def test_serial_pipe_device():
print("Test serial pipe device")
io1 = utils.alloc_io(o, "serialdev,/dev/ttyPipeA0,9600")
io2 = utils.alloc_io(o, "serialdev,/dev/ttyPipeB0,9600")
utils.test_dataxfer(io1, io2, "This is a test string!")
utils.io_close(io1)
utils.io_close(io2)
print(" Success!")
def test_ipmisol_small():
print("Test ipmisol small")
isim = ipmisimdaemon.IPMISimDaemon(o)
io1 = utils.alloc_io(o, "serialdev,/dev/ttyPipeA0,9600")
io2 = utils.alloc_io(
o, "ipmisol,lan -U ipmiusr -P test -p 9001 localhost,9600")
utils.test_dataxfer(io1, io2, "This is a test string!")
utils.io_close(io1)
utils.io_close(io2)
print(" Success!")
def test_ipmisol_large():
print("Test ipmisol large")
isim = ipmisimdaemon.IPMISimDaemon(o)
io1 = utils.alloc_io(o, "serialdev,/dev/ttyPipeA0,115200")
io2 = utils.alloc_io(
o, "ipmisol,lan -U ipmiusr -P test -p 9001 localhost,115200")
rb = gensio.get_random_bytes(104857)
utils.test_dataxfer(io1, io2, rb, timeout=10000)
utils.io_close(io1)
utils.io_close(io2)
print(" Success!")
def ta_sctp():
print("Test accept sctp")
io1 = utils.alloc_io(o, "sctp,localhost,3023", do_open=False)
TestAccept(o, io1, "sctp,3023", do_test)
c = io1.control(0, True, gensio.GENSIO_CONTROL_STREAMS, None)
if c != "instreams=1,ostreams=1":
raise Exception("Invalid stream settings: %s" % c)
def tc_small_relpkt():
print("Test small relpkt over msgdelim over serial")
io1 = utils.alloc_io(
o,
"relpkt(mode=server),msgdelim,serialdev,/dev/ttyPipeA0",
do_open=False)
io2 = utils.alloc_io(o,
"relpkt,msgdelim,serialdev,/dev/ttyPipeB0",
do_open=False)
TestConCon(o,
io1,
io2,
do_small_test,
"relpkt1",
expected_raddr1="/dev/ttyPipeA0,9600N81 RTSHI DTRHI",
expected_raddr2="/dev/ttyPipeB0,9600N81 RTSHI DTRHI")
def ta_certauth_tcp():
print("Test accept certauth-ssl-tcp")
io1 = utils.alloc_io(
o,
"certauth(cert=%s/clientcert.pem,key=%s/clientkey.pem,username=testuser,service=myservice),ssl(CA=%s/CA.pem),tcp,localhost,3023"
% (utils.srcdir, utils.srcdir, utils.srcdir),
do_open=False)
ta = TestAccept(
o,
io1,
"certauth(CA=%s/clientcert.pem),ssl(key=%s/key.pem,cert=%s/cert.pem),tcp,3023"
% (utils.srcdir, utils.srcdir, utils.srcdir),
do_test,
do_close=False)
cn = ta.io2.control(0, True, gensio.GENSIO_CONTROL_GET_PEER_CERT_NAME,
"-1,CN")
i = cn.index(',')
cn2 = cn[i + 1:]
i = cn2.index(',')
if cn2[0:i] != "CN":
raise Exception("Invalid object name, expected %s, got %s" %
("CN", cn2[0:i]))
if cn2[i + 1:] != "gensio.org":
raise Exception(
"Invalid common name in certificate, expected %s, got %s" %
("gensio.org", cn2[i + 1:]))
username = ta.io2.control(0, True, gensio.GENSIO_CONTROL_USERNAME, None)
if username != "testuser":
raise Exception("Invalid username, expected %s, got %s" %
("testuser", username))
service = ta.io2.control(0, True, gensio.GENSIO_CONTROL_SERVICE, None)
if service != "myservice":
raise Exception("Invalid service, expected %s, got %s" %
("myservice", service))
ta.close()
def test_echo_gensio():
print("Test echo gensio")
io = utils.alloc_io(o, "echo")
check_raddr(io, "echo", "echo")
utils.test_dataxfer(io, io, "This is a test string!")
utils.io_close(io)
print(" Success!")
