def set_xsettings(self, v):
if not self._xsettings_enabled:
return
log("set_xsettings(%s)", v)
if self._xsettings_manager is None:
from xpra.x11.xsettings import XSettingsManager
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
class X11ServerBase(X11ServerCore):
"""
Base class for X11 servers,
adds uinput, icc and xsettings synchronization to the X11ServerCore class
(see XpraServer or DesktopServer for actual implementations)
"""
def __init__(self, clobber):
self.clobber = clobber
X11ServerCore.__init__(self)
self._default_xsettings = {}
self._settings = {}
self.double_click_time = 0
self.double_click_distance = 0
self.dpi = 0
self.default_dpi = 0
self._xsettings_manager = None
self._xsettings_enabled = False
self.display_pid = 0
self.icc_profile = b""
def do_init(self, opts):
super().do_init(opts)
self._xsettings_enabled = opts.xsettings
if self._xsettings_enabled:
from xpra.x11.xsettings import XSettingsHelper
self._default_xsettings = XSettingsHelper().get_settings()
log("_default_xsettings=%s", self._default_xsettings)
self.init_all_server_settings()
def init_display_pid(self, pid):
if pid:
from xpra.scripts.server import _save_int
_save_int(b"_XPRA_SERVER_PID", pid)
elif self.clobber:
from xpra.scripts.server import _get_int
pid = _get_int(b"_XPRA_SERVER_PID")
if not pid:
log.info("xvfb pid not found")
else:
log.info("xvfb pid=%i", pid)
self.display_pid = pid
def kill_display(self):
if self.display_pid:
from xpra.server import EXITING_CODE
if self._upgrading == EXITING_CODE:
log.info("exiting: not cleaning up Xvfb")
elif self._upgrading:
log.info("upgrading: not cleaning up Xvfb")
else:
from xpra.x11.vfb_util import kill_xvfb
kill_xvfb(self.display_pid)
def do_cleanup(self):
X11ServerCore.do_cleanup(self)
self.kill_display()
def configure_best_screen_size(self):
root_w, root_h = X11ServerCore.configure_best_screen_size(self)
if self.touchpad_device:
self.touchpad_device.root_w = root_w
self.touchpad_device.root_h = root_h
return root_w, root_h
def init_dbus(self, dbus_pid, dbus_env):
try:
from xpra.server.dbus import dbus_start
assert dbus_start
except ImportError as e:
log("init_dbus(%s, %s)", dbus_pid, dbus_env, exc_info=True)
log.warn("Warning: cannot initialize dbus")
log.warn(" %s", e)
return
from xpra.server.dbus.dbus_start import (
get_saved_dbus_pid,
get_saved_dbus_env,
save_dbus_pid,
save_dbus_env,
)
super().init_dbus(dbus_pid, dbus_env)
if self.clobber:
#get the saved pids and env
self.dbus_pid = get_saved_dbus_pid()
self.dbus_env = get_saved_dbus_env()
dbuslog("retrieved existing dbus attributes: %s, %s",
self.dbus_pid, self.dbus_env)
if self.dbus_env:
os.environ.update(self.dbus_env)
else:
#now we can save values on the display
#(we cannot access gtk3 until dbus has started up)
if self.dbus_pid:
save_dbus_pid(self.dbus_pid)
if self.dbus_env:
save_dbus_env(self.dbus_env)
def last_client_exited(self):
self.reset_settings()
X11ServerCore.last_client_exited(self)
def init_virtual_devices(self, devices):
#(this runs in the main thread - before the main loop starts)
#for the time being, we only use the pointer if there is one:
pointer = devices.get("pointer")
touchpad = devices.get("touchpad")
mouselog("init_virtual_devices(%s) got pointer=%s, touchpad=%s",
devices, pointer, touchpad)
self.input_devices = "xtest"
if pointer:
uinput_device = pointer.get("uinput")
device_path = pointer.get("device")
if uinput_device:
from xpra.x11.uinput_device import UInputPointerDevice
self.input_devices = "uinput"
self.pointer_device = UInputPointerDevice(
uinput_device, device_path)
self.verify_uinput_pointer_device()
if self.input_devices == "uinput" and touchpad:
uinput_device = touchpad.get("uinput")
device_path = touchpad.get("device")
if uinput_device:
from xpra.x11.uinput_device import UInputTouchpadDevice
root_w, root_h = self.get_root_window_size()
self.touchpad_device = UInputTouchpadDevice(
uinput_device, device_path, root_w, root_h)
try:
mouselog.info(
"pointer device emulation using %s",
str(self.pointer_device).replace("PointerDevice", ""))
except Exception as e:
mouselog("cannot get pointer device class from %s: %s",
self.pointer_device, e)
def verify_uinput_pointer_device(self):
xtest = XTestPointerDevice()
ox, oy = 100, 100
with xlog:
xtest.move_pointer(0, ox, oy)
nx, ny = 200, 200
self.pointer_device.move_pointer(0, nx, ny)
def verify_uinput_moved():
pos = None #@UnusedVariable
with xswallow:
pos = X11Keyboard.query_pointer()
mouselog("X11Keyboard.query_pointer=%s", pos)
if pos == (ox, oy):
mouselog.warn("Warning: %s failed verification",
self.pointer_device)
mouselog.warn(" expected pointer at %s, now at %s", (nx, ny),
pos)
mouselog.warn(" usign XTest fallback")
self.pointer_device = xtest
self.input_devices = "xtest"
self.timeout_add(1000, verify_uinput_moved)
def dpi_changed(self):
#re-apply the same settings, which will apply the new dpi override to it:
self.update_server_settings()
def get_info(self, proto=None, client_uuids=None):
info = super().get_info(proto=proto, client_uuids=client_uuids)
info.setdefault("display", {})["icc"] = self.get_icc_info()
return info
def get_icc_info(self) -> dict:
icc_info = {
"sync": SYNC_ICC,
}
if SYNC_ICC:
icc_info["profile"] = hexstr(self.icc_profile)
return icc_info
def set_icc_profile(self):
if not SYNC_ICC:
return
ui_clients = [s for s in self._server_sources.values() if s.ui_client]
if len(ui_clients) != 1:
screenlog("%i UI clients, resetting ICC profile to default",
len(ui_clients))
self.reset_icc_profile()
return
icc = typedict(ui_clients[0].icc)
data = None
for x in ("data", "icc-data", "icc-profile"):
data = icc.strget(x)
if data:
break
if not data:
screenlog("no icc data found in %s", icc)
self.reset_icc_profile()
return
screenlog("set_icc_profile() icc data for %s: %s (%i bytes)",
ui_clients[0], hexstr(data or ""), len(data or ""))
self.icc_profile = data
from xpra.x11.gtk_x11.prop import prop_set
prop_set(self.root_window, "_ICC_PROFILE", ["u32"],
[ord(x) for x in data])
prop_set(self.root_window, "_ICC_PROFILE_IN_X_VERSION", "u32",
0 * 100 + 4) #0.4 -> 0*100+4*1
def reset_icc_profile(self):
screenlog("reset_icc_profile()")
from xpra.x11.gtk_x11.prop import prop_del
prop_del(self.root_window, "_ICC_PROFILE")
prop_del(self.root_window, "_ICC_PROFILE_IN_X_VERSION")
self.icc_profile = b""
def reset_settings(self):
if not self._xsettings_enabled:
return
log("resetting xsettings to: %s", self._default_xsettings)
self.set_xsettings(self._default_xsettings or (0, ()))
def set_xsettings(self, v):
if not self._xsettings_enabled:
return
log("set_xsettings(%s)", v)
with xsync:
if self._xsettings_manager is None:
from xpra.x11.xsettings import XSettingsManager
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
def init_all_server_settings(self):
log("init_all_server_settings() dpi=%i, default_dpi=%i", self.dpi,
self.default_dpi)
#almost like update_all, except we use the default_dpi,
#since this is called before the first client connects
self.do_update_server_settings(
{
b"resource-manager": b"",
b"xsettings-blob": (0, [])
},
reset=True,
dpi=self.default_dpi,
cursor_size=24)
def update_all_server_settings(self, reset=False):
self.update_server_settings(
{
b"resource-manager": b"",
b"xsettings-blob": (0, []),
},
reset=reset)
def update_server_settings(self, settings=None, reset=False):
self.do_update_server_settings(settings or self._settings, reset,
self.dpi, self.double_click_time,
self.double_click_distance,
self.antialias, self.cursor_size)
def do_update_server_settings(self,
settings,
reset=False,
dpi=0,
double_click_time=0,
double_click_distance=(-1, -1),
antialias={},
cursor_size=-1):
if not self._xsettings_enabled:
log("ignoring xsettings update: %s", settings)
return
if reset:
#FIXME: preserve serial? (what happens when we change values which had the same serial?)
