def dump_menuactions(display, xid):
from xpra.util import AdHocStruct
w = AdHocStruct()
w.xid = xid
try:
props = get_menuaction_props(w)
except Exception as e:
log.error("Error: failed to get menus / actions for window %s:", w)
log.error(" %s", e)
return None
log("gtk menu properties for window %#x on display %s: %s", xid, display.get_name(), props)
app_id = props.get("application-id")
bus_name = props.get("bus-name")
app_path = props.get("application-path")
menu_path = props.get("app-menu-path")
window_path = props.get("window-path")
if not (app_id and bus_name and app_path and menu_path and window_path):
log.error("Error: some properties are missing - cannot continue")
return
return query_menuactions(app_id, bus_name,
app_path, None, None,
window_path, None, None,
menu_path, None, None)
def main():
from xpra.platform import init, clean
try:
init("Platform-Events", "Platform Events Test")
import sys
if "-v" in sys.argv or "--verbose" in sys.argv:
from xpra.platform.win32.win32_events import log as win32_event_logger
log.enable_debug()
win32_event_logger.enable_debug()
def suspend():
log.info("suspend event")
def resume():
log.info("resume event")
fake_client = AdHocStruct()
fake_client.window_with_grab = None
fake_client.suspend = suspend
fake_client.resume = resume
fake_client.keyboard_helper = None
ClientExtras(fake_client)
import gobject
gobject.threads_init()
log.info("Event loop is running")
loop = gobject.MainLoop()
try:
loop.run()
except KeyboardInterrupt:
log.info("exiting on keyboard interrupt")
finally:
#this will wait for input on win32:
clean()
def force_ungrab(self, wid):
kh = self.client.keyboard_helper
if not kh:
if not self._kh_warning:
self._kh_warning = True
log.warn("no keyboard support, cannot simulate keypress to lose grab!")
return
#xkbmap_keycodes is a list of: (keyval, name, keycode, group, level)
ungrab_keys = [x for x in kh.xkbmap_keycodes if x[1]==UNGRAB_KEY]
if len(ungrab_keys)==0:
if not self._kh_warning:
self._kh_warning = True
log.warn("ungrab key %s not found, cannot simulate keypress to lose grab!", UNGRAB_KEY)
return
#ungrab_keys.append((65307, "Escape", 27, 0, 0)) #ugly hardcoded default value
ungrab_key = ungrab_keys[0]
log("lost focus whilst window %s has grab, simulating keypress: %s", wid, ungrab_key)
key_event = AdHocStruct()
key_event.keyname = ungrab_key[1]
key_event.pressed = True
key_event.modifiers = []
key_event.keyval = ungrab_key[0]
keycode = ungrab_key[2]
try:
key_event.string = chr(keycode)
except:
key_event.string = str(keycode)
key_event.keycode = keycode
key_event.group = 0
#press:
kh.send_key_action(wid, key_event)
#unpress:
key_event.pressed = False
kh.send_key_action(wid, key_event)
def __init__(self, sock, addr, new_websocket_client, web_root="/usr/share/xpra/www/"):
self.web_root = web_root
self._new_websocket_client = new_websocket_client
server = AdHocStruct()
server.logger = log
server.run_once = True
server.verbose = WEBSOCKET_DEBUG
WebSocketRequestHandler.__init__(self, sock, addr, server)
def __init__(self, sock, addr,
web_root="/usr/share/xpra/www/",
http_headers_dir="/usr/share/xpra/http-headers", script_paths=None):
self.web_root = web_root
self.http_headers_dir = http_headers_dir
self.script_paths = script_paths or {}
server = AdHocStruct()
server.logger = log
self.directory_listing = DIRECTORY_LISTING
BaseHTTPRequestHandler.__init__(self, sock, addr, server)
def main():
from xpra.platform import program_context
with program_context("Platform-Events", "Platform Events Test"):
if "-v" in sys.argv or "--verbose" in sys.argv:
from xpra.platform.win32.win32_events import log as win32_event_logger
log.enable_debug()
win32_event_logger.enable_debug()
import gobject
