def init(self, opts):
log("ProxyServer.init(%s)", opts)
if not opts.tcp_auth:
raise InitException("The proxy server requires an authentication mode (use 'none' to disable authentication)")
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
def get_info(self, proto, *args):
info = ServerCore.get_info(self, proto)
info.setdefault("server", {})["type"] = "Python/GLib/proxy"
#only show more info if we have authenticated
#as the user running the proxy server process:
pa = proto.authenticator
if pa:
sessions = pa.get_sessions()
if sessions:
uid, gid = sessions[:2]
if os.name != "posix" or (uid == os.getuid()
and gid == os.getgid()):
info.update(ServerCore.get_info(self, proto))
self.reap()
i = 0
for p, v in self.processes.items():
d, _ = v
info[i] = {
"display": d,
"live": p.is_alive(),
"pid": p.pid,
}
i += 1
info["proxies"] = len(self.processes)
return info
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self._start_sessions = False
self.main_loop = None
#proxy servers may have to connect to remote servers,
#or even start them, so allow more time before timing out:
self._accept_timeout += 10
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
#connections used exclusively for requests:
self._requests = set()
self.idle_add = glib.idle_add
self.timeout_add = glib.timeout_add
self.source_remove = glib.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self._ws_timeout = PROXY_WS_TIMEOUT
self.control_commands["stop"] = ArgsControlCommand(
"stop",
"stops the proxy instance on the given display",
self.handle_stop_command,
min_args=1,
max_args=1)
def do_handle_command_request(self, proto, command, args):
if command in ("help", "hello"):
return ServerCore.do_handle_command_request(
self, proto, command, args)
assert command == "stop"
if len(args) != 1:
return ServerCore.control_command_response(
self, proto, command, 4,
"invalid number of arguments, usage: 'xpra control stop DISPLAY'"
)
display = args[0]
log("stop command: will try to find proxy process for display %s",
display)
for process, v in list(self.processes.items()):
disp, mq = v
if disp == display:
pid = process.pid
log.info(
"stop command: found process %s with pid %s for display %s, sending it 'stop' request",
process, pid, display)
mq.put("stop")
return self.control_command_response(
proto, command, 0,
"stopped proxy process with pid %s" % pid)
return self.control_command_response(
proto, command, 14, "no proxy found for display %s" % display)
def init(self, opts):
log("ProxyServer.init(%s)", opts)
if not opts.tcp_auth:
raise InitException("The proxy server requires an authentication mode (use 'none' to disable authentication)")
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self._start_sessions = False
self.session_type = "proxy"
self.main_loop = None
#proxy servers may have to connect to remote servers,
#or even start them, so allow more time before timing out:
self._accept_timeout += 10
self.pings = 0
self.video_encoders = ()
self._start_sessions = False
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.instances = {}
#connections used exclusively for requests:
self._requests = set()
self.idle_add = glib.idle_add
self.timeout_add = glib.timeout_add
self.source_remove = glib.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self._ws_timeout = PROXY_WS_TIMEOUT
register_SIGUSR_signals(glib.idle_add)
def init_control_commands(self):
ServerCore.init_control_commands(self)
self.control_commands["stop"] = ArgsControlCommand(
"stop",
"stops the proxy instance on the given display",
self.handle_stop_command,
min_args=1,
max_args=1)
def _log_disconnect(self, proto, *args):
#skip logging of disconnection events for server sources
#we have tagged during hello ("info_request", "exit_request", etc..)
