Add support for sending volume keys scancodes to the guest
RHBZ #552539
A good reference for mapping keymaps to scancodes can be found in
spice-gtk/gtk/keymaps.csv
Signed-off-by: Yonit Halperin <yhalperi@redhat.com>
The addition of smartcard control to the controller doesn't handle
the case when smartcard support is disabled at compile time. When
this is the case, this causes compile errors.
Application::set_hotkeys can throw an exception if it fails parsing
the string describing the hotkeys to set. Currently this exception
is uncaught which causes spicec to terminate when the controller
tries to set invalid hotkeys. Fall back to using the default
hotkeys when the controller sends an invalid hotkeys string.
We currently hardcode this device when spicec needs to record with
alsa. However, this doesn't interact well with PulseAudio, which
means that if something is already using the recording device, spicec
won't be able to open it again.
Using "default" as the device will let spicec use the PulseAudio
alsa support and will avoid this issue.
Turns out that more recent snapshots of gcc-4.7 emit even more of these,
so the fixes which I've done before tagging the 0.10.1 release are not
enough to build warning free with the latest gcc-4.7 snapshot <sigh>.
This fixes this.
Signed-off-by: Hans de Goede <hdegoede@redhat.com>
Without this change gcc says:
x11/res.cpp:31:1: error: narrowing conversion of ‘(((unsigned int)_alt_image.<anonymous struct>::width) * 4u)’ from ‘unsigned int’ to ‘int’ inside { } is ill-formed in C++11 [-Werror=narrowing]
x11/res.cpp:61:1: error: narrowing conversion of ‘_red_icon.<anonymous struct>::width’ from ‘const uint32_t {aka const unsigned int}’ to ‘int’ inside { } is ill-formed in C++11 [-Werror=narrowing]
x11/res.cpp:61:1: error: narrowing conversion of ‘_red_icon.<anonymous struct>::height’ from ‘const uint32_t {aka const unsigned int}’ to ‘int’ inside { } is ill-formed in C++11 [-Werror=narrowing]
cc1plus: all warnings being treated as errors
Signed-off-by: Hans de Goede <hdegoede@redhat.com>
The default stays the same -- false.
A race could prevent setting ForeignMenu::_active correctly.
That happened when Application::on_app_activated was called before
_foriegn_menu was created. When foriegn_menu was created its
_active defaults to false, and that has not changed, until focus
was taken out and back in spice-client window.
This caused usbrdr to sometimes not auto-share devices, unless
the user switched focus to a different application and back to
spicec.
The fix updates ForiegnMenu::_active upon creation.
RedWindow::set_menu() can fail (on Windows when in fullscreen mode).
For Windows spice-client, when in fullscreen mode, the system-menu
is NULL.
Returns 0 upon success, non-0 (currently only -1) upon failure.
Hello,
The second patch check to see if Windows is sending a fake VK_CONTROL
message when the user pressed Alt-Gr when using a non-US keyboard layout
(German, Czech, etc...).
If the function is_fake_ctrl return true and key event is translated to
a REDKEY_INVALID and the event is discarded.
Gal.
Hello,
I first updated the translate_key function. It now requires the windows
message as parameter (will be used later). It also use the raw wparam
and lparam parameters in order to remove the code duplication when
calling the function.
Gal.
RHEL-6 Bugzilla: 695323
cherry-picked from qspice commit
003667ac99beeec9b330a07bc3569c59a96d4588
which fixes RHEL-5 541566
with merge of the one line qspice fix to SPICE_REQUIRES:
9f3fe4755f11044a45c4b21148466a997fcbf735
spice: fixed reference to xinerama pkg config file
(Xinerama.pc=>xinerama.pc)
Author: Yonit Halperin <yhalperi@redhat.com>
It can't actually happen right now, since switch-host migration scheme will take
place if the src/target server has protocol 1.
(cherry picked from commit 4b2bf4d88c branch 0.8)
Implement on_disconnect_mig_src and on_connect_mig_target in order to avoid
unnecessary cleanups done in on_(disconnet|connect).
In addition, do not request guest display settings changes after migration.
(cherry picked from commit f91d202eb3 branch 0.8)
(1) disconnect all channels from the migration src
(2) after all channels are disconnected, clean global resources
(3) send SPICE_MSGC_MAIN_MIGRATE_END to migration target
(4) wait for SPICE_MSG_MAIN_INIT
(4) switch all channels to migration target
(cherry picked from commit 510a4ff7c4 branch 0.8)
Conflicts:
client/red_channel.h
use std::map instead of a specific template (CHash).
There is no need for special template. Moreover, using
std::map will allow easy iteration over the surfaces.
(cherry picked from commit fcb3b4ce52 branch 0.8)
Conflicts:
client/display_channel.cpp
XMonitor::do_restore (called for example when going out of
fullscreen) restore the screen resolution to its previous state,
but it doesn't take care of repositioning the screen to their
previous position, which is one of the advantages of using randr
1.2.
Since MultyMonScreen::restore handles all of this for us, just call
it to restore the monitor position/resolutions to their previous
settings. Before doing any changes, MultyMonScreen::restore checks
if there's something to do, so calling it once per monitor won't be
an issue, the resolution/position will only be set the first time.
This has the side-effect of fixing bug #693431. This bug occurs when
closing the client after the client went in and out of fullscreen.
MultyMonScreen::~MultyMonScreen calls MultyMonScreen::restore, which
decides to change the screen positions since they were lost when going
to fullscreen because XMonitor::restore didn't restore the positions.
After this change, the positions will be properly restored and
MultyMonScreen::restore won't be needlessly called upon client
shutdown.
MultyMonScreen::restore changes the X11 Screen resolution, but it
doesn't use MultyMonScreen::set_size. This means
MultyMonScreen::_width and MultyMonScreen::_height don't get
updated to reflect the new resolution settings, which could cause
issues later on. Until now this was safe since the only caller of
MultyMonScreen::restore was MultyMonScreen destructor.
In a Xinerama setup, when X starts up and creates one of the
secondary screens, first a non-primary surface is created on the
secondary screen, and then the primary surface for this screen is
created.
This causes a crash when the guest uses Xinerama and the client
is attached to the VM before X starts (ie while the guest is
booting).
This happens because DisplayChannel::create_canvas (which is called
when creating a non-primary surface) assumes a screen has already been
set for the DisplayChannel while this only happens upon primary surface
creation. However, it uses the screen for non important stuff, so we
can test if screen() is non NULL before using it. This is what is done
in other parts of this file.
Fixes rhbz #732423