gobject.threads_init() #@UndefinedVariable
log.info("Event loop is running")
loop = gobject.MainLoop()
def suspend():
log.info("suspend event")
def resume():
log.info("resume event")
fake_client = AdHocStruct()
fake_client._focused = False
fake_client.keyboard_grabbed = False
fake_client.window_with_grab = None
fake_client.suspend = suspend
fake_client.resume = resume
fake_client.keyboard_helper = None
def signal_quit(*args):
loop.quit()
fake_client.signal_disconnect_and_quit = signal_quit
ClientExtras(fake_client, None)
try:
loop.run()
except KeyboardInterrupt:
log.info("exiting on keyboard interrupt")
def __init__(self, sock, addr, new_websocket_client, web_root="/usr/share/xpra/www/", http_headers_dir="/usr/share/xpra/http-headers", script_paths={}, disable_nagle=True):
self.web_root = web_root
self.http_headers_dir = http_headers_dir
self._new_websocket_client = new_websocket_client
self.script_paths = script_paths
server = AdHocStruct()
server.logger = log
server.run_once = True
server.verbose = WEBSOCKET_DEBUG
self.disable_nagle_algorithm = disable_nagle
WebSocketRequestHandler.__init__(self, sock, addr, server)
def __init__(self, sock, addr,
web_root="/usr/share/xpra/www/",
http_headers_dirs=("/etc/xpra/http-headers",), script_paths=None):
self.web_root = web_root
self.http_headers_dirs = http_headers_dirs
self.script_paths = script_paths or {}
server = AdHocStruct()
server.logger = log
self.directory_listing = DIRECTORY_LISTING
self.extra_headers = {}
super().__init__(sock, addr, server)
def __init__(self,
sock,
addr,
new_websocket_client,
web_root="/usr/share/xpra/www/"):
self.web_root = web_root
self._new_websocket_client = new_websocket_client
server = AdHocStruct()
server.logger = log
server.run_once = True
server.verbose = WEBSOCKET_DEBUG
WebSocketRequestHandler.__init__(self, sock, addr, server)
def add_window(self, model, x, y, w, h):
assert self.flags() & gtk.REALIZED
s = AdHocStruct()
s.shown = False
s.geom = [x, y, w, h]
self._models[model] = s
model.connect("unmanaged", self._unmanaged)
model.connect("ownership-election", self._elect_me)
def new_geom(window_model, *args):
log("new_geom(%s,%s)", window_model, args)
model.connect("notify::geometry", new_geom)
model.ownership_election()
def sound_data(self, codec, data, metadata, packet_metadata=()):
log("sound_data(%s, %s, %s, %s) sound sink=%s", codec, len(data or []),
metadata, packet_metadata, self.sound_sink)
if self.is_closed():
return
if self.sound_sink is not None and codec != self.sound_sink.codec:
log.info("sound codec changed from %s to %s",
self.sound_sink.codec, codec)
self.sound_sink.cleanup()
self.sound_sink = None
if metadata.get("end-of-stream"):
log("client sent end-of-stream, closing sound pipeline")
self.stop_receiving_sound()
return
if not self.sound_sink:
if not self.audio_loop_check("microphone"):
#make a fake object so we don't fire the audio loop check warning repeatedly
from xpra.util import AdHocStruct
self.sound_sink = AdHocStruct()
self.sound_sink.codec = codec
def noop(*_args):
pass
self.sound_sink.add_data = noop
self.sound_sink.cleanup = noop
return
try:
def sound_sink_error(*args):
log("sound_sink_error%s", args)
log.warn("stopping sound input because of error")
self.stop_receiving_sound()
from xpra.sound.wrapper import start_receiving_sound
ss = start_receiving_sound(codec)
if not ss:
return
self.sound_sink = ss
log("sound_data(..) created sound sink: %s", self.sound_sink)
ss.connect("error", sound_sink_error)
ss.start()
log("sound_data(..) sound sink started")
except Exception:
log.error("failed to setup sound", exc_info=True)
return
if packet_metadata:
if not self.sound_properties.boolget("bundle-metadata"):
for x in packet_metadata:
self.sound_sink.add_data(x)
packet_metadata = ()
self.sound_sink.add_data(data, metadata, packet_metadata)
def test_webcam(self):
if not POSIX or OSX:
get_util_logger().info("webcam test skipped: %s not supported yet",
sys.platform)
return
from xpra.platform.xposix.webcam import get_virtual_video_devices, check_virtual_dir
if not check_virtual_dir():
get_util_logger().info(
"webcam test skipped: no virtual video device directory")
return
devices = get_virtual_video_devices()
if not devices:
get_util_logger().info(
"webcam test skipped: no virtual video devices found")
return
from xpra.server.source.webcam_mixin import WebcamMixin
server = AdHocStruct()
wm = WebcamMixin()
server.webcam_enabled = True
server.webcam_device = None
server.webcam_encodings = ["png", "jpeg"]
wm.init_from(None, server)
wm.init_state()
wm.hello_sent = True
packets = []
def send(*args):
packets.append(args)
#wm.send = send
wm.send_async = send
try:
assert wm.get_info()
device_id = 0
w, h = 640, 480
assert wm.start_virtual_webcam(device_id, w, h)
assert wm.get_info().get("webcam", {}).get("active-devices",
0) == 1
assert len(packets) == 1 #ack sent
frame_no = 0
encoding = "png"
buf = BytesIOClass()
from PIL import Image
image = Image.new('RGB', size=(w, h), color=(155, 0, 0))
image.save(buf, 'jpeg')
data = buf.getvalue()
buf.close()
wm.process_webcam_frame(device_id, frame_no, encoding, w, h, data)
assert len(packets) == 2 #ack sent
wm.stop_virtual_webcam(device_id)
finally:
wm.cleanup()
def test_clipboard(self):
with DisplayContext():
if POSIX and not OSX:
from xpra.x11.gtk_x11.gdk_display_source import init_gdk_display_source
init_gdk_display_source()
from xpra.server.mixins.clipboard_server import ClipboardServer
from xpra.server.source.clipboard_connection import ClipboardConnection
opts = AdHocStruct()
opts.clipboard = "yes"
opts.clipboard_direction = "both"
opts.clipboard_filter_file = None
self._test_mixin_class(ClipboardServer, opts, {},
ClipboardConnection)
def test_networkstate(self):
x = NetworkState()
opts = AdHocStruct()
opts.pings = True
x.init(opts)
assert x.get_caps() is not None
x.server_capabilities = typedict({"start_time" : monotonic_time()})
x.parse_server_capabilities()
assert x.server_start_time>=x.start_time, "server_start_time=%s vs start_time=%s" % (x.server_start_time, x.start_time)
x.send_info_request()
packet = ["info-response", {"foo" : "bar"}]
x._process_info_response(packet)
assert x.server_last_info.get("foo")=="bar"
def _default_opts(self):
opts = AdHocStruct()
opts.av_sync = True
opts.speaker = "no"
opts.microphone = "no"
opts.sound_source = ""
opts.speaker_codec = []
opts.microphone_codec = []
opts.tray_icon = ""
return opts
def _test_mixin_class(self, mclass, opts, caps=None, protocol_type="xpra"):
x = self.mixin = mclass()
x.quit = self.fake_quit
fake_protocol = AdHocStruct()
fake_protocol.get_info = lambda: {}
fake_protocol.set_compression_level = lambda _x: None
fake_protocol.TYPE = protocol_type
x._protocol = fake_protocol #pylint: disable=protected-access
x.add_packet_handlers = self.add_packet_handlers
x.add_packet_handler = self.add_packet_handler
x.idle_add = self.glib.idle_add
x.timeout_add = self.glib.timeout_add
x.source_remove = self.glib.source_remove
x.init(opts)
conn = AdHocStruct()
conn.filename = "/fake/path/to/nowhere"
x.setup_connection(conn)
x.send = self.send
x.send_now = self.send
x.init_authenticated_packet_handlers()
caps = self.make_caps(caps)
x.parse_server_capabilities(caps)
x.process_ui_capabilities(caps)
assert x.get_caps() is not None
assert x.get_info() is not None
return x
def test_rfb_source(self):
#fake protocol:
p = AdHocStruct()
p.send = noop
p.queue_size = lambda: 1
#fake window:
window = AdHocStruct()
def get_image(x, y, w, h):
stride = (w + 8) * 4
pixels = b"0" * stride * h
return ImageWrapper(x, y, w, h, pixels, "BGRX", 24, stride, 4)
window.get_image = get_image
window.acknowledge_changes = noop
for protocol in (p, None):
s = RFBSource(protocol, True)
assert s.get_info()
s.get_window_info(())
s.ping()
s.keys_changed()
s.set_default_keymap()
s.send_cursor()
s.send_server_event()
s.update_mouse()
s.damage(1, window, 0, 0, 1024, 768, {"polling": protocol is None})
s.damage(1, window, 0, 0, 2, 2, {"polling": protocol is None})
s.send_clipboard("foo")
s.bell()
assert not s.is_closed()
s.close()
#noop:
s.damage(1, window, 0, 0, 2, 2, {"polling": protocol is None})
assert s.is_closed()
def test_networkstate(self):
opts = AdHocStruct()
opts.pings = True
opts.bandwidth_limit = 0
opts.bandwidth_detection = True
self._test_mixin_class(NetworkState, opts, {"start_time" : time.time()})
x = self.mixin
if x.server_start_time<x.start_time:
raise Exception("invalid time: server=%s vs start=%s" % (x.server_start_time, x.start_time))
x.uuid = get_hex_uuid()
x.send_info_request()
packet = ["info-response", {"foo" : "bar"}]
self.handle_packet(packet)
assert x.server_last_info.get("foo")=="bar"
def test_webcam(self):
from xpra.server.mixins.webcam_server import WebcamServer, log as serverlog
from xpra.server.source.webcam_mixin import WebcamMixin, log as sourcelog
opts = AdHocStruct()
opts.webcam = "yes"
with silence_info(serverlog):
self._test_mixin_class(WebcamServer, opts, {}, WebcamMixin)
if self.mixin.get_info(self.protocol).get("webcam", {}).get("virtual-video-devices", 0)>0:
with silence_info(sourcelog):
self.handle_packet(("webcam-start", 0, 640, 480))
png_hex_data = "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"
png_data = binascii.unhexlify(png_hex_data)
self.handle_packet(("webcam-frame", 0, 0, "png", 640, 480, png_data))
self.handle_packet(("webcam-stop", 0, "end"))
def refresh_shape(self):
rectangles = self.get_shape_rectangles()
if rectangles==self.rectangles:
return #unchanged
self.rectangles = rectangles
shapelog("refresh_shape() sending notify for updated rectangles: %s", rectangles)
#notify listeners:
pspec = AdHocStruct()
pspec.name = "shape"
for cb, args in self.shape_notify:
shapelog("refresh_shape() notifying: %s", cb)
try:
cb(self, pspec, *args)
except:
shapelog.error("error in shape notify callback %s", cb, exc_info=True)
def test_windowserver(self):
from xpra.server.mixins.window_server import WindowServer
opts = AdHocStruct()
opts.min_size = "10x10"
opts.max_size = "16384x8192"
def load_existing_windows():
pass
def _WindowServer():
ws = WindowServer()
ws.load_existing_windows = load_existing_windows
return ws
self._test_mixin_class(_WindowServer, opts)
def refresh_shape(self):
rectangles = self.get_shape_rectangles()
if rectangles==self.rectangles:
return #unchanged
self.rectangles = rectangles
shapelog("refresh_shape() sending notify for updated rectangles: %s", rectangles)
#notify listeners:
pspec = AdHocStruct()
pspec.name = "shape"
for cb, args in self.shape_notify:
shapelog("refresh_shape() notifying: %s", cb)
try:
cb(self, pspec, *args)
except:
shapelog.error("error in shape notify callback %s", cb, exc_info=True)
def test_audio(self):
def _ServerInfoMixin():
x = ServerInfoMixin()
def warn_and_quit(*_args):
pass
x.warn_and_quit = warn_and_quit
return x
opts = AdHocStruct()
x = self._test_mixin_class(
_ServerInfoMixin, opts, {
"machine_id": "123",
"uuid": "some-uuid",
"build.version": "3.0",
"build.revision": "23000",
"hostname": "localhost",
"display": ":99",
"platform": "linux2",
"platform.release": "dunno",
"platform.platform": "platformX",
})
del x.server_capabilities["build.version"]
