Since sockets are buffered `QIODevices` we can use `canReadLine()` to check
if we have a full line, instead of using a custom `SocketLineReader` class
(and the copy-pasted `DeviceLineReader` in the Bluetooth backend).
We can also loop through all the lines instead of queuing calls to `dataReceived`.
And we don't need transactions.
Add the necessary bits for XDG activation to work
Move the code for launching the settings from the daemon to the respective processes so that we don't need to pass activation tokens over another process boundary
We use kdeconnect-version.h in several places and therefore it needs to be in the include path. We currently do this by setting target_include_path in a few places. Replace this with an interface library that we can link against that sets up the correct include path. IMO it is cleaner this way.
This automatizes the generation of logging categories so a
kdeconnect-kde.categories is generated and installed to
/usr/share/qlogging-categories5/ so kdebugsettings can use it.
Also, sets the default logging level to Warning. So now the logs
of users won't be filled with debug messages but they can
modify the configuration easily with kdebugsettings.
Summary:
Show progress when sending a file from the desktop
BUG: 355044
Test Plan:
Complete transfer:
-Right click on a big file in dolphin
-Select Send to xx via KDE Connect
-Open the Notifications widget and verify progress is shown correctly
Stop transfer:
-Right click on a big file in dolphin
-Select Send to xx via KDE Connect
-Open The Notifications widget and press the stop/kill button
-Observe that the file upload is stopped
Reviewers: #kde_connect, nicolasfella
Reviewed By: #kde_connect, nicolasfella
Subscribers: apol, broulik, nicolasfella, kdeconnect
Tags: #kde_connect
Differential Revision: https://phabricator.kde.org/D16279
Summary:
* cmake 2.8.12 is really outdated, 3.0 is minimum in plasma & kf5
* cmake_minimum_required should be at begin of toplevel CMakeLists.txt
* bump qt version to 5.7, matching the min Qt version of kf5 5.42
* with ecm being part of kf5 since early versions, share ${KF5_MIN_VERSION}
* use QT_MIN_VERSION & KF5_MIN_VERSION also for separate find_package calls
* deduplicate all KF5 components searched for in unconditionally included
subdirs
Test Plan: Still configures and builds with all options OFF & ON
Reviewers: #kde_connect, nicolasfella
Reviewed By: #kde_connect, nicolasfella
Subscribers: nicolasfella
Differential Revision: https://phabricator.kde.org/D11418
Summary: KDE Connect, now with correct naming!
Test Plan: It still builds.
Reviewers: #kde_connect, apol, nicolasfella
Reviewed By: #kde_connect, apol, nicolasfella
Subscribers: nicolasfella
Differential Revision: https://phabricator.kde.org/D11036
KDE Connect runs, and the bluetooth service gets published in the SDP
(service discovery protocol), which other devices use to determine what
services are available.
The getPairedDevices() method in the link provider class uses D-Bus to get
the list of paired devices, since Qt doesn't have a method giving that
information. As a result, that part of the code only works on Linux.
REVIEW: 122174
Use QNetworkAccessManager for storing the files we receive instead of
directly KIO, then provide the KIO-based QNetworkAccessManager from the
daemon. This way we'll still get the KIO network-transparency, but the
library only depenends on QtNetwork, which will be easier to get in some
platforms.
After this change, we only depend on KConfig, KI18n and KCoreAddons, which
are tier1 and really easy to work with on any platform.
REVIEW: 123325
Moves the implementation into the actual daemon. This opens the
possibility for different ways to expose these notifications depending on
where the libkdeconnect will be deployed.
REVIEW: 123076
Centralizing the plugins' config will ensure that all the plugins store it
the same way (ie: not in random files scattered around, like until now).
The base KCM class, together with the already existing base plugin class,
will give easy access to all the plugins to this centralized config. Also,
now the settings are not shared across devices (that is: every device can
have different config for a same plugin).
Note: This commit requires KCMUtils 5.9
REVIEW: 122927
Removes the usage of RenameDialog by moving the functionality away. In
fact, what it does is make the share dialog try to come up with a different
name rather than asking the user. It's a quite common procedure as makes
the interaction simpler (for example, Chromium and Kamoso work like that).
REVIEW: 122813
Benefits:
- We had config files in different paths, now they will be centralized.
- Daemon, LanLinkProvider and NetworkPackage depend only on Qt now.
- KConfig is accessed with strings as keys, where a typo can go unnoticed.
- Daemon is now thinner, as it doesn't need to initialize config values.
- QCA::Initializer is in a single place now (was in Daemon and Plugin).
This meant to add a lot of dependencies to each plugin since we had
KDELibs4support as PUBLIC link meaning that anything linking against
kdeconnectcore was linking at the same time to mostly all frameworks.
Now each plugin has more or less its dependencies in the CMake some
still depend on KDELibs4Support.
For the mousepad plugin I needed to add a fixX11.h file that basically
undefines/defines again some stuff xlib has that conflcits with normal
C++ and Qt.
Before it was not conflicting because some lib within KDELibs4Support
was including this file, but now we have to do it ourselves.
