def create_sockets(opts, error_cb):
bind_tcp = parse_bind_ip(opts.bind_tcp)
bind_udp = parse_bind_ip(opts.bind_udp)
bind_ssl = parse_bind_ip(opts.bind_ssl, 443)
bind_ssh = parse_bind_ip(opts.bind_ssh, 22)
bind_ws = parse_bind_ip(opts.bind_ws, 80)
bind_wss = parse_bind_ip(opts.bind_wss, 443)
bind_rfb = parse_bind_ip(opts.bind_rfb, 5900)
bind_vsock = parse_bind_vsock(opts.bind_vsock)
sockets = {}
min_port = int(opts.min_port)
def add_tcp_socket(socktype, host_str, iport, options):
if iport != 0 and iport < min_port:
error_cb("invalid %s port number %i (minimum value is %i)" %
(socktype, iport, min_port))
for host in hosts(host_str):
sock = setup_tcp_socket(host, iport, socktype)
host, iport = sock[2]
sockets[sock] = options
def add_udp_socket(socktype, host_str, iport, options):
if iport != 0 and iport < min_port:
error_cb("invalid %s port number %i (minimum value is %i)" %
(socktype, iport, min_port))
for host in hosts(host_str):
sock = setup_udp_socket(host, iport, socktype)
host, iport = sock[2]
sockets[sock] = options
# Initialize the TCP sockets before the display,
# That way, errors won't make us kill the Xvfb
# (which may not be ours to kill at that point)
ssh_upgrades = opts.ssh_upgrade
if ssh_upgrades:
try:
from xpra.net.ssh import nogssapi_context
with nogssapi_context():
import paramiko
assert paramiko
except ImportError as e:
from xpra.log import Logger
sshlog = Logger("ssh")
sshlog("import paramiko", exc_info=True)
sshlog.error("Error: cannot enable SSH socket upgrades:")
sshlog.error(" %s", e)
ssh_upgrades = False
log = get_network_logger()
for socktype, defs in {
"tcp": bind_tcp,
"ssl": bind_ssl,
"ssh": bind_ssh,
"ws": bind_ws,
"wss": bind_wss,
"rfb": bind_rfb,
}.items():
log("setting up %s sockets: %s", socktype, csv(defs.items()))
for (host, iport), options in defs.items():
add_tcp_socket(socktype, host, iport, options)
log("setting up UDP sockets: %s", csv(bind_udp.items()))
for (host, iport), options in bind_udp.items():
add_udp_socket("udp", host, iport, options)
log("setting up vsock sockets: %s", csv(bind_vsock.items()))
for (cid, iport), options in bind_vsock.items():
sock = setup_vsock_socket(cid, iport)
sockets[sock] = options
# systemd socket activation:
if POSIX and not OSX:
try:
from xpra.platform.xposix.sd_listen import get_sd_listen_sockets
except ImportError as e:
log("no systemd socket activation: %s", e)
else:
sd_sockets = get_sd_listen_sockets()
log("systemd sockets: %s", sd_sockets)
for stype, sock, addr in sd_sockets:
sock = setup_sd_listen_socket(stype, sock, addr)
sockets[sock] = {}
log("%s : %s", (stype, [addr]), sock)
return sockets
def create_sockets(opts, error_cb):
log = get_network_logger()
bind_tcp = parse_bind_ip(opts.bind_tcp)
bind_udp = parse_bind_ip(opts.bind_udp)
bind_ssl = parse_bind_ip(opts.bind_ssl)
bind_ssh = parse_bind_ip(opts.bind_ssh)
bind_ws = parse_bind_ip(opts.bind_ws)
bind_wss = parse_bind_ip(opts.bind_wss)
bind_rfb = parse_bind_ip(opts.bind_rfb, 5900)
bind_vsock = parse_bind_vsock(opts.bind_vsock)
sockets = []
min_port = int(opts.min_port)
def add_tcp_socket(socktype, host_str, iport):
if iport!=0 and iport<min_port:
error_cb("invalid %s port number %i (minimum value is %i)" % (socktype, iport, min_port))
