Given that we control all call sites, the only way that this can fail is during
OOM. Also remove the code in csync itself to make sure that it's obvious that
any new error case wouldn't be handled by call sites.
* Compute the content checksum (in addition to the optional
transmission checksum) during upload (.eml files only)
* Add hook to compute and compare the checksum in csync_update
* Add content checksum to database, remove transmission checksum
On unix we don't safe much (otherwise csync would have been
designed differently).
On windows however, the readdir already fetch all the info, so we
can as well use it.
We still have to query for the file id but we might optimize that later
So we avoid lots of memory allocation.
We can work with char* directly since both the pattern and the file
name are in UTF-8 and there is no need to understand unicode for
such pattern.
(In fact, '?' would not match anyore non-ascii characters, but I
don't think that's a problem. I don't think anyone use '?' in its
exclude list. And the two allocations per call to csync_fnmatch are
really worth getting rid of)
This function only checks the full path and the basename and is thus
around 7x faster. It is very useful in a csync_update context where
we know that the leading dirs have already been checked for exclusion.
Before we only had c_utf8_to_locale, but now functionality is needed to
convert a path to UNC before converting it. That does c_utf8_path_to_locale
now, while c_utf8_string_to_locale only converts the plain string, ie.
to generate wide char strings for output.
This enables the calling function to free these accordingly. That is needed
because the makeLongWinPath for efficiency reasons does not always realloc
the original string.
this fixes the error and makes complete oCC compile with GCC 5.
error: ISO C does not support '__FUNCTION__' predefined identifier
[-Wpedantic]
According to the porting guide:
The fix is either to use the standard predefined identifier __func__
(since C99), or to use the __extension__ keyword.
There could be a race condition if the file was updated on the server
between the discovery and the propagate phase. By taking the mtime from
the server, we make sure that we do not have a race.
This is tested by t6.pl with BIG3.file because the script was modifying
the file between the two phases
