def do_connect_builtin(self):
self.set_sensitive(False)
self.set_info_text("Connecting.")
#cooked vars used by connect_or_fail
params = {"type": xpra_opts.mode}
if xpra_opts.mode == "ssh":
remote_xpra = xpra_opts.remote_xpra.split()
if xpra_opts.sockdir:
remote_xpra.append("--socket-dir=%s" % xpra_opts.sockdir)
params["remote_xpra"] = remote_xpra
if xpra_opts.port:
params["display"] = ":%s" % xpra_opts.port
params["display_as_args"] = [params["display"]]
else:
params["display"] = "auto"
params["display_as_args"] = []
full_ssh = shlex.split(xpra_opts.ssh)
password = xpra_opts.password
username = xpra_opts.username
host = xpra_opts.host
upos = host.find("@")
if upos >= 0:
#found at sign: username@host
username = host[:upos]
host = host[upos + 1:]
ppos = username.find(":")
if ppos >= 0:
#found separator: username:password@host
password = username[ppos + 1:]
username = username[:ppos]
if username:
params["username"] = username
full_ssh += ["-l", username]
full_ssh += ["-T", host]
params["full_ssh"] = full_ssh
params["password"] = password
params["display_name"] = "ssh:%s:%s" % (xpra_opts.host,
xpra_opts.port)
elif xpra_opts.mode == "unix-domain":
params["display"] = ":%s" % xpra_opts.port
params["display_name"] = "unix-domain:%s" % xpra_opts.port
else:
#tcp:
params["host"] = xpra_opts.host
params["port"] = int(xpra_opts.port)
params["display_name"] = "tcp:%s:%s" % (xpra_opts.host,
xpra_opts.port)
#print("connect_or_fail(%s)" % params)
self.set_info_text("Connecting...")
try:
conn = connect_to(params, self.set_info_text)
except Exception, e:
self.set_sensitive(True)
self.set_info_color(True)
self.set_info_text(str(e))
return
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params, self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception, e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params, self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception, e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
def start_proxy(self, client_proto, c, auth_caps):
assert client_proto.authenticator is not None
#find the target server session:
def disconnect(msg):
self.send_disconnect(client_proto, msg)
sessions = client_proto.authenticator.get_sessions()
if sessions is None:
disconnect("no sessions found")
return
debug("start_proxy(%s, {..}, %s) found sessions: %s", client_proto,
auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#debug("unused options: %s, %s", env_options, session_options)
if len(displays) == 0:
disconnect("no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ["DISPLAY"]
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
if display == proxy_virtual_display:
disconnect("invalid display")
return
if display:
if display not in displays:
disconnect("display not found")
return
else:
if len(displays) != 1:
disconnect(
"please specify a display (more than one available)")
return
display = displays[0]
debug("start_proxy(%s, {..}, %s) using server display at: %s",
client_proto, auth_caps, display)
def parse_error(*args):
disconnect("invalid display string")
log.warn("parse error on %s: %s", display, args)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = c.strget("username")
disp_desc = parse_display_name(parse_error, opts, display)
debug("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc)
except Exception, e:
log.error("cannot start proxy connection to %s: %s", disp_desc, e)
disconnect("failed to connect to display")
return
def do_connect_builtin(self):
self.set_sensitive(False)
self.set_info_text("Connecting.")
#cooked vars used by connect_or_fail
params = {"type" : xpra_opts.mode}
if xpra_opts.mode=="ssh":
remote_xpra = xpra_opts.remote_xpra.split()
if xpra_opts.sockdir:
remote_xpra.append("--socket-dir=%s" % xpra_opts.sockdir)
params["remote_xpra"] = remote_xpra
if xpra_opts.port:
params["display"] = ":%s" % xpra_opts.port
params["display_as_args"] = [params["display"]]
else:
params["display"] = "auto"
params["display_as_args"] = []
full_ssh = shlex.split(xpra_opts.ssh)
password = xpra_opts.password
username = xpra_opts.username
host = xpra_opts.host
upos = host.find("@")
if upos>=0:
#found at sign: username@host
username = host[:upos]
host = host[upos+1:]
ppos = username.find(":")
if ppos>=0:
#found separator: username:password@host
password = username[ppos+1:]
username = username[:ppos]
if username:
params["username"] = username
full_ssh += ["-l", username]
full_ssh += ["-T", host]
params["full_ssh"] = full_ssh
params["password"] = password
params["display_name"] = "ssh:%s:%s" % (xpra_opts.host, xpra_opts.port)
elif xpra_opts.mode=="unix-domain":
params["display"] = ":%s" % xpra_opts.port
params["display_name"] = "unix-domain:%s" % xpra_opts.port
else:
#tcp:
params["host"] = xpra_opts.host
params["port"] = int(xpra_opts.port)
params["display_name"] = "tcp:%s:%s" % (xpra_opts.host, xpra_opts.port)
#print("connect_or_fail(%s)" % params)
self.set_info_text("Connecting...")
