def load_osk(self):
cbStickAction = self.builder.get_object("cbStickAction")
cbTriggersAction = self.builder.get_object("cbTriggersAction")
profile = Profile(GuiActionParser())
profile.load(find_profile(OSDKeyboard.OSK_PROF_NAME))
self._recursing = True
# Load triggers
triggers = "%s|%s" % (
profile.triggers[LEFT].to_string(),
profile.triggers[RIGHT].to_string()
)
if not self.set_cb(cbTriggersAction, triggers, keyindex=1):
self.add_custom(cbTriggersAction, triggers)
# Load stick
if not self.set_cb(cbStickAction, profile.stick.to_string(), keyindex=1):
self.add_custom(cbStickAction, profile.stick.to_string())
# Load sensitivity
s = profile.pads[LEFT].compress().speed
self.builder.get_object("sclSensX").set_value(s[0])
self.builder.get_object("sclSensY").set_value(s[1])
self._recursing = False
def load_osk(self):
cbStickAction = self.builder.get_object("cbStickAction")
cbTriggersAction = self.builder.get_object("cbTriggersAction")
profile = Profile(GuiActionParser())
profile.load(find_profile(OSDKeyboard.OSK_PROF_NAME))
self._recursing = True
# Load triggers
triggers = "%s|%s" % (
profile.triggers[LEFT].to_string(),
profile.triggers[RIGHT].to_string()
)
if not self.set_cb(cbTriggersAction, triggers, keyindex=1):
self.add_custom(cbTriggersAction, triggers)
# Load stick
if not self.set_cb(cbStickAction, profile.stick.to_string(), keyindex=1):
self.add_custom(cbStickAction, profile.stick.to_string())
# Load sensitivity
s = profile.pads[LEFT].compress().speed
self.builder.get_object("sclSensX").set_value(s[0])
self.builder.get_object("sclSensY").set_value(s[1])
self._recursing = False
def enable_osd_mode(self):
# TODO: Support for multiple controllers here
self.osd_mode_controller = 0
osd_mode_profile = Profile(GuiActionParser())
osd_mode_profile.load(find_profile(App.OSD_MODE_PROF_NAME))
try:
c = self.dm.get_controllers()[self.osd_mode_controller]
except IndexError:
log.error("osd_mode: Controller not connected")
self.quit()
return
def on_lock_failed(*a):
log.error("osd_mode: Locking failed")
self.quit()
def on_lock_success(*a):
log.debug("osd_mode: Locked everything")
from scc.gui.osd_mode_mapper import OSDModeMapper
self.osd_mode_mapper = OSDModeMapper(osd_mode_profile)
self.osd_mode_mapper.set_target_window(self.window.get_window())
GLib.timeout_add(10, self.osd_mode_mapper.run_scheduled)
# Locks everything but pads. Pads are emulating mouse and this is
# better left in daemon - involving socket in mouse controls
# adds too much lags.
c.lock(on_lock_success, on_lock_failed,
'A', 'B', 'X', 'Y', 'START', 'BACK', 'LB', 'RB', 'C', 'LPAD', 'RPAD',
'STICK', 'LGRIP', 'RGRIP', 'LT', 'RT', 'STICKPRESS')
# Ask daemon to temporaly reconfigure pads for mouse emulation
c.replace(DaemonManager.nocallback, on_lock_failed,
LEFT, osd_mode_profile.pads[LEFT])
c.replace(DaemonManager.nocallback, on_lock_failed,
RIGHT, osd_mode_profile.pads[RIGHT])
def _load_osk_profile(self): """ Loads and returns on-screen keyboard profile. Used by methods that are changing it. """ profile = Profile(GuiActionParser()) profile.load(find_profile(OSDKeyboard.OSK_PROF_NAME)) return profile
def _load_osk_profile(self):
"""
Loads and returns on-screen keyboard profile.
Used by methods that are changing it.
"""
profile = Profile(GuiActionParser())
profile.load(find_profile(OSDKeyboard.OSK_PROF_NAME))
return profile
def load_profile(self, giofile):
"""
Loads profile from 'giofile' into 'profile' object
Calls on_profiles_loaded when done
"""
# This may get asynchronous later, but that load runs under 1ms...
profile = Profile(GuiActionParser())
profile.load(giofile.get_path())
self.on_profile_loaded(profile, giofile)
def load_profile(self, giofile): """ Loads profile from 'giofile' into 'profile' object Calls on_profiles_loaded when done """ # This may get asynchronous later, but that load runs under 1ms... profile = Profile(GuiActionParser()) profile.load(giofile.get_path()) self.on_profile_loaded(profile, giofile)
def export_profile(tar, filename): profile = Profile(TalkingActionParser()) try: out = tempfile.NamedTemporaryFile() profile.load(filename) profile.save(out.name) tar.add(out.name, arcname=os.path.split(filename)[-1], recursive=False) except Exception, e: # Profile that cannot be parsed shouldn't be exported log.error(e) return False
def export_profile(tar, filename):
profile = Profile(TalkingActionParser())
try:
out = tempfile.NamedTemporaryFile()
profile.load(filename)
profile.save(out.name)
tar.add(out.name,
arcname=os.path.split(filename)[-1],
recursive=False)
except Exception, e:
# Profile that cannot be parsed shouldn't be exported
log.error(e)
return False
def _export(self, giofile, target_filename): """ Performs actual exporting. This method is used when only profile with no referenced files is to be exported and works pretty simple - load, parse, save in new file. """ profile = Profile(TalkingActionParser()) try: profile.load(giofile.get_path()) except Exception, e: # Profile that cannot be parsed shouldn't be exported log.error(e) return False
def _export(self, giofile, target_filename):
"""
Performs actual exporting.
This method is used when only profile with no referenced files
is to be exported and works pretty simple - load, parse, save in new file.
"""
profile = Profile(TalkingActionParser())
try:
profile.load(giofile.get_path())
except Exception, e:
# Profile that cannot be parsed shouldn't be exported
log.error(e)
return False
class OSKBindingEditor(Editor, BindingEditor):
GLADE = "osk_binding_editor.glade"
def __init__(self, app):
BindingEditor.__init__(self, app)
self.app = app
self.gladepath = app.gladepath
self.imagepath = app.imagepath
self.current = Profile(GuiActionParser())
self.current.load(find_profile(OSDKeyboard.OSK_PROF_NAME))
self.setup_widgets()
def setup_widgets(self):
Editor.setup_widgets(self)
self.create_binding_buttons(use_icons=False, enable_press=False)
def show_editor(self, id):
if id in STICKS:
ae = self.choose_editor(self.current.stick,
_("Stick"))
ae.set_input(STICK, self.current.stick, mode=Action.AC_OSK)
ae.show(self.window)
elif id in SCButtons:
title = _("%s Button") % (id.name,)
ae = self.choose_editor(self.current.buttons[id], title)
ae.set_input(id, self.current.buttons[id], mode=Action.AC_OSK)
ae.show(self.window)
elif id in TRIGGERS:
ae = self.choose_editor(self.current.triggers[id],
_("%s Trigger") % (id,))
ae.set_input(id, self.current.triggers[id], mode=Action.AC_OSK)
ae.show(self.window)
def on_action_chosen(self, id, action):
self.set_action(self.current, id, action)
self.save_profile()
def save_profile(self, *a):
"""
Saves osk profile from 'profile' object into 'giofile'.
