def parse_auth_line(line):
ldata = line.split(b"|")
log("found %s fields", len(ldata))
assert len(ldata) >= 4, "not enough fields"
#parse fields:
username = ldata[0]
password = ldata[1]
def getsysid(s, get_default_value):
if s:
try:
return int(s)
except:
pass
return get_default_value()
uid = getsysid(ldata[2], os.getuid)
gid = getsysid(ldata[3], os.getgid)
displays = ldata[4].split(b",")
env_options = {}
session_options = {}
if len(ldata) >= 6:
env_options = parse_simple_dict(ldata[5], ";")
if len(ldata) >= 7:
session_options = parse_simple_dict(ldata[6], ";")
return username, password, uid, gid, displays, env_options, session_options
def get_sessions(self):
import sqlite3
try:
conn = sqlite3.connect(self.filename)
conn.row_factory = sqlite3.Row
cursor = conn.cursor()
cursor.execute(self.sessions_query,
[self.username, self.password_used or ""])
data = cursor.fetchone()
except sqlite3.DatabaseError as e:
log("get_sessions()", exc_info=True)
log.error("Error: sqlauth database access problem:")
log.error(" %s", e)
return None
try:
uid = parse_uid(data["uid"])
gid = parse_gid(data["gid"])
displays = []
env_options = {}
session_options = {}
if data["displays"]:
displays = [x.strip() for x in str(data[2]).split(",")]
if data["env_options"]:
env_options = parse_simple_dict(str(data[3]), ";")
if data["session_options"]:
session_options = parse_simple_dict(str(data[4]), ";")
except Exception as e:
log("get_sessions() error on row %s", data, exc_info=True)
log.error("Error: sqlauth database row parsing problem:")
log.error(" %s", e)
return None
return uid, gid, displays, env_options, session_options
def get_sound_source_options(plugin, options_str, device, want_monitor_device, remote):
"""
Given a plugin (short name), options string and remote info,
return the options for the plugin given,
using the dynamic defaults (which may use remote info)
and applying the options string on top.
"""
#ie: get_sound_source_options("audiotestsrc", "wave=4,freq=220", {remote_pulseaudio_server=XYZ}):
#use the defaults as starting point:
defaults_fn = DEFAULT_SRC_PLUGIN_OPTIONS.get(plugin)
if defaults_fn:
options = defaults_fn(device, want_monitor_device, remote)
if options is None:
#means failure
return None
else:
options = {}
#if we add support for choosing devices in the GUI,
#this code will then get used:
if device and plugin in SRC_HAS_DEVICE_NAME:
#assume the user knows the "device-name"...
#(since I have no idea where to get the "device" string)
options["device-name"] = device
options.update(parse_simple_dict(options_str))
return options
def parse_bind_ip(bind_ip, default_port=DEFAULT_PORT):
ip_sockets = {}
if bind_ip:
for spec in bind_ip:
parts = spec.split(",", 1)
ip_port = parts[0]
if ":" not in spec:
raise InitException("port must be specified as [HOST]:PORT")
host, port = ip_port.rsplit(":", 1)
if host == "":
host = "127.0.0.1"
if not port:
iport = default_port
elif port == "0":
iport = 0
else:
try:
iport = int(port)
assert 0 < iport < 2**16
except (TypeError, ValueError):
raise InitException("invalid port number: %s" %
port) from None
options = {}
if len(parts) == 2:
options = parse_simple_dict(parts[1])
ip_sockets[(host, iport)] = options
return ip_sockets
def get_sound_source_options(plugin, options_str, device, want_monitor_device, remote):
"""
Given a plugin (short name), options string and remote info,
return the options for the plugin given,
using the dynamic defaults (which may use remote info)
and applying the options string on top.
"""
#ie: get_sound_source_options("audiotestsrc", "wave=4,freq=220", {remote_pulseaudio_server=XYZ}):
#use the defaults as starting point:
defaults_fn = DEFAULT_SRC_PLUGIN_OPTIONS.get(plugin)
log("DEFAULT_SRC_PLUGIN_OPTIONS(%s)=%s", plugin, defaults_fn)
if defaults_fn:
options = defaults_fn(device, want_monitor_device, remote)
log("%s%s=%s", defaults_fn, (device, want_monitor_device, remote), options)
if options is None:
#means failure
return None
else:
options = {}
#if we add support for choosing devices in the GUI,
#this code will then get used:
if device and plugin in SRC_HAS_DEVICE_NAME:
#assume the user knows the "device-name"...