for host in hosts(host_str):
sock = setup_tcp_socket(host, iport, socktype)
host, iport = sock[2]
sockets.append(sock)
def add_udp_socket(socktype, host_str, iport):
if iport!=0 and iport<min_port:
error_cb("invalid %s port number %i (minimum value is %i)" % (socktype, iport, min_port))
for host in hosts(host_str):
sock = setup_udp_socket(host, iport, socktype)
host, iport = sock[2]
sockets.append(sock)
# Initialize the TCP sockets before the display,
# That way, errors won't make us kill the Xvfb
# (which may not be ours to kill at that point)
ssh_upgrades = opts.ssh_upgrade
if ssh_upgrades:
try:
from xpra.net.ssh import nogssapi_context
with nogssapi_context():
import paramiko
assert paramiko
except ImportError as e:
from xpra.log import Logger
sshlog = Logger("ssh")
sshlog("import paramiko", exc_info=True)
ssh_upgrades = False
sshlog.error("Error: cannot enable SSH socket upgrades:")
sshlog.error(" %s", e)
log("setting up SSL sockets: %s", csv(bind_ssl))
for host, iport in bind_ssl:
add_tcp_socket("ssl", host, iport)
log("setting up SSH sockets: %s", csv(bind_ssh))
for host, iport in bind_ssh:
add_tcp_socket("ssh", host, iport)
log("setting up https / wss (secure websockets): %s", csv(bind_wss))
for host, iport in bind_wss:
add_tcp_socket("wss", host, iport)
log("setting up TCP sockets: %s", csv(bind_tcp))
for host, iport in bind_tcp:
add_tcp_socket("tcp", host, iport)
log("setting up UDP sockets: %s", csv(bind_udp))
for host, iport in bind_udp:
add_udp_socket("udp", host, iport)
log("setting up http / ws (websockets): %s", csv(bind_ws))
for host, iport in bind_ws:
add_tcp_socket("ws", host, iport)
log("setting up rfb sockets: %s", csv(bind_rfb))
for host, iport in bind_rfb:
add_tcp_socket("rfb", host, iport)
log("setting up vsock sockets: %s", csv(bind_vsock))
for cid, iport in bind_vsock:
sock = setup_vsock_socket(cid, iport)
sockets.append(sock)
# systemd socket activation:
if POSIX and not OSX:
try:
from xpra.platform.xposix.sd_listen import get_sd_listen_sockets
except ImportError as e:
log("no systemd socket activation: %s", e)
else:
sd_sockets = get_sd_listen_sockets()
log("systemd sockets: %s", sd_sockets)
for stype, sock, addr in sd_sockets:
sockets.append(setup_sd_listen_socket(stype, sock, addr))
log("%s : %s", (stype, [addr]), sock)
return sockets
def create_sockets(opts, error_cb):
from xpra.server.socket_util import (
parse_bind_ip,
parse_bind_vsock,
get_network_logger,
setup_tcp_socket,
setup_udp_socket,
setup_vsock_socket,
)
log = get_network_logger()
bind_tcp = parse_bind_ip(opts.bind_tcp)
bind_udp = parse_bind_ip(opts.bind_udp)
bind_ssl = parse_bind_ip(opts.bind_ssl)
bind_ssh = parse_bind_ip(opts.bind_ssh)
bind_ws = parse_bind_ip(opts.bind_ws)
bind_wss = parse_bind_ip(opts.bind_wss)
bind_rfb = parse_bind_ip(opts.bind_rfb, 5900)
bind_vsock = parse_bind_vsock(opts.bind_vsock)
mdns_recs = {}
sockets = []
rfb_upgrades = int(opts.rfb_upgrade) > 0
#SSL sockets:
wrap_socket_fn = None
need_ssl = False
ssl_opt = opts.ssl.lower()
if ssl_opt in TRUE_OPTIONS or bind_ssl or bind_wss:
need_ssl = True
if opts.bind_tcp or opts.bind_ws:
if ssl_opt == "auto" and opts.ssl_cert:
need_ssl = True
elif ssl_opt == "tcp" and opts.bind_tcp:
need_ssl = True
elif ssl_opt == "www":