Calls on_profile_saved when done
"""
self.current.save(os.path.join(get_profiles_path(),
OSDKeyboard.OSK_PROF_NAME + ".sccprofile"))
# OSK reloads profile when daemon reports configuration change
self.app.dm.reconfigure()
class OSKBindingEditor(Editor, BindingEditor):
GLADE = "osk_binding_editor.glade"
def __init__(self, app):
BindingEditor.__init__(self, app)
self.app = app
self.gladepath = app.gladepath
self.imagepath = app.imagepath
self.current = Profile(GuiActionParser())
self.current.load(find_profile(OSDKeyboard.OSK_PROF_NAME))
self.setup_widgets()
def setup_widgets(self):
Editor.setup_widgets(self)
self.create_binding_buttons(use_icons=False, enable_press=False)
def show_editor(self, id):
if id in STICKS:
ae = self.choose_editor(self.current.stick,
_("Stick"))
ae.set_input(STICK, self.current.stick, mode=Action.AC_OSK)
ae.show(self.window)
elif id in SCButtons:
title = _("%s Button") % (id.name,)
ae = self.choose_editor(self.current.buttons[id], title)
ae.set_input(id, self.current.buttons[id], mode=Action.AC_OSK)
ae.show(self.window)
elif id in TRIGGERS:
ae = self.choose_editor(self.current.triggers[id],
_("%s Trigger") % (id,))
ae.set_input(id, self.current.triggers[id], mode=Action.AC_OSK)
ae.show(self.window)
def on_action_chosen(self, id, action, mark_changed=True):
self.set_action(self.current, id, action)
self.save_profile()
def save_profile(self, *a):
"""
Saves osk profile from 'profile' object into 'giofile'.
Calls on_profile_saved when done
"""
self.current.save(os.path.join(get_profiles_path(),
OSDKeyboard.OSK_PROF_NAME + ".sccprofile"))
# OSK reloads profile when daemon reports configuration change
self.app.dm.reconfigure()
def _add_refereced_profile(self, model, giofile, used):
"""
Loads profile file and recursively adds all profiles and menus
referenced by it into 'package' list.
Returns True on success or False if something cannot be parsed.
"""
# Load & parse selected profile and check every action in it
profile = Profile(ActionParser())
try:
profile.load(giofile.get_path())
except Exception, e:
# Profile that cannot be parsed shouldn't be exported
log.error(e)
return False
def _add_refereced_profile(self, model, giofile, used): """ Loads profile file and recursively adds all profiles and menus referenced by it into 'package' list. Returns True on success or False if something cannot be parsed. """ # Load & parse selected profile and check every action in it profile = Profile(ActionParser()) try: profile.load(giofile.get_path()) except Exception, e: # Profile that cannot be parsed shouldn't be exported log.error(e) return False
def import_scc(self, filename):
"""
Imports simple, single-file scc-profile.
Just loads it, checks for shell() actions and asks user to enter name.
"""
files = self.builder.get_object("lstImportPackage")
# Load profile
profile = Profile(GuiActionParser())
try:
profile.load(filename)
except Exception, e:
# Profile cannot be parsed. Display error message and let user to quit
# Error message reuses page from VDF import, because they are
# basically the same
log.error(e)
self.error(str(e))
return
def import_scc(self, filename):
"""
Imports simple, single-file scc-profile.
Just loads it, checks for shell() actions and asks user to enter name.
"""
files = self.builder.get_object("lstImportPackage")
# Load profile
profile = Profile(GuiActionParser())
try:
profile.load(filename)
except Exception, e:
# Profile cannot be parsed. Display error message and let user to quit
# Error message reuses page from VDF import, because they are
# basically the same
log.error(e)
self.error(str(e))
return
class Keyboard(OSDWindow, TimerManager):
EPILOG="""Exit codes:
0 - clean exit, user closed keyboard
1 - error, invalid arguments
2 - error, failed to access sc-daemon, sc-daemon reported error or died while keyboard is displayed.
3 - erorr, failed to lock input stick, pad or button(s)
"""
OSK_PROF_NAME = ".scc-osd.keyboard"
BUTTON_MAP = {
SCButtons.A.name : Keys.KEY_ENTER,
SCButtons.B.name : Keys.KEY_ESC,
SCButtons.LB.name : Keys.KEY_BACKSPACE,
SCButtons.RB.name : Keys.KEY_SPACE,
SCButtons.LGRIP.name : Keys.KEY_LEFTSHIFT,
SCButtons.RGRIP.name : Keys.KEY_RIGHTALT,
}
def __init__(self, config=None):
self.kbimage = os.path.join(get_config_path(), 'keyboard.svg')
if not os.path.exists(self.kbimage):
# Prefer image in ~/.config/scc, but load default one as fallback
self.kbimage = os.path.join(get_share_path(), "images", 'keyboard.svg')
TimerManager.__init__(self)
OSDWindow.__init__(self, "osd-keyboard")
self.daemon = None
self.mapper = None
self.keymap = Gdk.Keymap.get_default()
self.keymap.connect('state-changed', self.on_keymap_state_changed)
Action.register_all(sys.modules['scc.osd.osk_actions'], prefix="OSK")
self.profile = Profile(TalkingActionParser())
self.config = config or Config()
self.dpy = X.Display(hash(GdkX11.x11_get_default_xdisplay()))
self.group = None
self.limits = {}
self.background = None
cursor = os.path.join(get_share_path(), "images", 'menu-cursor.svg')
self.cursors = {}
self.cursors[LEFT] = Gtk.Image.new_from_file(cursor)
self.cursors[LEFT].set_name("osd-keyboard-cursor")
self.cursors[RIGHT] = Gtk.Image.new_from_file(cursor)
self.cursors[RIGHT].set_name("osd-keyboard-cursor")
self.cursors[CPAD] = Gtk.Image.new_from_file(cursor)
self.cursors[CPAD].set_name("osd-keyboard-cursor")
self._eh_ids = []
self._controller = None
self._stick = 0, 0
self._hovers = { self.cursors[LEFT]: None, self.cursors[RIGHT]: None }
self._pressed = { self.cursors[LEFT]: None, self.cursors[RIGHT]: None }
self._pressed_areas = {}
self.c = Gtk.Box()
self.c.set_name("osd-keyboard-container")
self.f = Gtk.Fixed()
def _create_background(self):
self.background = KeyboardImage(self.args.image)
self.recolor()
self.limits = {}
self.limits[LEFT] = self.background.get_limit("LIMIT_LEFT")
self.limits[RIGHT] = self.background.get_limit("LIMIT_RIGHT")
self.limits[CPAD] = self.background.get_limit("LIMIT_CPAD")
self._pack()
def _pack(self):
self.f.add(self.background)
self.f.add(self.cursors[LEFT])
self.f.add(self.cursors[RIGHT])
self.f.add(self.cursors[CPAD])
self.c.add(self.f)
self.add(self.c)
def recolor(self):
# TODO: keyboard description is probably not needed anymore
_get = lambda a: SVGWidget.color_to_float(self.config['osk_colors'].get(a, ""))
self.background.color_button1 = _get("button1")
self.background.color_button1_border = _get("button1_border")
self.background.color_button2 = _get("button2")
self.background.color_button2_border = _get("button2_border")
self.background.color_hilight = _get("hilight")
self.background.color_pressed = _get("pressed")
self.background.color_text = _get("text")
def use_daemon(self, d):
"""
Allows (re)using already existing DaemonManager instance in same process
"""
self.daemon = d
self._cononect_handlers()
self.on_daemon_connected(self.daemon)
def on_keymap_state_changed(self, x11keymap):
if not self.timer_active('labels'):
self.timer('labels', 0.1, self.update_labels)
def set_help(self):
"""
Updates help shown on keyboard image.
