This allows developers to build and run the extension by default.
Official packages bundles will be re-signed after the build, we
The SocketApi prefix can be set at configure time through cmake and
should match the key that will be used to sign the whole .app bundle
(including the embedded FindexSync .appex bundle).
Since we use that class to lookup the NSBundle using bundleForClass
use a more specific name to avoid any clash with any othe liferay
extension. I couldn't figure out from the documentation if that is
only resolved using the class name, but found some warnings on
stackoverflow and better be safe than sorry for what it costs.
It was only used on OS X and couldn't be used by the FinderSync
extension since that one runs in a sandbox. So use the same system
to load images in the legacy extension by shipping them in the
extension bundle instead of the owncloud.app bundle.
This is also given that the legacy extension needs padded icons
while the FinderSync one needs unpadded icons.
Since GIT_SHA1 would need to be updated in config.h, all files
including it would be rebuilt by make.
Reduce the number of files to rebuild by moving this variable
to version.h instead.
The archive buildaction causes this. Use the default build while
forcing the Release configuration instead.
In both cases the result will end up in SYMROOT.
This uses the new official API to show overlay icons and add our
custom context menu entry instead of hooking directly into the
Finder process and intercept drawind routines.
A dummy desktopclient target is also in the project to allow debugging
directly in Xcode while the official client can be started from the
command line. Otherwise Xcode won't allow attaching to the debugee.
Dummy icon files have been added while we get proper icon produced.
We can't use the old icons since what we use for the legacy shell
integration is already padded according to where the badge should
appear on the full icon.
This prepares the switch to the official FinderSync API on Yosemite
which requires the extension to run in a sandbox. This complicates
the usage of a local socket to communicate with a non-sandboxed GUI
client. An NSConnection is easier to use in this case, which we can
use as long as the server name (i.e. Mach port registered name) is
prefixed with the code signing Team Identifier.
A placeholder server implementation is also added to the client's
SocketApi which basically reproduces the interface of a QLocalSocket.
Most of the references to individual sockets we're only using
QIODevice methods so the type was simply reduced. A typedef to
replace the QLocalServer was the only other part needed.
Since our DLLs version number aren't bumped, a same file size could
cause a DLL not to be installed to replace an old one.
This eventually can cause a crash of explorer if an incompatible version
of OCUtil.dll is installed alone.
Fix the issue by defining LIBRARY_IGNORE_VERSION. This also makes sure
that installing an old version of the client over a more recent one
if we decide to add version numbers to those DLLs.
All things pushed to the "coverity_scan" branch will now get build by Travis and the resulting binary is pushed to Coverity and analyzed automatically.
Since Coverity has a fair usage policy which allows us up to 8 builds per week with a maximum of 2 builds per day we cannot run this automatedly on every push. Which also doesn't make that much sense.
Currently this can be used by reating a "coverity_scan" branch and force-pushing the new code to analyze. If all went well the Travis build should pass and Coverity should display the new information (give it some time to process the build though). In Coverity the SHA of the processed build will be used as version number as well as descriptive text.
(we can automate this though in the future as well if we want that too)
This will fail at the moment on master since Qt4 builds are failing as per https://ci.owncloud.org/job/client-build-matrix-linux/ - probably something that should get fixed. 1.8 branch worked fine though.