try:
conn = connect_to(params, self.set_info_text)
except Exception, e:
self.set_sensitive(True)
self.set_info_color(True)
self.set_info_text(str(e))
return
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params, self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception as e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
glib.idle_add(self.window.hide)
glib.idle_add(self.start_XpraClient, conn)
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params, self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception as e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
glib.idle_add(self.window.hide)
glib.idle_add(self.start_XpraClient, conn)
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params, self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception, e:
log.error("failed to connect", exc_info=True)
self.set_sensitive(True)
self.set_info_color(True)
self.set_info_text(str(e))
gobject.idle_add(self.window.show)
return
def do_connect_builtin(self, display_desc):
log("do_connect_builtin(%s)", display_desc)
self.exit_code = None
self.current_error = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(display_desc, opts=self.config, debug_cb=self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception as e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
glib.idle_add(self.window.hide)
glib.idle_add(self.start_XpraClient, conn, display_desc)
def do_connect_builtin(self, display_desc):
log("do_connect_builtin(%s)", display_desc)
self.exit_code = None
self.current_error = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(display_desc, opts=self.config, debug_cb=self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception as e:
log.error("failed to connect", exc_info=True)
self.handle_exception(e)
return
glib.idle_add(self.window.hide)
glib.idle_add(self.start_XpraClient, conn, display_desc)
def do_connect_builtin(self, display_desc):
log("do_connect_builtin(%s)", display_desc)
self.exit_code = None
self.current_error = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
log("calling %s%s", connect_to, (display_desc, repr_ellipsized(str(self.config)), self.set_info_text, self.ssh_failed))
conn = connect_to(display_desc, opts=self.config, debug_cb=self.set_info_text, ssh_fail_cb=self.ssh_failed)
except Exception as e:
log("do_connect_builtin(%s) failed to connect", display_desc, exc_info=True)
self.handle_exception(e)
return
log("connect_to(..)=%s, hiding launcher window, starting client", conn)
GLib.idle_add(self.start_XpraClient, conn, display_desc)
def do_connect_builtin(self, params):
self.exit_code = None
self.set_info_text("Connecting.")
self.set_sensitive(False)
try:
conn = connect_to(params,
self.set_info_text,
ssh_fail_cb=self.ssh_failed)
except Exception, e:
log.error("failed to connect", exc_info=True)
self.set_sensitive(True)
self.set_info_color(True)
self.set_info_text(str(e))
gobject.idle_add(self.window.show)
return
def start_proxy(self, client_proto, c, auth_caps):
assert client_proto.authenticator is not None
#find the target server session:
def disconnect(msg):
self.send_disconnect(client_proto, msg)
sessions = client_proto.authenticator.get_sessions()
if sessions is None:
disconnect("no sessions found")
return
debug("start_proxy(%s, {..}, %s) found sessions: %s", client_proto, auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#debug("unused options: %s, %s", env_options, session_options)
if len(displays)==0:
disconnect("no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ["DISPLAY"]
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
if display==proxy_virtual_display:
disconnect("invalid display")
return
if display:
if display not in displays:
disconnect("display not found")
return
else:
if len(displays)!=1:
disconnect("please specify a display (more than one available)")
return
display = displays[0]
debug("start_proxy(%s, {..}, %s) using server display at: %s", client_proto, auth_caps, display)
def parse_error(*args):
disconnect("invalid display string")
log.warn("parse error on %s: %s", display, args)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = c.strget("username")
disp_desc = parse_display_name(parse_error, opts, display)
debug("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc)
except Exception, e:
log.error("cannot start proxy connection to %s: %s", disp_desc, e)
disconnect("failed to connect to display")
return
def fd(d):
opts = AdHocStruct()
try:
#silence errors since we're expecting them:
from xpra.scripts import main as xpra_main
try:
saved_timeout = xpra_main.CONNECT_TIMEOUT
xpra_main.CONNECT_TIMEOUT = 5
saved_werr = xpra_main.werr
xpra_main.werr = noop
conn = connect_to(d, opts)
finally:
xpra_main.werr = saved_werr
xpra_main.CONNECT_TIMEOUT = saved_timeout
except Exception:
#from xpra.util import get_util_logger
#get_util_logger().error("connect_to(%s, %s)", d, opts, exc_info=True)
pass
else:
try:
conn.close()
except Exception:
pass
raise Exception("connect_to(%s) should have failed" % (d, ))
def proxy_session(self, client_proto, c, auth_caps, sessions):
def disconnect(reason, *extras):
log("disconnect(%s, %s)", reason, extras)
self.send_disconnect(client_proto, reason, *extras)
uid, gid, displays, env_options, session_options = sessions
if POSIX:
if getuid()==0:
if uid==0 or gid==0:
log.error("Error: proxy instances cannot run as root")
log.error(" use a different uid and gid (ie: nobody)")
disconnect(AUTHENTICATION_ERROR, "cannot run proxy instances as root")
return
else:
uid = getuid()
gid = getgid()
username = get_username_for_uid(uid)
groups = get_groups(username)
log("username(%i)=%s, groups=%s", uid, username, groups)
else:
#the auth module recorded the username we authenticate against
assert client_proto.authenticators
for authenticator in client_proto.authenticators:
username = getattr(authenticator, "username", "")