Keyboard bindings don't change on the fly, so this is done only
right after start or when daemon is reconfigured.
"""
if self._controller is None:
# Not yet connected
return
gui_config = self._controller.load_gui_config(os.path.join(get_share_path(), "images"))
l_lines, r_lines, used = [], [], set()
def add_action(side, button, a):
if not a:
return
if isinstance(a, scc.osd.osk_actions.OSKCursorAction):
if a.side != CPAD: return
if isinstance(a, ModeModifier):
for x in a.get_child_actions():
add_action(side, button, x)
return
desc = a.describe(Action.AC_OSK)
if desc in used:
if isinstance(a, scc.osd.osk_actions.OSKPressAction):
# Special case, both triggers are set to "press a key"
pass
else:
return
icon = self._controller.get_button_name(gui_config, button)
side.append(( icon, desc ))
used.add(desc)
def add_button(side, b):
add_action(side, b, self.profile.buttons[b])
if self._controller.get_flags() & ControllerFlags.NO_GRIPS == 0:
add_button(l_lines, SCButtons.LGRIP)
add_button(r_lines, SCButtons.RGRIP)
add_action(l_lines, SCButtons.LT, self.profile.triggers[LEFT])
add_action(r_lines, SCButtons.RT, self.profile.triggers[RIGHT])
for b in (SCButtons.LB, SCButtons.Y, SCButtons.X):
add_button(l_lines, b)
for b in (SCButtons.RB, SCButtons.B, SCButtons.A):
add_button(r_lines, b)
if self._controller.get_flags() & ControllerFlags.HAS_CPAD != 0:
for lst in (l_lines, r_lines):
while len(lst) > 3: lst.pop()
while len(lst) < 3: lst.append((None, ""))
add_action(r_lines, CPAD, self.profile.pads[CPAD])
add_action(l_lines, SCButtons.STICKPRESS, self.profile.stick)
self.background.set_help(l_lines, r_lines)
def update_labels(self):
""" Updates keyboard labels based on active X keymap """
labels = {}
# Get current layout group
self.group = X.get_xkb_state(self.dpy).group
# Get state of shift/alt/ctrl key
mt = Gdk.ModifierType(self.keymap.get_modifier_state())
for button in self.background.buttons:
if getattr(Keys, button.name, None) in KEY_TO_KEYCODE:
keycode = KEY_TO_KEYCODE[getattr(Keys, button.name)]
translation = self.keymap.translate_keyboard_state(keycode, mt, self.group)
if hasattr(translation, "keyval"):
code = Gdk.keyval_to_unicode(translation.keyval)
else:
code = Gdk.keyval_to_unicode(translation[1])
if code >= 33: # Printable chars, w/out space
labels[button] = unichr(code).strip()
else:
labels[button] = SPECIAL_KEYS.get(code)
self.background.set_labels(labels)
def _add_arguments(self):
OSDWindow._add_arguments(self)
self.argparser.add_argument('image', type=str, nargs="?",
default = self.kbimage, help="keyboard image to use")
def parse_argumets(self, argv):
if not OSDWindow.parse_argumets(self, argv):
return False
return True
def _cononect_handlers(self):
self._eh_ids += [
( self.daemon, self.daemon.connect('dead', self.on_daemon_died) ),
( self.daemon, self.daemon.connect('error', self.on_daemon_died) ),
( self.daemon, self.daemon.connect('reconfigured', self.on_reconfigured) ),
( self.daemon, self.daemon.connect('alive', self.on_daemon_connected) ),
]
def run(self):
self.daemon = DaemonManager()
self._cononect_handlers()
OSDWindow.run(self)
def load_profile(self):
self.profile.load(find_profile(Keyboard.OSK_PROF_NAME)).compress()
self.set_help()
def on_reconfigured(self, *a):
self.load_profile()
log.debug("Reloaded profile")
def on_daemon_connected(self, *a):
def success(*a):
log.info("Sucessfully locked input")
pass
c = self.choose_controller(self.daemon)
if c is None or not c.is_connected():
# There is no controller connected to daemon
self.on_failed_to_lock("Controller not connected")
return
self._eh_ids += [
(c, c.connect('event', self.on_event)),
(c, c.connect('lost', self.on_controller_lost)),
]
# TODO: Single-handed mode for PS4 posponed
locks = [ LEFT, RIGHT, STICK, "STICKPRESS" ] + [ b.name for b in SCButtons ]
if (c.get_flags() & ControllerFlags.HAS_CPAD) == 0:
# Two pads, two hands
locks = [ LEFT, RIGHT, STICK, "STICKPRESS" ] + [ b.name for b in SCButtons ]
self.cursors[CPAD].hide()
else:
# Single-handed mode
locks = [ CPAD, "CPADPRESS", STICK, "STICKPRESS" ] + [ b.name for b in SCButtons ]
self._hovers[self.cursors[RIGHT]] = None
self._hovers = { self.cursors[CPAD] : None }
self._pressed = { self.cursors[CPAD] : None }
self.cursors[LEFT].hide()
self.cursors[RIGHT].hide()
# There is no configurable nor default mapping for CPDAD,
# so situable mappings are hardcoded here
self.profile.pads[CPAD] = scc.osd.osk_actions.OSKCursorAction(CPAD)
self.profile.pads[CPAD].speed = [ 0.85, 1.2 ]
self.profile.buttons[SCButtons.CPADPRESS] = scc.osd.osk_actions.OSKPressAction(CPAD)
for i in (LEFT, RIGHT):
if isinstance(self.profile.triggers[i], scc.osd.osk_actions.OSKPressAction):
self.profile.triggers[i] = scc.osd.osk_actions.OSKPressAction(CPAD)
self._controller = c
c.lock(success, self.on_failed_to_lock, *locks)
self.set_help()
def quit(self, code=-1):
if self.get_controller():
self.get_controller().unlock_all()
for source, eid in self._eh_ids:
source.disconnect(eid)
self._eh_ids = []
del self.mapper
OSDWindow.quit(self, code)
def show(self, *a):
if self.background is None:
self._create_background()
OSDWindow.show(self, *a)
self.load_profile()
self.mapper = SlaveMapper(self.profile, None,
keyboard=b"SCC OSD Keyboard", mouse=b"SCC OSD Mouse")
self.mapper.set_special_actions_handler(self)
self.set_cursor_position(0, 0, self.cursors[LEFT], self.limits[LEFT])
self.set_cursor_position(0, 0, self.cursors[RIGHT], self.limits[RIGHT])
self.set_cursor_position(0, 0, self.cursors[CPAD], self.limits[CPAD])
self.timer('labels', 0.1, self.update_labels)
def on_event(self, daemon, what, data):
"""
Called when button press, button release or stick / pad update is
send by daemon.