def test_mux_tcp_large():
print("Test mux tcp large")
io1 = utils.alloc_io(o,
"mux,tcp,localhost,3023",
do_open=False,
chunksize=64)
ta = TestAccept(o, io1, "mux,tcp,3023", do_large_test)
def test_telnet_small():
print("Test telnet small")
io1 = utils.alloc_io(o,
"telnet,tcp,localhost,3023",
do_open=False,
chunksize=64)
ta = TestAccept(o, io1, "telnet(rfc2217=true),3023", do_small_test)
def test_mux_sctp_small():
print("Test mux sctp small")
io1 = utils.alloc_io(o,
"mux,sctp,localhost,3023",
do_open=False,
chunksize=64)
ta = TestAccept(o, io1, "mux,sctp,3023", do_small_test)
def test_echo_device():
print("Test echo device")
io = utils.alloc_io(o, "serialdev,/dev/ttyEcho0,38400")
check_raddr(io, "echo device", "/dev/ttyEcho0,38400N81 RTSHI DTRHI")
utils.test_dataxfer(io, io, "This is a test string!")
utils.io_close(io)
print(" Success!")
def test_pty_basic():
print("Test pty basic echo")
io = utils.alloc_io(o, "pty,cat", chunksize=64)
check_raddr(io, "pty basic", '"cat"')
utils.test_dataxfer(io, io, "This is a test string!")
utils.io_close(io)
print(" Success!")
def test_stdio_small():
print("Test stdio small echo")
rb = gensio.get_random_bytes(512)
io = utils.alloc_io(o, "stdio,cat", chunksize=64)
utils.test_dataxfer(io, io, rb)
utils.io_close(io)
print(" Success!")
def test_sctp_streams():
print("Test sctp streams")
io1 = utils.alloc_io(o,
"sctp(instreams=2,ostreams=3),localhost,3023",
do_open=False,
chunksize=64)
ta = TestAccept(o, io1, "sctp(instreams=3,ostreams=2),3023",
do_stream_test)
def ta_ssl_tcp():
print("Test accept ssl-tcp")
io1 = utils.alloc_io(o,
"ssl(CA=%s/CA.pem),tcp,localhost,3024" % utils.srcdir,
do_open=False)
ta = TestAccept(
o, io1, "ssl(key=%s/key.pem,cert=%s/cert.pem,CA=%s/CA.pem),3024" %
(utils.srcdir, utils.srcdir, utils.srcdir), 1024, do_test)
def ta_sctp():
print("Test accept sctp")
io1 = utils.alloc_io(o, "sctp,localhost,3023", do_open=False)
# FIXME - the raddr and laddr areq not tested here, it's hard to
# know what it would be because of sctp multihoming.
TestAccept(o, io1, "sctp,3023", do_test, expected_acc_port="3023")
c = io1.control(0, True, gensio.GENSIO_CONTROL_STREAMS, None)
if c != "instreams=1,ostreams=1":
raise Exception("Invalid stream settings: %s" % c)
def test_rs485():
io1str = "serialdev,/dev/ttyPipeA0,9600N81,LOCAL,rs485=103:495"
io2str = "serialdev,/dev/ttyPipeB0,9600N81"
print("serialdev rs485:\n io1=%s\n io2=%s" % (io1str, io2str))
io1 = utils.alloc_io(o, io1str)
io2 = utils.alloc_io(o, io2str)
rs485 = get_remote_rs485(io2.remote_id())
check_rs485 = "103 495 enabled"
if rs485 != check_rs485:
raise Exception("%s: %s: RS485 was not '%s', it was '%s'" %
("test rs485", io1.handler.name, check_rs485, rs485))
utils.io_close(io1)
utils.io_close(io2)
print(" Success!")
