def _sleeptest(t):
start = now()
self.info("sleeping %s seconds" % (t, ))
self.sched.sleep(t)
elapsed = now() - start
self.assert_approximately_equal(
elapsed, t, 1,
"should have slept %s secs., actual %s secs." % (t, elapsed))
def test_method(self):
start = now()
self.sched.add(2, 0, self._tp, (2, start))
self.sched.add(4, 0, self._tp, (4, start))
self.sched.add(5, 0, self._tp, (5, start))
self.sched.add(6, 0, self._tp, (6, start))
self.sched.add(7, 0, self._tp, (7, start))
self.info("sleeping for 8 seconds")
self.sched.sleep(8)
self.assert_approximately_equal(now() - start, 8, 1)
return self.passed("passed all assertions")
def test_method(self):
start = now()
self.sched.add(2, 0, self._tp, (2, start))
self.sched.add(4, 0, self._tp, (4, start))
self.sched.add(5, 0, self._tp, (5, start))
self.sched.add(6, 0, self._tp, (6, start))
self.sched.add(7, 0, self._tp, (7, start))
self.info("sleeping for 8 seconds")
self.sched.sleep(8)
self.assert_approximately_equal(now() - start, 8, 1)
return self.passed("passed all assertions")
def test_method(self):
start = now()
self.STOP = 0
timeout = self.sched.add(20, callback=self._timeout)
self.info("should timeout in 20 seconds")
try:
subtime = self.sched.add(30, callback=self._failed)
while not self.STOP:
for x in range(1000000): # busy loop
y=x
finally:
self.sched.remove(timeout)
self.sched.remove(subtime)
self.assert_approximately_equal(now() - start, 20, 1)
return self.passed("timers fired correctly")
def test_method(self):
start = now()
self.STOP = 0
timeout = self.sched.add(20, callback=self._timeout)
self.info("should timeout in 20 seconds")
try:
subtime = self.sched.add(30, callback=self._failed)
while not self.STOP:
for x in range(1000000): # busy loop
y = x
finally:
self.sched.remove(timeout)
self.sched.remove(subtime)
self.assert_approximately_equal(now() - start, 20, 1)
return self.passed("timers fired correctly")
def test_method(self):
start = now()
#### timeout pattern
self.STOP = 0
timeout = self.sched.add(20, callback=self._timeout)
self.info("should stop in 20 seconds")
try:
while not self.STOP:
for x in range(1000000): # busy loop
y=x
finally:
self.sched.remove(timeout)
####
self.assert_approximately_equal(now() - start, 20, 1)
return self.passed("appropriate timeout")
def test_method(self):
start = now()
#### timeout pattern
self.STOP = 0
timeout = self.sched.add(20, callback=self._timeout)
self.info("should stop in 20 seconds")
try:
while not self.STOP:
for x in range(1000000): # busy loop
y = x
finally:
self.sched.remove(timeout)
####
self.assert_approximately_equal(now() - start, 20, 1)
return self.passed("appropriate timeout")
def __call__(self, *args, **kw):
cf = self.config
if os.path.isfile(self.configfile):
pass
else: #try another path
alternate_conf_file = os.path.join(cf.conf_dir, "%s.conf" % (self.test_name))
if os.path.isfile(alternate_conf_file):
self.configfile = alternate_conf_file
if os.path.isfile(self.configfile):
print "CONF file is: %s" % self.configfile
cf.mergefile(self.configfile)
try:
cf.config_ID = os.path.basename(cf.config_ID.split()[1])
except AttributeError:
cf.config_ID = None
except IndexError:
cf.config_ID = "<undefined>"
print >>sys.stderr, 'Make sure your config file is type "ktext" in Perforce.'
else:
cf.config_ID = None
# this heading displays the test name just as a PREREQUISITES entry needs.
self._ui.add_heading(repr_test(self.test_name, args, kw), 2)
self._report.add_heading(repr_test(self.test_name, args, kw), 2)
if cf.config_ID:
self.info("Configuration ID: %s" % (cf.config_ID,))
self.starttime = timelib.now()
self.info("STARTTIME: %s" % self.timestamp(self.starttime))
rv = None # in case of exception
rv = self._initialize(rv)
if rv is not None: # an exception happened
return rv
# test elapsed time does not include initializer time.
teststarttime = timelib.now()
# run test_method
testloops = int(cf.get("testloops", 1))
try:
for l in xrange(testloops):
rv = apply(self.test_method, args, kw)
except KeyboardInterrupt:
if self._debug:
ex, val, tb = sys.exc_info()
debugger.post_mortem(ex, val, tb)
rv = self.abort("%s: aborted by user." % self.test_name)
self._finalize(rv)
raise
except TestFailError, errval:
rv = self.failed("Caught Fail exception: %s" % (errval,))
def test_method(self):
rtc = self.config.rtc
# Read the RTC time/date
tm = rtc.time_read()
self.info("Current RTC date/time is: %s" % (tm,))
tm.add_seconds(10)
rtc.alarm_set(tm)
# Read the current alarm settings
tm = rtc.alarm_read()
self.info("Alarm time now set to: %s" % (tm,))
start = now()
rtc.alarm_interrupt_on()
self.info("Waiting 10 seconds for alarm...")