"""
group = X.get_xkb_state(self.dpy).group
if self.group != group:
self.group = group
self.timer('labels', 0.1, self.update_labels)
self.mapper.handle_event(daemon, what, data)
def on_sa_close(self, *a):
""" Called by CloseOSDKeyboardAction """
self.quit(0)
def on_sa_cursor(self, mapper, action, x, y):
self.set_cursor_position(
x * action.speed[0],
y * action.speed[1],
self.cursors[action.side], self.limits[action.side])
def on_sa_move(self, mapper, action, x, y):
self._stick = x, y
if not self.timer_active('stick'):
self.timer("stick", 0.05, self._move_window)
def on_sa_press(self, mapper, action, pressed):
self.key_from_cursor(self.cursors[action.side], pressed)
def set_cursor_position(self, x, y, cursor, limit):
"""
Moves cursor image.
"""
if cursor not in self._hovers: return
w = limit[2] - (cursor.get_allocation().width * 0.5)
h = limit[3] - (cursor.get_allocation().height * 0.5)
x = x / float(STICK_PAD_MAX)
y = y / float(STICK_PAD_MAX) * -1.0
x, y = circle_to_square(x, y)
x = clamp(
cursor.get_allocation().width * 0.5,
(limit[0] + w * 0.5) + x * w * 0.5,
self.get_allocation().width - cursor.get_allocation().width
)
y = clamp(
cursor.get_allocation().height * 0.5,
(limit[1] + h * 0.5) + y * h * 0.5,
self.get_allocation().height - cursor.get_allocation().height
)
cursor.position = int(x), int(y)
self.f.move(cursor,
x - cursor.get_allocation().width * 0.5,
y - cursor.get_allocation().height * 0.5)
for button in self.background.buttons:
if button.contains(x, y):
if button != self._hovers[cursor]:
self._hovers[cursor] = button
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self.key_from_cursor(cursor, True)
if not self.timer_active('update'):
self.timer('update', 0.01, self.update_background)
break
def update_background(self, *whatever):
"""
Updates hilighted keys on bacgkround image.
"""
self.background.hilight(
set([ a for a in self._hovers.values() if a ]),
set([ a for a in self._pressed_areas.values() if a ])
)
def _move_window(self, *a):
"""
Called by timer while stick is tilted to move window around the screen.
"""
x, y = self._stick
x = x * 50.0 / STICK_PAD_MAX
y = y * -50.0 / STICK_PAD_MAX
rx, ry = self.get_position()
self.move(rx + x, ry + y)
if abs(self._stick[0]) > 100 or abs(self._stick[1]) > 100:
self.timer("stick", 0.05, self._move_window)
def key_from_cursor(self, cursor, pressed):
"""
Sends keypress/keyrelease event to emulated keyboard, based on
position of cursor on OSD keyboard.
"""
x, y = cursor.position
if pressed:
for button in self.background.buttons:
if button.contains(x, y):
if button.name.startswith("KEY_") and hasattr(Keys, button.name):
key = getattr(Keys, button.name)
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self.mapper.keyboard.pressEvent([ key ])
self._pressed[cursor] = key
self._pressed_areas[cursor] = button
break
elif self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self._pressed[cursor] = None
del self._pressed_areas[cursor]
if not self.timer_active('update'):
self.timer('update', 0.01, self.update_background)
class Keyboard(OSDWindow, TimerManager):
EPILOG = """Exit codes:
0 - clean exit, user closed keyboard
1 - error, invalid arguments
2 - error, failed to access sc-daemon, sc-daemon reported error or died while keyboard is displayed.
3 - erorr, failed to lock input stick, pad or button(s)
"""
OSK_PROF_NAME = ".scc-osd.keyboard"
BUTTON_MAP = {
SCButtons.A.name: Keys.KEY_ENTER,
SCButtons.B.name: Keys.KEY_ESC,
SCButtons.LB.name: Keys.KEY_BACKSPACE,
SCButtons.RB.name: Keys.KEY_SPACE,
SCButtons.LGRIP.name: Keys.KEY_LEFTSHIFT,
SCButtons.RGRIP.name: Keys.KEY_RIGHTALT,
}
def __init__(self, config=None):
self.kbimage = os.path.join(get_config_path(), 'keyboard.svg')
if not os.path.exists(self.kbimage):
# Prefer image in ~/.config/scc, but load default one as fallback
self.kbimage = os.path.join(get_share_path(), "images",
'keyboard.svg')
TimerManager.__init__(self)
OSDWindow.__init__(self, "osd-keyboard")
self.daemon = None
self.mapper = None
self.keymap = Gdk.Keymap.get_default()
self.keymap.connect('state-changed', self.on_keymap_state_changed)
Action.register_all(sys.modules['scc.osd.osk_actions'], prefix="OSK")
self.profile = Profile(TalkingActionParser())
self.config = config or Config()
self.dpy = X.Display(hash(GdkX11.x11_get_default_xdisplay()))
self.group = None
self.limits = {}
self.background = None
cursor = os.path.join(get_share_path(), "images", 'menu-cursor.svg')
self.cursors = {}
self.cursors[LEFT] = Gtk.Image.new_from_file(cursor)
self.cursors[LEFT].set_name("osd-keyboard-cursor")
self.cursors[RIGHT] = Gtk.Image.new_from_file(cursor)
self.cursors[RIGHT].set_name("osd-keyboard-cursor")
self.cursors[CPAD] = Gtk.Image.new_from_file(cursor)
self.cursors[CPAD].set_name("osd-keyboard-cursor")
self._eh_ids = []
self._controller = None
self._stick = 0, 0
self._hovers = {self.cursors[LEFT]: None, self.cursors[RIGHT]: None}
self._pressed = {self.cursors[LEFT]: None, self.cursors[RIGHT]: None}
self._pressed_areas = {}
self.c = Gtk.Box()
self.c.set_name("osd-keyboard-container")
self.f = Gtk.Fixed()
def _create_background(self):
self.background = KeyboardImage(self.args.image)
self.recolor()
self.limits = {}
self.limits[LEFT] = self.background.get_limit("LIMIT_LEFT")
self.limits[RIGHT] = self.background.get_limit("LIMIT_RIGHT")
self.limits[CPAD] = self.background.get_limit("LIMIT_CPAD")
self._pack()
def _pack(self):
self.f.add(self.background)
self.f.add(self.cursors[LEFT])
self.f.add(self.cursors[RIGHT])
self.f.add(self.cursors[CPAD])
self.c.add(self.f)
self.add(self.c)
def recolor(self):
# TODO: keyboard description is probably not needed anymore
_get = lambda a: SVGWidget.color_to_float(self.config['osk_colors'].
get(a, ""))
self.background.color_button1 = _get("button1")
self.background.color_button1_border = _get("button1_border")
self.background.color_button2 = _get("button2")
self.background.color_button2_border = _get("button2_border")
self.background.color_hilight = _get("hilight")
self.background.color_pressed = _get("pressed")
self.background.color_text = _get("text")
def use_daemon(self, d):
"""
Allows (re)using already existing DaemonManager instance in same process
"""
self.daemon = d
self._cononect_handlers()
self.on_daemon_connected(self.daemon)
def on_keymap_state_changed(self, x11keymap):
if not self.timer_active('labels'):
self.timer('labels', 0.1, self.update_labels)
def set_help(self):
"""
Updates help shown on keyboard image.