self.reset_settings()
self._settings = {}
if self._default_xsettings:
#try to parse default xsettings into a dict:
try:
for _, prop_name, value, _ in self._default_xsettings[1]:
self._settings[prop_name] = value
except Exception as e:
log("failed to parse %s", self._default_xsettings)
log.warn("Warning: failed to parse default XSettings:")
log.warn(" %s", e)
old_settings = dict(self._settings)
log("server_settings: old=%s, updating with=%s", nonl(old_settings),
nonl(settings))
log(
"overrides: dpi=%s, double click time=%s, double click distance=%s",
dpi, double_click_time, double_click_distance)
log("overrides: antialias=%s", antialias)
self._settings.update(settings)
for k, v in settings.items():
#cook the "resource-manager" value to add the DPI and/or antialias values:
if k == b"resource-manager" and (dpi > 0 or antialias
or cursor_size > 0):
value = bytestostr(v)
#parse the resources into a dict:
values = {}
options = value.split("\n")
for option in options:
if not option:
continue
parts = option.split(":\t", 1)
if len(parts) != 2:
log("skipped invalid option: '%s'", option)
continue
if parts[0] in BLACKLISTED_XSETTINGS:
log("skipped blacklisted option: '%s'", option)
continue
values[parts[0]] = parts[1]
if cursor_size > 0:
values["Xcursor.size"] = cursor_size
if dpi > 0:
values["Xft.dpi"] = dpi
values["Xft/DPI"] = dpi * 1024
values["gnome.Xft/DPI"] = dpi * 1024
if antialias:
ad = typedict(antialias)
subpixel_order = "none"
sss = tuple(self._server_sources.values())
if len(sss) == 1:
#only honour sub-pixel hinting if a single client is connected
#and only when it is not using any scaling (or overriden with SCALED_FONT_ANTIALIAS):
ss = sss[0]
ds_unscaled = getattr(ss, "desktop_size_unscaled",
None)
ds_scaled = getattr(ss, "desktop_size", None)
if SCALED_FONT_ANTIALIAS or (not ds_unscaled or
ds_unscaled == ds_scaled):
subpixel_order = ad.strget("orientation",
"none").lower()
values.update({
"Xft.antialias": ad.intget("enabled", -1),
"Xft.hinting": ad.intget("hinting", -1),
"Xft.rgba": subpixel_order,
"Xft.hintstyle": _get_antialias_hintstyle(ad)
})
log("server_settings: resource-manager values=%s",
nonl(values))
#convert the dict back into a resource string:
value = ''
for vk, vv in values.items():
value += "%s:\t%s\n" % (vk, vv)
#record the actual value used
self._settings[b"resource-manager"] = value
v = value.encode("utf-8")
#cook xsettings to add various settings:
#(as those may not be present in xsettings on some platforms.. like win32 and osx)
if k==b"xsettings-blob" and \
(self.double_click_time>0 or self.double_click_distance!=(-1, -1) or antialias or dpi>0):
#start by removing blacklisted options:
def filter_blacklisted():
serial, values = v
new_values = []
for _t, _n, _v, _s in values:
if bytestostr(_n) in BLACKLISTED_XSETTINGS:
log("skipped blacklisted option %s",
(_t, _n, _v, _s))
else:
new_values.append((_t, _n, _v, _s))
return serial, new_values
v = filter_blacklisted()
def set_xsettings_value(name, value_type, value):
#remove existing one, if any:
serial, values = v
new_values = [(_t, _n, _v, _s)
for (_t, _n, _v, _s) in values if _n != name]
new_values.append((value_type, name, value, 0))
return serial, new_values
def set_xsettings_int(name, value):
if value < 0: #not set, return v unchanged
return v
return set_xsettings_value(name, XSettingsTypeInteger,
value)
if dpi > 0:
v = set_xsettings_int(b"Xft/DPI", dpi * 1024)
if double_click_time > 0:
v = set_xsettings_int(b"Net/DoubleClickTime",
self.double_click_time)
if antialias:
ad = typedict(antialias)
v = set_xsettings_int(b"Xft/Antialias",
ad.intget("enabled", -1))
v = set_xsettings_int(b"Xft/Hinting",
ad.intget("hinting", -1))
v = set_xsettings_value(
b"Xft/RGBA", XSettingsTypeString,
ad.strget("orientation", "none").lower())
v = set_xsettings_value(b"Xft/HintStyle",
XSettingsTypeString,
_get_antialias_hintstyle(ad))
if double_click_distance != (-1, -1):
#some platforms give us a value for each axis,
#but X11 only has one, so take the average
try:
x, y = double_click_distance
if x > 0 and y > 0:
d = iround((x + y) / 2.0)
d = max(1, min(128, d)) #sanitize it a bit
v = set_xsettings_int(b"Net/DoubleClickDistance",
d)
except Exception as e:
log.warn(
"error setting double click distance from %s: %s",
double_click_distance, e)
if k not in old_settings or v != old_settings[k]:
if k == b"xsettings-blob":
self.set_xsettings(v)
elif k == b"resource-manager":
from xpra.x11.gtk_x11.prop import prop_set
p = "RESOURCE_MANAGER"
log("server_settings: setting %s to %s", nonl(p), nonl(v))
prop_set(self.root_window, p, "latin1",
strtobytes(v).decode("latin1"))
else:
log.warn("Warning: unexpected setting '%s'", bytestostr(k))
class XpraServer(gobject.GObject, X11ServerBase):
__gsignals__ = {
"xpra-child-map-event": one_arg_signal,
"xpra-cursor-event": one_arg_signal,
}
def __init__(self, clobber):
gobject.GObject.__init__(self)
X11ServerBase.__init__(self, clobber)
def init(self, opts):
self.xsettings_enabled = opts.xsettings
self.wm_name = opts.wm_name
X11ServerBase.init(self, opts)
def x11_init(self):
X11ServerBase.x11_init(self)
assert init_x11_filter() is True
self._has_grab = 0
self._has_focus = 0
# Do this before creating the Wm object, to avoid clobbering its
# selecting SubstructureRedirect.
root = gtk.gdk.get_default_root_window()
root.set_events(root.get_events() | gtk.gdk.SUBSTRUCTURE_MASK)
root.property_change(gtk.gdk.atom_intern("XPRA_SERVER", False),
gtk.gdk.atom_intern("STRING", False), 8,
gtk.gdk.PROP_MODE_REPLACE, xpra.__version__)
add_event_receiver(root, self)
### Create the WM object
self._wm = Wm(self.clobber, self.wm_name)
self._wm.connect("new-window", self._new_window_signaled)
self._wm.connect("bell", self._bell_signaled)
self._wm.connect("quit", lambda _: self.clean_quit(True))
self._wm.connect("show-desktop", self._show_desktop)
#save default xsettings:
self.default_xsettings = XSettingsHelper().get_settings()
settingslog("default_xsettings=%s", self.default_xsettings)
self._settings = {}
self._xsettings_manager = None
#for handling resize synchronization between client and server (this is not xsync!):
self.last_client_configure_event = 0
self.snc_timer = 0
#cursor:
self.default_cursor_data = None
self.last_cursor_serial = None
self.last_cursor_data = None
self.send_cursor_pending = False
def get_default_cursor():
self.default_cursor_data = X11Keyboard.get_cursor_image()
cursorlog("get_default_cursor=%s", self.default_cursor_data)
trap.swallow_synced(get_default_cursor)
self._wm.enableCursors(True)
def make_hello(self, source):
capabilities = X11ServerBase.make_hello(self, source)
if source.wants_features:
capabilities["window.raise"] = True
capabilities["window.resize-counter"] = True
capabilities["window.configure.skip-geometry"] = True
capabilities["pointer.grabs"] = True
return capabilities
def do_get_info(self, proto, server_sources, window_ids):
info = X11ServerBase.do_get_info(self, proto, server_sources,
window_ids)
info["focused"] = self._has_focus
info["grabbed"] = self._has_grab
log("do_get_info: adding cursor=%s", self.last_cursor_data)
#copy to prevent race:
cd = self.last_cursor_data
if cd is None:
info["cursor"] = "None"
else:
info["cursor.is_default"] = bool(
self.default_cursor_data and len(self.default_cursor_data) >= 8
and len(cd) >= 8 and cd[7] == cd[7])
#all but pixels:
for i, x in enumerate(("x", "y", "width", "height", "xhot", "yhot",
"serial", None, "name")):
if x:
v = cd[i] or ""
info["cursor." + x] = v
return info
def get_ui_info(self, proto, wids, *args):
info = X11ServerBase.get_ui_info(self, proto, wids, *args)
#_NET_WM_NAME:
wm = self._wm
if wm:
info["window-manager-name"] = wm.get_net_wm_name()
#now cursor size info:
display = gtk.gdk.display_get_default()
pos = display.get_default_screen().get_root_window().get_pointer()[:2]
info["cursor.position"] = pos
for prop, size in {
"default": display.get_default_cursor_size(),
"max": display.get_maximal_cursor_size()
}.items():
if size is None:
continue
info["cursor.%s_size" % prop] = size
return info
def get_window_info(self, window):
info = X11ServerBase.get_window_info(self, window)
info["focused"] = self._has_focus and self._window_to_id.get(
window, -1) == self._has_focus
info["grabbed"] = self._has_grab and self._window_to_id.get(
window, -1) == self._has_grab
return info
def set_desktops(self, names):
if self._wm:
self._wm.set_desktop_list(names)
def set_workarea(self, workarea):
if self._wm:
self._wm.set_workarea(workarea.x, workarea.y, workarea.width,
workarea.height)
def set_desktop_geometry(self, width, height):
if self._wm:
self._wm.set_desktop_geometry(width, height)
def set_dpi(self, xdpi, ydpi):
if self._wm:
self._wm.set_dpi(xdpi, ydpi)
def get_transient_for(self, window):
transient_for = window.get_property("transient-for")
log("get_transient_for window=%s, transient_for=%s", window,
transient_for)
if transient_for is None:
return None
xid = transient_for.xid
log("transient_for.xid=%#x", xid)
for w, wid in self._window_to_id.items():
if w.get_property("xid") == xid:
log("found match, window id=%s", wid)
return wid
root = gtk.gdk.get_default_root_window()
if root.xid == xid:
log("transient-for using root")
return -1 #-1 is the backwards compatible marker for root...
log("not found transient_for=%s, xid=%#x", transient_for, xid)
return None
def is_shown(self, window):
return self._desktop_manager.is_shown(window)
def cleanup(self, *args):
if self._tray:
self._tray.cleanup()
self._tray = None
X11ServerBase.cleanup(self)
cleanup_x11_filter()
cleanup_all_event_receivers()
if self._wm:
self._wm.cleanup()
self._wm = None
if self._has_grab:
#normally we set this value when we receive the NotifyUngrab
#but at this point in the cleanup, we probably won't, so force set it:
self._has_grab = 0
self.X11_ungrab()
def cleanup_source(self, protocol):
had_client = len(self._server_sources) > 0
X11ServerBase.cleanup_source(self, protocol)
has_client = len(self._server_sources) > 0
if had_client and not has_client:
#last client is gone:
self.reset_settings()
if self._has_grab:
self.X11_ungrab()
def load_existing_windows(self, system_tray):
# Tray handler:
self._tray = None
if system_tray:
try:
self._tray = SystemTray()
except Exception as e:
log.error("cannot setup tray forwarding: %s", e, exc_info=True)
### Create our window managing data structures:
self._desktop_manager = DesktopManager()
self._wm.get_property("toplevel").add(self._desktop_manager)
self._desktop_manager.show_all()
### Load in existing windows:
for window in self._wm.get_property("windows"):
self._add_new_window(window)
root = gtk.gdk.get_default_root_window()
for window in get_children(root):
if X11Window.is_override_redirect(
window.xid) and X11Window.is_mapped(window.xid):
self._add_new_or_window(window)
def send_windows_and_cursors(self, ss, sharing=False):
# We send the new-window packets sorted by id because this sorts them
# from oldest to newest -- and preserving window creation order means
# that the earliest override-redirect windows will be on the bottom,
# which is usually how things work. (I don't know that anyone cares
# about this kind of correctness at all, but hey, doesn't hurt.)
windowlog("send_windows_and_cursors(%s, %s) will send: %s", ss,
sharing, self._id_to_window)
for wid in sorted(self._id_to_window.keys()):
window = self._id_to_window[wid]
if not window.is_managed():
#we keep references to windows that aren't meant to be displayed..
