This allow the sync engine to query the new metadata and update the
overlay icons.
Note: we also need to invalidate the etags because the server does not
change the etag of parent directories that see their share-types changed.
Issue #6098
... even if the file is not changed.
We get an UPDATE_METADATA in that case, so make sure we let the
SyncFileStatusTracker know about it.
That means we need to filter out UPDATE_METADATA in the other listeners
of this signal.
Issue #6098
When users share the same tree several times (say A/ and A/B/ are both
shared) the remote tree can have several entries that have the same
file id. This needs to be respected in rename detection.
Also adds several tests and fixes for issues noticed during testing.
See #6096
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.
Add state and signal to catch the following two known problems:
* Linux: inotify user watch pool is exhausted. Folder watcher becomes
unreliable.
* Windows: buffer is too small, some notifications are lost but watching
stays reliable.
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.
Unfortunately checking the base-url for redirects in all cases lead
to incorrect behavior in some SAML/OAuth2 edge cases.
This new iteration checks the base url for redirects only if the
standard CheckServerJob can't reach the server. That way the 2.3
behavior is only changed in cases that would have lead to errors.
See #5954
Issue #6105
Dynamically find the browser trough topLevelWidgets instead of
forwarding the call to the relevant page as it would require to break
many abstration layers (OwncloudSetupWizard -> OwncloudWizard ->
AbstractCredentialsWizardPage -> OwncloudShibbolethCredsPage)
And considering that we want to phase shibboleth down, I tought is
was not worth adding an interface for this.
The OAuth page don't have this problem because it shows a label and
allow the user to re-open the browser.
We did not set a log handler so there were no timestamps.
The --debug didn't have an effect, let's use --logdebug like in GUI version.
(Command line always outputs some log)
Found in owncloud/documentation#3436
The issues tab uses custom ordering where overall and summary sync
issues are displayed first. This ordering is preserved by creating
special sorting logic for the "time" column.
It needed special handling anyway, since sorting by time-string would
have yielded incorrect results.
Previously it could only display synchronization progress or "up to
date". Now it also communicates the same overall state that the icon
shows.
See owncloud/enterprise#2134
Comparison of file sizes for potential conflicts was added in
0eb9401c62, but did not extend to checking
the file size in case of potential local moves.
This commit adds this check and adds tests for various move+change
scenarios.
On Mac, this halves the time spent in csync_excluded_traversal
when using check_csync_excluded_performance. A similar performance
increase is seen on linux.
Fix performence regression from commit d66c2b5fae
For every new file we would look up every parent directories. Allocating
a new QByteArreay for every parent riectory just to know if it is in the other
tree is wasting lots of CPU.
Use a ByteArrayRef trick, similar to QStringRef
To reproduce, log in and click "authorize" on the browser, then close
the browser before the client has replied, (but after redirected to localhost,
i.e. when the client is asking the server for the token)
The problem is that socket can be destroyed so we don't need to answer on a
destroyed socket.