Keyboard bindings don't change on the fly, so this is done only
right after start or when daemon is reconfigured.
"""
if self._controller is None:
# Not yet connected
return
gui_config = self._controller.load_gui_config(
os.path.join(get_share_path(), "images"))
l_lines, r_lines, used = [], [], set()
def add_action(side, button, a):
if not a:
return
if isinstance(a, scc.osd.osk_actions.OSKCursorAction):
if a.side != CPAD: return
if isinstance(a, ModeModifier):
for x in a.get_child_actions():
add_action(side, button, x)
return
desc = a.describe(Action.AC_OSK)
if desc in used:
if isinstance(a, scc.osd.osk_actions.OSKPressAction):
# Special case, both triggers are set to "press a key"
pass
else:
return
icon = self._controller.get_button_name(gui_config, button)
side.append((icon, desc))
used.add(desc)
def add_button(side, b):
add_action(side, b, self.profile.buttons[b])
if self._controller.get_flags() & ControllerFlags.NO_GRIPS == 0:
add_button(l_lines, SCButtons.LGRIP)
add_button(r_lines, SCButtons.RGRIP)
add_action(l_lines, SCButtons.LT, self.profile.triggers[LEFT])
add_action(r_lines, SCButtons.RT, self.profile.triggers[RIGHT])
for b in (SCButtons.LB, SCButtons.Y, SCButtons.X):
add_button(l_lines, b)
for b in (SCButtons.RB, SCButtons.B, SCButtons.A):
add_button(r_lines, b)
if self._controller.get_flags() & ControllerFlags.HAS_CPAD != 0:
for lst in (l_lines, r_lines):
while len(lst) > 3:
lst.pop()
while len(lst) < 3:
lst.append((None, ""))
add_action(r_lines, CPAD, self.profile.pads[CPAD])
add_action(l_lines, SCButtons.STICKPRESS, self.profile.stick)
self.background.set_help(l_lines, r_lines)
def update_labels(self):
""" Updates keyboard labels based on active X keymap """
labels = {}
# Get current layout group
self.group = X.get_xkb_state(self.dpy).group
# Get state of shift/alt/ctrl key
mt = Gdk.ModifierType(self.keymap.get_modifier_state())
for button in self.background.buttons:
if getattr(Keys, button.name, None) in KEY_TO_KEYCODE:
keycode = KEY_TO_KEYCODE[getattr(Keys, button.name)]
translation = self.keymap.translate_keyboard_state(
keycode, mt, self.group)
if hasattr(translation, "keyval"):
code = Gdk.keyval_to_unicode(translation.keyval)
else:
code = Gdk.keyval_to_unicode(translation[1])
if code >= 33: # Printable chars, w/out space
labels[button] = unichr(code).strip()
else:
labels[button] = SPECIAL_KEYS.get(code)
self.background.set_labels(labels)
def _add_arguments(self):
OSDWindow._add_arguments(self)
self.argparser.add_argument('image',
type=str,
nargs="?",
default=self.kbimage,
help="keyboard image to use")
def parse_argumets(self, argv):
if not OSDWindow.parse_argumets(self, argv):
return False
return True
def _cononect_handlers(self):
self._eh_ids += [
(self.daemon, self.daemon.connect('dead', self.on_daemon_died)),
(self.daemon, self.daemon.connect('error', self.on_daemon_died)),
(self.daemon,
self.daemon.connect('reconfigured', self.on_reconfigured)),
(self.daemon, self.daemon.connect('alive',
self.on_daemon_connected)),
]
def run(self):
self.daemon = DaemonManager()
self._cononect_handlers()
OSDWindow.run(self)
def load_profile(self):
self.profile.load(find_profile(Keyboard.OSK_PROF_NAME)).compress()
self.set_help()
def on_reconfigured(self, *a):
self.load_profile()
log.debug("Reloaded profile")
def on_daemon_connected(self, *a):
def success(*a):
log.info("Sucessfully locked input")
pass
c = self.choose_controller(self.daemon)
if c is None or not c.is_connected():
# There is no controller connected to daemon
self.on_failed_to_lock("Controller not connected")
return
self._eh_ids += [
(c, c.connect('event', self.on_event)),
(c, c.connect('lost', self.on_controller_lost)),
]
# TODO: Single-handed mode for PS4 posponed
locks = [LEFT, RIGHT, STICK, "STICKPRESS"
] + [b.name for b in SCButtons]
if (c.get_flags() & ControllerFlags.HAS_CPAD) == 0:
# Two pads, two hands
locks = [LEFT, RIGHT, STICK, "STICKPRESS"
] + [b.name for b in SCButtons]
self.cursors[CPAD].hide()
else:
# Single-handed mode
locks = [CPAD, "CPADPRESS", STICK, "STICKPRESS"
] + [b.name for b in SCButtons]
self._hovers[self.cursors[RIGHT]] = None
self._hovers = {self.cursors[CPAD]: None}
self._pressed = {self.cursors[CPAD]: None}
self.cursors[LEFT].hide()
self.cursors[RIGHT].hide()
# There is no configurable nor default mapping for CPDAD,
# so situable mappings are hardcoded here
self.profile.pads[CPAD] = scc.osd.osk_actions.OSKCursorAction(CPAD)
self.profile.pads[CPAD].speed = [0.85, 1.2]
self.profile.buttons[
SCButtons.CPADPRESS] = scc.osd.osk_actions.OSKPressAction(CPAD)
for i in (LEFT, RIGHT):
if isinstance(self.profile.triggers[i],
scc.osd.osk_actions.OSKPressAction):
self.profile.triggers[
i] = scc.osd.osk_actions.OSKPressAction(CPAD)
self._controller = c
c.lock(success, self.on_failed_to_lock, *locks)
self.set_help()
def quit(self, code=-1):
if self.get_controller():
self.get_controller().unlock_all()
for source, eid in self._eh_ids:
source.disconnect(eid)
self._eh_ids = []
del self.mapper
OSDWindow.quit(self, code)
def show(self, *a):
if self.background is None:
self._create_background()
OSDWindow.show(self, *a)
self.load_profile()
self.mapper = SlaveMapper(self.profile,
None,
keyboard=b"SCC OSD Keyboard",
mouse=b"SCC OSD Mouse")
self.mapper.set_special_actions_handler(self)
self.set_cursor_position(0, 0, self.cursors[LEFT], self.limits[LEFT])
self.set_cursor_position(0, 0, self.cursors[RIGHT], self.limits[RIGHT])
self.set_cursor_position(0, 0, self.cursors[CPAD], self.limits[CPAD])
self.timer('labels', 0.1, self.update_labels)
def on_event(self, daemon, what, data):
"""
Called when button press, button release or stick / pad update is
send by daemon.