if username:
break
#ensure we don't loop back to the proxy:
proxy_virtual_display = os.environ.get("DISPLAY")
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
#remove proxy instance virtual displays:
displays = [x for x in displays if not x.startswith(":proxy-")]
#log("unused options: %s, %s", env_options, session_options)
proc = None
socket_path = None
display = None
sns = c.dictget("start-new-session")
authlog("proxy_session: displays=%s, start_sessions=%s, start-new-session=%s", displays, self._start_sessions, sns)
if len(displays)==0 or sns:
if not self._start_sessions:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
try:
proc, socket_path, display = self.start_new_session(username, uid, gid, sns, displays)
log("start_new_session%s=%s", (username, uid, gid, sns, displays), (proc, socket_path, display))
except Exception as e:
log("start_server_subprocess failed", exc_info=True)
log.error("Error: failed to start server subprocess:")
log.error(" %s", e)
disconnect(SERVER_ERROR, "failed to start a new session")
return
if display is None:
display = c.strget("display")
authlog("proxy_session: proxy-virtual-display=%s (ignored), user specified display=%s, found displays=%s", proxy_virtual_display, display, displays)
if display==proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND, "display '%s' not found" % display)
return
else:
if len(displays)!=1:
disconnect(SESSION_NOT_FOUND, "please specify a display, more than one is available: %s" % csv(displays))
return
display = displays[0]
connect = c.boolget("connect", True)
#ConnectTestXpraClient doesn't want to connect to the real session either:
ctr = c.strget("connect_test_request")
log("connect=%s, connect_test_request=%s", connect, ctr)
if not connect or ctr:
log("proxy_session: not connecting to the session")
hello = {"display" : display}
if socket_path:
hello["socket-path"] = socket_path
#echo mode if present:
mode = sns.get("mode")
if mode:
hello["mode"] = mode
client_proto.send_now(("hello", hello))
return
def stop_server_subprocess():
log("stop_server_subprocess() proc=%s", proc)
if proc and proc.poll() is None:
proc.terminate()
log("start_proxy(%s, {..}, %s) using server display at: %s", client_proto, auth_caps, display)
def parse_error(*args):
stop_server_subprocess()
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("Error: parsing failed for display string '%s':", display)
for arg in args:
log.warn(" %s", arg)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct(username=username, uid=uid, gid=gid)
opts.username = username
disp_desc = parse_display_name(parse_error, opts, display)
if uid or gid:
disp_desc["uid"] = uid
disp_desc["gid"] = gid
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc, opts)
except Exception as e:
log("cannot connect", exc_info=True)
log.error("Error: cannot start proxy connection:")
for x in str(e).splitlines():
log.error(" %s", x)
log.error(" connection definition:")
print_nested_dict(disp_desc, prefix=" ", lchar="*", pad=20, print_fn=log.error)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
stop_server_subprocess()
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn("Warning: received an unexpected packet on the proxy connection %s:", client_proto)
log.warn(" %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(client_proto.authenticators, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(5+self._socket_timeout)
if not ioe:
log.error("Error: some network IO threads have failed to terminate")
return
client_conn.set_active(True)
process = ProxyInstanceProcess(uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules,
client_conn, disp_desc, client_state, cipher, encryption_key, server_conn, c, message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
popen = process._popen
assert popen
#when this process dies, run reap to update our list of proxy processes:
self.child_reaper.add_process(popen, "xpra-proxy-%s" % display, "xpra-proxy-instance", True, True, self.reap)
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
start_thread(do_start_proxy, "start_proxy(%s)" % client_conn)
def start_proxy(self, client_proto, c, auth_caps):
assert client_proto.authenticator is not None
#find the target server session:
def disconnect(reason, *extras):
self.send_disconnect(client_proto, reason, *extras)
try:
sessions = client_proto.authenticator.get_sessions()
except Exception as e:
log.error("failed to get the list of sessions: %s", e)
disconnect(AUTHENTICATION_ERROR)
return
if sessions is None:
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
log("start_proxy(%s, {..}, %s) found sessions: %s", client_proto, auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#log("unused options: %s, %s", env_options, session_options)
if len(displays)==0:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ.get("DISPLAY")
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
if display==proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND, "display not found")
return
else:
if len(displays)!=1:
disconnect(SESSION_NOT_FOUND, "please specify a display (more than one available)")
return
display = displays[0]
log("start_proxy(%s, {..}, %s) using server display at: %s", client_proto, auth_caps, display)
def parse_error(*args):
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("parse error on %s: %s", display, args)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc)
except Exception as e:
log.error("cannot start proxy connection to %s: %s", disp_desc, e, exc_info=True)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn("received an unexpected packet on the proxy connection: %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(client_proto.authenticator, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(5+self._socket_timeout)
if not ioe:
log.error("some network IO threads have failed to terminate!")
