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#
# gensio test utilities
#
# This file contains some classes and functions useful for testing
# gensio handling
#
import os
import tempfile
import utils
import signal
import time
ipmisol_port = 9002
default_ipmisim_emu = """
mc_setbmc 0x20\n
\n
mc_add 0x20 0 no-device-sdrs 0x23 9 8 0x9f 0x1291 0xf02 persist_sdr\n
sel_enable 0x20 1000 0x0a\n
\n
mc_enable 0x20\n
"""
default_ipmisim_config = """
name "ser2net_sim"\n
\n
set_working_mc 0x20\n
\n
startlan 1\n
addr localhost %d\n
\n
# Maximum privilege limit on the channel.\n
priv_limit admin\n
\n
# Allowed IPMI 1.5 authorization types\n
allowed_auths_callback none md2 md5 straight\n
allowed_auths_user none md2 md5 straight\n
allowed_auths_operator none md2 md5 straight\n
allowed_auths_admin none md2 md5 straight\n
\n
# guid for IPMI 2.0 authorization You can also use a string\n
guid a123456789abcdefa123456789abcdef\n
\n
endlan\n
\n
sol "/dev/ttyPipeB0" 115200 nortscts\n
\n
# Start startcmd at startup? Default is false.\n
startnow false\n
\n
# Now add some users. User 0 is invalid, user 1 is the special "anonymous"\n
# user and cannot take a username. Note that the users here are only\n
# used if the persistent user config doesn't exist.\n
# # valid name passw priv-lim max-sess allowed-auths (ignored)\n
user 1 true "" "test" user 10 none md2 md5 straight\n
user 2 true "ipmiusr" "test" admin 10 none md2 md5 straight\n
""" % (ipmisol_port)
class IPMISimDaemon:
"""Create an IPMI Sim daemon instance and start it up
ipmi_sim is started with the given config data as a config file
The IPMISIM_EXEC environment variable can be set to tell this code
to run ipmi_sim with a specific path.
"""
def __init__(self, o, configdata = None, emudata = None, extra_args = ""):
"""Create a running ipmisim program
The given config data is written to a file and used as the config file.
It is started with the -r and -d options set, you can supply extra
options if you like as a string.
"""
prog = os.getenv("IPMISIM_EXEC")
if (not prog):
prog = "ipmi_sim"
if not configdata:
configdata = default_ipmisim_config
if not emudata:
emudata = default_ipmisim_emu
self.cfile = tempfile.NamedTemporaryFile(mode="w+")
self.cfile.write(configdata)
self.cfile.flush()
self.efile = tempfile.NamedTemporaryFile(mode="w+")
self.efile.write(emudata)
self.efile.flush()
self.o = o
args = "stdio," + prog + " -p -c " + self.cfile.name + " -f " + self.efile.name + " " + extra_args
if (utils.debug):
print("Running: " + args)
self.handler = utils.HandleData(o, args, name="ipmisim daemon")
self.io = self.handler.io
self.io.closeme = True
self.io.open_s()
# Uncomment the following or set it yourself to get output from
# the ipmisim daemon printed.
#self.handler.debug = 2
self.pid = utils.remote_id_int(self.io)
self.handler.set_waitfor("> ")
if (self.handler.wait_timeout(2000) == 0):
raise Exception("Timeout waiting for ipmi_sim to start")
self.handler.ignore_input = True
# Leave read on so if we enable debug we can see output from the
# daemon.
self.io.read_cb_enable(True)
return
def __del__(self):
if (self.handler):
self.terminate()
return
def signal(self, sig):
""""Send a signal to ipmi_sim"""
os.kill(self.pid, sig)
return
def terminate(self):
"""Terminate the running ipmi_sim
This closes the io and sends a SIGTERM to ipmi_sim and waits
a bit for it to terminate. If it does not terminate, send
SIGTERM a few more times. If it still refuses to close, send
a SIGKILL. If all that fails, raise an exception.
"""
if (self.handler.debug or utils.debug):
print("Terminating")
if self.io.closeme:
self.handler.close()
count = 10
while (count > 0):
if (count < 6):
self.signal(signal.SIGTERM)
else:
self.signal(signal.SIGKILL)
# It would be really nice if waitpid had a timeout options,
# in absence of that simulate it, sort of.
subcount = 500
while (subcount > 0):
time.sleep(.01)
pid, rv = os.waitpid(self.pid, os.WNOHANG)
if (pid > 0):
self.handler = None
return
subcount -= 1
count -= 1
raise Exception("ipmisim did not terminate");
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