"""
group = X.get_xkb_state(self.dpy).group
if self.group != group:
self.group = group
self.timer('labels', 0.1, self.update_labels)
self.mapper.handle_event(daemon, what, data)
def on_sa_close(self, *a):
""" Called by CloseOSDKeyboardAction """
self.quit(0)
def on_sa_cursor(self, mapper, action, x, y):
self.set_cursor_position(x * action.speed[0], y * action.speed[1],
self.cursors[action.side],
self.limits[action.side])
def on_sa_move(self, mapper, action, x, y):
self._stick = x, y
if not self.timer_active('stick'):
self.timer("stick", 0.05, self._move_window)
def on_sa_press(self, mapper, action, pressed):
self.key_from_cursor(self.cursors[action.side], pressed)
def set_cursor_position(self, x, y, cursor, limit):
"""
Moves cursor image.
"""
if cursor not in self._hovers: return
w = limit[2] - (cursor.get_allocation().width * 0.5)
h = limit[3] - (cursor.get_allocation().height * 0.5)
x = x / float(STICK_PAD_MAX)
y = y / float(STICK_PAD_MAX) * -1.0
x, y = circle_to_square(x, y)
x = clamp(cursor.get_allocation().width * 0.5,
(limit[0] + w * 0.5) + x * w * 0.5,
self.get_allocation().width - cursor.get_allocation().width)
y = clamp(
cursor.get_allocation().height * 0.5,
(limit[1] + h * 0.5) + y * h * 0.5,
self.get_allocation().height - cursor.get_allocation().height)
cursor.position = int(x), int(y)
self.f.move(cursor, x - cursor.get_allocation().width * 0.5,
y - cursor.get_allocation().height * 0.5)
for button in self.background.buttons:
if button.contains(x, y):
if button != self._hovers[cursor]:
self._hovers[cursor] = button
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent(
[self._pressed[cursor]])
self.key_from_cursor(cursor, True)
if not self.timer_active('update'):
self.timer('update', 0.01, self.update_background)
break
def update_background(self, *whatever):
"""
Updates hilighted keys on bacgkround image.
"""
self.background.hilight(
set([a for a in self._hovers.values() if a]),
set([a for a in self._pressed_areas.values() if a]))
def _move_window(self, *a):
"""
Called by timer while stick is tilted to move window around the screen.
"""
x, y = self._stick
x = x * 50.0 / STICK_PAD_MAX
y = y * -50.0 / STICK_PAD_MAX
rx, ry = self.get_position()
self.move(rx + x, ry + y)
if abs(self._stick[0]) > 100 or abs(self._stick[1]) > 100:
self.timer("stick", 0.05, self._move_window)
def key_from_cursor(self, cursor, pressed):
"""
Sends keypress/keyrelease event to emulated keyboard, based on
position of cursor on OSD keyboard.
"""
x, y = cursor.position
if pressed:
for button in self.background.buttons:
if button.contains(x, y):
if button.name.startswith("KEY_") and hasattr(
Keys, button.name):
key = getattr(Keys, button.name)
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent(
[self._pressed[cursor]])
self.mapper.keyboard.pressEvent([key])
self._pressed[cursor] = key
self._pressed_areas[cursor] = button
break
elif self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([self._pressed[cursor]])
self._pressed[cursor] = None
del self._pressed_areas[cursor]
if not self.timer_active('update'):
self.timer('update', 0.01, self.update_background)
class Keyboard(OSDWindow, TimerManager):
EPILOG="""Exit codes:
0 - clean exit, user closed keyboard
1 - error, invalid arguments
2 - error, failed to access sc-daemon, sc-daemon reported error or died while menu is displayed.
3 - erorr, failed to lock input stick, pad or button(s)
"""
HILIGHT_COLOR = "#00688D"
BUTTON_MAP = {
SCButtons.A.name : Keys.KEY_ENTER,
SCButtons.B.name : Keys.KEY_ESC,
SCButtons.LB.name : Keys.KEY_BACKSPACE,
SCButtons.RB.name : Keys.KEY_SPACE,
SCButtons.LGRIP.name : Keys.KEY_LEFTSHIFT,
SCButtons.RGRIP.name : Keys.KEY_RIGHTALT,
}
def __init__(self):
OSDWindow.__init__(self, "osd-keyboard")
TimerManager.__init__(self)
self.daemon = None
self.mapper = None
self.keymap = Gdk.Keymap.get_default()
self.keymap.connect('state-changed', self.on_state_changed)
self.profile = Profile(TalkingActionParser())
kbimage = os.path.join(get_config_path(), 'keyboard.svg')
if not os.path.exists(kbimage):
# Prefer image in ~/.config/scc, but load default one as fallback
kbimage = os.path.join(get_share_path(), "images", 'keyboard.svg')
self.background = SVGWidget(self, kbimage)
self.limits = {}
self.limits[LEFT] = self.background.get_rect_area(self.background.get_element("LIMIT_LEFT"))
self.limits[RIGHT] = self.background.get_rect_area(self.background.get_element("LIMIT_RIGHT"))
cursor = os.path.join(get_share_path(), "images", 'menu-cursor.svg')
self.cursors = {}
self.cursors[LEFT] = Gtk.Image.new_from_file(cursor)
self.cursors[LEFT].set_name("osd-keyboard-cursor")
self.cursors[RIGHT] = Gtk.Image.new_from_file(cursor)
self.cursors[RIGHT].set_name("osd-keyboard-cursor")
self._eh_ids = []
self._stick = 0, 0
self._hovers = { self.cursors[LEFT] : None, self.cursors[RIGHT] : None }
self._pressed = { self.cursors[LEFT] : None, self.cursors[RIGHT] : None }
self.c = Gtk.Box()
self.c.set_name("osd-keyboard-container")
self.f = Gtk.Fixed()
self.f.add(self.background)
self.f.add(self.cursors[LEFT])
self.f.add(self.cursors[RIGHT])
self.c.add(self.f)
self.add(self.c)
self.timer('labels', 0.1, self.update_labels)
def use_daemon(self, d):
"""
Allows (re)using already existing DaemonManager instance in same process
"""
self.daemon = d
self._cononect_handlers()
self.on_daemon_connected(self.daemon)
def on_state_changed(self, x11keymap):
if not self.timer_active('labels'):
self.timer('labels', 0.1, self.update_labels)
def update_labels(self):
""" Updates keyboard labels based on active X keymap """
labels = {}
# Get current layout group
dpy = X.Display(hash(GdkX11.x11_get_default_xdisplay())) # Still no idea why...