continue
#most of the code here is duplicated from the send functions
#so we can send just to the new client and request damage
#just for the new client too:
if window.is_tray():
#code more or less duplicated from _send_new_tray_window_packet:
w, h = window.get_property("geometry")[2:4]
if ss.system_tray:
ss.new_tray(wid, window, w, h)
ss.damage(wid, window, 0, 0, w, h)
elif not sharing:
#park it outside the visible area
window.move_resize(-200, -200, w, h)
elif window.is_OR():
#code more or less duplicated from _send_new_or_window_packet:
x, y, w, h = window.get_property("geometry")
wprops = self.client_properties.get("%s|%s" % (wid, ss.uuid))
ss.new_window("new-override-redirect", wid, window, x, y, w, h,
wprops)
ss.damage(wid, window, 0, 0, w, h)
else:
#code more or less duplicated from send_new_window_packet:
if not sharing:
self._desktop_manager.hide_window(window)
x, y, w, h = self._desktop_manager.window_geometry(window)
wprops = self.client_properties.get("%s|%s" % (wid, ss.uuid))
ss.new_window("new-window", wid, window, x, y, w, h, wprops)
#cursors: get sizes and send:
display = gtk.gdk.display_get_default()
self.cursor_sizes = display.get_default_cursor_size(
), display.get_maximal_cursor_size()
cursorlog("cursor_sizes=%s", self.cursor_sizes)
ss.send_cursor()
def _new_window_signaled(self, wm, window):
self._add_new_window(window)
def do_xpra_child_map_event(self, event):
windowlog("do_xpra_child_map_event(%s)", event)
if event.override_redirect:
self._add_new_or_window(event.window)
def _add_new_window_common(self, window):
windowlog("adding window %s", window)
for prop in window.get_dynamic_property_names():
window.connect("notify::%s" % prop, self._update_metadata)
wid = X11ServerBase._add_new_window_common(self, window)
window.managed_connect("client-contents-changed",
self._contents_changed)
window.managed_connect("unmanaged", self._lost_window)
window.managed_connect("raised", self._raised_window)
window.managed_connect("initiate-moveresize",
self._initiate_moveresize)
window.managed_connect("grab", self._window_grab)
window.managed_connect("ungrab", self._window_ungrab)
return wid
def _add_new_window(self, window):
self._add_new_window_common(window)
_, _, w, h, _ = window.get_property("client-window").get_geometry()
x, y, _, _, _ = window.corral_window.get_geometry()
windowlog("Discovered new ordinary window: %s (geometry=%s)", window,
(x, y, w, h))
self._desktop_manager.add_window(window, x, y, w, h)
window.connect("notify::geometry", self._window_resized_signaled)
window.connect("notify::iconic", self._iconic_changed)
self._send_new_window_packet(window)
def _iconic_changed(self, window, pspec):
#only defined for debugging purposes
log("_iconic_changed(%s, %s) iconic=%s, shown=%s", window, pspec,
window.get_property("iconic"),
self._desktop_manager.is_shown(window))
def _window_resized_signaled(self, window, *args):
nw, nh = window.get_property("actual-size")
x, y = window.get_position()
geom = self._desktop_manager.window_geometry(window)
windowlog(
"XpraServer._window_resized_signaled(%s,%s) position=%sx%s, actual-size=%sx%s, current geometry=%s",
window, args, x, y, nw, nh, geom)
if geom[:4] == [x, y, nw, nh]:
#unchanged
return
geom[:4] = [x, y, nw, nh]
lcce = self.last_client_configure_event
if not self._desktop_manager.is_shown(window):
self.size_notify_clients(window)
return
if self.snc_timer > 0:
gobject.source_remove(self.snc_timer)
#TODO: find a better way to choose the timer delay:
#for now, we wait at least 100ms, up to 250ms if the client has just sent us a resize:
#(lcce should always be in the past, so min(..) should be redundant here)
delay = max(100, min(250, 250 + 1000 * (lcce - time.time())))
self.snc_timer = gobject.timeout_add(int(delay),
self.size_notify_clients, window,
lcce)
def size_notify_clients(self, window, lcce=-1):
log("size_notify_clients(%s, %s) last_client_configure_event=%s",
window, lcce, self.last_client_configure_event)
self.snc_timer = 0
wid = self._window_to_id.get(window)
if lcce > 0 and lcce != self.last_client_configure_event or not wid:
#we have received a new client resize since,
#or the window is simply gone
return
geom = self._desktop_manager.window_geometry(window)
x, y, nw, nh = geom[:4]
resize_counter = self._desktop_manager.get_resize_counter(window, 1)
for ss in self._server_sources.values():
ss.move_resize_window(self._window_to_id[window], window, x, y, nw,
nh, resize_counter)
#refresh to ensure the client gets the new window contents:
#TODO: to save bandwidth, we should compare the dimensions and skip the refresh
#if the window is smaller than before, or at least only send the new edges rather than the whole window
ss.damage(wid, window, 0, 0, nw, nh, {})
def _add_new_or_window(self, raw_window):
xid = raw_window.xid
if raw_window.get_window_type() == gtk.gdk.WINDOW_TEMP:
#ignoring one of gtk's temporary windows
#all the windows we manage should be gtk.gdk.WINDOW_FOREIGN
windowlog("ignoring TEMP window %#x", xid)
return
WINDOW_MODEL_KEY = "_xpra_window_model_"
wid = raw_window.get_data(WINDOW_MODEL_KEY)
window = self._id_to_window.get(wid)
if window:
if window.is_managed():
windowlog(
"found existing window model %s for %#x, will refresh it",
type(window), xid)
geometry = window.get_property("geometry")
_, _, w, h = geometry
self._damage(window, 0, 0, w, h, options={"min_delay": 50})
return
windowlog(
"found existing model %s (but no longer managed!) for %#x",
type(window), xid)
#we could try to re-use the existing model and window ID,
#but for now it is just easier to create a new one:
self._lost_window(window)
tray_window = get_tray_window(raw_window)
windowlog("Discovered new override-redirect window: %#x (tray=%s)",
xid, tray_window)
try:
if tray_window is not None:
assert self._tray
window = SystemTrayWindowModel(raw_window)
wid = self._add_new_window_common(window)
raw_window.set_data(WINDOW_MODEL_KEY, wid)
window.call_setup()
self._send_new_tray_window_packet(wid, window)
else:
window = OverrideRedirectWindowModel(raw_window)
wid = self._add_new_window_common(window)
raw_window.set_data(WINDOW_MODEL_KEY, wid)
window.call_setup()
window.connect("notify::geometry",
self._or_window_geometry_changed)
self._send_new_or_window_packet(window)
except Unmanageable as e:
if window:
windowlog("window %s is not manageable: %s", window, e)
#if window is set, we failed after instantiating it,
#so we need to fail it manually:
window.setup_failed(e)
if window in self._window_to_id:
self._lost_window(window, False)
else:
windowlog.warn("cannot add window %#x: %s", xid, e)
#from now on, we return to the gtk main loop,
#so we *should* get a signal when the window goes away
def _or_window_geometry_changed(self, window, pspec=None):
(x, y, w, h) = window.get_property("geometry")[:4]
if w >= 32768 or h >= 32768:
windowlog.error(
"not sending new invalid window dimensions: %ix%i !", w, h)
return
windowlog("or_window_geometry_changed: %s (window=%s)",
window.get_property("geometry"), window)
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.or_window_geometry(wid, window, x, y, w, h)
def do_xpra_cursor_event(self, event):
if not self.cursors:
return
if self.last_cursor_serial == event.cursor_serial:
cursorlog(
"ignoring cursor event %s with the same serial number %s",
event, self.last_cursor_serial)
return
cursorlog("cursor_event: %s", event)
self.last_cursor_serial = event.cursor_serial
for ss in self._server_sources.values():
ss.send_cursor()
return False
def _bell_signaled(self, wm, event):
log("bell signaled on window %s", event.window.xid)
if not self.bell:
return
wid = 0
if event.window != gtk.gdk.get_default_root_window(
) and event.window_model is not None:
try:
wid = self._window_to_id[event.window_model]
except:
pass
log("_bell_signaled(%s,%r) wid=%s", wm, event, wid)
for ss in self._server_sources.values():
ss.bell(wid, event.device, event.percent, event.pitch,
event.duration, event.bell_class, event.bell_id,
event.bell_name or "")
def _show_desktop(self, wm, show):
log("show_desktop(%s, %s)", wm, show)
for ss in self._server_sources.values():
ss.show_desktop(show)
def _focus(self, server_source, wid, modifiers):
focuslog("focus wid=%s has_focus=%s", wid, self._has_focus)
if self._has_focus == wid:
#nothing to do!
return
had_focus = self._id_to_window.get(self._has_focus)
def reset_focus():
toplevel = None
if self._wm:
toplevel = self._wm.get_property("toplevel")
focuslog("reset_focus() %s / %s had focus (toplevel=%s)",
self._has_focus, had_focus, toplevel)
self._clear_keys_pressed()
# FIXME: kind of a hack:
self._has_focus = 0
#toplevel may be None during cleanup!
if toplevel:
toplevel.reset_x_focus()
if wid == 0:
#wid==0 means root window
return reset_focus()
window = self._id_to_window.get(wid)
if not window:
#not found! (go back to root)
return reset_focus()
if window.is_OR():
focuslog.warn("focus(..) cannot focus OR window: %s", window)
return
focuslog("focus: giving focus to %s", window)
#using idle_add seems to prevent some focus races:
def give_focus():
if not window.is_managed():
return
window.raise_window()
window.give_client_focus()
gobject.idle_add(give_focus)
if server_source and modifiers is not None:
focuslog("focus: will set modified mask to %s", modifiers)
server_source.make_keymask_match(modifiers)
self._has_focus = wid
def get_focus(self):
return self._has_focus
def _send_new_window_packet(self, window):
geometry = self._desktop_manager.window_geometry(window)
self._do_send_new_window_packet("new-window", window, geometry)
def _send_new_or_window_packet(self, window, options=None):
geometry = window.get_property("geometry")
self._do_send_new_window_packet("new-override-redirect", window,
geometry)
(_, _, w, h) = geometry
self._damage(window, 0, 0, w, h, options=options)
def _send_new_tray_window_packet(self, wid, window, options=None):
(_, _, w, h) = window.get_property("geometry")
for ss in self._server_sources.values():
ss.new_tray(wid, window, w, h)
self._damage(window, 0, 0, w, h, options=options)
def _update_metadata(self, window, pspec):
windowlog("updating metadata on %s: %s", window, pspec)
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.window_metadata(wid, window, pspec.name)
def _lost_window(self, window, wm_exiting=False):
wid = self._window_to_id[window]
windowlog("lost_window: %s - %s", wid, window)
for ss in self._server_sources.values():
ss.lost_window(wid, window)
del self._window_to_id[window]
del self._id_to_window[wid]
for ss in self._server_sources.values():
ss.remove_window(wid, window)
def _contents_changed(self, window, event):
if window.is_OR() or self._desktop_manager.visible(window):
self._damage(window, event.x, event.y, event.width, event.height)
def _window_grab(self, window, event):
grab_id = self._window_to_id.get(window, -1)
grablog(
"window_grab(%s, %s) has_grab=%s, has focus=%s, grab window=%s",
window, event, self._has_grab, self._has_focus, grab_id)
if grab_id < 0 or self._has_grab == grab_id:
return
self._has_grab = grab_id
for ss in self._server_sources.values():
ss.pointer_grab(self._has_grab)
def _window_ungrab(self, window, event):
grab_id = self._window_to_id.get(window, -1)
grablog(
"window_ungrab(%s, %s) has_grab=%s, has focus=%s, grab window=%s",
window, event, self._has_grab, self._has_focus, grab_id)
if not self._has_grab:
return
self._has_grab = 0
for ss in self._server_sources.values():
ss.pointer_ungrab(grab_id)
def _initiate_moveresize(self, window, event):
log("initiate_moveresize(%s, %s)", window, event)
assert len(event.data) == 5
#x_root, y_root, direction, button, source_indication = event.data
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.initiate_moveresize(wid, window, *event.data)
def _raised_window(self, window, event):
wid = self._window_to_id[window]
windowlog("raised window: %s (%s) wid=%s, current focus=%s", window,
event, wid, self._has_focus)
if self._has_focus == wid:
return
for ss in self._server_sources.values():
ss.raise_window(wid, window)
def _set_window_state(self, proto, wid, window, new_window_state):
metadatalog("set_window_state%s", (wid, window, new_window_state))
changes = []
for k in ("maximized", "above", "below", "fullscreen", "sticky",
"shaded", "skip-pager", "skip-taskbar", "iconified"):
if k in new_window_state:
#stupid naming conflict (should have used the same at both ends):
wpropname = {"iconified": "iconic"}.get(k, k)
new_state = bool(new_window_state.get(k, False))
cur_state = bool(window.get_property(wpropname))
metadatalog(
"set window state for '%s': current state=%s, new state=%s",
k, cur_state, new_state)
if cur_state != new_state:
window.set_property(wpropname, new_state)
changes.append(k)
metadatalog("set_window_state: changes=%s", changes)
return changes
def _process_map_window(self, proto, packet):
wid, x, y, w, h = packet[1:6]
window = self._id_to_window.get(wid)
if not window:
