def __init__(self, quit_cb=None):
log("ChildReaper(%s)", quit_cb)
from xpra.gtk_common.gobject_compat import import_glib
self.glib = import_glib()
self._quit = quit_cb
self._proc_info = []
if USE_PROCESS_POLLING:
log("using process polling every %s seconds", POLL_DELAY)
self.glib.timeout_add(POLL_DELAY * 1000, self.poll)
else:
# with a less buggy python, we can just check the list of pids
# whenever we get a SIGCHLD
# however.. subprocess.Popen will no longer work as expected
# see: http://bugs.python.org/issue9127
# so we must ensure certain things that exec happen first:
from xpra.version_util import get_platform_info
get_platform_info()
signal.signal(signal.SIGCHLD, self.sigchld)
# Check once after the mainloop is running, just in case the exit
# conditions are satisfied before we even enter the main loop.
# (Programming with unix the signal API sure is annoying.)
def check_once():
self.check()
return False # Only call once
self.glib.timeout_add(0, check_once)
def __init__(self, quit_cb=None):
log("ChildReaper(%s)", quit_cb)
self._quit = quit_cb
self._proc_info = []
if USE_PROCESS_POLLING:
POLL_DELAY = int(os.environ.get("XPRA_POLL_DELAY", 2))
if BUGGY_PYTHON:
log.warn("Warning: outdated/buggy version of Python: %s", ".".join(str(x) for x in sys.version_info))
log.warn("switching to process polling every %s seconds to support 'exit-with-children'", POLL_DELAY)
else:
log("using process polling every %s seconds", POLL_DELAY)
gobject.timeout_add(POLL_DELAY * 1000, self.poll)
else:
# with a less buggy python, we can just check the list of pids
# whenever we get a SIGCHLD
# however.. subprocess.Popen will no longer work as expected
# see: http://bugs.python.org/issue9127
# so we must ensure certain things that exec happen first:
from xpra.version_util import get_platform_info
get_platform_info()
signal.signal(signal.SIGCHLD, self.sigchld)
# Check once after the mainloop is running, just in case the exit
# conditions are satisfied before we even enter the main loop.
# (Programming with unix the signal API sure is annoying.)
def check_once():
self.check()
return False # Only call once
gobject.timeout_add(0, check_once)
def __init__(self, quit_cb):
self._quit = quit_cb
self._children_pids = {}
self._dead_pids = set()
self._ignored_pids = set()
from xpra.log import Logger
self._logger = Logger("server", "util")
if USE_PROCESS_POLLING:
POLL_DELAY = int(os.environ.get("XPRA_POLL_DELAY", 2))
self._logger.warn("Warning: outdated/buggy version of Python: %s",
".".join(str(x) for x in sys.version_info))
self._logger.warn(
"switching to process polling every %s seconds to support 'exit-with-children'",
POLL_DELAY)
gobject.timeout_add(POLL_DELAY * 1000, self.check)
else:
#with a less buggy python, we can just check the list of pids
#whenever we get a SIGCHLD
#however.. subprocess.Popen will no longer work as expected
#see: http://bugs.python.org/issue9127
#so we must ensure certain things that exec happen first:
from xpra.version_util import get_platform_info
get_platform_info()
signal.signal(signal.SIGCHLD, self.sigchld)
# Check once after the mainloop is running, just in case the exit
# conditions are satisfied before we even enter the main loop.
# (Programming with unix the signal API sure is annoying.)
def check_once():
self.check()
return False # Only call once
gobject.timeout_add(0, check_once)
def __init__(self, quit_cb=None):
log("ChildReaper(%s)", quit_cb)
from xpra.gtk_common.gobject_compat import import_glib
self.glib = import_glib()
self._quit = quit_cb
self._proc_info = []
if USE_PROCESS_POLLING:
log("using process polling every %s seconds", POLL_DELAY)
self.glib.timeout_add(POLL_DELAY * 1000, self.poll)
else:
#with a less buggy python, we can just check the list of pids
#whenever we get a SIGCHLD
#however.. subprocess.Popen will no longer work as expected
#see: http://bugs.python.org/issue9127
#so we must ensure certain things that exec happen first:
from xpra.version_util import get_platform_info
get_platform_info()
signal.signal(signal.SIGCHLD, self.sigchld)
