required (like restore or verify) there is a flag on the v2 API that indicates if the connection was established, so the UI can show a message suggesting that it is possible to proceed, if the current UI operation does not require write permissions.
This fixes#2473
This repair will leave the database in a still-broken state, but if this is run prior to purge-broken-files, less data will be lost.
Also updated the purge-broken-files operation to keep files and directories in the set, if they are only missing metadata.
This commit adds the `DateTime` option to support validation of the `--time` parameter, which can both be an absolute date and time, or a relative value.
This fixes#6107
The code was using a two-way reference linking the database to the results and the results to the database.
However, this was not really used so it ended up just cluttering the code. With this commit, the results and databases are no longer keeping track of each other, and the only interaction is when the results are written to the database at the end of the operation.
To ensure result data is always written, this code has been moved into the controller, which will now flush the results for all operations. Prior to this, only some operations would write result data to the log.
The controller now also handles logic for cleaning old log data and invoking the vacuum command.
Fixed a bug due to using System.Text.Json where some attributes from NewtonSoft.Json were being applied and not picked up.
This enables a fail-early approach, where the remote source loads the initial results.
By storing the `IAsyncEnumerable` it is possible to not perform any additional remote calls, even with the initial probing call.
This makes it possible to detect the absence of sources, so the backup can be aborted if sources are missing.
This fixes the restore issues as all sources will now appear as if they were originally part of the source file system.
The backend implementation has now been simplified so the backends only return names of entries with no path information. Most backends already do this, but the S3 backends did not, so this was fixed as well.
This also clears up the interfaces, so the backend does not know about the `ISourceProviderEntry`. All mapping is done by the `BackendSourceProvider`, making it simpler to support other backends as sources.
This PR is the final change, where all backends are now purely implemented with async interfaces.
The code changes here replace the LIST call with an async version. This affect all backends (and then some) but the changes are mostly mechanical rewrites of the code.
In many places, the backeds were already prepared for async output, in other some glue was needed.
To reduce the scope of this change, some backends simply report a synchronous result as an async list.
Carl Johnsen