#(since I have no idea where to get the "device" string)
options["device-name"] = device
options.update(parse_simple_dict(options_str))
return options
def parse_auth_line(line):
ldata = line.split(b"|")
log("found %s fields", len(ldata))
assert len(ldata)>=4, "not enough fields"
#parse fields:
username = ldata[0]
password = ldata[1]
uid = getuid(ldata[2])
gid = getgid(ldata[3])
displays = ldata[4].split(b",")
env_options = {}
session_options = {}
if len(ldata)>=6:
env_options = parse_simple_dict(ldata[5], ";")
if len(ldata)>=7:
session_options = parse_simple_dict(ldata[6], ";")
return username, password, uid, gid, displays, env_options, session_options
def parse_auth_line(line):
ldata = line.split(b"|")
log("found %s fields", len(ldata))
assert len(ldata) >= 4, "not enough fields"
#parse fields:
username = ldata[0]
password = ldata[1]
uid = getuid(ldata[2])
gid = getgid(ldata[3])
displays = ldata[4].split(b",")
env_options = {}
session_options = {}
if len(ldata) >= 6:
env_options = parse_simple_dict(ldata[5], ";")
if len(ldata) >= 7:
session_options = parse_simple_dict(ldata[6], ";")
return username, password, uid, gid, displays, env_options, session_options
def parse_session_data(self, data):
try:
uid = parse_uid(data["uid"])
gid = parse_gid(data["gid"])
displays = []
env_options = {}
session_options = {}
if data["displays"]:
displays = [x.strip() for x in str(data["displays"]).split(",")]
if data["env_options"]:
env_options = parse_simple_dict(str(data["env_options"]), ";")
if data["session_options"]:
session_options=parse_simple_dict(str(data["session_options"]), ";")
except Exception as e:
log("get_sessions() error on row %s", data, exc_info=True)
log.error("Error: sqlauth database row parsing problem:")
log.error(" %s", e)
return None
return uid, gid, displays, env_options, session_options
def parse_session_data(self, data):
try:
uid = data[0]
gid = data[1]
displays = []
env_options = {}
session_options = {}
if len(data)>2:
displays = [x.strip() for x in str(data[2]).split(",")]
if len(data)>3:
env_options = parse_simple_dict(str(data[3]), ";")
if len(data)>4:
session_options = parse_simple_dict(str(data[4]), ";")
except Exception as e:
log("parse_session_data() error on row %s", data, exc_info=True)
log.error("Error: sqlauth database row parsing problem:")
log.error(" %s", e)
return None
return uid, gid, displays, env_options, session_options
def get_auth_module(self, socket_type, auth_str, opts):
authlog("get_auth_module(%s, %s, {..})", socket_type, auth_str)
if not auth_str:
return None
#separate options from the auth module name
parts = auth_str.split(":", 1)
auth = parts[0]
auth_options = {}
if len(parts) > 1:
auth_options = parse_simple_dict(parts[1])
if auth == "sys":
#resolve virtual "sys" auth:
if sys.platform.startswith("win"):
auth = "win32"
else:
auth = "pam"
authlog("will try to use sys auth module '%s' for %s", auth,
sys.platform)
from xpra.server.auth import fail_auth, reject_auth, allow_auth, none_auth, file_auth, multifile_auth, password_auth, env_auth
AUTH_MODULES = {
"fail": fail_auth,
"reject": reject_auth,
"allow": allow_auth,
"none": none_auth,
"env": env_auth,
"password": password_auth,
"multifile": multifile_auth,
"file": file_auth,
}
try:
from xpra.server.auth import pam_auth
AUTH_MODULES["pam"] = pam_auth
except Exception as e:
authlog("cannot load pam auth: %s", e)
if sys.platform.startswith("win"):
try:
from xpra.server.auth import win32_auth
AUTH_MODULES["win32"] = win32_auth
except Exception as e:
authlog.error(
"Error: cannot load the MS Windows authentication module:")
authlog.error(" %s", e)
auth_module = AUTH_MODULES.get(auth)
if not auth_module:
raise InitException(
"cannot find authentication module '%s' (supported: %s)" %