# Check once after the mainloop is running, just in case the exit
# conditions are satisfied before we even enter the main loop.
# (Programming with unix the signal API sure is annoying.)
def check_once():
self.check()
return False # Only call once
self.glib.timeout_add(0, check_once)
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)
self.pings = int(opts.pings)
self.video_encoders = opts.proxy_video_encoders
self._start_sessions = opts.proxy_start_sessions
super().init(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, 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 get_server_info(prefix=""):
#this function is for non UI thread info
info = {}
info.update(get_host_info(prefix))
info.update(get_platform_info(mk(prefix, "platform")))
info.update(get_version_info(mk(prefix, "build")))
return info
def main():
def print_dict(d):
for k in sorted(d.keys()):
v = d[k]
print("* %s : %s" % (k.ljust(32), nonl(pver(v))))
from xpra.platform import init, clean
try:
init("Version-Info", "Version Info")
print("Build:")
print_dict(get_version_info())
print("")
print("Platform:")
pi = get_platform_info()
#ugly workaround for the fact that "sys.platform" has no key..
if "" in pi:
pi["sys"] = pi[""]
del pi[""]
print_dict(pi)
print("")
print("Host:")
d = get_host_info()
#add os specific version info:
try:
from xpra.platform.info import get_version_info as pvinfo
d.update(pvinfo())
except:
pass
print_dict(d)
finally:
clean()
def make_hello(self):
caps = XpraClientBase.make_hello(self)
caps["session-type"] = get_session_type()
#don't try to find the server uuid if this platform cannot run servers..
#(doing so causes lockups on win32 and startup errors on osx)
if POSIX and not is_Wayland():
#we may be running inside another server!
try:
from xpra.server.server_uuid import get_uuid
caps["server_uuid"] = get_uuid() or ""
except ImportError:
pass
for x in ( #generic feature flags:
"wants_events",
"setting-change",
"xdg-menu-update",
):
caps[x] = True
caps.update({
#generic server flags:
"share": self.client_supports_sharing,
"lock": self.client_lock,
})
caps.update({"mouse": True})
caps.update(self.get_keyboard_caps())
for c in CLIENT_BASES:
caps.update(c.get_caps(self))
def u(prefix, c):
updict(caps, prefix, c, flatten_dicts=False)
u("control_commands", self.get_control_commands_caps())
u("platform", get_platform_info())
u("opengl", self.opengl_props)
return caps
def threaded_init(self):
log("threaded_init() start")
from xpra.platform import threaded_server_init
threaded_server_init()
for c in SERVER_BASES:
if c != ServerCore:
try:
c.threaded_setup(self)
except Exception:
log.error("Error during threaded setup of %s",
c,
exc_info=True)
#populate the platform info cache:
from xpra.version_util import get_platform_info
get_platform_info()
log("threaded_init() end")
def make_hello(self):
caps = XpraClientBase.make_hello(self)
caps["session-type"] = get_session_type()
#don't try to find the server uuid if this platform cannot run servers..
#(doing so causes lockups on win32 and startup errors on osx)
if MMAP_SUPPORTED:
#we may be running inside another server!