group = X.get_xkb_state(dpy).group
# Get state of shift/alt/ctrl key
mt = Gdk.ModifierType(self.keymap.get_modifier_state())
for a in self.background.areas:
# Iterate over all translatable keys...
if hasattr(Keys, a.name) and getattr(Keys, a.name) in KEY_TO_GDK:
# Try to convert GKD key to keycode
gdkkey = KEY_TO_GDK[getattr(Keys, a.name)]
found, entries = self.keymap.get_entries_for_keyval(gdkkey)
if gdkkey == Gdk.KEY_equal:
# Special case, GDK reports nonsense here
entries = [ [ e for e in entries if e.level == 0 ][-1] ]
if not found: continue
for k in sorted(entries, key=lambda a : a.level):
# Try to convert keycode to label
translation = self.keymap.translate_keyboard_state(k.keycode, mt, group)
if hasattr(translation, "keyval"):
code = Gdk.keyval_to_unicode(translation.keyval)
else:
code = Gdk.keyval_to_unicode(translation[1])
if code != 0:
labels[a.name] = unichr(code)
break
self.background.set_labels(labels)
def parse_argumets(self, argv):
if not OSDWindow.parse_argumets(self, argv):
return False
return True
def _cononect_handlers(self):
self._eh_ids += [
self.daemon.connect('dead', self.on_daemon_died),
self.daemon.connect('error', self.on_daemon_died),
self.daemon.connect('event', self.on_event),
self.daemon.connect('alive', self.on_daemon_connected),
]
def run(self):
self.daemon = DaemonManager()
self._cononect_handlers()
OSDWindow.run(self)
def on_daemon_died(self, *a):
log.error("Daemon died")
self.quit(2)
def on_failed_to_lock(self, error):
log.error("Failed to lock input: %s", error)
self.quit(3)
def on_daemon_connected(self, *a):
def success(*a):
log.info("Sucessfully locked input")
pass
# Lock everything
locks = [ LEFT, RIGHT, STICK ] + [ b.name for b in SCButtons ]
self.daemon.lock(success, self.on_failed_to_lock, *locks)
def quit(self, code=-1):
self.daemon.unlock_all()
for x in self._eh_ids:
self.daemon.disconnect(x)
self._eh_ids = []
del self.mapper
OSDWindow.quit(self, code)
def show(self, *a):
OSDWindow.show(self, *a)
self.profile.load(find_profile(".scc-osd.keyboard")).compress()
self.mapper = SlaveMapper(self.profile, keyboard=b"SCC OSD Keyboard")
self.mapper.set_special_actions_handler(self)
self.set_cursor_position(0, 0, self.cursors[LEFT], self.limits[LEFT])
self.set_cursor_position(0, 0, self.cursors[RIGHT], self.limits[RIGHT])
def on_event(self, daemon, what, data):
"""
Called when button press, button release or stick / pad update is
send by daemon.
"""
self.mapper.handle_event(daemon, what, data)
def on_sa_close(self, *a):
""" Called by CloseOSDKeyboardAction """
self.quit(0)
def on_sa_cursor(self, mapper, action, x, y):
self.set_cursor_position(
x * action.speed[0],
y * action.speed[1],
self.cursors[action.side], self.limits[action.side])
def on_sa_move(self, mapper, action, x, y):
self._stick = x, y
if not self.timer_active('stick'):
self.timer("stick", 0.05, self._move_window)
def on_sa_press(self, mapper, action, pressed):
self.key_from_cursor(self.cursors[action.side], pressed)
def set_cursor_position(self, x, y, cursor, limit):
"""
Moves cursor image.
"""
w = limit[2] - (cursor.get_allocation().width * 0.5)
h = limit[3] - (cursor.get_allocation().height * 0.5)
x = x / float(STICK_PAD_MAX)
y = y / float(STICK_PAD_MAX) * -1.0
x, y = circle_to_square(x, y)
x = clamp(
cursor.get_allocation().width * 0.5,
(limit[0] + w * 0.5) + x * w * 0.5,
self.get_allocation().width - cursor.get_allocation().width
) - cursor.get_allocation().width * 0.5
y = clamp(
cursor.get_allocation().height * 0.5,
(limit[1] + h * 0.5) + y * h * 0.5,
self.get_allocation().height - cursor.get_allocation().height
) - cursor.get_allocation().height * 0.5
cursor.position = int(x), int(y)
self.f.move(cursor, *cursor.position)
for a in self.background.areas:
if a.contains(x, y):
if a != self._hovers[cursor]:
self._hovers[cursor] = a
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self.key_from_cursor(cursor, True)
if not self.timer_active('redraw'):
self.timer('redraw', 0.01, self.redraw_background)
break
def redraw_background(self, *a):
"""
Updates hilighted keys on bacgkround image.
"""
self.background.hilight({
"AREA_" + a.name : Keyboard.HILIGHT_COLOR
for a in [ a for a in self._hovers.values() if a ]
})
def _move_window(self, *a):
"""
Called by timer while stick is tilted to move window around the screen.
"""
x, y = self._stick
x = x * 50.0 / STICK_PAD_MAX
y = y * -50.0 / STICK_PAD_MAX
rx, ry = self.get_position()
self.move(rx + x, ry + y)
if abs(self._stick[0]) > 100 or abs(self._stick[1]) > 100:
self.timer("stick", 0.05, self._move_window)
def key_from_cursor(self, cursor, pressed):
"""
Sends keypress/keyrelease event to emulated keyboard, based on
position of cursor on OSD keyboard.
"""
x, y = cursor.position
if pressed:
for a in self.background.areas:
if a.contains(x, y):
if a.name.startswith("KEY_") and hasattr(Keys, a.name):
key = getattr(Keys, a.name)
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self.mapper.keyboard.pressEvent([ key ])
self._pressed[cursor] = key
break
elif self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([ self._pressed[cursor] ])
self._pressed[cursor] = None
class Keyboard(OSDWindow, TimerManager):
EPILOG = """Exit codes:
0 - clean exit, user closed keyboard
1 - error, invalid arguments
2 - error, failed to access sc-daemon, sc-daemon reported error or died while menu is displayed.
3 - erorr, failed to lock input stick, pad or button(s)
"""
HILIGHT_COLOR = "#00688D"
BUTTON_MAP = {
SCButtons.A.name: Keys.KEY_ENTER,
SCButtons.B.name: Keys.KEY_ESC,
SCButtons.LB.name: Keys.KEY_BACKSPACE,
SCButtons.RB.name: Keys.KEY_SPACE,
SCButtons.LGRIP.name: Keys.KEY_LEFTSHIFT,
SCButtons.RGRIP.name: Keys.KEY_RIGHTALT,
}
def __init__(self):
OSDWindow.__init__(self, "osd-keyboard")
TimerManager.__init__(self)
self.daemon = None
self.mapper = None
self.keymap = Gdk.Keymap.get_default()
self.keymap.connect('state-changed', self.on_state_changed)
self.profile = Profile(TalkingActionParser())
kbimage = os.path.join(get_config_path(), 'keyboard.svg')
if not os.path.exists(kbimage):
# Prefer image in ~/.config/scc, but load default one as fallback
kbimage = os.path.join(get_share_path(), "images", 'keyboard.svg')
self.background = SVGWidget(self, kbimage)
self.limits = {}
self.limits[LEFT] = self.background.get_rect_area(
self.background.get_element("LIMIT_LEFT"))
self.limits[RIGHT] = self.background.get_rect_area(
self.background.get_element("LIMIT_RIGHT"))
cursor = os.path.join(get_share_path(), "images", 'menu-cursor.svg')
self.cursors = {}
self.cursors[LEFT] = Gtk.Image.new_from_file(cursor)
self.cursors[LEFT].set_name("osd-keyboard-cursor")
self.cursors[RIGHT] = Gtk.Image.new_from_file(cursor)
self.cursors[RIGHT].set_name("osd-keyboard-cursor")
self._eh_ids = []
self._stick = 0, 0
self._hovers = {self.cursors[LEFT]: None, self.cursors[RIGHT]: None}
self._pressed = {self.cursors[LEFT]: None, self.cursors[RIGHT]: None}
self.c = Gtk.Box()
self.c.set_name("osd-keyboard-container")
self.f = Gtk.Fixed()
self.f.add(self.background)
self.f.add(self.cursors[LEFT])
self.f.add(self.cursors[RIGHT])
self.c.add(self.f)
self.add(self.c)
self.timer('labels', 0.1, self.update_labels)
def use_daemon(self, d):
"""
Allows (re)using already existing DaemonManager instance in same process
"""
self.daemon = d
self._cononect_handlers()
self.on_daemon_connected(self.daemon)
def on_state_changed(self, x11keymap):
if not self.timer_active('labels'):
self.timer('labels', 0.1, self.update_labels)
def update_labels(self):
""" Updates keyboard labels based on active X keymap """
labels = {}
# Get current layout group
dpy = X.Display(hash(
GdkX11.x11_get_default_xdisplay())) # Still no idea why...