(auth, csv(AUTH_MODULES.keys())))
try:
auth_module.init(opts)
auth_class = getattr(auth_module, "Authenticator")
auth_class.auth_name = auth.lower()
return auth, auth_class, auth_options
except Exception as e:
raise InitException("Authenticator class not found in %s" %
auth_module)
def parse_bind_vsock(bind_vsock):
vsock_sockets = {}
if bind_vsock:
from xpra.scripts.parsing import parse_vsock #pylint: disable=import-outside-toplevel
for spec in bind_vsock:
parts = spec.split(",", 1)
cid, iport = parse_vsock(parts[0])
options = {}
if len(parts) == 2:
options = parse_simple_dict(parts[1])
vsock_sockets[(cid, iport)] = options
return vsock_sockets
def parse_bind_vsock(bind_vsock):
vsock_sockets = {}
if bind_vsock:
from xpra.scripts.main import parse_vsock
for spec in bind_vsock:
parts = spec.split(",", 1)
cid, iport = parse_vsock(parts[0])
options = {}
if len(parts) == 2:
options = parse_simple_dict(parts[1])
vsock_sockets[(cid, iport)] = options
return vsock_sockets
def makeRootWindowModels(self):
screenlog("makeRootWindowModels() root=%s, display_options=%s", self.root, self.display_options)
self.capture = self.setup_capture()
model_class = self.get_root_window_model_class()
models = []
display_name = prettify_plug_name(self.root.get_screen().get_display().get_name())
monitors = self.get_shadow_monitors()
match_str = None
multi_window = MULTI_WINDOW
geometries = None
if "=" in self.display_options:
#parse the display options as a dictionary:
opt_dict = parse_simple_dict(self.display_options)
windows = opt_dict.get("windows")
if windows:
self.window_matches = windows.split("/")
return self.makeDynamicWindowModels()
match_str = opt_dict.get("plug")
multi_window = parse_bool("multi-window", opt_dict.get("multi-window", multi_window))
geometries_str = opt_dict.get("geometry")
if geometries_str:
geometries = parse_geometries(geometries_str)
else:
try:
geometries = parse_geometries(self.display_options)
except Exception:
match_str = self.display_options
if not multi_window or geometries:
for geometry in (geometries or (self.root.get_geometry()[:4],)):
model = model_class(self.root, self.capture, display_name, geometry)
models.append(model)
return models
found = []
screenlog("capture inputs matching %r", match_str or "all")
for i, monitor in enumerate(monitors):
plug_name, x, y, width, height, scale_factor = monitor
title = display_name
if plug_name or i>1:
title = plug_name or str(i)
found.append(plug_name or title)
if match_str and not(title in match_str or plug_name in match_str):
screenlog.info(" skipped monitor %s", plug_name or title)
continue
geometry = (x, y, width, height)
model = model_class(self.root, self.capture, title, geometry)
models.append(model)
screenlog("monitor %i: %10s geometry=%s, scale factor=%s", i, title, geometry, scale_factor)
screenlog("makeRootWindowModels()=%s", models)
if not models and match_str:
screenlog.warn("Warning: no monitors found matching %r", match_str)
screenlog.warn(" only found: %s", csv(found))
return models
def parse_auth_line(line):
ldata = line.split(b"|")
assert len(ldata)>=2, "not enough fields: %i" % (len(ldata))
log("found %s fields", len(ldata))
#parse fields:
username = ldata[0]
password = ldata[1]
if len(ldata)>=5:
uid = parse_uid(bytestostr(ldata[2]))
gid = parse_gid(bytestostr(ldata[3]))
displays = bytestostr(ldata[4]).split(",")
else:
#this will use the default value, usually "nobody":
uid = parse_uid(None)
gid = parse_gid(None)
displays = []
env_options = {}
session_options = {}
if len(ldata)>=6:
env_options = parse_simple_dict(ldata[5], b";")
if len(ldata)>=7:
session_options = parse_simple_dict(ldata[6], b";")
return username, password, uid, gid, displays, env_options, session_options