need_ssl = True
if need_ssl:
from xpra.scripts.main import ssl_wrap_socket_fn
try:
wrap_socket_fn = ssl_wrap_socket_fn(opts, server_side=True)
log("wrap_socket_fn=%s", wrap_socket_fn)
except Exception as e:
log("SSL error", exc_info=True)
cpaths = csv("'%s'" % x for x in (opts.ssl_cert, opts.ssl_key)
if x)
raise InitException(
"cannot create SSL socket, check your certificate paths (%s): %s"
% (cpaths, e))
min_port = int(opts.min_port)
def add_tcp_socket(socktype, host_str, iport):
if iport != 0 and iport < min_port:
error_cb("invalid %s port number %i (minimum value is %i)" %
(socktype, iport, min_port))
for host in hosts(host_str):
socket = setup_tcp_socket(host, iport, socktype)
host, iport = socket[2]
sockets.append(socket)
add_mdns(mdns_recs, socktype, host, iport)
def add_udp_socket(socktype, host_str, iport):
if iport != 0 and iport < min_port:
error_cb("invalid %s port number %i (minimum value is %i)" %
(socktype, iport, min_port))
for host in hosts(host_str):
socket = setup_udp_socket(host, iport, socktype)
host, iport = socket[2]
sockets.append(socket)
add_mdns(mdns_recs, socktype, host, iport)
# Initialize the TCP sockets before the display,
# That way, errors won't make us kill the Xvfb
# (which may not be ours to kill at that point)
ws_upgrades = opts.html and (os.path.isabs(opts.html) or opts.html.lower()
in list(TRUE_OPTIONS) + ["auto"])
ssh_upgrades = opts.ssh_upgrade
if ssh_upgrades:
try:
from xpra.net.ssh import nogssapi_context
with nogssapi_context():
import paramiko
assert paramiko
except ImportError as e:
from xpra.log import Logger
sshlog = Logger("ssh")
sshlog("import paramiko", exc_info=True)
sshlog.error("Error: cannot enable SSH socket upgrades:")
sshlog.error(" %s", e)
log("setting up SSL sockets: %s", csv(bind_ssl))
for host, iport in bind_ssl:
add_tcp_socket("ssl", host, iport)
if ws_upgrades:
add_tcp_socket("wss", host, iport)
log("setting up SSH sockets: %s", csv(bind_ssh))
for host, iport in bind_ssh:
add_tcp_socket("ssh", host, iport)
log("setting up https / wss (secure websockets): %s", csv(bind_wss))
for host, iport in bind_wss:
add_tcp_socket("wss", host, iport)
tcp_ssl = ssl_opt in TRUE_OPTIONS or (ssl_opt == "auto" and opts.ssl_cert)
log("setting up TCP sockets: %s", csv(bind_tcp))
for host, iport in bind_tcp:
add_tcp_socket("tcp", host, iport)
if tcp_ssl:
add_mdns(mdns_recs, "ssl", host, iport)
if ws_upgrades:
add_mdns(mdns_recs, "ws", host, iport)
if ws_upgrades and tcp_ssl:
add_mdns(mdns_recs, "wss", host, iport)
if ssh_upgrades:
add_mdns(mdns_recs, "ssh", host, iport)
if rfb_upgrades:
add_mdns(mdns_recs, "rfb", host, iport)
log("setting up UDP sockets: %s", csv(bind_udp))
for host, iport in bind_udp:
add_udp_socket("udp", host, iport)
log("setting up http / ws (websockets): %s", csv(bind_ws))
for host, iport in bind_ws:
add_tcp_socket("ws", host, iport)
if tcp_ssl:
add_mdns(mdns_recs, "wss", host, iport)
log("setting up rfb sockets: %s", csv(bind_rfb))
for host, iport in bind_rfb:
add_tcp_socket("rfb", host, iport)
add_mdns(mdns_recs, "rfb", host, iport)
log("setting up vsock sockets: %s", csv(bind_vsock))
for cid, iport in bind_vsock:
socket = setup_vsock_socket(cid, iport)
sockets.append(socket)