return
client_conn.set_active(True)
assert uid!=0 and gid!=0
process = ProxyInstanceProcess(uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules,
client_conn, client_state, cipher, encryption_key, server_conn, c, message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
#FIXME: remove processes that have terminated
make_thread(do_start_proxy, "start_proxy(%s)" % client_conn).start()
def start_proxy(self, client_proto, c, auth_caps):
def disconnect(reason, *extras):
log("disconnect(%s, %s)", reason, extras)
self.send_disconnect(client_proto, reason, *extras)
#find the target server session:
if not client_proto.authenticator:
log.error(
"Error: the proxy server requires an authentication mode,")
try:
log.error(" client connection '%s' does not specify one",
client_proto._conn.socktype)
except:
pass
log.error(" use 'none' to disable authentication")
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
try:
sessions = client_proto.authenticator.get_sessions()
except Exception as e:
authlog("failed to get the list of sessions", exc_info=True)
authlog.error(
"Error: failed to get the list of sessions using '%s' authenticator",
client_proto.authenticator)
authlog.error(" %s", e)
disconnect(AUTHENTICATION_ERROR)
return
if sessions is None:
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
authlog("start_proxy(%s, {..}, %s) found sessions: %s", client_proto,
auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#log("unused options: %s, %s", env_options, session_options)
if len(displays) == 0:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ.get("DISPLAY")
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
authlog(
"start_proxy: proxy-virtual-display=%s (ignored), user specified display=%s, found displays=%s",
proxy_virtual_display, display, displays)
if display == proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND,
"display '%s' not found" % display)
return
else:
if len(displays) != 1:
disconnect(
SESSION_NOT_FOUND,
"please specify a display, more than one is available: %s"
% csv(displays))
return
display = displays[0]
log("start_proxy(%s, {..}, %s) using server display at: %s",
client_proto, auth_caps, display)
def parse_error(*args):
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("Error: parsing failed for display string '%s':", display)
for arg in args:
log.warn(" %s", arg)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc, opts)
except Exception as e:
log("cannot connect", exc_info=True)
log.error("Error: cannot start proxy connection:")
log.error(" %s", e)
log.error(" connection definition:")
print_nested_dict(disp_desc,
prefix=" ",
lchar="*",
pad=20,
print_fn=log.error)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn(
"Warning: received an unexpected packet on the proxy connection %s:",
client_proto)
log.warn(" %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(
client_proto.authenticator, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(
5 + self._socket_timeout)
if not ioe:
log.error(
"Error: some network IO threads have failed to terminate"
)
return
client_conn.set_active(True)
assert uid != 0 and gid != 0
process = ProxyInstanceProcess(
uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules, client_conn,
client_state, cipher, encryption_key, server_conn, c,
message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
popen = process._popen
assert popen
#when this process dies, run reap to update our list of proxy processes:
self.child_reaper.add_process(popen, "xpra-proxy-%s" % display,
"xpra-proxy-instance", True,
True, self.reap)
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
#FIXME: remove processes that have terminated
start_thread(do_start_proxy, "start_proxy(%s)" % client_conn)
class ProxyServer(ServerCore):
"""
This is the proxy server you can launch with "xpra proxy",
once authenticated, it will dispatch the connection
to the session found using the authenticator's
get_sessions() function.