ss = self.get_server_source(proto)
if ss and not ss.log_disconnect:
#log at debug level only:
netlog(*args)
return
ServerCore._log_disconnect(self, proto, *args)
def init(self, opts):
log("ProxyServer.init(%s)", opts)
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
#ensure we cache the platform info before intercepting SIGCHLD
#as this will cause a fork and SIGCHLD to be emitted:
from xpra.version_util import get_platform_info
get_platform_info()
self.child_reaper = getChildReaper()
def init(self, opts):
log("ProxyServer.init(%s)", opts)
self.video_encoders = opts.proxy_video_encoders
self.csc_modules = opts.csc_modules
self._start_sessions = opts.proxy_start_sessions
ServerCore.init(self, opts)
#ensure we cache the platform info before intercepting SIGCHLD
#as this will cause a fork and SIGCHLD to be emitted:
from xpra.version_util import get_platform_info
get_platform_info()
self.child_reaper = getChildReaper()
def init(self, opts):
log("ProxyServer.init(%s)", opts)
if not opts.tcp_auth:
raise InitException("The proxy server requires an authentication mode (use 'none' to disable authentication)")
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
#ensure we cache the platform info before intercepting SIGCHLD
#as this will cause a fork and SIGCHLD to be emitted:
from xpra.version_util import get_platform_info
get_platform_info()
self.child_reaper = getChildReaper()
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self.main_loop = None
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
self.idle_add = glib.idle_add
self.timeout_add = glib.timeout_add
self.source_remove = glib.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self.control_commands["stop"] = ArgsControlCommand("stop", "stops the proxy instance on the given display", self.handle_stop_command, min_args=1, max_args=1)
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self.main_loop = None
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
self.idle_add = gobject.idle_add
self.timeout_add = gobject.timeout_add
self.source_remove = gobject.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
signal.signal(signal.SIGCHLD, self.sigchld)
def init(self, opts):
log("ProxyServer.init(%s)", opts)
if not opts.tcp_auth:
raise InitException(
"The proxy server requires an authentication mode (use 'none' to disable authentication)"
)
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
#ensure we cache the platform info before intercepting SIGCHLD
#as this will cause a fork and SIGCHLD to be emitted:
from xpra.version_util import get_platform_info
get_platform_info()
self.child_reaper = getChildReaper()
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self.main_loop = None
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
self.idle_add = gobject.idle_add
self.timeout_add = gobject.timeout_add
self.source_remove = gobject.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
signal.signal(signal.SIGCHLD, self.sigchld)
def get_packet_handlers_info(self):
info = ServerCore.get_packet_handlers_info(self)
info.update({
"authenticated" : sorted(self._authenticated_packet_handlers.keys()),
"ui" : sorted(self._authenticated_ui_packet_handlers.keys()),
})
return info
def make_hello(self, source):
capabilities = ServerCore.make_hello(self, source)
for c in ServerBase.__bases__:
if c!=ServerCore:
merge_dicts(capabilities, c.get_caps(self))
capabilities["server_type"] = "base"
if source.wants_display:
capabilities.update({
"max_desktop_size" : self.get_max_screen_size(),
})
if source.wants_features:
capabilities.update({
"bell" : self.bell,
"cursors" : self.cursors,
"av-sync.enabled" : self.av_sync,
"client-shutdown" : self.client_shutdown,
"sharing" : self.sharing is not False,
"sharing-toggle" : self.sharing is None,
"lock" : self.lock is not False,
"lock-toggle" : self.lock is None,
})
capabilities.update(flatten_dict(self.get_server_features(source)))
#this is a feature, but we would need the hello request
#to know if it is really needed.. so always include it:
capabilities["exit_server"] = True
return capabilities
def hello_oked(self, proto, packet, c, auth_caps):
if ServerCore.hello_oked(self, proto, packet, c, auth_caps):
#already handled in superclass
return
self.accept_client(proto, c)
if any(
c.boolget("%s_request" % x)
for x in ("screenshot", "event", "print", "exit")):
self.send_disconnect(proto, "invalid request")
return
if c.boolget("stop_request"):
self._requests.add(proto)
#send a hello back and the client should then send its "shutdown-server" packet
capabilities = self.make_hello()
proto.send_now(("hello", capabilities))
def force_exit_request_client():
try:
self._requests.remove(proto)
except:
pass
if not proto._closed:
self.send_disconnect(proto, "timeout")
self.timeout_add(10 * 1000, force_exit_request_client)
else:
self.start_proxy(proto, c, auth_caps)
def get_info(self, proto=None, client_uuids=None):
log("ServerBase.get_info%s", (proto, client_uuids))
start = monotonic_time()
info = ServerCore.get_info(self, proto)
server_info = info.setdefault("server", {})
if self.mem_bytes:
server_info["total-memory"] = self.mem_bytes
if client_uuids:
sources = [
ss for ss in self._server_sources.values()
if ss.uuid in client_uuids
]
else:
sources = tuple(self._server_sources.values())
log("info-request: sources=%s", sources)
dgi = self.do_get_info(proto, sources)
#ugly alert: merge nested dictionaries,
#ie: do_get_info may return a dictionary for "server" and we already have one,
# so we update it with the new values
for k, v in dgi.items():
cval = info.get(k)
if cval is None:
info[k] = v
continue
cval.update(v)
log("ServerBase.get_info took %.1fms",
1000.0 * (monotonic_time() - start))
return info
def get_info(self, proto, *_args):
info = ServerCore.get_info(self, proto)
info.setdefault("server", {})["type"] = "Python/GLib/proxy"
#only show more info if we have authenticated
#as the user running the proxy server process:
if proto and proto.authenticators:
sessions = []
for authenticator in proto.authenticators:
auth_sessions = authenticator.get_sessions()
#don't add duplicates:
for x in auth_sessions:
if x not in sessions:
sessions.append(x)
if sessions:
uid, gid = sessions[:2]
if not POSIX or (uid==os.getuid() and gid==os.getgid()):
self.reap()
i = 0
for p,v in self.processes.items():
d,_ = v
info[i] = {
"display" : d,
"live" : p.is_alive(),
"pid" : p.pid,
}
i += 1
info["proxies"] = len(self.processes)
return info
def make_hello(self, source):
capabilities = ServerCore.make_hello(self, source)
for c in SERVER_BASES:
if c != ServerCore:
merge_dicts(capabilities, c.get_caps(self, source))
capabilities["server_type"] = "base"
if source.wants_display:
capabilities.update({
"max_desktop_size": self.get_max_screen_size(),
})
if source.wants_features:
capabilities.update({
"client-shutdown": self.client_shutdown,
"sharing": self.sharing is not False,
"sharing-toggle": self.sharing is None,
"lock": self.lock is not False,
"lock-toggle": self.lock is None,
"windows": server_features.windows,
"keyboard": server_features.input_devices,
"pointer": server_features.input_devices,
})
capabilities.update(flatten_dict(self.get_server_features(source)))
#this is a feature, but we would need the hello request
#to know if it is really needed.. so always include it:
capabilities["exit_server"] = True
return capabilities
def do_handle_command_request(self, proto, command, args):
if command in ("help", "hello"):
return ServerCore.do_handle_command_request(self, proto, command, args)
assert command=="stop"
if len(args)!=1:
return ServerCore.control_command_response(self, proto, command, 4, "invalid number of arguments, usage: 'xpra control stop DISPLAY'")
display = args[0]
debug("stop command: will try to find proxy process for display %s", display)
for process, v in list(self.processes.items()):
disp,mq = v
if disp==display:
pid = process.pid
log.info("stop command: found process %s with pid %s for display %s, sending it 'stop' request", process, pid, display)
mq.put("stop")
return self.control_command_response(proto, command, 0, "stopped proxy process with pid %s" % pid)
return self.control_command_response(proto, command, 14, "no proxy found for display %s" % display)
def hello_oked(self, proto, packet, c, auth_caps):
if ServerCore.hello_oked(self, proto, packet, c, auth_caps):
#already handled in superclass
return
self.accept_client(proto, c)
generic_request = c.strget("request")
def is_req(mode):
return generic_request==mode or c.boolget("%s_request" % mode)
if any(is_req(x) for x in ("screenshot", "event", "print", "exit")):
self.send_disconnect(proto, "invalid request")
return
if is_req("stop"):
if not CAN_STOP_PROXY:
self.send_disconnect(proto, "cannot stop proxy server")
return
self._requests.add(proto)
#send a hello back and the client should then send its "shutdown-server" packet
capabilities = self.make_hello()
proto.send_now(("hello", capabilities))
def force_exit_request_client():
try:
self._requests.remove(proto)
except:
pass
if not proto._closed:
self.send_disconnect(proto, "timeout")
self.timeout_add(10*1000, force_exit_request_client)
return
self.proxy_auth(proto, c, auth_caps)
def cleanup(self):
self.stop_all_proxies()
ServerCore.cleanup(self)
start = monotonic_time()
live = True
log("cleanup() proxy instances: %s", self.instances)
while monotonic_time() - start < PROXY_CLEANUP_GRACE_PERIOD and live:
live = tuple(x for x in tuple(self.instances.keys())
if x.is_alive())