try:
from xpra.server.server_uuid import get_uuid
caps["server_uuid"] = get_uuid() or ""
except:
pass
for x in ( #generic feature flags:
"notify-startup-complete",
"wants_events",
"setting-change",
):
caps[x] = True
#FIXME: the messy bits without proper namespace:
caps.update({
#generic server flags:
"share": self.client_supports_sharing,
"lock": self.client_lock,
})
caps.update(self.get_keyboard_caps())
for c in CLIENT_BASES:
caps.update(c.get_caps(self))
def u(prefix, c):
updict(caps, prefix, c, flatten_dicts=False)
u("control_commands", self.get_control_commands_caps())
u("platform", get_platform_info())
return caps
def get_server_info(prefix=""):
#this function is for non UI thread info
info = {}
info.update(get_host_info(prefix))
info.update(get_platform_info(mk(prefix, "platform")))
info.update(get_version_info(mk(prefix, "build")))
return info
def main():
def print_dict(d):
for k in sorted(d.keys()):
v = d[k]
print("* %s : %s" % (k.ljust(32), nonl(pver(v))))
from xpra.platform import init, clean
try:
init("Version-Info", "Version Info")
print("Build:")
print_dict(get_version_info())
print("")
print("Platform:")
pi = get_platform_info()
#ugly workaround for the fact that "sys.platform" has no key..
if "" in pi:
pi["sys"] = pi[""]
del pi[""]
print_dict(pi)
print("")
print("Host:")
d = get_host_info()
#add os specific version info:
try:
from xpra.platform.info import get_version_info as pvinfo
d.update(pvinfo())
except:
pass
print_dict(d)
finally:
clean()
def get_server_info():
#this function is for non UI thread info
info = {
"platform" : get_platform_info(),
"build" : get_version_info_full(),
}
info.update(get_host_info())
return info
def get_server_info():
#this function is for non UI thread info
info = {
"platform": get_platform_info(),
"build": get_version_info_full(),
}
info.update(get_host_info())
return info
def get_server_info():
#this function is for non UI thread info
info = {}
info.update(get_host_info())
def up(prefix, d):
updict(info, prefix, d)
up("platform", get_platform_info())
up("build", get_version_info())
return info
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.info("Xpra %s client version %s %i-bit", self.client_toolkit(),
full_version_str(), BITS)
for c in UIXpraClient.__bases__:
c.__init__(self)
try:
pinfo = get_platform_info()
osinfo = "%s" % platform_name(
sys.platform,
pinfo.get("linux_distribution") or pinfo.get("sysrelease", ""))
log.info(" running on %s", osinfo)
except:
log("platform name error:", exc_info=True)
wm = get_wm_name()
if wm:
log.info(" window manager is '%s'", wm)
self._ui_events = 0
self.title = ""
self.session_name = u""
self.server_platform = ""
self.server_session_name = None
#features:
self.opengl_enabled = False
self.opengl_props = {}
self.readonly = False
self.xsettings_enabled = False
self.server_start_new_commands = False
#in WindowClient - should it be?
#self.server_is_desktop = False
self.server_sharing = False
self.server_sharing_toggle = False
self.server_lock = False
self.server_lock_toggle = False
self.server_window_filters = False
self.client_supports_opengl = False
self.client_supports_sharing = False
self.client_lock = False
#helpers and associated flags:
self.client_extras = None
self.keyboard_helper_class = KeyboardHelper
self.keyboard_helper = None
self.keyboard_grabbed = False
self.pointer_grabbed = False
self.kh_warning = False
self.menu_helper = None
#state:
self._on_handshake = []
self._on_server_setting_changed = {}
def get_server_info():
#this function is for non UI thread info
info = {}
info.update(get_host_info())
def up(prefix, d):
updict(info, prefix, d)
up("platform", get_platform_info())
up("build", get_version_info())
return info
def get_sys_info():
d = {}
for k, v in {
"version": get_version_info(),
"platform": get_platform_info(),
"host": get_host_info(),
"paths": get_path_info(),
"gtk": get_gtk_version_info(),
"user": get_user_info(),
"env": os.environ,
}.items():
updict(d, k, v)
return d