assert not x.parse_server_capabilities(
), "should have failed when version is missing"
version = "0.1"
x.server_capabilities["build.version"] = version
assert not x.parse_server_capabilities(
), "should have failed with version %s" % version
def test_shell(self):
from xpra.server.source import shell_mixin
protocol = AdHocStruct()
protocol._conn = AdHocStruct()
protocol._conn.options = {"shell" : "yes"}
m = self._test_mixin_class(shell_mixin.ShellMixin, protocol=protocol)
def noop(*_args):
pass
m.send = noop
out,err = m.shell_exec("print('hello')")
assert out.rstrip("\n")=="hello", "expected 'hello' but got '%s'" % out.rstrip("\n")
assert not err
with silence_error(shell_mixin):
out,err = m.shell_exec("--not-a-statement--")
assert not out
assert err
def test_audio(self):
waq = []
def _ServerInfoMixin():
x = ServerInfoMixin()
def warn_and_quit(*args):
waq.append(args)
x.warn_and_quit = warn_and_quit
return x
opts = AdHocStruct()
caps = typedict({
"machine_id" : "123",
"uuid" : "some-uuid",
"build.version" : "3.0",
"build.revision" : "23000",
"hostname" : "localhost",
"display" : ":99",
"platform" : "linux2",
"platform.release" : "dunno",
"platform.platform" : "platformX",
"platform.linux_distribution" : ('Linux Fedora', 20, 'Heisenbug'),
})
x = self._test_mixin_class(_ServerInfoMixin, opts, caps)
del caps["build.version"]
assert not x.parse_server_capabilities(caps), "should have failed when version is missing"
version = "0.1"
caps["build.version"] = version
assert not x.parse_server_capabilities(caps), "should have failed with version %s" % version
def queue_draw(self, x, y, w, h):
b = self._backing
if not b:
return
if b._backing and b.paint_screen:
area = AdHocStruct()
area.x = x
area.y = y
area.width = w
area.height = h
event = AdHocStruct()
event.area = area
b.gl_expose_event(b._backing, event)
def test_xsettings(self):
from xpra.x11.xsettings_prop import (
get_settings, set_settings,
get_local_byteorder,
XSettingsTypeInteger, XSettingsTypeString, XSettingsTypeColor,
)
disp = AdHocStruct()
for DEBUG_XSETTINGS in (True, False):
with OSEnvContext():
os.environ["XPRA_XSETTINGS_DEBUG"] = str(int(DEBUG_XSETTINGS))
serial = 1
data = b""
l = len(data)
v = struct.pack(b"=BBBBII", get_local_byteorder(), 0, 0, 0, serial, l)+data+b"\0"
v1 = get_settings(disp, v)
assert v
#get from cache:
v2 = get_settings(disp, v)
assert v1==v2
#test all types, set then get:
#setting_type, prop_name, value, last_change_serial = setting
settings = (
(XSettingsTypeInteger, "int1", 1, 0),
(XSettingsTypeString, "str1", "1", 0),
(XSettingsTypeColor, "color1", (128, 128, 64, 32), 0),
)
serial = 2
data = set_settings(disp, (serial, settings))
assert data
#parse it back:
v = get_settings(disp, data)
rserial, rsettings = v
assert rserial==serial
assert len(rsettings)==len(settings)
#test error handling:
for settings in (
(
#invalid color causes exception
(XSettingsTypeColor, "bad-color", (128, ), 0),
),
(
#invalid setting type is skipped with an error message:
(255, "invalid-setting-type", 0, 0),
),
):
serial = 3
data = set_settings(disp, (serial, settings))
assert data
v = get_settings(disp, data)
rserial, rsettings = v
assert rserial==serial
assert len(rsettings)==0
#parsing an invalid data type (9) should fail:
hexdata = b"000000000200000001000000090004007374723100000000010000003100000000"
data = binascii.unhexlify(hexdata)
v = get_settings(disp, data)
rserial, rsettings = v
assert len(rsettings)==0
def _test_opts(self):
socket_dir = _get_test_socket_dir()
opts = AdHocStruct()
opts.socket_dirs = [socket_dir]
opts.socket_dir = socket_dir
opts.exit_ssh = False
opts.ssh = "ssh -v "
opts.remote_xpra = "run-xpra"
opts.password_file = None
return opts
