MSVC stores the enum as signed in the bitfield (contrary to the C++ spec)
Which means that once we store a value such as SyncFileItem::DetailError
in a bitfield, we get a negative value back, then of course, further
comparison fails.
If the application binary is not installed in /usr/bin the client
with this patch considers to check the relative location
../../etc/owncloud-client/ to find the system exclude.
This is an important bit for AppImage based packages of the client,
as this runs from a temporar mountpoint and the system file can not
be found under /etc.
This can happen if the upload of a file is finished, but we just got
disconnected right before recieving the reply containing the etag.
So nothing was save din the DB, and we are not sure if the server
recieved the file properly or not. Further local update of the file
will cause a conflict.
In order to fix this, store the checksum of the uploading file in
the uploadinfo table of the local db (even if there is no chunking
involved). And when we have a conflict, check that it is not because
of this situation by checking the entry in the uploadinfo table.
Issue #5106
In addition to using the right function when retrieving inodes this
*also* fixes a more general bug ownsql had with storing uint64 values
that didn't fit into an int64.
Also use appName instead of appNameGui in order to compute the path
Issue: #2245
The reason is to respect the XDG spec on Unix (#1601) and might help
on windows roaming profiles (#684)
csync_exclude.cpp:428:17: error: assigning to 'char *' from incompatible type 'const char *'
bname = path;
^~~~
The C library's strrchr always return 'char*'
Only the C++'s std::strrchr has two overloads
Improves full matches by more than an order of magnitude
and also improves speed of traversal matches by roughly 20%,
judging by the check_csync_exclude performance test.
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.
For duplicate file ids the update phase and reconcile phase determined
the rename mappings independently. If they disagreed (due to different
order of processing), complicated misbehavior would result.
This patch fixes it by letting reconcile try to use the mapping that the
update phase has computed first.