def make_hello_base(self):
capabilities = get_network_caps()
capabilities.update({
"version": local_version,
"encoding.generic": True,
"namespace": True,
"file-transfer": self.file_transfer,
"file-size-limit": self.file_size_limit,
"printing": self.printing,
"hostname": socket.gethostname(),
"uuid": self.uuid,
"username": self.username,
"name": get_name(),
"client_type": self.client_type(),
"python.version": sys.version_info[:3],
"compression_level": self.compression_level,
})
if self.display:
capabilities["display"] = self.display
def up(prefix, d):
updict(capabilities, prefix, d)
up("platform", get_platform_info())
up("build", get_version_info())
mid = get_machine_id()
if mid:
capabilities["machine_id"] = mid
if self.encryption:
assert self.encryption in ENCRYPTION_CIPHERS
iv = get_hex_uuid()[:16]
key_salt = get_hex_uuid() + get_hex_uuid()
iterations = 1000
capabilities.update({
"cipher": self.encryption,
"cipher.iv": iv,
"cipher.key_salt": key_salt,
"cipher.key_stretch_iterations": iterations,
})
key = self.get_encryption_key()
if key is None:
self.warn_and_quit(EXIT_ENCRYPTION,
"encryption key is missing")
return
self._protocol.set_cipher_in(self.encryption, iv, key, key_salt,
iterations)
log("encryption capabilities: %s",
[(k, v)
for k, v in capabilities.items() if k.startswith("cipher")])
return capabilities
def print_run_info(self):
try:
from xpra.src_info import REVISION
rev_info = "-r%s" % REVISION
except:
rev_info = ""
log.info("xpra %s version %s%s", self.get_server_mode(), local_version, rev_info)
try:
pinfo = get_platform_info()
osinfo = " on %s" % platform_name(sys.platform, pinfo.get("linux_distribution") or pinfo.get("release", ""))
except:
log("platform name error:", exc_info=True)
osinfo = ""
log.info(" running with pid %s%s", os.getpid(), osinfo)
def threaded_init(self):
log("threaded_init() start")
from xpra.platform import threaded_server_init
threaded_server_init()
for c in SERVER_BASES:
if c != ServerCore:
try:
c.threaded_setup(self)
except Exception:
log.error("Error during threaded setup of %s",
c,
exc_info=True)
#populate the platform info cache:
from xpra.version_util import get_platform_info
get_platform_info()
with self.init_thread_lock:
for cb in self.init_thread_callbacks:
try:
cb()
except Exception as e:
log("threaded_init()", exc_info=True)
log.error("Error in initialization thread callback %s", cb)
log.error(" %s", e)
log("threaded_init() end")
def make_hello(self):
caps = XpraClientBase.make_hello(self)
caps["session-type"] = get_session_type()
#don't try to find the server uuid if this platform cannot run servers..
#(doing so causes lockups on win32 and startup errors on osx)
if MMAP_SUPPORTED:
#we may be running inside another server!
try:
from xpra.server.server_uuid import get_uuid
caps["server_uuid"] = get_uuid() or ""
except:
pass
for x in (
#generic feature flags:
"notify-startup-complete",
"wants_events",
"setting-change",
):
caps[x] = True
#FIXME: the messy bits without proper namespace:
caps.update({
#generic server flags:
"share": self.client_supports_sharing,
"lock": self.client_lock,
})
#messy unprefixed:
caps.update(WindowClient.get_caps(self))
caps.update(DisplayClient.get_caps(self))
caps.update(NetworkState.get_caps(self))
caps.update(Encodings.get_caps(self))
caps.update(ClipboardClient.get_caps(self))
caps.update(self.get_keyboard_caps())
#nicely prefixed:
def u(prefix, c):
updict(caps, prefix, c, flatten_dicts=False)
u("sound", AudioClient.get_audio_capabilities(self))
u("notifications", self.get_notifications_caps())
u("control_commands", self.get_control_commands_caps())
u("platform", get_platform_info())
mmap_caps = MmapClient.get_caps(self)
u("mmap", mmap_caps)
#pre 2.3 servers only use underscore instead of "." prefix for mmap caps:
for k, v in mmap_caps.items():
caps["mmap_%s" % k] = v
return caps
def print_run_info(self):
try:
from xpra.src_info import REVISION
rev_info = "-r%s" % REVISION
except:
rev_info = ""