def _test_mixin_class(self, mclass, opts, caps=None):
x = self.mixin = mclass()
fake_protocol = AdHocStruct()
fake_protocol.get_info = lambda: {}
fake_protocol.set_compression_level = lambda _x: None
x._protocol = fake_protocol
x.add_packet_handlers = self.add_packet_handlers
x.add_packet_handler = self.add_packet_handler
x.idle_add = self.glib.idle_add
x.timeout_add = self.glib.timeout_add
x.source_remove = self.glib.source_remove
x.init(opts)
conn = AdHocStruct()
conn.filename = "/tmp/fake"
x.setup_connection(conn)
x.send = self.send
x.send_now = self.send
x.add_packet_handlers = self.add_packet_handlers
x.add_packet_handler = self.add_packet_handler
x.init_authenticated_packet_handlers()
x.server_capabilities = typedict(caps or {})
x.parse_server_capabilities()
x.process_ui_capabilities()
assert x.get_caps() is not None
return x
def test_input(self):
if os.environ.get("DISPLAY") and POSIX and not OSX and os.environ.get(
"GDK_BACKEND", "x11") == "x11":
from xpra.x11.gtk_x11.gdk_display_source import init_gdk_display_source
init_gdk_display_source()
from xpra.server.mixins.input_server import InputServer
from xpra.server.source.input_mixin import InputMixin
opts = AdHocStruct()
self._test_mixin_class(InputServer, opts, {}, InputMixin)
def _test_mixin_classes(self, mixin_classes, server_props=None, client_caps=None, protocol=None, test_fn=None):
assert mixin_classes
for mixin_class in mixin_classes:
assert mixin_class.is_needed(typedict(client_caps or {})) in (True, False)
if len(mixin_classes)==1:
mixin_class = mixin_classes[0]
else:
mixin_class = type("Mixin-%s" % (mixin_classes,), mixin_classes, {})
#test the instance:
#fake server object:
server = AdHocStruct()
if server_props:
for k,v in server_props.items():
setattr(server, k, v)
#fake client caps object (as a typedict):
d = typedict()
if client_caps:
for k,v in client_caps.items():
d[k] = v
m = mixin_class()
m.source_remove = GLib.source_remove
m.idle_add = GLib.idle_add
m.timeout_add = GLib.timeout_add
m.packet_queue = []
m.protocol = protocol
def encode_queue_size():
return 0
m.encode_queue_size = encode_queue_size
for c in mixin_classes:
c.__init__(m)
for c in mixin_classes:
try:
c.init_from(m, m.protocol, server)
except Exception:
print("failed to initialize from %s" % (server,))
raise
for c in mixin_classes:
c.init_state(m)
for c in mixin_classes:
assert not c.is_closed(m)
c.parse_client_caps(m, d)
for c in mixin_classes:
assert c.get_info(m) is not None
assert c.get_caps(m) is not None
assert not c.is_closed(m)
for c in mixin_classes:
c.user_event(m)
c.may_notify(m)
c.queue_encode(m, ("item",))
c.send_more(m, ("packet-type", 0))
c.send_async(m, ("packet-type", 0))
for c in mixin_classes:
if test_fn:
test_fn(c, m)
for c in mixin_classes:
c.cleanup(m)
return m
def test_encoder_dimensions(self):
encoder_spec = AdHocStruct()
encoder_spec.width_mask = 0xfffe
encoder_spec.height_mask = 0xfffe
w, h = get_encoder_dimensions(encoder_spec, 101, 101)
assert w == 100 and h == 100
encoder_spec = AdHocStruct()
encoder_spec.width_mask = 0xfffe
encoder_spec.height_mask = 0xfffe
w, h = get_encoder_dimensions(encoder_spec, 102, 102, (1, 2))
assert w == 50 and h == 50
def test_webcam(self):
opts = AdHocStruct()
opts.webcam = "on"
self._test_mixin_class(WebcamForwarder, opts, {
"webcam" : True,
"webcam.encodings" : ("png", "jpeg"),
"virtual-video-devices" : 1,
})
x = self.mixin
if not x.webcam_device:
print("no webcam device found, test skipped")
return
self.glib.timeout_add(2500, x.stop_sending_webcam)
self.glib.timeout_add(5000, self.stop)
self.main_loop.run()
assert len(self.packets)>2
self.verify_packet(0, ("webcam-start", 0, ))
self.verify_packet(1, ("webcam-frame", 0, ))
self.verify_packet(-1, ("webcam-stop", 0, ))