def get_auth_module(self, socket_type, auth_str, opts):
authlog("get_auth_module(%s, %s, {..})", socket_type, auth_str)
if not auth_str:
return None
#separate options from the auth module name
parts = auth_str.split(":", 1)
auth = parts[0]
auth_options = {}
if len(parts)>1:
auth_options = parse_simple_dict(parts[1])
if auth=="sys":
#resolve virtual "sys" auth:
if sys.platform.startswith("win"):
auth = "win32"
else:
auth = "pam"
authlog("will try to use sys auth module '%s' for %s", auth, sys.platform)
from xpra.server.auth import fail_auth, reject_auth, allow_auth, none_auth, file_auth, multifile_auth, password_auth, env_auth
AUTH_MODULES = {
"fail" : fail_auth,
"reject" : reject_auth,
"allow" : allow_auth,
"none" : none_auth,
"env" : env_auth,
"password" : password_auth,
"multifile" : multifile_auth,
"file" : file_auth,
}
try:
from xpra.server.auth import pam_auth
AUTH_MODULES["pam"] = pam_auth
except Exception as e:
authlog("cannot load pam auth: %s", e)
if sys.platform.startswith("win"):
try:
from xpra.server.auth import win32_auth
AUTH_MODULES["win32"] = win32_auth
except Exception as e:
authlog.error("Error: cannot load the MS Windows authentication module:")
authlog.error(" %s", e)
auth_module = AUTH_MODULES.get(auth)
if not auth_module:
raise InitException("cannot find authentication module '%s' (supported: %s)" % (auth, csv(AUTH_MODULES.keys())))
try:
auth_module.init(opts)
auth_class = getattr(auth_module, "Authenticator")
auth_class.auth_name = auth.lower()
return auth, auth_class, auth_options
except Exception as e:
raise InitException("Authenticator class not found in %s" % auth_module)
def parse_auth_line(line):
ldata = line.split(b"|")
log("found %s fields", len(ldata))
assert len(ldata)>=4, "not enough fields"
#parse fields:
username = ldata[0]
password = ldata[1]
def getsysid(s, get_default_value):
if s:
try:
return int(s)
except:
pass
return get_default_value()
uid = getsysid(ldata[2], os.getuid)
gid = getsysid(ldata[3], os.getgid)
displays = ldata[4].split(b",")
env_options = {}
session_options = {}
if len(ldata)>=6:
env_options = parse_simple_dict(ldata[5], ";")
if len(ldata)>=7:
session_options = parse_simple_dict(ldata[6], ";")
return username, password, uid, gid, displays, env_options, session_options
def get_auth_module(auth_str, cwd=os.getcwd(), **auth_options):
log("get_auth_module(%s, {..})", auth_str)
#separate options from the auth module name
#either with ":" or "," as separator
scpos = auth_str.find(":")
cpos = auth_str.find(",")
if cpos < 0 or scpos < cpos:
parts = auth_str.split(":", 1)
else:
parts = auth_str.split(",", 1)
auth = parts[0]
if len(parts) > 1:
auth_options.update(parse_simple_dict(parts[1]))
auth_options["exec_cwd"] = cwd
try:
if auth == "sys":
#resolve virtual "sys" auth:
if WIN32:
auth_modname = "win32_auth"
else:
auth_modname = "pam_auth"
log("will try to use sys auth module '%s' for %s", auth,
sys.platform)
else:
auth_modname = auth.replace("-", "_") + "_auth"
auth_mod_name = "xpra.server.auth." + auth_modname
log("auth module name for '%s': '%s'", auth, auth_mod_name)
auth_module = __import__(auth_mod_name, {}, {}, ["Authenticator"])
except ImportError as e:
log("cannot load %s auth for %r", auth, auth_str, exc_info=True)
raise InitException(
"cannot load authentication module '%s' for %r: %s" %
(auth, auth_str, e)) from None
log("auth module for '%s': %s", auth, auth_module)
try:
auth_class = auth_module.Authenticator
auth_class.auth_name = auth.lower()
return auth, auth_module, auth_class, auth_options
except Exception as e:
log("cannot access authenticator class", exc_info=True)
raise InitException("authentication setup error in %s: %s" %
(auth_module, e)) from None
