Also, if there is too-new configuration, backup the file, show a
warning message asking the user whether it's ok to discard the
configuration from the future.
See #6504
Using default member initializers (available since C++11) in
OCC::FolderDefinition allows to remove its explicit default
constructor, which is favorable.
Signed-off-by: Stephan Beyer <s-beyer@gmx.net>
OCC::FolderDefinition has a member called isClientSideEncrypted
that was introduced by commit 9318c487b9 but has not been used
in any way since.
Signed-off-by: Stephan Beyer <s-beyer@gmx.net>
It filters the error out of the list of blocking errors. It now shows up
in the Activities and Notificattions list as a warning.
Signed-off-by: Camila San <hello@camila.codes>
If the SyncResult incorrectly believes that there are no conflicts, the
tray icon won't be correct and there will be no warning about unresolved
conflicts on the account.
Nevertheless, it's pretty awkward that the IssuesWidget is better
informed about pending conflicts than the Folder itself. This kind of
backwards data flow is very confusing.
Unfortunately the only alternative I see is to either keep track of
this information in two places (also in Folder), or create a common
data-holding class that can serve as a model instance for the issues
view as well as provide data directly to the Folder - which would
have been a much larger change.
Make ExcludedFiles something that is instantiated outside of
the CSYNC context and then given to it as a hook.
ExcludedFiles still lives in csync_exclude and the internal
workings haven't been touched.
We mostly trust the file watchers meaning that we don't re-scan the
local tree if we have done that recently and no file watcher events
have arrived. If the file watchers invalidate a subtree, we rescan
only that subtree.
Since we're not entirely sure the file watchers are reliable, we still
do full local discoveries regularly (1h by default). There is a config
file setting as well as an environment variable to control the interval.
This makes it unnecessary for FolderMan to manage the list and removes
the need for some forwarders.
This is done in preparation for follow-up commits that want to add
diagnostics to FolderWatcher that shall be available from within Folder.
If the server supports client syde encryption, display
a menu on right click that should display encrypt and decrypt.
ideally it would show the encrypt if the folder is decrypted, and
decrypt if the folder is encrypted but currently there's no way
for the client to know that.
Since these errors are blacklisted, it can take up to 24h to retry items
that had a 507 error for a while. This way users can intervene and cause
an upload attempt immediately.
* A bunch of code was determining sync status by ad-hoc comparing some
progress info fields. It can now just check the status, making it
easier to comprehend.
* There's a clear indication for "a new sync is starting", which helps
wiping the issues tab at the right time.
For now we use them for:
* csync errors: This allows them to appear in the sync issues tab
* insufficient local disk space, as a summary of individual file errors
Insufficient remote space will use them too, as might other issues that
are bigger than a single sync item.
* make target duration a client option instead of a capability
* simplify algorithm for determining chunk size significantly
* preserve chunk size for the whole propagation, not just per upload
* move options to SyncOptions to avoid depending on ConfigFile
in the propagator
* move chunk-size adjustment to after a chunk finishes, not when
a new chunk starts
We can do that because the only changes that were in master but not in 2.3 were the
translations change and documentation change, and the support for the 'M' permission
which we want in 2.3.
We now delete subjobs as their propagation is complete. This allows us
to also release the item by making sure that nothing else is holding a
reference to it.
Remove the stored SyncFileItemVector from SyncEngine and SyncResult
and instead gather the needed info progressively as each itemCompleted
signal is emitted.
This frees some holes on the heap as propagation goes, allowing many
memory allocations without the need of requesting more virtual memory
from the OS, preventing the memory usage from increasingly growing.