"""
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
self._socket_dir = None
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, opts):
log("ProxyServer.init(%s)", opts)
if not opts.auth:
raise Exception(
"The proxy server requires an authentication mode (use 'none' to disable authentication)"
)
self._socket_dir = opts.socket_dir
self.video_encoders = opts.video_encoders
self.csc_modules = opts.csc_modules
ServerCore.init(self, opts)
def get_server_mode(self):
return "proxy"
def init_aliases(self):
pass
def do_run(self):
self.main_loop = gobject.MainLoop()
self.main_loop.run()
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 stop_all_proxies(self):
processes = self.processes
self.processes = {}
log("stop_all_proxies() will stop proxy processes: %s", processes)
for process, v in processes.items():
if not process.is_alive():
continue
disp, mq = v
log("stop_all_proxies() stopping process %s for display %s",
process, disp)
mq.put("stop")
log("stop_all_proxies() done")
def cleanup(self):
self.stop_all_proxies()
ServerCore.cleanup(self)
def do_quit(self):
self.main_loop.quit()
log.info("Proxy Server process ended")
def add_listen_socket(self, socktype, sock):
sock.listen(5)
gobject.io_add_watch(sock, gobject.IO_IN, self._new_connection, sock)
self.socket_types[sock] = socktype
def verify_connection_accepted(self, protocol):
#if we start a proxy, the protocol will be closed
#(a new one is created in the proxy process)
if not protocol._closed:
self.send_disconnect(protocol, "connection timeout")
def hello_oked(self, proto, packet, c, auth_caps):
if c.boolget("stop_request"):
self.clean_quit()
return
self.accept_client(proto, c)
self.start_proxy(proto, c, auth_caps)
def start_proxy(self, client_proto, c, auth_caps):
assert client_proto.authenticator is not None
#find the target server session:
def disconnect(msg):
self.send_disconnect(client_proto, msg)
try:
sessions = client_proto.authenticator.get_sessions()
except Exception, e:
log.error("failed to get the list of sessions: %s", e)
disconnect("authentication error")
return
if sessions is None:
disconnect("no sessions found")
return
log("start_proxy(%s, {..}, %s) found sessions: %s", client_proto,
auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#log("unused options: %s, %s", env_options, session_options)
if len(displays) == 0:
disconnect("no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ.get("DISPLAY")
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
if display == proxy_virtual_display:
disconnect("invalid display")
return
if display:
if display not in displays:
disconnect("display not found")
return
else:
if len(displays) != 1:
disconnect(
"please specify a display (more than one available)")
return
display = displays[0]
log("start_proxy(%s, {..}, %s) using server display at: %s",
client_proto, auth_caps, display)
def parse_error(*args):
disconnect("invalid display string")
log.warn("parse error on %s: %s", display, args)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc)
except Exception, e:
log.error("cannot start proxy connection to %s: %s",
disp_desc,
e,
exc_info=True)
disconnect("failed to connect to display")
return
def start_proxy(self, client_proto, c, auth_caps):
def disconnect(reason, *extras):
log("disconnect(%s, %s)", reason, extras)
self.send_disconnect(client_proto, reason, *extras)
#find the target server session:
if not client_proto.authenticator:
log.error(
"Error: the proxy server requires an authentication mode,")
try:
log.error(" client connection '%s' does not specify one",
client_proto._conn.socktype)
except:
pass
log.error(" use 'none' to disable authentication")
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
try:
sessions = client_proto.authenticator.get_sessions()
except Exception as e:
authlog("failed to get the list of sessions", exc_info=True)
authlog.error(
"Error: failed to get the list of sessions using '%s' authenticator",
client_proto.authenticator)
authlog.error(" %s", e)
disconnect(AUTHENTICATION_ERROR, "cannot access sessions")
return
authlog("start_proxy(%s, {..}, %s) found sessions: %s", client_proto,
auth_caps, sessions)
if sessions is None:
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
uid, gid, displays, env_options, session_options = sessions
if os.name == "posix":
if uid == 0 or gid == 0:
log.error("Error: proxy instances should not run as root")
log.error(" use a different uid and gid (ie: nobody)")
disconnect(AUTHENTICATION_ERROR,
"cannot run proxy instances as root")
return
username = get_username_for_uid(uid)
groups = get_groups(username)
if "xpra" not in groups:
log("user '%s' (uid=%i) is not in the xpra group", username,
uid)
log(" it belongs to: %s", csv(groups) or None)
#ensure we don't loop back to the proxy:
proxy_virtual_display = os.environ.get("DISPLAY")
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
#remove proxy instance virtual displays:
displays = [x for x in displays if not x.startswith(":proxy-")]