windowlog("cannot map window %s: already removed!", wid)
return
assert not window.is_OR()
windowlog("client mapped window %s - %s, at: %s", wid, window,
(x, y, w, h))
if len(packet) >= 8:
self._set_window_state(proto, wid, window, packet[7])
ax, ay, aw, ah = self._clamp_window(proto, wid, window, x, y, w, h)
self._desktop_manager.configure_window(window, ax, ay, aw, ah)
self._desktop_manager.show_window(window)
if len(packet) >= 7:
self._set_client_properties(proto, wid, window, packet[6])
self._damage(window, 0, 0, w, h)
def _process_unmap_window(self, proto, packet):
wid = packet[1]
window = self._id_to_window.get(wid)
if not window:
log("cannot map window %s: already removed!", wid)
return
if len(packet) >= 4:
#optional window_state added in 0.15 to update flags
#during iconification events:
self._set_window_state(proto, wid, window, packet[3])
assert not window.is_OR()
windowlog("client unmapped window %s - %s", wid, window)
for ss in self._server_sources.values():
ss.unmap_window(wid, window)
window.unmap()
iconified = len(packet) >= 3 and bool(packet[2])
if iconified and not window.get_property("iconic"):
window.set_property("iconic", True)
self._desktop_manager.hide_window(window)
def _clamp_window(self, proto, wid, window, x, y, w, h):
rw, rh = self.get_root_window_size()
#clamp to root window size
if x >= rw or y >= rh:
log("clamping window position %ix%i to root window size %ix%i", x,
y, rw, rh)
x = max(0, min(x, rw - w))
y = max(0, min(y, rh - h))
#tell this client to honour the new location
ss = self._server_sources.get(proto)
if ss:
resize_counter = self._desktop_manager.get_resize_counter(
window, 1)
ss.move_resize_window(wid, window, x, y, w, h, resize_counter)
return x, y, w, h
def _process_configure_window(self, proto, packet):
wid, x, y, w, h = packet[1:6]
resize_counter = 0
if len(packet) >= 8:
resize_counter = packet[7]
#some "configure-window" packets are only meant for metadata updates:
skip_geometry = len(packet) >= 10 and packet[9]
window = self._id_to_window.get(wid)
windowlog("client configured window %s - %s, at: %s", wid, window,
(x, y, w, h))
if not window:
windowlog("cannot map window %s: already removed!", wid)
return
damage = False
if window.is_tray():
assert self._tray
if not skip_geometry:
traylog("tray %s configured to: %s", window, (x, y, w, h))
self._tray.move_resize(window, x, y, w, h)
damage = True
else:
assert not window.is_OR(
) or skip_geometry, "received a configure packet with geometry for OR window %s from %s: %s" % (
window, proto, packet)
self.last_client_configure_event = time.time()
if len(packet) >= 9:
changes = self._set_window_state(proto, wid, window, packet[8])
damage = len(changes) > 0
if not skip_geometry:
owx, owy, oww, owh = self._desktop_manager.window_geometry(
window)
windowlog(
"_process_configure_window(%s) old window geometry: %s",
packet[1:], (owx, owy, oww, owh))
ax, ay, aw, ah = self._clamp_window(proto, wid, window, x, y,
w, h)
self._desktop_manager.configure_window(window, ax, ay, aw, ah,
resize_counter)
damage |= owx != ax or owy != ay or oww != aw or owh != ah
if len(packet) >= 7:
self._set_client_properties(proto, wid, window, packet[6])
if damage:
self._damage(window, 0, 0, w, h)
def _set_client_properties(self, proto, wid, window,
new_client_properties):
"""
Override so we can update the workspace on the window directly,
instead of storing it as a client property
"""
workspace = new_client_properties.get("workspace")
workspacelog("workspace from client properties %s: %s",
new_client_properties, workspace)
if workspace is not None:
window.move_to_workspace(workspace)
#we have handled it on the window directly, so remove it from client properties
del new_client_properties["workspace"]
#handle the rest as normal:
X11ServerBase._set_client_properties(self, proto, wid, window,
new_client_properties)
""" override so we can raise the window under the cursor
(gtk raise does not change window stacking, just focus) """
def _move_pointer(self, wid, pos):
window = self._id_to_window.get(wid)
if not window:
mouselog("_move_pointer(%s, %s) invalid window id", wid, pos)
else:
mouselog("raising %s", window)
window.raise_window()
X11ServerBase._move_pointer(self, wid, pos)
def _process_close_window(self, proto, packet):
wid = packet[1]
window = self._id_to_window.get(wid, None)
windowlog("client closed window %s - %s", wid, window)
if window:
window.request_close()
else:
windowlog("cannot close window %s: it is already gone!", wid)
def make_screenshot_packet(self):
try:
return self.do_make_screenshot_packet()
except:
log.error("make_screenshot_packet()", exc_info=True)
return None
def do_make_screenshot_packet(self):
log("grabbing screenshot")
regions = []
OR_regions = []
for wid in reversed(sorted(self._id_to_window.keys())):
window = self._id_to_window.get(wid)
log("screenshot: window(%s)=%s", wid, window)
if window is None:
continue
if window.is_tray():
log("screenshot: skipping tray window %s", wid)
continue
if not window.is_managed():
log("screenshot: window %s is not/no longer managed", wid)
continue
if window.is_OR():
x, y = window.get_property("geometry")[:2]
else:
x, y = self._desktop_manager.window_geometry(window)[:2]
log("screenshot: position(%s)=%s,%s", window, x, y)
w, h = window.get_dimensions()
log("screenshot: size(%s)=%sx%s", window, w, h)
try:
with xsync:
img = window.get_image(0, 0, w, h)
except:
log.warn("screenshot: window %s could not be captured", wid)
continue
if img is None:
log.warn("screenshot: no pixels for window %s", wid)
continue
log("screenshot: image=%s, size=%s", (img, img.get_size()))
if img.get_pixel_format() not in ("RGB", "RGBA", "XRGB", "BGRX",
"ARGB", "BGRA"):
log.warn(
"window pixels for window %s using an unexpected rgb format: %s",
wid, img.get_pixel_format())
continue
item = (wid, x, y, img)
if window.is_OR():
OR_regions.append(item)
elif self._has_focus == wid:
#window with focus first (drawn last)
regions.insert(0, item)
else:
regions.append(item)
all_regions = OR_regions + regions
if len(all_regions) == 0:
log("screenshot: no regions found, returning empty 0x0 image!")
return ["screenshot", 0, 0, "png", -1, ""]
log("screenshot: found regions=%s, OR_regions=%s", len(regions),
len(OR_regions))
#in theory, we could run the rest in a non-UI thread since we're done with GTK..
minx = min([x for (_, x, _, _) in all_regions])
miny = min([y for (_, _, y, _) in all_regions])
maxx = max([(x + img.get_width()) for (_, x, _, img) in all_regions])
maxy = max([(y + img.get_height()) for (_, _, y, img) in all_regions])
width = maxx - minx
height = maxy - miny
log("screenshot: %sx%s, min x=%s y=%s", width, height, minx, miny)
from PIL import Image #@UnresolvedImport
screenshot = Image.new("RGBA", (width, height))
for wid, x, y, img in reversed(all_regions):
pixel_format = img.get_pixel_format()
target_format = {
"XRGB": "RGB",
"BGRX": "RGB",
"BGRA": "RGBA"
}.get(pixel_format, pixel_format)
pixels = img.get_pixels()
#PIL cannot use the memoryview directly:
if _memoryview and isinstance(pixels, _memoryview):
pixels = pixels.tobytes()
try:
window_image = Image.frombuffer(target_format, (w, h), pixels,
"raw", pixel_format,
img.get_rowstride())
except:
log.error("Error parsing window pixels in %s format",
pixel_format,
exc_info=True)
continue
tx = x - minx
ty = y - miny
screenshot.paste(window_image, (tx, ty))
buf = StringIOClass()
screenshot.save(buf, "png")
data = buf.getvalue()
buf.close()
packet = [
"screenshot", width, height, "png", width * 4,
Compressed("png", data)
]
log("screenshot: %sx%s %s", packet[1], packet[2], packet[-1])
return packet
def reset_settings(self):
if not self.xsettings_enabled:
return
settingslog("resetting xsettings to: %s", self.default_xsettings)
self.set_xsettings(self.default_xsettings or (0, ()))
def set_xsettings(self, v):
if self._xsettings_manager is None:
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
def _get_antialias_hintstyle(self):
ad = typedict(self.antialias)
hintstyle = ad.strget("hintstyle", "").lower()
if hintstyle in ("hintnone", "hintslight", "hintmedium", "hintfull"):
#X11 clients can give us what we need directly:
return hintstyle
#win32 style contrast value:
contrast = ad.intget("contrast", -1)
if contrast > 1600:
return "hintfull"
elif contrast > 1000:
return "hintmedium"
elif contrast > 0:
return "hintslight"
return "hintnone"
def update_server_settings(self, settings, reset=False):
if not self.xsettings_enabled:
settingslog("ignoring xsettings update: %s", settings)
return
if reset:
#FIXME: preserve serial? (what happens when we change values which had the same serial?)
self.reset_settings()
self._settings = {}
if self.default_xsettings:
self._settings = self._default_xsettings[1]
old_settings = dict(self._settings)
settingslog("server_settings: old=%s, updating with=%s",
nonl(old_settings), nonl(settings))
settingslog(
"overrides: dpi=%s, double click time=%s, double click distance=%s",
self.dpi, self.double_click_time, self.double_click_distance)
settingslog("overrides: antialias=%s", self.antialias)
self._settings.update(settings)
root = gtk.gdk.get_default_root_window()
for k, v in settings.items():
#cook the "resource-manager" value to add the DPI:
if k == "resource-manager" and self.dpi > 0:
value = v.decode("utf-8")
#parse the resources into a dict:
values = {}
options = value.split("\n")
for option in options:
if not option:
continue
parts = option.split(":\t")
if len(parts) != 2:
continue
values[parts[0]] = parts[1]
values["Xft.dpi"] = self.dpi
values["Xft/DPI"] = self.dpi * 1024
values["gnome.Xft/DPI"] = self.dpi * 1024
if self.antialias:
ad = typedict(self.antialias)
values.update({
"Xft.antialias":
ad.intget("enabled", -1),
"Xft.hinting":
ad.intget("hinting", -1),
"Xft.rgba":
ad.strget("orientation", "none").lower(),
"Xft.hintstyle":
self._get_antialias_hintstyle()
})
settingslog("server_settings: resource-manager values=%s",
nonl(values))
#convert the dict back into a resource string:
value = ''
for vk, vv in values.items():
value += "%s:\t%s\n" % (vk, vv)
#record the actual value used
self._settings["resource-manager"] = value
v = value.encode("utf-8")
#cook xsettings to add double-click settings:
#(as those may not be present in xsettings on some platforms.. like win32 and osx)
if k == "xsettings-blob" and (self.double_click_time > 0
or self.double_click_distance !=
(-1, -1)):
from xpra.x11.xsettings_prop import XSettingsTypeInteger, XSettingsTypeString
def set_xsettings_value(name, value_type, value):
#remove existing one, if any:
serial, values = v
new_values = [(_t, _n, _v, _s)
for (_t, _n, _v, _s) in values if _n != name]
new_values.append((value_type, name, value, 0))
return serial, new_values
def set_xsettings_int(name, value):
if value < 0: #not set, return v unchanged
return v
return set_xsettings_value(name, XSettingsTypeInteger,
value)
if self.dpi > 0:
v = set_xsettings_int("Xft/DPI", self.dpi * 1024)
if self.double_click_time > 0:
v = set_xsettings_int("Net/DoubleClickTime",
self.double_click_time)
if self.antialias:
ad = typedict(self.antialias)
v = set_xsettings_int("Xft/Antialias",
ad.intget("enabled", -1))
v = set_xsettings_int("Xft/Hinting",
ad.intget("hinting", -1))
v = set_xsettings_value(
"Xft/RGBA", XSettingsTypeString,
ad.strget("orientation", "none").lower())
v = set_xsettings_value("Xft/HintStyle",
XSettingsTypeString,
self._get_antialias_hintstyle())
if self.double_click_distance != (-1, -1):
#some platforms give us a value for each axis,
#but X11 only has one, so take the average
try:
x, y = self.double_click_distance
if x > 0 and y > 0:
d = (x + y) // 2
d = max(1, min(128, d)) #sanitize it a bit
v = set_xsettings_int("Net/DoubleClickDistance", d)
except Exception as e:
log.warn(
"error setting double click distance from %s: %s",
self.double_click_distance, e)
if k not in old_settings or v != old_settings[k]:
def root_set(p):
settingslog("server_settings: setting %s to %s", nonl(p),
nonl(v))
prop_set(root, p, "latin1", v.decode("utf-8"))
if k == "xsettings-blob":
self.set_xsettings(v)
elif k == "resource-manager":
root_set("RESOURCE_MANAGER")
elif self.pulseaudio:
if k == "pulse-cookie":
root_set("PULSE_COOKIE")
elif k == "pulse-id":
root_set("PULSE_ID")
elif k == "pulse-server":
root_set("PULSE_SERVER")
def set_xsettings(self, v):
if self._xsettings_manager is None:
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
def test_basic_set_get(self):
blob = "asdfwheeeee"
manager = XSettingsManager()
manager.set_blob_in_place(blob)
watcher = XSettingsWatcher()
assert watcher.get_settings_blob() == blob
def test_watching(self):
blob1 = "blob1"
manager1 = XSettingsManager()
manager1.set_blob_in_place(blob1)
watcher = XSettingsWatcher()
assert watcher.get_settings_blob() == blob1
blob2 = "blob2"
manager2 = XSettingsManager()
manager2.set_blob_in_place(blob2)
assert_mainloop_emits(watcher, "xsettings-changed")