def start_sending_sound(plugins, sound_source_plugin, device, codec, volume, want_monitor_device, remote_decoders, remote_pulseaudio_server, remote_pulseaudio_id):
log("start_sending_sound%s", (plugins, sound_source_plugin, device, codec, volume, want_monitor_device, remote_decoders, remote_pulseaudio_server, remote_pulseaudio_id))
try:
#info about the remote end:
remote = AdHocStruct()
remote.pulseaudio_server = remote_pulseaudio_server
remote.pulseaudio_id = remote_pulseaudio_id
remote.remote_decoders = remote_decoders
plugin, options = parse_sound_source(plugins, sound_source_plugin, device, want_monitor_device, remote)
if not plugin:
log.error("failed to setup '%s' sound stream source", (sound_source_plugin or "auto"))
return None
log("parsed '%s':", sound_source_plugin)
log("plugin=%s", plugin)
log("options=%s", options)
return source_subprocess_wrapper(plugin, options, remote_decoders, volume, options)
except Exception as e:
log.error("error setting up sound: %s", e, exc_info=True)
return None
def start_sending_sound(plugins, sound_source_plugin, device, codec, volume, want_monitor_device, remote_decoders, remote_pulseaudio_server, remote_pulseaudio_id):
log("start_sending_sound%s", (plugins, sound_source_plugin, device, codec, volume, want_monitor_device, remote_decoders, remote_pulseaudio_server, remote_pulseaudio_id))
try:
#info about the remote end:
remote = AdHocStruct()
remote.pulseaudio_server = remote_pulseaudio_server
remote.pulseaudio_id = remote_pulseaudio_id
remote.remote_decoders = remote_decoders
plugin, options = parse_sound_source(plugins, sound_source_plugin, device, want_monitor_device, remote)
if not plugin:
log.error("failed to setup '%s' sound stream source", (sound_source_plugin or "auto"))
return None
log("parsed '%s':", sound_source_plugin)
log("plugin=%s", plugin)
log("options=%s", options)
return source_subprocess_wrapper(plugin, options, remote_decoders, volume, options)
except Exception as e:
log.error("error setting up sound: %s", e, exc_info=True)
return None
def test_unhandled_types(self):
from xpra.dbus.helper import dbus_to_native, native_to_dbus
o = AdHocStruct()
r = dbus_to_native(o)
assert r == o and type(r) == type(
o), "%s (%s) got converted to %s (%s)" % (o, type(o), r, type(r))
r = native_to_dbus(o)
#we don't know what else to do,
#so we convert to a string:
assert r == str(o)
def main():
from xpra.platform import program_context
with program_context("Platform-Events", "Platform Events Test"):
if "-v" in sys.argv or "--verbose" in sys.argv:
from xpra.platform.win32.win32_events import log as win32_event_logger
log.enable_debug()
win32_event_logger.enable_debug()
import gobject
gobject.threads_init() #@UndefinedVariable
log.info("Event loop is running")
loop = gobject.MainLoop()
def suspend():
log.info("suspend event")
def resume():
log.info("resume event")
fake_client = AdHocStruct()
fake_client.window_with_grab = None
fake_client.suspend = suspend
fake_client.resume = resume
fake_client.keyboard_helper = None
def signal_quit(*args):
loop.quit()
fake_client.signal_disconnect_and_quit = signal_quit
ClientExtras(fake_client, None)
try:
loop.run()
except KeyboardInterrupt:
log.info("exiting on keyboard interrupt")
def queue_draw(self, x, y, w, h):
b = self._backing
if not b:
return
if b._backing and b.paint_screen:
area = AdHocStruct()
area.x = x
area.y = y
area.width = w
area.height = h
event = AdHocStruct()
event.area = area
b.gl_expose_event(b._backing, event)
def SetWorkarea(self, x, y, w, h):
self.log(".SetWorkarea%s", (x, y, w, h))
workarea = AdHocStruct()
workarea.x, workarea.y, workarea.width, workarea.height = ni(x), ni(y), ni(w), ni(h)
self.server.set_workarea(workarea)