log.info("xpra %s version %s%s", self.get_server_mode(), local_version,
rev_info)
try:
pinfo = get_platform_info()
osinfo = " on %s" % platform_name(
sys.platform,
pinfo.get("linux_distribution") or pinfo.get("release", ""))
except:
log("platform name error:", exc_info=True)
osinfo = ""
log.info(" running with pid %s%s", os.getpid(), osinfo)
def make_hello_base(self):
capabilities = get_network_caps()
capabilities.update({
"version" : local_version,
"encoding.generic" : True,
"namespace" : True,
"file-transfer" : self.file_transfer,
"file-size-limit" : self.file_size_limit,
"printing" : self.printing,
"hostname" : socket.gethostname(),
"uuid" : self.uuid,
"username" : self.username,
"name" : get_name(),
"client_type" : self.client_type(),
"python.version" : sys.version_info[:3],
"compression_level" : self.compression_level,
})
if self.display:
capabilities["display"] = self.display
def up(prefix, d):
updict(capabilities, prefix, d)
up("platform", get_platform_info())
up("build", get_version_info())
mid = get_machine_id()
if mid:
capabilities["machine_id"] = mid
if self.encryption:
assert self.encryption in ENCRYPTION_CIPHERS
iv = get_hex_uuid()[:16]
key_salt = get_hex_uuid()+get_hex_uuid()
iterations = 1000
capabilities.update({
"cipher" : self.encryption,
"cipher.iv" : iv,
"cipher.key_salt" : key_salt,
"cipher.key_stretch_iterations": iterations,
})
key = self.get_encryption_key()
if key is None:
self.warn_and_quit(EXIT_ENCRYPTION, "encryption key is missing")
return
self._protocol.set_cipher_in(self.encryption, iv, key, key_salt, iterations)
log("encryption capabilities: %s", [(k,v) for k,v in capabilities.items() if k.startswith("cipher")])
return capabilities
def get_server_info(prefix=""):
#this function is for non UI thread info
info = {
prefix + "pid": os.getpid(),
prefix + "byteorder": sys.byteorder,
prefix + "hostname": socket.gethostname(),
prefix + "python.full_version": sys.version,
prefix + "python.version": sys.version_info[:3],
}
for x in ("uid", "gid"):
if hasattr(os, "get%s" % x):
try:
info[prefix + x] = getattr(os, "get%s" % x)()
except:
pass
info.update(get_platform_info(prefix))
add_version_info(info, prefix)
return info
def get_server_info(prefix=""):
#this function is for non UI thread info
info = {
prefix+"pid" : os.getpid(),
prefix+"byteorder" : sys.byteorder,
prefix+"hostname" : socket.gethostname(),
prefix+"python.full_version": sys.version,
prefix+"python.version" : sys.version_info[:3],
}
for x in ("uid", "gid"):
if hasattr(os, "get%s" % x):
try:
info[prefix+x] = getattr(os, "get%s" % x)()
except:
pass
info.update(get_platform_info(prefix))
add_version_info(info, prefix)
return info
def get_sys_info():
from xpra.platform.info import get_user_info
from xpra.scripts.config import read_xpra_defaults
return {
"argv": sys.argv,
"path": sys.path,
"exec_prefix": sys.exec_prefix,
"executable": sys.executable,
"version": get_version_info(),
"platform": get_platform_info(),
"host": get_host_info(),
"paths": get_path_info(),
"gtk": get_gtk_version_info(),
"gui": get_gui_info(),
"display": get_display_info(),
"user": get_user_info(),
"env": os.environ,
"config": read_xpra_defaults(),
}
def get_sys_info():
from xpra.platform.info import get_user_info
from xpra.scripts.config import read_xpra_defaults
return {
"argv" : sys.argv,
"path" : sys.path,
"exec_prefix" : sys.exec_prefix,
"executable" : sys.executable,
"version" : get_version_info(),
"platform" : get_platform_info(),
"host" : get_host_info(),
"paths" : get_path_info(),
"gtk" : get_gtk_version_info(),
"gui" : get_gui_info(),
"display" : get_display_info(),
"user" : get_user_info(),
"env" : os.environ,
"config" : read_xpra_defaults(),
}
def main():
from xpra.platform import program_context
with program_context("Version-Info", "Version Info"):
print("Build:")
print_nested_dict(get_version_info())
print("")
print("Platform:")
pi = get_platform_info()
#ugly workaround for the fact that "sys.platform" has no key..