assert watcher.get_settings_blob() == blob2
# It's likely that (due to how the GTK+ clipboard code works
# underneath) all of the managers that we create within a single
# process are actually using the same selection window, and thus the
# previous tests could work right even if we only watch for
# PropertyNotify *or* only watch for selection owner changes.
# Test where the property change but no manager change message
# is sent:
blob3 = "blob3"
manager2.set_blob_in_place(blob3)
assert_mainloop_emits(watcher, "xsettings-changed")
assert watcher.get_settings_blob() == blob3
# Test where the property does not change, but a manager change
# message is sent:
manager3 = XSettingsManager()
manager3.set_blob_in_place(blob3)
assert_mainloop_emits(watcher, "xsettings-changed")
assert watcher.get_settings_blob() == blob3
class X11ServerBase(X11ServerCore):
"""
Base class for X11 servers,
adds uinput, icc and xsettings synchronization to the X11ServerCore class
(see XpraServer or DesktopServer for actual implementations)
"""
def __init__(self):
X11ServerCore.__init__(self)
self._default_xsettings = {}
self._settings = {}
self._xsettings_manager = None
self._xsettings_enabled = False
def do_init(self, opts):
X11ServerCore.do_init(self, opts)
self._xsettings_enabled = opts.xsettings
if self._xsettings_enabled:
from xpra.x11.xsettings import XSettingsHelper
self._default_xsettings = XSettingsHelper().get_settings()
log("_default_xsettings=%s", self._default_xsettings)
self.init_all_server_settings()
def last_client_exited(self):
self.reset_settings()
X11ServerCore.last_client_exited(self)
def init_virtual_devices(self, devices):
#(this runs in the main thread - before the main loop starts)
#for the time being, we only use the pointer if there is one:
pointer = devices.get("pointer")
self.input_devices = "xtest"
if pointer:
mouselog("init_virtual_devices(%s) got pointer=%s", devices,
pointer)
uinput_device = pointer.get("uinput")
#name = pointer.get("name")
device_path = pointer.get("device")
if uinput_device:
self.input_devices = "uinput"
xtest = XTestPointerDevice()
ox, oy = 100, 100
xtest.move_pointer(0, ox, oy)
self.pointer_device = UInputPointerDevice(
uinput_device, device_path)
nx, ny = 200, 200
self.pointer_device.move_pointer(0, nx, ny)
def verify_uinput_moved():
pos = None #@UnusedVariable
with xswallow:
pos = X11Keyboard.query_pointer()
mouselog("X11Keyboard.query_pointer=%s", pos)
if pos == (ox, oy):
mouselog.warn("Warning: %s failed verification",
self.pointer_device)
mouselog.warn(" expected pointer at %s, now at %s",
(nx, ny), pos)
mouselog.warn(" usign XTest fallback")
self.pointer_device = xtest
self.input_devices = "xtest"
self.timeout_add(1000, verify_uinput_moved)
try:
mouselog.info(
"pointer device emulation using %s",
str(self.pointer_device).replace("PointerDevice", ""))
except Exception as e:
mouselog("cannot get pointer device class from %s: %s",
self.pointer_device, e)
def dpi_changed(self):
#re-apply the same settings, which will apply the new dpi override to it:
self.update_server_settings()
def set_icc_profile(self):
ui_clients = [s for s in self._server_sources.values() if s.ui_client]
if len(ui_clients) != 1:
screenlog("%i UI clients, not setting ICC profile")
self.reset_icc_profile()
return
icc = ui_clients[0].icc
data = None
for x in ("data", "icc-data", "icc-profile"):
if x in icc:
data = icc.get(x)
break
if not data:
screenlog("no icc data found in %s", icc)
self.reset_icc_profile()
return
screenlog("set_icc_profile() icc data for %s: %s (%i bytes)",
ui_clients[0], hexstr(data or ""), len(data or ""))
from xpra.x11.gtk_x11.prop import prop_set
#each CARD32 contains just one 8-bit value - don't ask me why
prop_set(self.root_window, "_ICC_PROFILE", ["u32"],
[ord(x) for x in data])
prop_set(self.root_window, "_ICC_PROFILE_IN_X_VERSION", "u32",
0 * 100 + 4) #0.4 -> 0*100+4*1
def reset_icc_profile(self):
screenlog("reset_icc_profile()")
from xpra.x11.gtk_x11.prop import prop_del
prop_del(self.root_window, "_ICC_PROFILE")
prop_del(self.root_window, "_ICC_PROFILE_IN_X_VERSION")
def reset_settings(self):
if not self._xsettings_enabled:
return
log("resetting xsettings to: %s", self._default_xsettings)
self.set_xsettings(self._default_xsettings or (0, ()))
def set_xsettings(self, v):
if not self._xsettings_enabled:
return
log("set_xsettings(%s)", v)
if self._xsettings_manager is None:
from xpra.x11.xsettings import XSettingsManager
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
def init_all_server_settings(self):
log("init_all_server_settings() dpi=%i, default_dpi=%i", self.dpi,
self.default_dpi)
#almost like update_all, except we use the default_dpi,
#since this is called before the first client connects
self.do_update_server_settings(
{
"resource-manager": "",
"xsettings-blob": (0, [])
},
reset=True,
dpi=self.default_dpi,
cursor_size=24)
def update_all_server_settings(self, reset=False):
self.update_server_settings(
{
"resource-manager": "",
"xsettings-blob": (0, []),
}, reset=reset)
def update_server_settings(self, settings=None, reset=False):
self.do_update_server_settings(settings or self._settings, reset,
self.dpi, self.double_click_time,
self.double_click_distance,
self.antialias, self.cursor_size)
def do_update_server_settings(self,
settings,
reset=False,
dpi=0,
double_click_time=0,
double_click_distance=(-1, -1),
antialias={},
cursor_size=-1):
if not self._xsettings_enabled:
log("ignoring xsettings update: %s", settings)
return
if reset:
#FIXME: preserve serial? (what happens when we change values which had the same serial?)
self.reset_settings()
self._settings = {}
if self._default_xsettings:
#try to parse default xsettings into a dict:
try:
for _, prop_name, value, _ in self._default_xsettings[1]:
self._settings[prop_name] = value
except Exception as e:
log("failed to parse %s", self._default_xsettings)
log.warn("Warning: failed to parse default XSettings:")
log.warn(" %s", e)
old_settings = dict(self._settings)
log("server_settings: old=%s, updating with=%s", nonl(old_settings),
nonl(settings))
log(
"overrides: dpi=%s, double click time=%s, double click distance=%s",
dpi, double_click_time, double_click_distance)
log("overrides: antialias=%s", antialias)
self._settings.update(settings)
for k, v in settings.items():
#cook the "resource-manager" value to add the DPI and/or antialias values:
if k == "resource-manager" and (dpi > 0 or antialias
or cursor_size > 0):
value = v.decode("utf-8")
#parse the resources into a dict:
values = {}
options = value.split("\n")
for option in options:
if not option:
continue
parts = option.split(":\t", 1)
if len(parts) != 2:
log("skipped invalid option: '%s'", option)
continue
values[parts[0]] = parts[1]
if cursor_size > 0:
values["Xcursor.size"] = cursor_size
if dpi > 0:
values["Xft.dpi"] = dpi
values["Xft/DPI"] = dpi * 1024
values["gnome.Xft/DPI"] = dpi * 1024
if antialias:
ad = typedict(antialias)
subpixel_order = "none"
sss = self._server_sources.values()
if len(sss) == 1:
#only honour sub-pixel hinting if a single client is connected
#and only when it is not using any scaling (or overriden with SCALED_FONT_ANTIALIAS):
ss = sss[0]
if SCALED_FONT_ANTIALIAS or (
not ss.desktop_size_unscaled or
ss.desktop_size_unscaled == ss.desktop_size):
subpixel_order = ad.strget("orientation",
"none").lower()
values.update({
"Xft.antialias": ad.intget("enabled", -1),
"Xft.hinting": ad.intget("hinting", -1),
"Xft.rgba": subpixel_order,
"Xft.hintstyle": _get_antialias_hintstyle(ad)
})
log("server_settings: resource-manager values=%s",
nonl(values))
#convert the dict back into a resource string:
value = ''
for vk, vv in values.items():
value += "%s:\t%s\n" % (vk, vv)
#record the actual value used
self._settings["resource-manager"] = value
v = value.encode("utf-8")
#cook xsettings to add various settings:
#(as those may not be present in xsettings on some platforms.. like win32 and osx)
if k == "xsettings-blob" and (self.double_click_time > 0
or self.double_click_distance !=
(-1, -1) or antialias or dpi > 0):
from xpra.x11.xsettings_prop import XSettingsTypeInteger, XSettingsTypeString
def set_xsettings_value(name, value_type, value):
#remove existing one, if any:
serial, values = v
new_values = [(_t, _n, _v, _s)
for (_t, _n, _v, _s) in values if _n != name]
new_values.append((value_type, name, value, 0))
return serial, new_values
def set_xsettings_int(name, value):
if value < 0: #not set, return v unchanged
return v
return set_xsettings_value(name, XSettingsTypeInteger,
value)
if dpi > 0:
v = set_xsettings_int("Xft/DPI", dpi * 1024)
if double_click_time > 0:
v = set_xsettings_int("Net/DoubleClickTime",
self.double_click_time)
if antialias:
ad = typedict(antialias)
v = set_xsettings_int("Xft/Antialias",
ad.intget("enabled", -1))
v = set_xsettings_int("Xft/Hinting",
ad.intget("hinting", -1))
v = set_xsettings_value(
"Xft/RGBA", XSettingsTypeString,
ad.strget("orientation", "none").lower())
v = set_xsettings_value("Xft/HintStyle",
XSettingsTypeString,
_get_antialias_hintstyle(ad))
if double_click_distance != (-1, -1):
#some platforms give us a value for each axis,
#but X11 only has one, so take the average
try:
x, y = double_click_distance
if x > 0 and y > 0:
d = iround((x + y) / 2.0)
d = max(1, min(128, d)) #sanitize it a bit
v = set_xsettings_int("Net/DoubleClickDistance", d)
except Exception as e:
log.warn(
"error setting double click distance from %s: %s",
double_click_distance, e)
if k not in old_settings or v != old_settings[k]:
def root_set(p):
from xpra.x11.gtk_x11.prop import prop_set
log("server_settings: setting %s to %s", nonl(p), nonl(v))
prop_set(self.root_window, p, "latin1", v.decode("utf-8"))
if k == "xsettings-blob":
self.set_xsettings(v)
elif k == "resource-manager":
root_set("RESOURCE_MANAGER")
def set_xsettings(self, v):
if self._xsettings_manager is None:
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
class XpraServer(gobject.GObject, X11ServerBase):
__gsignals__ = {
"xpra-child-map-event": one_arg_signal,
"xpra-cursor-event": one_arg_signal,
}
def __init__(self, clobber):
gobject.GObject.__init__(self)
X11ServerBase.__init__(self, clobber)
def init(self, opts):
self.xsettings_enabled = opts.xsettings
self.wm_name = opts.wm_name
X11ServerBase.init(self, opts)
def x11_init(self):
X11ServerBase.x11_init(self)