#add_mdns(mdns_recs, "vsock", str(cid), iport)
# systemd socket activation:
if POSIX:
try:
from xpra.platform.xposix.sd_listen import get_sd_listen_sockets
except ImportError:
pass
else:
sd_sockets = get_sd_listen_sockets()
log("systemd sockets: %s", sd_sockets)
for stype, socket, addr in sd_sockets:
sockets.append((stype, socket, addr))
log("%s : %s", (stype, [addr]), socket)
if stype == "tcp":
host, iport = addr
add_mdns(mdns_recs, "tcp", host, iport)
return sockets, mdns_recs, wrap_socket_fn
def create_sockets(opts, error_cb, retry=0):
bind_tcp = parse_bind_ip(opts.bind_tcp)
bind_ssl = parse_bind_ip(opts.bind_ssl, 443)
bind_ssh = parse_bind_ip(opts.bind_ssh, 22)
bind_ws = parse_bind_ip(opts.bind_ws, 80)
bind_wss = parse_bind_ip(opts.bind_wss, 443)
bind_rfb = parse_bind_ip(opts.bind_rfb, 5900)
bind_vsock = parse_bind_vsock(opts.bind_vsock)
min_port = int(opts.min_port)
# Initialize the TCP sockets before the display,
# That way, errors won't make us kill the Xvfb
# (which may not be ours to kill at that point)
ssh_upgrades = opts.ssh_upgrade
if ssh_upgrades:
try:
from xpra.net.ssh import nogssapi_context
with nogssapi_context():
import paramiko
assert paramiko
except ImportError as e:
from xpra.log import Logger
sshlog = Logger("ssh")
sshlog("import paramiko", exc_info=True)
sshlog.error("Error: cannot enable SSH socket upgrades:")
sshlog.error(" %s", e)
ssh_upgrades = False
log = get_network_logger()
#prepare tcp socket definitions:
tcp_defs = []
for socktype, defs in {
"tcp": bind_tcp,
"ssl": bind_ssl,
"ssh": bind_ssh,
"ws": bind_ws,
"wss": bind_wss,
"rfb": bind_rfb,
}.items():
log("setting up %s sockets: %s", socktype, csv(defs.items()))
for (host, iport), options in defs.items():
if iport != 0 and iport < min_port:
error_cb("invalid %s port number %i (minimum value is %i)" %
(socktype, iport, min_port))
for h in hosts(host):
tcp_defs.append((socktype, h, iport, options, None))
sockets = {}
for attempt in range(retry + 1):
if not tcp_defs:
break
try_list = tuple(tcp_defs)
tcp_defs = []
for socktype, host, iport, options, _ in try_list:
try:
sock = setup_tcp_socket(host, iport, socktype)
except Exception as e:
log("setup_tcp_socket%s attempt=%s", (host, iport, options),
attempt)
tcp_defs.append((socktype, host, iport, options, e))
else:
host, iport = sock[2]
sockets[sock] = options
if tcp_defs:
sleep(1)
if tcp_defs:
#failed to create some sockets:
for socktype, host, iport, options, exception in tcp_defs:
log.error("Error creating %s socket", socktype)
log.error(" on %s:%s", host, iport)
log.error(" %s", exception)
raise InitException("failed to create %s socket: %s" %
(socktype, exception))
log("setting up vsock sockets: %s", csv(bind_vsock.items()))
for (cid, iport), options in bind_vsock.items():
sock = setup_vsock_socket(cid, iport)
sockets[sock] = options
# systemd socket activation:
if POSIX and not OSX:
try:
from xpra.platform.xposix.sd_listen import get_sd_listen_sockets
except ImportError as e:
log("no systemd socket activation: %s", e)
else:
sd_sockets = get_sd_listen_sockets()
log("systemd sockets: %s", sd_sockets)
for stype, sock, addr in sd_sockets:
sock = setup_sd_listen_socket(stype, sock, addr)
sockets[sock] = {}
log("%s : %s", (stype, [addr]), sock)
return sockets