def get_challenge_handler(self, auth, import_error_logger):
#the module may have attributes,
#ie: file:filename=password.txt
parts = auth.split(":", 1)
mod_name = parts[0]
kwargs = {}
if len(parts)==2:
kwargs = parse_simple_dict(parts[1])
auth_mod_name = "xpra.client.auth.%s_handler" % mod_name
authlog("auth module name for '%s': '%s'", auth, auth_mod_name)
try:
auth_module = __import__(auth_mod_name, {}, {}, ["Handler"])
auth_class = auth_module.Handler
instance = auth_class(self, **kwargs)
return instance
except ImportError as e:
import_error_logger("Error: authentication handler %s not available", mod_name)
import_error_logger(" %s", e)
except Exception as e:
authlog("get_challenge_handler(%s)", auth, exc_info=True)
authlog.error("Error: cannot instantiate authentication handler")
authlog.error(" '%s': %s", mod_name, e)
return None
def run_sound(mode, error_cb, options, args):
""" this function just parses command line arguments to feed into the sound subprocess class,
which in turn just feeds them into the sound pipeline class (sink.py or src.py)
"""
from xpra.gtk_common.gobject_compat import want_gtk3
want_gtk3(True)
gst = import_gst()
if not gst:
return 1
info = mode.replace("_sound_", "") #ie: "_sound_record" -> "record"
from xpra.platform import program_context
with program_context("Xpra-Audio-%s" % info, "Xpra Audio %s" % info):
log("run_sound(%s, %s, %s, %s) gst=%s", mode, error_cb, options, args, gst)
if mode=="_sound_record":
subproc = sound_record
elif mode=="_sound_play":
subproc = sound_play
elif mode=="_sound_query":
plugins = get_all_plugin_names()
sources = [x for x in get_source_plugins() if x in plugins]
sinks = [x for x in get_sink_plugins() if x in plugins]
from xpra.sound.gstreamer_util import gst_version, pygst_version
import struct
bits = struct.calcsize("P")*8
d = {
"encoders" : can_encode(),
"decoders" : can_decode(),
"sources" : sources,
"source.default" : get_default_source() or "",
"sinks" : sinks,
"sink.default" : get_default_sink() or "",
"muxers" : get_muxers(),
"demuxers" : get_demuxers(),
"gst.version" : [int(x) for x in gst_version],
"pygst.version" : pygst_version,
"plugins" : plugins,
"python.version" : sys.version_info[:3],
"python.bits" : bits,
}
if BUNDLE_METADATA:
d["bundle-metadata"] = True
for k,v in d.items():
if type(v) in (list, tuple):
v = ",".join(str(x) for x in v)
print("%s=%s" % (k, v))
return 0
else:
log.error("unknown mode: %s" % mode)
return 1
assert len(args)>=6, "not enough arguments"
#the plugin to use (ie: 'pulsesrc' for src.py or 'autoaudiosink' for sink.py)
plugin = args[2]
#plugin options (ie: "device=monitor_device,something=value")
options = parse_simple_dict(args[3])
#codecs:
codecs = [x.strip() for x in args[4].split(",")]
#codec options:
codec_options = parse_simple_dict(args[5])
#volume (optional):
try:
volume = int(args[6])
except:
volume = 1.0
ss = None
try:
ss = subproc(plugin, options, codecs, codec_options, volume)
ss.start()
return 0
except InitExit as e:
log.error("%s: %s", info, e)
return e.status
except InitException as e:
log.error("%s: %s", info, e)
return 1
except Exception:
log.error("run_sound%s error", (mode, error_cb, options, args), exc_info=True)
return 1
finally:
if ss:
ss.stop()
def run_sound(mode, error_cb, options, args):
""" this function just parses command line arguments to feed into the sound subprocess class,
which in turn just feeds them into the sound pipeline class (sink.py or src.py)
"""
#we have to import gstreamer before init() on OSX,
#because init will end up import gobject,
#which means choosing between gi and gtk2 bindings
from xpra.sound.gstreamer_util import import_gst, get_pygst_version
gst = import_gst()
from xpra.gtk_common.gobject_compat import want_gtk3