assert init_x11_filter() is True
self._has_grab = 0
self._has_focus = 0
# Do this before creating the Wm object, to avoid clobbering its
# selecting SubstructureRedirect.
root = gtk.gdk.get_default_root_window()
root.set_events(root.get_events() | gtk.gdk.SUBSTRUCTURE_MASK)
root.property_change(gtk.gdk.atom_intern("XPRA_SERVER", False),
gtk.gdk.atom_intern("STRING", False),
8,
gtk.gdk.PROP_MODE_REPLACE,
xpra.__version__)
add_event_receiver(root, self)
### Create the WM object
self._wm = Wm(self.clobber, self.wm_name)
self._wm.connect("new-window", self._new_window_signaled)
self._wm.connect("bell", self._bell_signaled)
self._wm.connect("quit", lambda _: self.clean_quit(True))
self._wm.connect("show-desktop", self._show_desktop)
#save default xsettings:
self.default_xsettings = XSettingsHelper().get_settings()
settingslog("default_xsettings=%s", self.default_xsettings)
self._settings = {}
self._xsettings_manager = None
#for handling resize synchronization between client and server (this is not xsync!):
self.last_client_configure_event = 0
self.snc_timer = 0
#cursor:
self.default_cursor_data = None
self.last_cursor_serial = None
self.last_cursor_data = None
self.send_cursor_pending = False
def get_default_cursor():
self.default_cursor_data = X11Keyboard.get_cursor_image()
cursorlog("get_default_cursor=%s", self.default_cursor_data)
trap.swallow_synced(get_default_cursor)
self._wm.enableCursors(True)
def make_hello(self, source):
capabilities = X11ServerBase.make_hello(self, source)
if source.wants_features:
capabilities["window.raise"] = True
capabilities["window.resize-counter"] = True
capabilities["window.configure.skip-geometry"] = True
capabilities["pointer.grabs"] = True
return capabilities
def do_get_info(self, proto, server_sources, window_ids):
info = X11ServerBase.do_get_info(self, proto, server_sources, window_ids)
info["focused"] = self._has_focus
info["grabbed"] = self._has_grab
log("do_get_info: adding cursor=%s", self.last_cursor_data)
#copy to prevent race:
cd = self.last_cursor_data
if cd is None:
info["cursor"] = "None"
else:
info["cursor.is_default"] = bool(self.default_cursor_data and len(self.default_cursor_data)>=8 and len(cd)>=8 and cd[7]==cd[7])
#all but pixels:
for i, x in enumerate(("x", "y", "width", "height", "xhot", "yhot", "serial", None, "name")):
if x:
v = cd[i] or ""
info["cursor." + x] = v
return info
def get_ui_info(self, proto, wids, *args):
info = X11ServerBase.get_ui_info(self, proto, wids, *args)
#_NET_WM_NAME:
wm = self._wm
if wm:
info["window-manager-name"] = wm.get_net_wm_name()
#now cursor size info:
display = gtk.gdk.display_get_default()
pos = display.get_default_screen().get_root_window().get_pointer()[:2]
info["cursor.position"] = pos
for prop, size in {"default" : display.get_default_cursor_size(),
"max" : display.get_maximal_cursor_size()}.items():
if size is None:
continue
info["cursor.%s_size" % prop] = size
return info
def get_window_info(self, window):
info = X11ServerBase.get_window_info(self, window)
info["focused"] = self._has_focus and self._window_to_id.get(window, -1)==self._has_focus
info["grabbed"] = self._has_grab and self._window_to_id.get(window, -1)==self._has_grab
return info
def set_desktops(self, names):
if self._wm:
self._wm.set_desktop_list(names)
def set_workarea(self, workarea):
if self._wm:
self._wm.set_workarea(workarea.x, workarea.y, workarea.width, workarea.height)
def set_desktop_geometry(self, width, height):
if self._wm:
self._wm.set_desktop_geometry(width, height)
def set_dpi(self, xdpi, ydpi):
if self._wm:
self._wm.set_dpi(xdpi, ydpi)
def get_transient_for(self, window):
transient_for = window.get_property("transient-for")
log("get_transient_for window=%s, transient_for=%s", window, transient_for)
if transient_for is None:
return None
xid = transient_for.xid
log("transient_for.xid=%#x", xid)
for w,wid in self._window_to_id.items():
if w.get_property("xid")==xid:
log("found match, window id=%s", wid)
return wid
root = gtk.gdk.get_default_root_window()
if root.xid==xid:
log("transient-for using root")
return -1 #-1 is the backwards compatible marker for root...
log("not found transient_for=%s, xid=%#x", transient_for, xid)
return None
def is_shown(self, window):
return self._desktop_manager.is_shown(window)
def cleanup(self, *args):
if self._tray:
self._tray.cleanup()
self._tray = None
X11ServerBase.cleanup(self)
cleanup_x11_filter()
cleanup_all_event_receivers()
if self._wm:
self._wm.cleanup()
self._wm = None
if self._has_grab:
#normally we set this value when we receive the NotifyUngrab
#but at this point in the cleanup, we probably won't, so force set it:
self._has_grab = 0
self.X11_ungrab()
def cleanup_source(self, protocol):
had_client = len(self._server_sources)>0
X11ServerBase.cleanup_source(self, protocol)
has_client = len(self._server_sources)>0
if had_client and not has_client:
#last client is gone:
self.reset_settings()
if self._has_grab:
self.X11_ungrab()
def load_existing_windows(self, system_tray):
# Tray handler:
self._tray = None
if system_tray:
try:
self._tray = SystemTray()
except Exception as e:
log.error("cannot setup tray forwarding: %s", e, exc_info=True)
### Create our window managing data structures:
self._desktop_manager = DesktopManager()
self._wm.get_property("toplevel").add(self._desktop_manager)
self._desktop_manager.show_all()
### Load in existing windows:
for window in self._wm.get_property("windows"):
self._add_new_window(window)
root = gtk.gdk.get_default_root_window()
for window in get_children(root):
if X11Window.is_override_redirect(window.xid) and X11Window.is_mapped(window.xid):
self._add_new_or_window(window)
def send_windows_and_cursors(self, ss, sharing=False):
# We send the new-window packets sorted by id because this sorts them
# from oldest to newest -- and preserving window creation order means
# that the earliest override-redirect windows will be on the bottom,
# which is usually how things work. (I don't know that anyone cares
# about this kind of correctness at all, but hey, doesn't hurt.)
windowlog("send_windows_and_cursors(%s, %s) will send: %s", ss, sharing, self._id_to_window)
for wid in sorted(self._id_to_window.keys()):
window = self._id_to_window[wid]
if not window.is_managed():
#we keep references to windows that aren't meant to be displayed..