if live:
log("cleanup() still %i proxies alive: %s", len(live), live)
time.sleep(0.1)
if live:
self.stop_all_proxies(True)
log("cleanup() frames remaining:")
from xpra.util import dump_all_frames
dump_all_frames(log)
def __init__(self):
debug("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self.main_loop = None
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
self.idle_add = gobject.idle_add
self.timeout_add = gobject.timeout_add
self.source_remove = gobject.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self.control_commands = ["hello", "stop"]
#ensure we cache the platform info before intercepting SIGCHLD
#as this will cause a fork and SIGCHLD to be emitted:
from xpra.version_util import get_platform_info
get_platform_info()
signal.signal(signal.SIGCHLD, self.sigchld)
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self.main_loop = None
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
self.idle_add = glib.idle_add
self.timeout_add = glib.timeout_add
self.source_remove = glib.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self.control_commands["stop"] = ArgsControlCommand(
"stop",
"stops the proxy instance on the given display",
self.handle_stop_command,
min_args=1,
max_args=1)
def hello_oked(self, proto, packet, c, auth_caps):
if ServerCore.hello_oked(self, proto, packet, c, auth_caps):
#already handled in superclass
return
self.accept_client(proto, c)
generic_request = c.strget("request")
def is_req(mode):
return generic_request == mode or c.boolget("%s_request" % mode)
if any(is_req(x) for x in ("screenshot", "event", "print", "exit")):
self.send_disconnect(proto, "invalid request")
return
if is_req("stop"):
#global kill switch:
if not CAN_STOP_PROXY:
msg = "cannot stop proxy server"
log.warn("Warning: %s", msg)
self.send_disconnect(proto, msg)
return
#verify socket type (only local connections by default):
try:
socktype = proto._conn.get_info().get("type", "unknown")
except:
socktype = "unknown"
if socktype not in STOP_PROXY_SOCKET_TYPES:
msg = "cannot stop proxy server from a '%s' connection" % socktype
log.warn("Warning: %s", msg)
log.warn(" only from: %s", csv(STOP_PROXY_SOCKET_TYPES))
self.send_disconnect(proto, msg)
return
#connection must be authenticated:
if not proto.authenticators:
msg = "cannot stop proxy server from unauthenticated connections"
log.warn("Warning: %s", msg)
self.send_disconnect(proto, msg)
return
self._requests.add(proto)
#send a hello back and the client should then send its "shutdown-server" packet
capabilities = self.make_hello()
proto.send_now(("hello", capabilities))
def force_exit_request_client():
try:
self._requests.remove(proto)
except KeyError:
pass
if not proto._closed:
self.send_disconnect(proto, "timeout")
self.timeout_add(10 * 1000, force_exit_request_client)
return
self.proxy_auth(proto, c, auth_caps)
def __init__(self):
log("ProxyServer.__init__()")
ServerCore.__init__(self)
self._max_connections = MAX_CONCURRENT_CONNECTIONS
self._start_sessions = False
self.main_loop = None
#proxy servers may have to connect to remote servers,
#or even start them, so allow more time before timing out:
self._accept_timeout += 10
#keep track of the proxy process instances
#the display they're on and the message queue we can
# use to communicate with them
self.processes = {}
#connections used exclusively for requests:
self._requests = set()
self.idle_add = glib.idle_add
self.timeout_add = glib.timeout_add
self.source_remove = glib.source_remove
self._socket_timeout = PROXY_SOCKET_TIMEOUT
self._ws_timeout = PROXY_WS_TIMEOUT
self.control_commands["stop"] = ArgsControlCommand("stop", "stops the proxy instance on the given display", self.handle_stop_command, min_args=1, max_args=1)
def get_info(self, proto, *args):
info = ServerCore.get_info(self, proto)
info.setdefault("server", {})["type"] = "Python/GLib/proxy"
#only show more info if we have authenticated
#as the user running the proxy server process:
pa = proto.authenticator
if pa:
sessions = pa.get_sessions()
if sessions:
uid, gid = sessions[:2]
if os.name!="posix" or (uid==os.getuid() and gid==os.getgid()):
info.update(ServerCore.get_info(self, proto))
self.reap()
i = 0
for p,v in self.processes.items():
d,_ = v
info[i] = {
"display" : d,
"live" : p.is_alive(),
"pid" : p.pid,
}
i += 1
info["proxies"] = len(self.processes)
return info
def get_info(self, proto, *args):
info = {"server.type" : "Python/GLib/proxy"}
#only show more info if we have authenticated
#as the user running the proxy server process:
sessions = proto.authenticator.get_sessions()
if sessions:
uid, gid = sessions[:2]
if uid==os.getuid() and gid==os.getgid():
info.update(ServerCore.get_info(self, proto))
self.reap()
i = 0