want_gtk3(get_pygst_version()[0]>0)
from xpra.platform import program_context
with program_context("Xpra"):
log("run_sound(%s, %s, %s, %s) gst=%s", mode, error_cb, options, args, gst)
if not gst:
return 1
if mode=="_sound_record":
subproc = sound_record
info = "record"
elif mode=="_sound_play":
subproc = sound_play
info = "play"
elif mode=="_sound_query":
plugins = get_all_plugin_names()
sources = [x for x in get_source_plugins() if x in plugins]
from xpra.sound.gstreamer_util import gst_version, pygst_version
d = {"encoders" : can_encode(),
"decoders" : can_decode(),
"sources" : sources,
"muxers" : get_muxers(),
"demuxers" : get_demuxers(),
"gst.version" : gst_version,
"pygst.version" : pygst_version,
"plugins" : plugins,
"python.version" : sys.version_info[:3],
}
for k,v in d.items():
print("%s=%s" % (k, ",".join(str(x) for x in v)))
return 0
else:
log.error("unknown mode: %s" % mode)
return 1
assert len(args)>=6, "not enough arguments"
#the plugin to use (ie: 'pulsesrc' for src.py or 'autoaudiosink' for sink.py)
plugin = args[2]
#plugin options (ie: "device=monitor_device,something=value")
options = parse_simple_dict(args[3])
#codecs:
codecs = [x.strip() for x in args[4].split(",")]
#codec options:
codec_options = parse_simple_dict(args[5])
#volume (optional):
try:
volume = int(args[6])
except:
volume = 1.0
ss = None
try:
ss = subproc(plugin, options, codecs, codec_options, volume)
ss.start()
return 0
except InitExit as e:
log.error("%s: %s", info, e)
return e.status
except InitException as e:
log.error("%s: %s", info, e)
return 1
except Exception:
log.error("run_sound%s error", (mode, error_cb, options, args), exc_info=True)
return 1
finally:
if ss:
ss.stop()
PRINTER_PREFIX, ADD_LOCAL_PRINTERS)
log("pycups settings: FORWARDER_TMPDIR=%s", FORWARDER_TMPDIR)
log("pycups settings: SKIPPED_PRINTERS=%s", SKIPPED_PRINTERS)
MIMETYPE_TO_PRINTER = {
"application/postscript" : "Generic PostScript Printer",
"application/pdf" : "Generic PDF Printer",
}
MIMETYPE_TO_PPD = {
"application/postscript" : "CUPS-PDF.ppd",
"application/pdf" : "Generic-PDF_Printer-PDF.ppd",
}
dco = os.environ.get("XPRA_DEFAULT_CUPS_OPTIONS", "fit-to-page=True")
DEFAULT_CUPS_OPTIONS = parse_simple_dict(dco)
log("DEFAULT_CUPS_OPTIONS=%s", DEFAULT_CUPS_OPTIONS)
#allows us to inject the lpadmin and lpinfo commands from the config file
def set_lpadmin_command(lpadmin):
global LPADMIN
LPADMIN = lpadmin
def set_add_printer_options(options):
global ADD_OPTIONS
ADD_OPTIONS = options
def set_lpinfo_command(lpinfo):
global LPINFO
LPINFO = lpinfo
def setup_local_sockets(bind,
socket_dir,
socket_dirs,
display_name,
clobber,
mmap_group="auto",
socket_permissions="600",
username="",
uid=0,
gid=0):
log = get_network_logger()
log("setup_local_sockets%s",
(bind, socket_dir, socket_dirs, display_name, clobber, mmap_group,
socket_permissions, username, uid, gid))
if not bind:
return {}
if not socket_dir and (not socket_dirs or
(len(socket_dirs) == 1 and not socket_dirs[0])):
if WIN32:
socket_dirs = [""]
else:
raise InitExit(
EXIT_SOCKET_CREATION_ERROR,
"at least one socket directory must be set to use unix domain sockets"
)
from xpra.platform.dotxpra import DotXpra, norm_makepath
dotxpra = DotXpra(socket_dir or socket_dirs[0], socket_dirs, username, uid,
gid)
if display_name is not None and not WIN32:
display_name = normalize_local_display_name(display_name)
defs = {}
try:
sockpaths = {}
log("setup_local_sockets: bind=%s, dotxpra=%s", bind, dotxpra)
for b in bind:
if b in ("none", ""):
continue
parts = b.split(",")
sockpath = parts[0]
options = {}
if len(parts) == 2:
options = parse_simple_dict(parts[1])
if sockpath == "auto":
assert display_name is not None
for sockpath in dotxpra.norm_socket_paths(display_name):