group = X.get_xkb_state(dpy).group
# Get state of shift/alt/ctrl key
mt = Gdk.ModifierType(self.keymap.get_modifier_state())
for a in self.background.areas:
# Iterate over all translatable keys...
if hasattr(Keys, a.name) and getattr(Keys, a.name) in KEY_TO_GDK:
# Try to convert GKD key to keycode
gdkkey = KEY_TO_GDK[getattr(Keys, a.name)]
found, entries = self.keymap.get_entries_for_keyval(gdkkey)
if gdkkey == Gdk.KEY_equal:
# Special case, GDK reports nonsense here
entries = [[e for e in entries if e.level == 0][-1]]
if not found: continue
for k in sorted(entries, key=lambda a: a.level):
# Try to convert keycode to label
translation = self.keymap.translate_keyboard_state(
k.keycode, mt, group)
if hasattr(translation, "keyval"):
code = Gdk.keyval_to_unicode(translation.keyval)
else:
code = Gdk.keyval_to_unicode(translation[1])
if code != 0:
labels[a.name] = unichr(code)
break
self.background.set_labels(labels)
def parse_argumets(self, argv):
if not OSDWindow.parse_argumets(self, argv):
return False
return True
def _cononect_handlers(self):
self._eh_ids += [
self.daemon.connect('dead', self.on_daemon_died),
self.daemon.connect('error', self.on_daemon_died),
self.daemon.connect('event', self.on_event),
self.daemon.connect('alive', self.on_daemon_connected),
]
def run(self):
self.daemon = DaemonManager()
self._cononect_handlers()
OSDWindow.run(self)
def on_daemon_died(self, *a):
log.error("Daemon died")
self.quit(2)
def on_failed_to_lock(self, error):
log.error("Failed to lock input: %s", error)
self.quit(3)
def on_daemon_connected(self, *a):
def success(*a):
log.info("Sucessfully locked input")
pass
# Lock everything
locks = [LEFT, RIGHT, STICK] + [b.name for b in SCButtons]
self.daemon.lock(success, self.on_failed_to_lock, *locks)
def quit(self, code=-1):
self.daemon.unlock_all()
for x in self._eh_ids:
self.daemon.disconnect(x)
self._eh_ids = []
del self.mapper
OSDWindow.quit(self, code)
def show(self, *a):
OSDWindow.show(self, *a)
self.profile.load(find_profile(".scc-osd.keyboard")).compress()
self.mapper = SlaveMapper(self.profile, keyboard=b"SCC OSD Keyboard")
self.mapper.set_special_actions_handler(self)
self.set_cursor_position(0, 0, self.cursors[LEFT], self.limits[LEFT])
self.set_cursor_position(0, 0, self.cursors[RIGHT], self.limits[RIGHT])
def on_event(self, daemon, what, data):
"""
Called when button press, button release or stick / pad update is
send by daemon.
"""
self.mapper.handle_event(daemon, what, data)
def on_sa_close(self, *a):
""" Called by CloseOSDKeyboardAction """
self.quit(0)
def on_sa_cursor(self, mapper, action, x, y):
self.set_cursor_position(x * action.speed[0], y * action.speed[1],
self.cursors[action.side],
self.limits[action.side])
def on_sa_move(self, mapper, action, x, y):
self._stick = x, y
if not self.timer_active('stick'):
self.timer("stick", 0.05, self._move_window)
def on_sa_press(self, mapper, action, pressed):
self.key_from_cursor(self.cursors[action.side], pressed)
def set_cursor_position(self, x, y, cursor, limit):
"""
Moves cursor image.
"""
w = limit[2] - (cursor.get_allocation().width * 0.5)
h = limit[3] - (cursor.get_allocation().height * 0.5)
x = x / float(STICK_PAD_MAX)
y = y / float(STICK_PAD_MAX) * -1.0
x, y = circle_to_square(x, y)
x = clamp(cursor.get_allocation().width * 0.5,
(limit[0] + w * 0.5) + x * w * 0.5,
self.get_allocation().width - cursor.get_allocation().width
) - cursor.get_allocation().width * 0.5
y = clamp(
cursor.get_allocation().height * 0.5,
(limit[1] + h * 0.5) + y * h * 0.5,
self.get_allocation().height - cursor.get_allocation().height
) - cursor.get_allocation().height * 0.5
cursor.position = int(x), int(y)
self.f.move(cursor, *cursor.position)
for a in self.background.areas:
if a.contains(x, y):
if a != self._hovers[cursor]:
self._hovers[cursor] = a
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent(
[self._pressed[cursor]])
self.key_from_cursor(cursor, True)
if not self.timer_active('redraw'):
self.timer('redraw', 0.01, self.redraw_background)
break
def redraw_background(self, *a):
"""
Updates hilighted keys on bacgkround image.
"""
self.background.hilight({
"AREA_" + a.name: Keyboard.HILIGHT_COLOR
for a in [a for a in self._hovers.values() if a]
})
def _move_window(self, *a):
"""
Called by timer while stick is tilted to move window around the screen.
"""
x, y = self._stick
x = x * 50.0 / STICK_PAD_MAX
y = y * -50.0 / STICK_PAD_MAX
rx, ry = self.get_position()
self.move(rx + x, ry + y)
if abs(self._stick[0]) > 100 or abs(self._stick[1]) > 100:
self.timer("stick", 0.05, self._move_window)
def key_from_cursor(self, cursor, pressed):
"""
Sends keypress/keyrelease event to emulated keyboard, based on
position of cursor on OSD keyboard.
"""
x, y = cursor.position
if pressed:
for a in self.background.areas:
if a.contains(x, y):
if a.name.startswith("KEY_") and hasattr(Keys, a.name):
key = getattr(Keys, a.name)
if self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent(
[self._pressed[cursor]])
self.mapper.keyboard.pressEvent([key])
self._pressed[cursor] = key
break
elif self._pressed[cursor] is not None:
self.mapper.keyboard.releaseEvent([self._pressed[cursor]])
self._pressed[cursor] = None