#log("unused options: %s, %s", env_options, session_options)
opts = make_defaults_struct()
display = None
proc = None
sns = c.dictget("start-new-session")
authlog("start_proxy: displays=%s, start-new-session=%s", displays,
bool(sns))
if len(displays) == 0 or sns:
if self._start_sessions:
#start a new session
mode = sns.get("mode", "start")
assert mode in (
"start", "start-desktop",
"shadow"), "invalid start-new-session mode '%s'" % mode
sns = typedict(sns)
display = sns.get("display")
args = []
if display:
args = [display]
start = sns.strlistget("start")
start_child = sns.strlistget("start-child")
exit_with_children = sns.boolget("exit-with-children")
exit_with_client = sns.boolget("exit-with-client")
log(
"starting new server subprocess: mode=%s, socket-dir=%s, socket-dirs=%s, start=%s, start-child=%s, exit-with-children=%s, exit-with-client=%s, uid=%s, gid=%s",
mode, opts.socket_dir, opts.socket_dirs, start,
start_child, exit_with_children, exit_with_client, uid,
gid)
try:
proc, socket_path = start_server_subprocess(
sys.argv[0],
args,
mode,
opts,
opts.socket_dir,
opts.socket_dirs,
start,
start_child,
exit_with_children,
exit_with_client,
uid=uid,
gid=gid)
display = "socket:%s" % socket_path
except Exception as e:
log("start_server_subprocess failed", exc_info=True)
log.error("Error: failed to start server subprocess:")
log.error(" %s", e)
disconnect(SERVER_ERROR, "failed to start a new session")
return
if proc:
self.child_reaper.add_process(proc, "server-%s" % display,
"xpra start", True, True)
else:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
if display is None:
display = c.strget("display")
authlog(
"start_proxy: proxy-virtual-display=%s (ignored), user specified display=%s, found displays=%s",
proxy_virtual_display, display, displays)
if display == proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND,
"display '%s' not found" % display)
return
else:
if len(displays) != 1:
disconnect(
SESSION_NOT_FOUND,
"please specify a display, more than one is available: %s"
% csv(displays))
return
display = displays[0]
def stop_server_subprocess():
if proc:
proc.terminate()
log("start_proxy(%s, {..}, %s) using server display at: %s",
client_proto, auth_caps, display)
def parse_error(*args):
stop_server_subprocess()
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("Error: parsing failed for display string '%s':", display)
for arg in args:
log.warn(" %s", arg)
raise Exception("parse error on %s: %s" % (display, args))
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
if uid or gid:
disp_desc["uid"] = uid
disp_desc["gid"] = gid
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc, opts)
except Exception as e:
log("cannot connect", exc_info=True)
log.error("Error: cannot start proxy connection:")
log.error(" %s", e)
log.error(" connection definition:")
print_nested_dict(disp_desc,
prefix=" ",
lchar="*",
pad=20,
print_fn=log.error)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
stop_server_subprocess()
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn(
"Warning: received an unexpected packet on the proxy connection %s:",
client_proto)
log.warn(" %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(
client_proto.authenticator, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(
5 + self._socket_timeout)
if not ioe:
log.error(
"Error: some network IO threads have failed to terminate"
)
return
client_conn.set_active(True)
process = ProxyInstanceProcess(
uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules, client_conn,
client_state, cipher, encryption_key, server_conn, c,
message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
popen = process._popen
assert popen
#when this process dies, run reap to update our list of proxy processes:
self.child_reaper.add_process(popen, "xpra-proxy-%s" % display,
"xpra-proxy-instance", True,
True, self.reap)
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
start_thread(do_start_proxy, "start_proxy(%s)" % client_conn)
def start_proxy(self, client_proto, c, auth_caps):
def disconnect(reason, *extras):
log("disconnect(%s, %s)", reason, extras)
self.send_disconnect(client_proto, reason, *extras)
#find the target server session:
if not client_proto.authenticator:
log.error("Error: the proxy server requires an authentication mode,")
try:
log.error(" client connection '%s' does not specify one", client_proto._conn.socktype)
except:
pass
log.error(" use 'none' to disable authentication")
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
try:
sessions = client_proto.authenticator.get_sessions()
except Exception as e:
authlog("failed to get the list of sessions", exc_info=True)
authlog.error("Error: failed to get the list of sessions using '%s' authenticator", client_proto.authenticator)
authlog.error(" %s", e)
disconnect(AUTHENTICATION_ERROR, "cannot access sessions")
return
authlog("start_proxy(%s, {..}, %s) found sessions: %s", client_proto, auth_caps, sessions)
if sessions is None:
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