continue
#most of the code here is duplicated from the send functions
#so we can send just to the new client and request damage
#just for the new client too:
if window.is_tray():
#code more or less duplicated from _send_new_tray_window_packet:
w, h = window.get_property("geometry")[2:4]
if ss.system_tray:
ss.new_tray(wid, window, w, h)
ss.damage(wid, window, 0, 0, w, h)
elif not sharing:
#park it outside the visible area
window.move_resize(-200, -200, w, h)
elif window.is_OR():
#code more or less duplicated from _send_new_or_window_packet:
x, y, w, h = window.get_property("geometry")
wprops = self.client_properties.get("%s|%s" % (wid, ss.uuid))
ss.new_window("new-override-redirect", wid, window, x, y, w, h, wprops)
ss.damage(wid, window, 0, 0, w, h)
else:
#code more or less duplicated from send_new_window_packet:
if not sharing:
self._desktop_manager.hide_window(window)
x, y, w, h = self._desktop_manager.window_geometry(window)
wprops = self.client_properties.get("%s|%s" % (wid, ss.uuid))
ss.new_window("new-window", wid, window, x, y, w, h, wprops)
#cursors: get sizes and send:
display = gtk.gdk.display_get_default()
self.cursor_sizes = display.get_default_cursor_size(), display.get_maximal_cursor_size()
cursorlog("cursor_sizes=%s", self.cursor_sizes)
ss.send_cursor()
def _new_window_signaled(self, wm, window):
self._add_new_window(window)
def do_xpra_child_map_event(self, event):
windowlog("do_xpra_child_map_event(%s)", event)
if event.override_redirect:
self._add_new_or_window(event.window)
def _add_new_window_common(self, window):
windowlog("adding window %s", window)
for prop in window.get_dynamic_property_names():
window.connect("notify::%s" % prop, self._update_metadata)
wid = X11ServerBase._add_new_window_common(self, window)
window.managed_connect("client-contents-changed", self._contents_changed)
window.managed_connect("unmanaged", self._lost_window)
window.managed_connect("raised", self._raised_window)
window.managed_connect("initiate-moveresize", self._initiate_moveresize)
window.managed_connect("grab", self._window_grab)
window.managed_connect("ungrab", self._window_ungrab)
return wid
def _add_new_window(self, window):
self._add_new_window_common(window)
_, _, w, h, _ = window.get_property("client-window").get_geometry()
x, y, _, _, _ = window.corral_window.get_geometry()
windowlog("Discovered new ordinary window: %s (geometry=%s)", window, (x, y, w, h))
self._desktop_manager.add_window(window, x, y, w, h)
window.connect("notify::geometry", self._window_resized_signaled)
window.connect("notify::iconic", self._iconic_changed)
self._send_new_window_packet(window)
def _iconic_changed(self, window, pspec):
#only defined for debugging purposes
log("_iconic_changed(%s, %s) iconic=%s, shown=%s", window, pspec, window.get_property("iconic"), self._desktop_manager.is_shown(window))
def _window_resized_signaled(self, window, *args):
nw, nh = window.get_property("actual-size")
x, y = window.get_position()
geom = self._desktop_manager.window_geometry(window)
windowlog("XpraServer._window_resized_signaled(%s,%s) position=%sx%s, actual-size=%sx%s, current geometry=%s", window, args, x, y, nw, nh, geom)
if geom[:4]==[x, y, nw, nh]:
#unchanged
return
geom[:4] = [x, y, nw, nh]
lcce = self.last_client_configure_event
if not self._desktop_manager.is_shown(window):
self.size_notify_clients(window)
return
if self.snc_timer>0:
gobject.source_remove(self.snc_timer)
#TODO: find a better way to choose the timer delay:
#for now, we wait at least 100ms, up to 250ms if the client has just sent us a resize:
#(lcce should always be in the past, so min(..) should be redundant here)
delay = max(100, min(250, 250 + 1000 * (lcce-time.time())))
self.snc_timer = gobject.timeout_add(int(delay), self.size_notify_clients, window, lcce)
def size_notify_clients(self, window, lcce=-1):
log("size_notify_clients(%s, %s) last_client_configure_event=%s", window, lcce, self.last_client_configure_event)
self.snc_timer = 0
wid = self._window_to_id.get(window)
if lcce>0 and lcce!=self.last_client_configure_event or not wid:
#we have received a new client resize since,
#or the window is simply gone
return
geom = self._desktop_manager.window_geometry(window)
x, y, nw, nh = geom[:4]
resize_counter = self._desktop_manager.get_resize_counter(window, 1)
for ss in self._server_sources.values():
ss.move_resize_window(self._window_to_id[window], window, x, y, nw, nh, resize_counter)
#refresh to ensure the client gets the new window contents:
#TODO: to save bandwidth, we should compare the dimensions and skip the refresh
#if the window is smaller than before, or at least only send the new edges rather than the whole window
ss.damage(wid, window, 0, 0, nw, nh, {})
def _add_new_or_window(self, raw_window):
xid = raw_window.xid
if raw_window.get_window_type()==gtk.gdk.WINDOW_TEMP:
#ignoring one of gtk's temporary windows
#all the windows we manage should be gtk.gdk.WINDOW_FOREIGN
windowlog("ignoring TEMP window %#x", xid)
return
WINDOW_MODEL_KEY = "_xpra_window_model_"
wid = raw_window.get_data(WINDOW_MODEL_KEY)
window = self._id_to_window.get(wid)
if window:
if window.is_managed():
windowlog("found existing window model %s for %#x, will refresh it", type(window), xid)
geometry = window.get_property("geometry")
_, _, w, h = geometry
self._damage(window, 0, 0, w, h, options={"min_delay" : 50})
return
windowlog("found existing model %s (but no longer managed!) for %#x", type(window), xid)
#we could try to re-use the existing model and window ID,
#but for now it is just easier to create a new one:
self._lost_window(window)
tray_window = get_tray_window(raw_window)
windowlog("Discovered new override-redirect window: %#x (tray=%s)", xid, tray_window)
try:
if tray_window is not None:
assert self._tray
window = SystemTrayWindowModel(raw_window)
wid = self._add_new_window_common(window)
raw_window.set_data(WINDOW_MODEL_KEY, wid)
window.call_setup()
self._send_new_tray_window_packet(wid, window)
else:
window = OverrideRedirectWindowModel(raw_window)
wid = self._add_new_window_common(window)
raw_window.set_data(WINDOW_MODEL_KEY, wid)
window.call_setup()
window.connect("notify::geometry", self._or_window_geometry_changed)
self._send_new_or_window_packet(window)
except Unmanageable as e:
if window:
windowlog("window %s is not manageable: %s", window, e)
#if window is set, we failed after instantiating it,
#so we need to fail it manually:
window.setup_failed(e)
if window in self._window_to_id:
self._lost_window(window, False)
else:
windowlog.warn("cannot add window %#x: %s", xid, e)
#from now on, we return to the gtk main loop,
#so we *should* get a signal when the window goes away
def _or_window_geometry_changed(self, window, pspec=None):
(x, y, w, h) = window.get_property("geometry")[:4]
if w>=32768 or h>=32768:
windowlog.error("not sending new invalid window dimensions: %ix%i !", w, h)
return
windowlog("or_window_geometry_changed: %s (window=%s)", window.get_property("geometry"), window)
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.or_window_geometry(wid, window, x, y, w, h)
def do_xpra_cursor_event(self, event):
if not self.cursors:
return
if self.last_cursor_serial==event.cursor_serial:
cursorlog("ignoring cursor event %s with the same serial number %s", event, self.last_cursor_serial)
return
cursorlog("cursor_event: %s", event)
self.last_cursor_serial = event.cursor_serial
for ss in self._server_sources.values():
ss.send_cursor()
return False
def _bell_signaled(self, wm, event):
log("bell signaled on window %s", event.window.xid)
if not self.bell:
return
wid = 0
if event.window!=gtk.gdk.get_default_root_window() and event.window_model is not None:
try:
wid = self._window_to_id[event.window_model]
except:
pass
log("_bell_signaled(%s,%r) wid=%s", wm, event, wid)
for ss in self._server_sources.values():
ss.bell(wid, event.device, event.percent, event.pitch, event.duration, event.bell_class, event.bell_id, event.bell_name or "")
def _show_desktop(self, wm, show):
log("show_desktop(%s, %s)", wm, show)
for ss in self._server_sources.values():
ss.show_desktop(show)
def _focus(self, server_source, wid, modifiers):
focuslog("focus wid=%s has_focus=%s", wid, self._has_focus)
if self._has_focus==wid:
#nothing to do!
return
had_focus = self._id_to_window.get(self._has_focus)
def reset_focus():
toplevel = None
if self._wm:
toplevel = self._wm.get_property("toplevel")
focuslog("reset_focus() %s / %s had focus (toplevel=%s)", self._has_focus, had_focus, toplevel)
self._clear_keys_pressed()
# FIXME: kind of a hack:
self._has_focus = 0
#toplevel may be None during cleanup!
if toplevel:
toplevel.reset_x_focus()
if wid == 0:
#wid==0 means root window
return reset_focus()
window = self._id_to_window.get(wid)
if not window:
#not found! (go back to root)
return reset_focus()
if window.is_OR():
focuslog.warn("focus(..) cannot focus OR window: %s", window)
return
focuslog("focus: giving focus to %s", window)
#using idle_add seems to prevent some focus races:
def give_focus():
if not window.is_managed():
return
window.raise_window()
window.give_client_focus()
gobject.idle_add(give_focus)
if server_source and modifiers is not None:
focuslog("focus: will set modified mask to %s", modifiers)
server_source.make_keymask_match(modifiers)
self._has_focus = wid
def get_focus(self):
return self._has_focus
def _send_new_window_packet(self, window):
geometry = self._desktop_manager.window_geometry(window)
self._do_send_new_window_packet("new-window", window, geometry)
def _send_new_or_window_packet(self, window, options=None):
geometry = window.get_property("geometry")
self._do_send_new_window_packet("new-override-redirect", window, geometry)
(_, _, w, h) = geometry
self._damage(window, 0, 0, w, h, options=options)
def _send_new_tray_window_packet(self, wid, window, options=None):
(_, _, w, h) = window.get_property("geometry")
for ss in self._server_sources.values():
ss.new_tray(wid, window, w, h)
self._damage(window, 0, 0, w, h, options=options)
def _update_metadata(self, window, pspec):
windowlog("updating metadata on %s: %s", window, pspec)
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.window_metadata(wid, window, pspec.name)
def _lost_window(self, window, wm_exiting=False):
wid = self._window_to_id[window]
windowlog("lost_window: %s - %s", wid, window)
for ss in self._server_sources.values():
ss.lost_window(wid, window)
del self._window_to_id[window]
del self._id_to_window[wid]
for ss in self._server_sources.values():
ss.remove_window(wid, window)
def _contents_changed(self, window, event):
if window.is_OR() or self._desktop_manager.visible(window):
self._damage(window, event.x, event.y, event.width, event.height)
def _window_grab(self, window, event):
grab_id = self._window_to_id.get(window, -1)
grablog("window_grab(%s, %s) has_grab=%s, has focus=%s, grab window=%s", window, event, self._has_grab, self._has_focus, grab_id)
if grab_id<0 or self._has_grab==grab_id:
return
self._has_grab = grab_id
for ss in self._server_sources.values():
ss.pointer_grab(self._has_grab)
def _window_ungrab(self, window, event):
grab_id = self._window_to_id.get(window, -1)
grablog("window_ungrab(%s, %s) has_grab=%s, has focus=%s, grab window=%s", window, event, self._has_grab, self._has_focus, grab_id)
if not self._has_grab:
return
self._has_grab = 0
for ss in self._server_sources.values():
ss.pointer_ungrab(grab_id)
def _initiate_moveresize(self, window, event):
log("initiate_moveresize(%s, %s)", window, event)
assert len(event.data)==5
#x_root, y_root, direction, button, source_indication = event.data
wid = self._window_to_id[window]
for ss in self._server_sources.values():
ss.initiate_moveresize(wid, window, *event.data)
def _raised_window(self, window, event):
wid = self._window_to_id[window]
windowlog("raised window: %s (%s) wid=%s, current focus=%s", window, event, wid, self._has_focus)
if self._has_focus==wid:
return
for ss in self._server_sources.values():
ss.raise_window(wid, window)
def _set_window_state(self, proto, wid, window, new_window_state):
metadatalog("set_window_state%s", (wid, window, new_window_state))
changes = []
for k in ("maximized", "above", "below", "fullscreen", "sticky", "shaded", "skip-pager", "skip-taskbar", "iconified"):
if k in new_window_state:
#stupid naming conflict (should have used the same at both ends):
wpropname = {"iconified" : "iconic"}.get(k, k)
new_state = bool(new_window_state.get(k, False))
cur_state = bool(window.get_property(wpropname))