for p,v in self.processes.items():
d,_ = v
info[i] = {"display" : d,
"live" : p.is_alive(),
"pid" : p.pid}
i += 1
info["proxies"] = len(self.processes)
return info
def get_info(self, proto, *args):
info = {"server.type": "Python/GObject/proxy"}
#only show more info if we have authenticated
#as the user running the proxy server process:
sessions = proto.authenticator.get_sessions()
if sessions:
uid, gid = sessions[:2]
if uid == os.getuid() and gid == os.getgid():
info.update(ServerCore.get_info(self, proto))
self.reap()
i = 0
for p, v in self.processes.items():
d, _ = v
info["proxy[%s].display" % i] = d
info["proxy[%s].live" % i] = p.is_alive()
info["proxy[%s].pid" % i] = p.pid
i += 1
info["proxies"] = len(self.processes)
return info
def hello_oked(self, proto, packet, c, auth_caps):
if ServerCore.hello_oked(self, proto, packet, c, auth_caps):
#already handled in superclass
return
self.accept_client(proto, c)
if any(c.boolget("%s_request" % x) for x in ("screenshot", "event", "print", "exit")):
self.send_disconnect(proto, "invalid request")
return
if c.boolget("stop_request"):
self._requests.add(proto)
#send a hello back and the client should then send its "shutdown-server" packet
capabilities = self.make_hello()
proto.send_now(("hello", capabilities))
def force_exit_request_client():
try:
self._requests.remove(proto)
except:
pass
if not proto._closed:
self.send_disconnect(proto, "timeout")
self.timeout_add(10*1000, force_exit_request_client)
else:
self.start_proxy(proto, c, auth_caps)
def get_info(self, proto, *_args):
info = ServerCore.get_minimal_server_info(self)
info.setdefault("server", {})["type"] = "Python/GLib/proxy"
#only show more info if we have authenticated
#as the user running the proxy server process:
if proto and proto.authenticators:
sessions = []
for authenticator in proto.authenticators:
auth_sessions = authenticator.get_sessions()
if auth_sessions:
sessions = auth_sessions
break
if sessions:
uid, gid = sessions[:2]
if not POSIX or (uid == getuid() and gid == getgid()):
self.reap()
i = 0
instances = dict(self.instances)
instances_info = {}
for proxy_instance, v in instances.items():
isprocess, d, _ = v
iinfo = {
"display": d,
"live": proxy_instance.is_alive(),
}
if isprocess:
iinfo.update({
"pid": proxy_instance.pid,
})
else:
iinfo.update(proxy_instance.get_info())
instances_info[i] = iinfo
i += 1
info["instances"] = instances_info
info["proxies"] = len(instances)
return info
def init_packet_handlers(self):
ServerCore.init_packet_handlers(self)
#add shutdown handler
self._default_packet_handlers["shutdown-server"] = self._process_proxy_shutdown_server
def cleanup(self):
self.stop_all_proxies()
ServerCore.cleanup(self)
def get_mdns_info(self) -> dict:
mdns_info = ServerCore.get_mdns_info(self)
if MDNS_CLIENT_COUNT:
mdns_info["clients"] = len(self._server_sources)
return mdns_info
def get_http_info(self) -> dict:
info = ServerCore.get_http_info(self)
info["clients"] = len(self._server_sources)
return info
def hello_oked(self, proto, packet, c, auth_caps):
if self._server_sources.get(proto):
log.warn("Warning: received another 'hello' packet")
log.warn(" from an existing connection: %s", proto)
return
if ServerCore.hello_oked(self, proto, packet, c, auth_caps):
#has been handled
return
if not self.sanity_checks(proto, c):
return
if not c.boolget("steal", True) and self._server_sources:
self.disconnect_client(proto, SESSION_BUSY,
"this session is already active")
return
if c.boolget("screenshot_request"):
self.send_screenshot(proto)
return
#added in 2.2:
request = c.strget("request")
def is_req(mode):
return request == mode or c.boolget("%s_request" % mode, False)
if not request:
#"normal" connection, so log welcome message:
log.info("Handshake complete; enabling connection")
else:
log("handling request %s", request)
self.server_event("handshake-complete")
# Things are okay, we accept this connection, and may disconnect previous one(s)
# (but only if this is going to be a UI session - control sessions can co-exist)
ui_client = c.boolget("ui_client", True)
share = c.boolget("share")
uuid = c.strget("uuid")
detach_request = is_req("detach")
accepted, share_count, disconnected = self.handle_sharing(
proto, ui_client, detach_request, share, uuid)
if not accepted:
return
if is_req("detach"):
self.disconnect_client(
proto, DONE,
"%i other clients have been disconnected" % disconnected)
return
if not request and ui_client:
#a bit of explanation:
#normally these things are synchronized using xsettings, which we handle already
#but non-posix clients have no such thing,
#and we don't want to expose that as an interface
#(it's not very nice and it is very X11 specific)
#also, clients may want to override what is in their xsettings..
