def start(self):
""" Starts driver test subprocess """
cmd = [find_binary("scc")] + ["test_" + self.driver, self.device_id]
self.subprocess = Gio.Subprocess.new(cmd, Gio.SubprocessFlags.STDOUT_PIPE)
self.subprocess.wait_async(None, self._on_finished)
self.subprocess.get_stdout_pipe().read_bytes_async(
32, 0, None, self._on_read)
def check(self):
""" Performs various (three) checks and reports possible problems """
# TODO: Maybe not best place to do this
try:
# Dynamic modules
rawlist = file("/proc/modules", "r").read().split("\n")
kernel_mods = [ line.split(" ")[0] for line in rawlist ]
# Built-in modules
release = platform.uname()[2]
rawlist = file("/lib/modules/%s/modules.builtin" % release, "r").read().split("\n")
kernel_mods += [ os.path.split(x)[-1].split(".")[0] for x in rawlist ]
except Exception:
# Maybe running on BSD or Windows...
kernel_mods = [ ]
if len(kernel_mods) > 0 and "uinput" not in kernel_mods:
# There is no uinput
msg = _('uinput kernel module not loaded')
msg += "\n\n" + _('Please, consult your distribution manual on how to enable uinput')
msg += "\n" + _('or click on "Fix Temporary" button to attempt fix that should work until next restart.')
ribar = self.show_error(msg)
gksudo = find_gksudo()
modprobe = find_binary("modprobe")
if gksudo and not hasattr(ribar, "_fix_tmp"):
button = Gtk.Button.new_with_label(_("Fix Temporary"))
ribar._fix_tmp = button
button.connect('clicked', self.apply_temporary_fix,
gksudo + [modprobe, "uinput"],
_("This will load missing uinput module.")
)
ribar.add_button(button, -1)
return True
elif not os.path.exists("/dev/uinput"):
# /dev/uinput missing
msg = _('/dev/uinput doesn\'t exists')
msg += "\n" + _('uinput kernel module is loaded, but /dev/uinput is missing.')
#msg += "\n\n" + _('Please, consult your distribution manual on what in the world could cause this.')
msg += "\n\n" + _('Please, consult your distribution manual on how to enable uinput')
self.show_error(msg)
return True
elif not check_access("/dev/uinput"):
# Cannot acces uinput
msg = _('You don\'t have required access to /dev/uinput.')
msg += "\n" + _('This will most likely prevent emulation from working.')
msg += "\n\n" + _('Please, consult your distribution manual on how to enable uinput')
msg += "\n" + _('or click on "Fix Temporary" button to attempt fix that should work until next restart.')
ribar = self.show_error(msg)
gksudo = find_gksudo()
if gksudo and not hasattr(ribar, "_fix_tmp"):
button = Gtk.Button.new_with_label(_("Fix Temporary"))
ribar._fix_tmp = button
button.connect('clicked', self.apply_temporary_fix,
gksudo + ["chmod", "666", "/dev/uinput"],
_("This will enable input emulation for <i>every application</i> and <i>all users</i> on this machine.")
)
ribar.add_button(button, -1)
return True
return False
def start(self, mode="start"):
"""
Starts the daemon and forces connection to be created immediately.
"""
if self.alive:
# Just to clean up living connection
self.alive = None
self._on_daemon_died()
Gio.Subprocess.new([ find_binary('scc-daemon'), "/dev/null", mode ], Gio.SubprocessFlags.NONE)
self._connect()
def start(self, mode="start"):
"""
Starts the daemon and forces connection to be created immediately.
"""
if self.alive:
# Just to clean up living connection
self.alive = None
self._on_daemon_died()
Gio.Subprocess.new([ find_binary('scc-daemon'), "/dev/null", mode ], Gio.SubprocessFlags.NONE)
self._connect()
"""
See above. This method just parses Default menu and checks
boxes for present menu items.
"""
try:
data = MenuData.from_fileobj(open(find_menu("Default.menu"), "r"))
except Exception, e:
# Shouldn't really happen
log.error(traceback.format_exc())
return
self._recursing = True
for index in xrange(0, len(GlobalSettings.DEFAULT_MENU_OPTIONS)):
id = "cbMI_%s" % (index, )
instance = GlobalSettings._make_mi_instance(index)
present = (instance.describe().strip(" >")
in [x.describe().strip(" >") for x in data])
self.builder.get_object(id).set_active(present)
# cbMI_5, 'Kill Current Window' is special case here. This checkbox
# should be available only if xdotool utility is installed.
cbMI_5 = self.builder.get_object("cbMI_5")
if find_binary("xdotool") == "xdotool":
# Not found
cbMI_5.set_sensitive(False)
cbMI_5.set_tooltip_text(
_("Please, install xdotool package to use this feature"))
else:
cbMI_5.set_sensitive(True)
cbMI_5.set_tooltip_text("")
def help_gui():
scc_daemon = find_binary("sc-controller")
subprocess.Popen([scc_daemon, "--help"]).communicate()
def cmd_gui(argv0, argv):
""" Starts GUI """
# Passes parameters to sc-controller
scc_daemon = find_binary("sc-controller")
subprocess.Popen([scc_daemon] + argv).communicate()
def help_daemon():
scc_daemon = find_binary("scc-daemon")
subprocess.Popen([scc_daemon, "--help"]).communicate()
def cmd_daemon(argv0, argv):
""" Controls scc-daemon """
# Actually just passes parameters to scc-daemon
scc_daemon = find_binary("scc-daemon")
subprocess.Popen([scc_daemon] + argv).communicate()
def stop(self):
""" Stops the daemon """
Gio.Subprocess.new([ find_binary('scc-daemon'), "/dev/null", "stop" ], Gio.SubprocessFlags.NONE)
def stop(self):
""" Stops the daemon """
Gio.Subprocess.new([find_binary('scc-daemon'), "/dev/null", "stop"],
Gio.SubprocessFlags.NONE)
def help_gui():
scc_daemon = find_binary("sc-controller")
subprocess.Popen([scc_daemon, "--help"]).communicate()
def cmd_gui(argv0, argv):
""" Starts GUI """
# Passes parameters to sc-controller
scc_daemon = find_binary("sc-controller")
subprocess.Popen([scc_daemon] + argv).communicate()
def help_daemon():
scc_daemon = find_binary("scc-daemon")
subprocess.Popen([scc_daemon, "--help"]).communicate()
def cmd_daemon(argv0, argv):
""" Controls scc-daemon """
# Actually just passes parameters to scc-daemon
scc_daemon = find_binary("scc-daemon")
subprocess.Popen([scc_daemon] + argv).communicate()