metadatalog("set window state for '%s': current state=%s, new state=%s", k, cur_state, new_state)
if cur_state!=new_state:
window.set_property(wpropname, new_state)
changes.append(k)
metadatalog("set_window_state: changes=%s", changes)
return changes
def _process_map_window(self, proto, packet):
wid, x, y, w, h = packet[1:6]
window = self._id_to_window.get(wid)
if not window:
windowlog("cannot map window %s: already removed!", wid)
return
assert not window.is_OR()
windowlog("client mapped window %s - %s, at: %s", wid, window, (x, y, w, h))
if len(packet)>=8:
self._set_window_state(proto, wid, window, packet[7])
ax, ay, aw, ah = self._clamp_window(proto, wid, window, x, y, w, h)
self._desktop_manager.configure_window(window, ax, ay, aw, ah)
self._desktop_manager.show_window(window)
if len(packet)>=7:
self._set_client_properties(proto, wid, window, packet[6])
self._damage(window, 0, 0, w, h)
def _process_unmap_window(self, proto, packet):
wid = packet[1]
window = self._id_to_window.get(wid)
if not window:
log("cannot map window %s: already removed!", wid)
return
if len(packet)>=4:
#optional window_state added in 0.15 to update flags
#during iconification events:
self._set_window_state(proto, wid, window, packet[3])
assert not window.is_OR()
windowlog("client unmapped window %s - %s", wid, window)
for ss in self._server_sources.values():
ss.unmap_window(wid, window)
window.unmap()
iconified = len(packet)>=3 and bool(packet[2])
if iconified and not window.get_property("iconic"):
window.set_property("iconic", True)
self._desktop_manager.hide_window(window)
def _clamp_window(self, proto, wid, window, x, y, w, h):
rw, rh = self.get_root_window_size()
#clamp to root window size
if x>=rw or y>=rh:
log("clamping window position %ix%i to root window size %ix%i", x, y, rw, rh)
x = max(0, min(x, rw-w))
y = max(0, min(y, rh-h))
#tell this client to honour the new location
ss = self._server_sources.get(proto)
if ss:
resize_counter = self._desktop_manager.get_resize_counter(window, 1)
ss.move_resize_window(wid, window, x, y, w, h, resize_counter)
return x, y, w, h
def _process_configure_window(self, proto, packet):
wid, x, y, w, h = packet[1:6]
resize_counter = 0
if len(packet)>=8:
resize_counter = packet[7]
#some "configure-window" packets are only meant for metadata updates:
skip_geometry = len(packet)>=10 and packet[9]
window = self._id_to_window.get(wid)
windowlog("client configured window %s - %s, at: %s", wid, window, (x, y, w, h))
if not window:
windowlog("cannot map window %s: already removed!", wid)
return
damage = False
if window.is_tray():
assert self._tray
if not skip_geometry:
traylog("tray %s configured to: %s", window, (x, y, w, h))
self._tray.move_resize(window, x, y, w, h)
damage = True
else:
assert not window.is_OR() or skip_geometry, "received a configure packet with geometry for OR window %s from %s: %s" % (window, proto, packet)
self.last_client_configure_event = time.time()
if len(packet)>=9:
changes = self._set_window_state(proto, wid, window, packet[8])
damage = len(changes)>0
if not skip_geometry:
owx, owy, oww, owh = self._desktop_manager.window_geometry(window)
windowlog("_process_configure_window(%s) old window geometry: %s", packet[1:], (owx, owy, oww, owh))
ax, ay, aw, ah = self._clamp_window(proto, wid, window, x, y, w, h)
self._desktop_manager.configure_window(window, ax, ay, aw, ah, resize_counter)
damage |= owx!=ax or owy!=ay or oww!=aw or owh!=ah
if len(packet)>=7:
self._set_client_properties(proto, wid, window, packet[6])
if damage:
self._damage(window, 0, 0, w, h)
def _set_client_properties(self, proto, wid, window, new_client_properties):
"""
Override so we can update the workspace on the window directly,
instead of storing it as a client property
"""
workspace = new_client_properties.get("workspace")
workspacelog("workspace from client properties %s: %s", new_client_properties, workspace)
if workspace is not None:
window.move_to_workspace(workspace)
#we have handled it on the window directly, so remove it from client properties
del new_client_properties["workspace"]
#handle the rest as normal:
X11ServerBase._set_client_properties(self, proto, wid, window, new_client_properties)
""" override so we can raise the window under the cursor
(gtk raise does not change window stacking, just focus) """
def _move_pointer(self, wid, pos):
window = self._id_to_window.get(wid)
if not window:
mouselog("_move_pointer(%s, %s) invalid window id", wid, pos)
else:
mouselog("raising %s", window)
window.raise_window()
X11ServerBase._move_pointer(self, wid, pos)
def _process_close_window(self, proto, packet):
wid = packet[1]
window = self._id_to_window.get(wid, None)
windowlog("client closed window %s - %s", wid, window)
if window:
window.request_close()
else:
windowlog("cannot close window %s: it is already gone!", wid)
def make_screenshot_packet(self):
try:
return self.do_make_screenshot_packet()
except:
log.error("make_screenshot_packet()", exc_info=True)
return None
def do_make_screenshot_packet(self):
log("grabbing screenshot")
regions = []
OR_regions = []
for wid in reversed(sorted(self._id_to_window.keys())):
window = self._id_to_window.get(wid)
log("screenshot: window(%s)=%s", wid, window)
if window is None:
continue
if window.is_tray():
log("screenshot: skipping tray window %s", wid)
continue
if not window.is_managed():
log("screenshot: window %s is not/no longer managed", wid)
continue
if window.is_OR():
x, y = window.get_property("geometry")[:2]
else:
x, y = self._desktop_manager.window_geometry(window)[:2]
log("screenshot: position(%s)=%s,%s", window, x, y)
w, h = window.get_dimensions()
log("screenshot: size(%s)=%sx%s", window, w, h)
try:
with xsync:
img = window.get_image(0, 0, w, h)
except:
log.warn("screenshot: window %s could not be captured", wid)
continue
if img is None:
log.warn("screenshot: no pixels for window %s", wid)
continue
log("screenshot: image=%s, size=%s", (img, img.get_size()))
if img.get_pixel_format() not in ("RGB", "RGBA", "XRGB", "BGRX", "ARGB", "BGRA"):
log.warn("window pixels for window %s using an unexpected rgb format: %s", wid, img.get_pixel_format())
continue
item = (wid, x, y, img)
if window.is_OR():
OR_regions.append(item)
elif self._has_focus==wid:
#window with focus first (drawn last)
regions.insert(0, item)
else:
regions.append(item)
all_regions = OR_regions+regions
if len(all_regions)==0:
log("screenshot: no regions found, returning empty 0x0 image!")
return ["screenshot", 0, 0, "png", -1, ""]
log("screenshot: found regions=%s, OR_regions=%s", len(regions), len(OR_regions))
#in theory, we could run the rest in a non-UI thread since we're done with GTK..
minx = min([x for (_,x,_,_) in all_regions])
miny = min([y for (_,_,y,_) in all_regions])
maxx = max([(x+img.get_width()) for (_,x,_,img) in all_regions])
maxy = max([(y+img.get_height()) for (_,_,y,img) in all_regions])
width = maxx-minx
height = maxy-miny
log("screenshot: %sx%s, min x=%s y=%s", width, height, minx, miny)
from PIL import Image #@UnresolvedImport
screenshot = Image.new("RGBA", (width, height))
for wid, x, y, img in reversed(all_regions):
pixel_format = img.get_pixel_format()
target_format = {
"XRGB" : "RGB",
"BGRX" : "RGB",
"BGRA" : "RGBA"}.get(pixel_format, pixel_format)
pixels = img.get_pixels()
#PIL cannot use the memoryview directly:
if _memoryview and isinstance(pixels, _memoryview):
pixels = pixels.tobytes()
try:
window_image = Image.frombuffer(target_format, (w, h), pixels, "raw", pixel_format, img.get_rowstride())
except:
log.error("Error parsing window pixels in %s format", pixel_format, exc_info=True)
continue
tx = x-minx
ty = y-miny
screenshot.paste(window_image, (tx, ty))
buf = StringIOClass()
screenshot.save(buf, "png")
data = buf.getvalue()
buf.close()
packet = ["screenshot", width, height, "png", width*4, Compressed("png", data)]
log("screenshot: %sx%s %s", packet[1], packet[2], packet[-1])
return packet
def reset_settings(self):
if not self.xsettings_enabled:
return
settingslog("resetting xsettings to: %s", self.default_xsettings)
self.set_xsettings(self.default_xsettings or (0, ()))
def set_xsettings(self, v):
if self._xsettings_manager is None:
self._xsettings_manager = XSettingsManager()
self._xsettings_manager.set_settings(v)
def _get_antialias_hintstyle(self):
ad = typedict(self.antialias)
hintstyle = ad.strget("hintstyle", "").lower()
if hintstyle in ("hintnone", "hintslight", "hintmedium", "hintfull"):
#X11 clients can give us what we need directly:
return hintstyle
#win32 style contrast value:
contrast = ad.intget("contrast", -1)
if contrast>1600:
return "hintfull"
elif contrast>1000:
return "hintmedium"
elif contrast>0:
return "hintslight"
return "hintnone"
def update_server_settings(self, settings, reset=False):
if not self.xsettings_enabled:
settingslog("ignoring xsettings update: %s", settings)
return
if reset:
#FIXME: preserve serial? (what happens when we change values which had the same serial?)
self.reset_settings()
self._settings = {}
if self.default_xsettings:
self._settings = self._default_xsettings[1]
old_settings = dict(self._settings)
settingslog("server_settings: old=%s, updating with=%s", nonl(old_settings), nonl(settings))
settingslog("overrides: dpi=%s, double click time=%s, double click distance=%s", self.dpi, self.double_click_time, self.double_click_distance)
settingslog("overrides: antialias=%s", self.antialias)
self._settings.update(settings)
root = gtk.gdk.get_default_root_window()
for k, v in settings.items():
#cook the "resource-manager" value to add the DPI:
if k=="resource-manager" and self.dpi>0:
value = v.decode("utf-8")
#parse the resources into a dict:
values={}
options = value.split("\n")
for option in options:
if not option:
continue
parts = option.split(":\t")
if len(parts)!=2:
continue
values[parts[0]] = parts[1]
values["Xft.dpi"] = self.dpi
values["Xft/DPI"] = self.dpi*1024
values["gnome.Xft/DPI"] = self.dpi*1024
if self.antialias:
ad = typedict(self.antialias)
values.update({
"Xft.antialias" : ad.intget("enabled", -1),
"Xft.hinting" : ad.intget("hinting", -1),
"Xft.rgba" : ad.strget("orientation", "none").lower(),
"Xft.hintstyle" : self._get_antialias_hintstyle()})
settingslog("server_settings: resource-manager values=%s", nonl(values))
#convert the dict back into a resource string:
value = ''
for vk, vv in values.items():
value += "%s:\t%s\n" % (vk, vv)
#record the actual value used
self._settings["resource-manager"] = value
v = value.encode("utf-8")
#cook xsettings to add double-click settings:
#(as those may not be present in xsettings on some platforms.. like win32 and osx)
if k=="xsettings-blob" and (self.double_click_time>0 or self.double_click_distance!=(-1, -1)):
from xpra.x11.xsettings_prop import XSettingsTypeInteger, XSettingsTypeString
def set_xsettings_value(name, value_type, value):
#remove existing one, if any:
serial, values = v
new_values = [(_t,_n,_v,_s) for (_t,_n,_v,_s) in values if _n!=name]
new_values.append((value_type, name, value, 0))
return serial, new_values
def set_xsettings_int(name, value):
if value<0: #not set, return v unchanged
return v
return set_xsettings_value(name, XSettingsTypeInteger, value)
if self.dpi>0:
v = set_xsettings_int("Xft/DPI", self.dpi*1024)
if self.double_click_time>0:
v = set_xsettings_int("Net/DoubleClickTime", self.double_click_time)
if self.antialias:
ad = typedict(self.antialias)
v = set_xsettings_int("Xft/Antialias", ad.intget("enabled", -1))
v = set_xsettings_int("Xft/Hinting", ad.intget("hinting", -1))
v = set_xsettings_value("Xft/RGBA", XSettingsTypeString, ad.strget("orientation", "none").lower())
v = set_xsettings_value("Xft/HintStyle", XSettingsTypeString, self._get_antialias_hintstyle())
if self.double_click_distance!=(-1, -1):
#some platforms give us a value for each axis,
#but X11 only has one, so take the average
try:
x,y = self.double_click_distance
if x>0 and y>0:
d = (x+y)//2
d = max(1, min(128, d)) #sanitize it a bit
v = set_xsettings_int("Net/DoubleClickDistance", d)
except Exception as e:
log.warn("error setting double click distance from %s: %s", self.double_click_distance, e)
if k not in old_settings or v != old_settings[k]:
def root_set(p):
settingslog("server_settings: setting %s to %s", nonl(p), nonl(v))
prop_set(root, p, "latin1", v.decode("utf-8"))
if k == "xsettings-blob":
self.set_xsettings(v)
elif k == "resource-manager":
root_set("RESOURCE_MANAGER")
elif self.pulseaudio:
if k == "pulse-cookie":
root_set("PULSE_COOKIE")
elif k == "pulse-id":
root_set("PULSE_ID")
elif k == "pulse-server":
root_set("PULSE_SERVER")