if "" in pi:
pi["sys"] = pi[""]
del pi[""]
print_nested_dict(pi)
print("")
print("Host:")
d = get_host_info()
#add os specific version info:
from xpra.platform.info import get_version_info as pvinfo
d.update(pvinfo())
print_nested_dict(d)
return 0
def get_sys_info():
d = {
"argv" : sys.argv,
"path" : sys.path,
"exec_prefix" : sys.exec_prefix,
"executable" : sys.executable,
}
for k,v in {
"version" : get_version_info(),
"platform" : get_platform_info(),
"host" : get_host_info(),
"paths" : get_path_info(),
"gtk" : get_gtk_version_info(),
"gui" : get_gui_info(),
"display" : get_display_info(),
"user" : get_user_info(),
"env" : os.environ,
"config" : read_xpra_defaults(),
}.items():
updict(d, k, v)
return d
def main():
from xpra.platform import program_context
with program_context("Version-Info", "Version Info"):
print("Build:")
print_nested_dict(get_version_info())
print("")
print("Platform:")
pi = get_platform_info()
#ugly workaround for the fact that "sys.platform" has no key..
if "" in pi:
pi["sys"] = pi[""]
del pi[""]
print_nested_dict(pi)
print("")
print("Host:")
d = get_host_info()
#add os specific version info:
try:
from xpra.platform.info import get_version_info as pvinfo
d.update(pvinfo())
except:
pass
print_nested_dict(d)
def __init__(self):
log.info("Xpra %s client version %s %i-bit", self.client_toolkit(), full_version_str(), BITS)
#mmap_enabled belongs in the MmapClient mixin,
#but it is used outside it, so make sure we define it:
self.mmap_enabled = False
#same for tray:
self.tray = None
for c in CLIENT_BASES:
log("calling %s.__init__()", c)
c.__init__(self)
try:
pinfo = get_platform_info()
osinfo = "%s" % platform_name(sys.platform, pinfo.get("linux_distribution") or pinfo.get("sysrelease", ""))
log.info(" running on %s", osinfo)
except Exception:
log("platform name error:", exc_info=True)
wm = get_wm_name() #pylint: disable=assignment-from-none
if wm:
log.info(" window manager is '%s'", wm)
self._ui_events = 0
self.title = ""
self.session_name = u""
self.server_platform = ""
self.server_session_name = None
#features:
self.opengl_enabled = False
self.opengl_props = {}
self.readonly = False
self.xsettings_enabled = False
self.server_start_new_commands = False
self.server_xdg_menu = None
self.start_new_commands = []
self.start_child_new_commands = []
#in WindowClient - should it be?
#self.server_is_desktop = False
self.server_sharing = False
self.server_sharing_toggle = False
self.server_lock = False
self.server_lock_toggle = False
self.server_window_filters = False
self.server_keyboard = True
self.server_toggle_keyboard_sync = False
self.server_pointer = True
self.client_supports_opengl = False
self.client_supports_sharing = False
self.client_lock = False
#helpers and associated flags:
self.client_extras = None
self.keyboard_helper_class = KeyboardHelper
self.keyboard_helper = None
self.keyboard_grabbed = False
self.keyboard_sync = False
self.pointer_grabbed = False
self.kh_warning = False
self.menu_helper = None
#state:
self._on_handshake = []
self._on_server_setting_changed = {}
def test_get_platform_info(self):
for x in ("release", "name"):
self.assertTrue(x in get_platform_info())
def test_get_platform_info(self):
for x in ("release", "name"):
self.assertTrue(x in get_platform_info(),
"%s not found in platform info" % x)
def test_get_platform_info(self):
for x in ("release", "name"):
self.assertTrue(x in get_platform_info())