uid, gid, displays, env_options, session_options = sessions
if os.name=="posix":
if uid==0 or gid==0:
log.error("Error: proxy instances should not run as root")
log.error(" use a different uid and gid (ie: nobody)")
disconnect(AUTHENTICATION_ERROR, "cannot run proxy instances as root")
return
username = get_username_for_uid(uid)
groups = get_groups(username)
if "xpra" not in groups:
log.error("Error: user '%s' (uid=%i) is not in the xpra group", username, uid)
log.error(" it belongs to: %s", csv(groups) or None)
disconnect(PERMISSION_ERROR, "user missing 'xpra' group membership")
return
#ensure we don't loop back to the proxy:
proxy_virtual_display = os.environ.get("DISPLAY")
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
#remove proxy instance virtual displays:
displays = [x for x in displays if not x.startswith(":proxy-")]
#log("unused options: %s, %s", env_options, session_options)
opts = make_defaults_struct()
display = None
proc = None
sns = c.dictget("start-new-session")
authlog("start_proxy: displays=%s, start-new-session=%s", displays, bool(sns))
if len(displays)==0 or sns:
if self._start_sessions:
#start a new session
mode = sns.get("mode", "start")
assert mode in ("start", "start-desktop", "shadow"), "invalid start-new-session mode '%s'" % mode
sns = typedict(sns)
display = sns.get("display")
args = []
if display:
args = [display]
start = sns.strlistget("start")
start_child = sns.strlistget("start-child")
exit_with_children = sns.boolget("exit-with-children")
exit_with_client = sns.boolget("exit-with-client")
log("starting new server subprocess: mode=%s, socket-dir=%s, socket-dirs=%s, start=%s, start-child=%s, exit-with-children=%s, exit-with-client=%s, uid=%s, gid=%s",
mode, opts.socket_dir, opts.socket_dirs, start, start_child, exit_with_children, exit_with_client, uid, gid)
try:
proc, socket_path = start_server_subprocess(sys.argv[0], args, mode, opts,
opts.socket_dir, opts.socket_dirs,
start, start_child,
exit_with_children, exit_with_client,
uid=uid, gid=gid)
display = "socket:%s" % socket_path
except Exception as e:
log("start_server_subprocess failed", exc_info=True)
log.error("Error: failed to start server subprocess:")
log.error(" %s", e)
disconnect(SERVER_ERROR, "failed to start a new session")
return
if proc:
self.child_reaper.add_process(proc, "server-%s" % display, "xpra start", True, True)
else:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
if display is None:
display = c.strget("display")
authlog("start_proxy: proxy-virtual-display=%s (ignored), user specified display=%s, found displays=%s", proxy_virtual_display, display, displays)
if display==proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND, "display '%s' not found" % display)
return
else:
if len(displays)!=1:
disconnect(SESSION_NOT_FOUND, "please specify a display, more than one is available: %s" % csv(displays))
return
display = displays[0]
def stop_server_subprocess():
if proc:
proc.terminate()
log("start_proxy(%s, {..}, %s) using server display at: %s", client_proto, auth_caps, display)
def parse_error(*args):
stop_server_subprocess()
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("Error: parsing failed for display string '%s':", display)
for arg in args:
log.warn(" %s", arg)
raise Exception("parse error on %s: %s" % (display, args))
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
if uid or gid:
disp_desc["uid"] = uid
disp_desc["gid"] = gid
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc, opts)
except Exception as e:
log("cannot connect", exc_info=True)
log.error("Error: cannot start proxy connection:")
log.error(" %s", e)
log.error(" connection definition:")
print_nested_dict(disp_desc, prefix=" ", lchar="*", pad=20, print_fn=log.error)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
stop_server_subprocess()
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn("Warning: received an unexpected packet on the proxy connection %s:", client_proto)
log.warn(" %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(client_proto.authenticator, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(5+self._socket_timeout)
if not ioe:
log.error("Error: some network IO threads have failed to terminate")
return
client_conn.set_active(True)
process = ProxyInstanceProcess(uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules,
client_conn, client_state, cipher, encryption_key, server_conn, c, message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
popen = process._popen
assert popen
#when this process dies, run reap to update our list of proxy processes:
self.child_reaper.add_process(popen, "xpra-proxy-%s" % display, "xpra-proxy-instance", True, True, self.reap)
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
start_thread(do_start_proxy, "start_proxy(%s)" % client_conn)
def start_proxy(self, client_proto, c, auth_caps):
assert client_proto.authenticator is not None
#find the target server session:
def disconnect(reason, *extras):