sockpaths[sockpath] = options
log("sockpaths(%s)=%s (uid=%i, gid=%i)", display_name,
sockpaths, uid, gid)
else:
sockpath = dotxpra.osexpand(sockpath)
if os.path.isabs(sockpath):
pass
elif sockpath.endswith("/") or (os.path.exists(sockpath)
and os.path.isdir(sockpath)):
assert display_name is not None
sockpath = os.path.abspath(sockpath)
if not os.path.exists(sockpath):
os.makedirs(sockpath)
sockpath = norm_makepath(sockpath, display_name)
else:
sockpath = dotxpra.socket_path(sockpath)
sockpaths[sockpath] = options
assert sockpaths, "no socket paths to try for %s" % b
#expand and remove duplicate paths:
tmp = {}
for tsp, options in sockpaths.items():
sockpath = dotxpra.osexpand(tsp)
if sockpath in tmp:
log.warn("Warning: skipping duplicate bind path %s", sockpath)
continue
tmp[sockpath] = options
sockpaths = tmp
log("sockpaths=%s", sockpaths)
#create listeners:
if WIN32:
from xpra.platform.win32.namedpipes.listener import NamedPipeListener
from xpra.platform.win32.dotxpra import PIPE_PATH
for sockpath, options in sockpaths.items():
npl = NamedPipeListener(sockpath)
ppath = sockpath
if ppath.startswith(PIPE_PATH):
ppath = ppath[len(PIPE_PATH):]
log.info("created named pipe '%s'", ppath)
defs[("named-pipe", npl, sockpath, npl.stop)] = options
else:
def checkstate(sockpath, state):
if state not in (DotXpra.DEAD, DotXpra.UNKNOWN):
if state == DotXpra.INACCESSIBLE:
raise InitException(
"An xpra server is already running at %s\n" %
(sockpath, ))
raise InitExit(
EXIT_SERVER_ALREADY_EXISTS,
"You already have an xpra server running at %s\n"
" (did you want 'xpra upgrade'?)" % (sockpath, ))
#remove exisiting sockets if clobber is set,
#otherwise verify there isn't a server already running
#and create the directories for the sockets:
unknown = []
for sockpath in sockpaths:
if clobber and os.path.exists(sockpath):
os.unlink(sockpath)
else:
state = dotxpra.get_server_state(sockpath, 1)
log("state(%s)=%s", sockpath, state)
checkstate(sockpath, state)
if state == dotxpra.UNKNOWN:
unknown.append(sockpath)
d = os.path.dirname(sockpath)
try:
kwargs = {}
if d in ("/var/run/xpra", "/run/xpra"):
#this is normally done by tmpfiles.d,
#but we may need to do it ourselves in some cases:
kwargs["mode"] = SOCKET_DIR_MODE
xpra_gid = get_group_id(SOCKET_DIR_GROUP)
if xpra_gid > 0:
kwargs["gid"] = xpra_gid
log("creating sockdir=%s, kwargs=%s" % (d, kwargs))
dotxpra.mksockdir(d, **kwargs)
log("%s permission mask: %s", d, oct(os.stat(d).st_mode))
except Exception as e:
log.warn("Warning: failed to create socket directory '%s'",
d)
log.warn(" %s", e)
del e
#wait for all the unknown ones:
log("sockets in unknown state: %s", unknown)
if unknown:
#re-probe them using threads so we can do them in parallel:
threads = []
def timeout_probe(sockpath):
#we need a loop because "DEAD" sockets may return immediately
#(ie: when the server is starting up)
start = monotonic_time()
while monotonic_time() - start < WAIT_PROBE_TIMEOUT:
state = dotxpra.get_server_state(
sockpath, WAIT_PROBE_TIMEOUT)
log("timeout_probe() get_server_state(%s)=%s",
sockpath, state)
if state not in (DotXpra.UNKNOWN, DotXpra.DEAD):
break
sleep(1)
log.warn(
"Warning: some of the sockets are in an unknown state:")
for sockpath in unknown:
log.warn(" %s", sockpath)
t = start_thread(timeout_probe,
"probe-%s" % sockpath,
daemon=True,
args=(sockpath, ))
threads.append(t)
log.warn(
" please wait as we allow the socket probing to timeout")
#wait for all the threads to do their job:
for t in threads:
t.join(WAIT_PROBE_TIMEOUT + 1)
if sockpaths:
#now we can re-check quickly:
#(they should all be DEAD or UNKNOWN):
for sockpath in sockpaths:
state = dotxpra.get_server_state(sockpath, 1)
log("state(%s)=%s", sockpath, state)