def ta_tcp():
print("Test accept tcp")
io1 = utils.alloc_io(o, "tcp,localhost,3023", do_open=False)
TestAccept(o,
io1,
"tcp,localhost,3023",
do_test,
expected_raddr="ipv4,127.0.0.1,3023",
expected_acc_laddr="ipv4,127.0.0.1,3023",
expected_acc_port="3023")
def ta_mux_sctp():
print("Test accept mux-tcp")
io1 = utils.alloc_io(o,
"mux(service=myservice),sctp,localhost,3023",
do_open=False)
ta = TestAccept(o, io1, "mux,sctp,3023", do_test, do_close=False)
service = ta.io2.control(0, True, gensio.GENSIO_CONTROL_SERVICE, None)
if service != "myservice":
raise Exception("Invalid service, expected %s, got %s" %
("myservice", service))
ta.close()
def ta_udp():
print("Test accept udp")
io1 = utils.alloc_io(o, "udp,localhost,3023", do_open=False)
TestAccept(o,
io1,
"udp,localhost,3023",
do_test,
io1_dummy_write="A",
expected_raddr="ipv4,127.0.0.1,3023",
expected_acc_laddr="ipv4,127.0.0.1,3023",
expected_acc_port="3023")
def test_stdio_basic_stderr():
print("Test stdio basic stderr echo")
io = utils.alloc_io(o, "stdio,sh -c 'cat 1>&2'", chunksize=64)
io.handler.ignore_input = True
io.read_cb_enable(True)
err = io.open_channel_s(None, None)
utils.HandleData(o, "stderr", chunksize=64, io=err)
utils.test_dataxfer(io, err, "This is a test string!")
utils.io_close(io)
utils.io_close(err)
print(" Success!")
def ta_ssl_tcp():
print("Test accept ssl-tcp")
io1 = utils.alloc_io(o,
"ssl(CA=%s/CA.pem),tcp,localhost,3023" % utils.keydir,
do_open=False)
ta = TestAccept(o,
io1,
"ssl(key=%s/key.pem,cert=%s/cert.pem),3023" %
(utils.keydir, utils.keydir),
do_test,
do_close=False,
expected_raddr="ipv4,127.0.0.1,3023")
cn = io1.control(0, True, gensio.GENSIO_CONTROL_GET_PEER_CERT_NAME,
"-1,CN")
i = cn.index(',')
cn2 = cn[i + 1:]
i = cn2.index(',')
if cn2[0:i] != "CN":
raise Exception("Invalid object name, expected %s, got %s" %
("CN", cn2[0:i]))
if cn2[i + 1:] != "ser2net.org":
raise Exception(
"Invalid common name in certificate, expected %s, got %s" %
("ser2net.org", cn2[i + 1:]))
cert = io1.control(0, True, gensio.GENSIO_CONTROL_CERT, None)
print("Cert = \n" + cert)
finger = io1.control(0, True, gensio.GENSIO_CONTROL_CERT_FINGERPRINT, None)
print("Fingerprint = " + finger)
i = 0
while True:
v = io1.control(0, True, gensio.GENSIO_CONTROL_GET_PEER_CERT_NAME,
str(i))
if v is None:
break
print(v)
i = i + 1
ta.close()
import tempfile
import os
print("Testing miscellaneous features")
print(" kickolduser")
ser2net, io1, io2 = utils.setup_2_ser2net(
utils.o, ("connection: &con", " accepter: tcp,3023",
" connector: serialdev,/dev/ttyPipeA0,9600N81", " options:",
" kickolduser: true"), "tcp,localhost,3023",
"serialdev,/dev/ttyPipeB0,9600N81")
io3 = None
try:
io1.handler.set_expected_err("Remote end closed connection")
io1.read_cb_enable(True)
io3 = utils.alloc_io(utils.o, "tcp,localhost,3023")
if io1.handler.wait_timeout(1000) == 0:
raise Exception("kickolduser: remote end didn't close")
finally:
if io3 is not None:
utils.io_close(io3)
utils.finish_2_ser2net(ser2net, io1, io2)
print(" multiple connections")
ser2net, io1, io2 = utils.setup_2_ser2net(
utils.o, ("connection: &con", " accepter: tcp,3023",
" connector: serialdev,/dev/ttyPipeA0,9600N81", " options:",
" max-connections: 2"), "tcp,localhost,3023",
"serialdev,/dev/ttyPipeB0,9600N81")
io3 = None
io4 = None
def ta_tcp():
print("Test accept tcp")
io1 = utils.alloc_io(o, "tcp,localhost,3023", do_open=False)
TestAccept(o, io1, "tcp,3023", do_test)
def test_sctp_oob():
print("Test sctp oob")
io1 = utils.alloc_io(o, "sctp,localhost,3023", do_open=False, chunksize=64)
ta = TestAccept(o, io1, "sctp,3023", do_oob_test)
def ta_udp():
print("Test accept udp")
io1 = utils.alloc_io(o, "udp,localhost,3023", do_open=False)
TestAccept(o, io1, "udp,3023", do_test, io1_dummy_write="A")
def test_tcp_urgent():
print("Test tcp urgent")
io1 = utils.alloc_io(o, "tcp,localhost,3023", do_open=False, chunksize=64)
ta = TestAccept(o, io1, "tcp,3023", do_urgent_test)
def ta_telnet():
print("Test accept telnet")
io1 = utils.alloc_io(o,
"telnet(rfc2217),tcp,localhost,3027",
do_open=False)
ta = TestAccept(o, io1, "telnet(rfc2217=true),3027", do_telnet_test)
def test_stdio_basic():
print("Test stdio basic echo")
io = utils.alloc_io(o, "stdio,cat", chunksize=64)
utils.test_dataxfer(io, io, "This is a test string!")