#so if the client specifies what it wants to use, we patch the xsettings with it
#(the actual xsettings part is done in update_all_server_settings in the X11 specific subclasses)
if share_count > 0:
log.info("sharing with %s other client(s)", share_count)
self.dpi = 0
self.xdpi = 0
self.ydpi = 0
self.double_click_time = -1
self.double_click_distance = -1, -1
self.antialias = {}
self.cursor_size = 24
else:
self.dpi = c.intget("dpi", 0)
self.xdpi = c.intget("dpi.x", 0)
self.ydpi = c.intget("dpi.y", 0)
self.double_click_time = c.intget("double_click.time", -1)
self.double_click_distance = c.intpair("double_click.distance",
(-1, -1))
self.antialias = c.dictget("antialias", {})
self.cursor_size = c.intget("cursor.size", 0)
#FIXME: this belongs in DisplayManager!
screenlog(
"dpi=%s, dpi.x=%s, dpi.y=%s, antialias=%s, cursor_size=%s",
self.dpi, self.xdpi, self.ydpi, self.antialias,
self.cursor_size)
log("double-click time=%s, distance=%s", self.double_click_time,
self.double_click_distance)
#if we're not sharing, reset all the settings:
reset = share_count == 0
self.update_all_server_settings(reset)
self.accept_client(proto, c)
#use blocking sockets from now on:
if not WIN32:
set_socket_timeout(proto._conn, None)
def drop_client(reason="unknown", *args):
self.disconnect_client(proto, reason, *args)
cc_class = self.get_client_connection_class(c)
ss = cc_class(
proto,
drop_client,
self.session_name,
self,
self.idle_add,
self.timeout_add,
self.source_remove,
self.setting_changed,
self._socket_dir,
self.unix_socket_paths,
not request,
self.bandwidth_limit,
self.bandwidth_detection,
)
log("process_hello clientconnection=%s", ss)
try:
ss.parse_hello(c)
except:
#close it already
ss.close()
raise
self._server_sources[proto] = ss
add_work_item(self.mdns_update)
#process ui half in ui thread:
send_ui = ui_client and not request
self.idle_add(self._process_hello_ui, ss, c, auth_caps, send_ui,
share_count)
def __init__(self):
ServerCore.__init__(self)
self.main_loop = None
self.idle_add = gobject.idle_add
self.timeout_add = gobject.timeout_add
self.source_remove = gobject.source_remove
def is_timedout(self, protocol):
v = ServerCore.is_timedout(
self, protocol) and protocol not in self._server_sources
netlog("is_timedout(%s)=%s", protocol, v)
return v
def __init__(self):
ServerCore.__init__(self)
self.main_loop = None
self.idle_add = gobject.idle_add
self.timeout_add = gobject.timeout_add
self.source_remove = gobject.source_remove
def init(self, opts):
log("ProxyServer.init(%s)", opts)
if not opts.auth:
raise Exception("The proxy server requires an authentication mode")
ServerCore.init(self, opts)
def cleanup(self):
self.stop_all_proxies()
ServerCore.cleanup(self)
def init_packet_handlers(self):
ServerCore.init_packet_handlers(self)
#add shutdown handler
self._default_packet_handlers["shutdown-server"] = self._process_proxy_shutdown_server
def init(self, opts):
debug("ProxyServer.init(%s)", opts)
if not opts.auth:
raise Exception("The proxy server requires an authentication mode (use 'none' to disable authentication)")
ServerCore.init(self, opts)