checkstate(sockpath, state)
try:
if os.path.exists(sockpath):
os.unlink(sockpath)
except OSError:
pass
#socket permissions:
if mmap_group.lower() in TRUE_OPTIONS:
#when using the mmap group option, use '660'
sperms = 0o660
else:
#parse octal mode given as config option:
try:
if isinstance(socket_permissions, int):
sperms = socket_permissions
else:
#assume octal string:
sperms = int(socket_permissions, 8)
assert 0 <= sperms <= 0o777, "invalid socket permission value %s" % oct(
sperms)
except ValueError:
raise ValueError("invalid socket permissions " +
"(must be an octal number): '%s'" %
socket_permissions) from None
#now try to create all the sockets:
for sockpath, options in sockpaths.items():
#create it:
try:
sock, cleanup_socket = create_unix_domain_socket(
sockpath, sperms)
log.info("created unix domain socket '%s'", sockpath)
defs[("unix-domain", sock, sockpath,
cleanup_socket)] = options
except Exception as e:
handle_socket_error(sockpath, sperms, e)
del e
except Exception:
for sock, cleanup_socket in defs.items():
try:
cleanup_socket()
except Exception as e:
log.error("Error cleaning up socket %s:", sock)
log.error(" %s", e)
del e
raise
return defs
def makeRootWindowModels(self):
screenlog("makeRootWindowModels() root=%s, display_options=%s",
self.root, self.display_options)
self.capture = self.setup_capture()
model_class = self.get_root_window_model_class()
models = []
display_name = prettify_plug_name(
self.root.get_screen().get_display().get_name())
monitors = self.get_shadow_monitors()
match_str = None
multi_window = MULTI_WINDOW
geometries = None
def parse_geometry(s):
try:
parts = s.split("@")
if len(parts) == 1:
x = y = 0
else:
x, y = [int(v.strip(" ")) for v in parts[1].split("x")]
w, h = [int(v.strip(" ")) for v in parts[0].split("x")]
geometry = [x, y, w, h]
screenlog("capture geometry: %s", geometry)
return geometry
except ValueError:
screenlog("failed to parse geometry %r", s, exc_info=True)
screenlog.error(
"Error: invalid display geometry specified: %r", s)
screenlog.error(" use the format: WIDTHxHEIGHT@x,y")
raise
def parse_geometries(s):
g = []
for geometry_str in s.split("/"):
if geometry_str:
g.append(parse_geometry(geometry_str))
return g
if "=" in self.display_options:
#parse the display options as a dictionary:
opt_dict = parse_simple_dict(self.display_options)
match_str = opt_dict.get("plug")
multi_window = parse_bool(
"multi-window", opt_dict.get("multi-window", multi_window))
geometries_str = opt_dict.get("geometry")
if geometries_str:
geometries = parse_geometries(geometries_str)
else:
try:
geometries = parse_geometries(self.display_options)
except:
match_str = self.display_options
if not multi_window or geometries:
for geometry in (geometries or (None, )):
model = model_class(self.root, self.capture)
model.title = display_name
if geometry:
model.geometry = geometry
models.append(model)
return models
found = []
screenlog("capture inputs matching %r", match_str or "all")
for i, monitor in enumerate(monitors):
plug_name, x, y, width, height, scale_factor = monitor
title = display_name
if plug_name or i > 1:
title = plug_name or str(i)
found.append(plug_name or title)
if match_str and not (title in match_str
or plug_name in match_str):
screenlog.info(" skipped monitor %s", plug_name or title)
continue
model = model_class(self.root, self.capture)
model.title = title
model.geometry = (x, y, width, height)
models.append(model)
screenlog("monitor %i: %10s geometry=%s, scale factor=%s", i,
title, model.geometry, scale_factor)
screenlog("makeRootWindowModels()=%s", models)
if not models and match_str:
screenlog.warn("Warning: no monitors found matching %r", match_str)
screenlog.warn(" only found: %s", csv(found))
return models