utils.io_close(io)
print(" Success!")
def test_modemstate():
io1str = "serialdev,/dev/ttyPipeA0,9600N81,LOCAL"
io2str = "serialdev,/dev/ttyPipeB0,9600N81"
print("serialdev modemstate:\n io1=%s\n io2=%s" % (io1str, io2str))
io1 = utils.alloc_io(o, io1str, do_open=False)
io2 = utils.alloc_io(o, io2str)
set_remote_null_modem(io2.remote_id(), False)
set_remote_modem_ctl(io2.remote_id(),
(SERIALSIM_TIOCM_CAR | SERIALSIM_TIOCM_CTS
| SERIALSIM_TIOCM_DSR | SERIALSIM_TIOCM_RNG) << 16)
io1.handler.set_expected_modemstate(0)
io1.open_s()
io1.read_cb_enable(True)
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 1" %
("test dtr", io1.handler.name))
io2.read_cb_enable(True)
io1.handler.set_expected_modemstate(gensio.SERGENSIO_MODEMSTATE_CD_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD)
set_remote_modem_ctl(io2.remote_id(),
((SERIALSIM_TIOCM_CAR << 16) | SERIALSIM_TIOCM_CAR))
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 2" %
("test dtr", io1.handler.name))
io1.handler.set_expected_modemstate(gensio.SERGENSIO_MODEMSTATE_DSR_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD
| gensio.SERGENSIO_MODEMSTATE_DSR)
set_remote_modem_ctl(io2.remote_id(),
((SERIALSIM_TIOCM_DSR << 16) | SERIALSIM_TIOCM_DSR))
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 3" %
("test dtr", io1.handler.name))
io1.handler.set_expected_modemstate(gensio.SERGENSIO_MODEMSTATE_CTS_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD
| gensio.SERGENSIO_MODEMSTATE_DSR
| gensio.SERGENSIO_MODEMSTATE_CTS)
set_remote_modem_ctl(io2.remote_id(),
((SERIALSIM_TIOCM_CTS << 16) | SERIALSIM_TIOCM_CTS))
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 4" %
("test dtr", io1.handler.name))
io1.handler.set_expected_modemstate(gensio.SERGENSIO_MODEMSTATE_RI_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD
| gensio.SERGENSIO_MODEMSTATE_DSR
| gensio.SERGENSIO_MODEMSTATE_CTS
| gensio.SERGENSIO_MODEMSTATE_RI)
set_remote_modem_ctl(io2.remote_id(),
((SERIALSIM_TIOCM_RNG << 16) | SERIALSIM_TIOCM_RNG))
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 5" %
("test dtr", io1.handler.name))
io1.handler.set_expected_modemstate(
gensio.SERGENSIO_MODEMSTATE_RI_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD_CHANGED
| gensio.SERGENSIO_MODEMSTATE_DSR_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CTS_CHANGED)
set_remote_modem_ctl(io2.remote_id(),
(SERIALSIM_TIOCM_CAR | SERIALSIM_TIOCM_CTS
| SERIALSIM_TIOCM_DSR | SERIALSIM_TIOCM_RNG) << 16)
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 6" %
("test dtr", io1.handler.name))
io1.handler.set_expected_modemstate(
gensio.SERGENSIO_MODEMSTATE_CD_CHANGED
| gensio.SERGENSIO_MODEMSTATE_DSR_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CTS_CHANGED
| gensio.SERGENSIO_MODEMSTATE_CD | gensio.SERGENSIO_MODEMSTATE_DSR
| gensio.SERGENSIO_MODEMSTATE_CTS)
set_remote_null_modem(io2.remote_id(), True)
if (io1.handler.wait_timeout(2000) == 0):
raise Exception("%s: %s: Timed out waiting for modemstate 7" %
("test dtr", io1.handler.name))
utils.io_close(io1)
utils.io_close(io2)
print(" Success!")
return