self.send_disconnect(client_proto, reason, *extras)
try:
sessions = client_proto.authenticator.get_sessions()
except Exception as e:
log.error("failed to get the list of sessions: %s", e)
disconnect(AUTHENTICATION_ERROR)
return
if sessions is None:
disconnect(SESSION_NOT_FOUND, "no sessions found")
return
log("start_proxy(%s, {..}, %s) found sessions: %s", client_proto, auth_caps, sessions)
uid, gid, displays, env_options, session_options = sessions
#log("unused options: %s, %s", env_options, session_options)
if len(displays)==0:
disconnect(SESSION_NOT_FOUND, "no displays found")
return
display = c.strget("display")
proxy_virtual_display = os.environ.get("DISPLAY")
#ensure we don't loop back to the proxy:
if proxy_virtual_display in displays:
displays.remove(proxy_virtual_display)
if display==proxy_virtual_display:
disconnect(SESSION_NOT_FOUND, "invalid display")
return
if display:
if display not in displays:
disconnect(SESSION_NOT_FOUND, "display not found")
return
else:
if len(displays)!=1:
disconnect(SESSION_NOT_FOUND, "please specify a display (more than one available)")
return
display = displays[0]
log("start_proxy(%s, {..}, %s) using server display at: %s", client_proto, auth_caps, display)
def parse_error(*args):
disconnect(SESSION_NOT_FOUND, "invalid display string")
log.warn("parse error on %s: %s", display, args)
raise Exception("parse error on %s: %s" % (display, args))
opts = make_defaults_struct()
opts.username = client_proto.authenticator.username
disp_desc = parse_display_name(parse_error, opts, display)
log("display description(%s) = %s", display, disp_desc)
try:
server_conn = connect_to(disp_desc)
except Exception as e:
log.error("cannot start proxy connection to %s: %s", disp_desc, e, exc_info=True)
disconnect(SESSION_NOT_FOUND, "failed to connect to display")
return
log("server connection=%s", server_conn)
#no other packets should be arriving until the proxy instance responds to the initial hello packet
def unexpected_packet(packet):
if packet:
log.warn("received an unexpected packet on the proxy connection: %s", repr_ellipsized(packet))
client_conn = client_proto.steal_connection(unexpected_packet)
client_state = client_proto.save_state()
cipher = None
encryption_key = None
if auth_caps:
cipher = auth_caps.get("cipher")
if cipher:
encryption_key = self.get_encryption_key(client_proto.authenticator, client_proto.keyfile)
log("start_proxy(..) client connection=%s", client_conn)
log("start_proxy(..) client state=%s", client_state)
#this may block, so run it in a thread:
def do_start_proxy():
log("do_start_proxy()")
message_queue = MQueue()
try:
ioe = client_proto.wait_for_io_threads_exit(0.5+self._socket_timeout)
if not ioe:
log.error("some network IO threads have failed to terminate!")
return
client_conn.set_active(True)
assert uid!=0 and gid!=0
process = ProxyInstanceProcess(uid, gid, env_options, session_options, self._socket_dir,
self.video_encoders, self.csc_modules,
client_conn, client_state, cipher, encryption_key, server_conn, c, message_queue)
log("starting %s from pid=%s", process, os.getpid())
self.processes[process] = (display, message_queue)
process.start()
log("process started")
finally:
#now we can close our handle on the connection:
client_conn.close()
server_conn.close()
message_queue.put("socket-handover-complete")
#FIXME: remove processes that have terminated
make_thread(do_start_proxy, "start_proxy(%s)" % client_conn).start()
def test_connect_to(self):
def f(**kwargs):
fd(kwargs)
def fd(d):
opts = AdHocStruct()
try:
#silence errors since we're expecting them:
from xpra.scripts import main as xpra_main
try:
saved_timeout = xpra_main.CONNECT_TIMEOUT
xpra_main.CONNECT_TIMEOUT = 5
saved_werr = xpra_main.werr
xpra_main.werr = main.noop
conn = connect_to(d, opts)
finally:
xpra_main.werr = saved_werr
xpra_main.CONNECT_TIMEOUT = saved_timeout
except Exception:
#from xpra.util import get_util_logger
#get_util_logger().error("connect_to(%s, %s)", d, opts, exc_info=True)
pass
else:
try:
conn.close()
except Exception:
pass
raise Exception("connect_to(%s) should have failed" % (d, ))
#without extra arguments to specify the endpoint,
#all connections should fail, even if they have a valid type:
f(type="invalid", display_name="test")
f(type="vsock", display_name="test", vsock=(10, 1000))
fd({
"type": "named-pipe",
"display_name": "test",
"named-pipe": "TEST-INVALID"
})
f(type="unix-domain", display_name=":100000", display="100000")
for socktype in (
"tcp",
"ssl",
"ws",
"wss",
):
f(type=socktype,
display_name="test",
host="localhost",
port=100000)
for paramiko in (True, False):
f(type="ssh",
display_name="test",
host="localhost",
port=100000,
is_paramiko=paramiko)
fd({
"type": "ssl",
"display_name": "test",
"host": "localhost",
"port": 100000,
"strict-host-check": False,
})
#udp never fails when opening the connection:
conn = connect_to(
{
"type": "udp",
"host": "localhost",
"port": 20000,
"display_name": ":200"
}, AdHocStruct())
conn.close()