count, status = rtc.read()
self.info("okay. Alarm rang.")
rtc.alarm_interrupt_off()
self.assert_approximately_equal(now() - start, 10, 1)
return self.passed("alarm in specified time")
def test_method(self):
rtc = self.config.rtc
# Read the RTC time/date
tm = rtc.time_read()
self.info("Current RTC date/time is: %s" % (tm, ))
tm.add_seconds(10)
rtc.alarm_set(tm)
# Read the current alarm settings
tm = rtc.alarm_read()
self.info("Alarm time now set to: %s" % (tm, ))
start = now()
rtc.alarm_interrupt_on()
self.info("Waiting 10 seconds for alarm...")
count, status = rtc.read()
self.info("okay. Alarm rang.")
rtc.alarm_interrupt_off()
self.assert_approximately_equal(now() - start, 10, 1)
return self.passed("alarm in specified time")
def test_method(self):
start = now()
def _itakealongtime():
for x in xrange(sys.maxint): # busy loop
y=x*x/(x+20000)
try:
self.sched.timeout(_itakealongtime, timeout=3)
except TimeoutError:
return self.passed("timed out long function.")
else:
return self.failed("function did not timeout")
def _update_uut_db(self, info):
"""
info is a dictionary that indicates which column we are updating.
a field that's always updated is the last update column.
"""
for key, val in info.items():
if key == 'msg':
current_msg = getattr(self.db, key)
val += current_msg
setattr(self.db, key, val)
self.db.lastUpdate = datetime.datetime.fromtimestamp(timelib.now())
def test_method(self):
start = now()
def _itakealongtime():
for x in xrange(sys.maxint): # busy loop
y = x * x / (x + 20000)
try:
self.sched.timeout(_itakealongtime, timeout=3)
except TimeoutError:
return self.passed("timed out long function.")
else:
return self.failed("function did not timeout")
def __call__(self, *args, **kw):
# this heading displays the test name just as a PREREQUISITES entry needs.
self._report.add_heading(repr_test(self.test_name, args, kw), 2)
self.starttime = timelib.now()
self.info("STARTTIME: %s" % (timelib.strftime("%a, %d %b %Y %H:%M:%S %Z", timelib.localtime(self.starttime)),))
rv = None # in case of exception
rv = self._initialize(rv)
if rv is not None: # an exception happened
return rv
# test elapsed time does not include initializer time.
teststarttime = timelib.now()
# run test_method
try:
rv = apply(self.test_method, args, kw)
except KeyboardInterrupt:
if self._debug:
ex, val, tb = sys.exc_info()
debugger.post_mortem(ex, val, tb)
rv = self.abort("%s: aborted by user." % self.test_name)
self._finalize(rv)
raise
except TestFailError, errval:
rv = self.failed("Caught Fail exception: %s" % (errval,))
raise
except TestFailError, errval:
rv = self.failed("Caught Fail exception: %s" % (errval,))
except TestIncompleteError, errval:
rv = self.abort("Caught Abort exception: %s" % (errval,))
except AssertionError, errval:
rv = self.failed("failed assertion: %s" % (errval,))
except TestSuiteAbort:
raise # pass this one up to suite
except:
ex, val, tb = sys.exc_info()
if self._debug:
debugger.post_mortem(ex, val, tb)
tb = None
rv = self.failed("%s: Exception occured! (%s: %s)" % (self.test_name, ex, val))
endtime = timelib.now()
minutes, seconds = divmod(endtime - teststarttime, 60.0)
hours, minutes = divmod(minutes, 60.0)
self.info("Time elapsed: %02.0f:%02.0f:%02.2f" % (hours, minutes, seconds))
return self._finalize(rv)
def _initialize(self, rv):
try:
self.initialize()
except:
ex, val, tb = sys.exc_info()
self.diagnostic("%s (%s)" % (ex, val))
if self._debug:
debugger.post_mortem(ex, val, tb)
rv = self.abort("Test initialization failed!")
return rv
def run_module(self, mod):
cf = self._config
userinterface = storage.get_ui(cf)
cf['userinterface'] = userinterface
# ui = self._config.userinterface
user_name = commands.getoutput('whoami')
cf['user'] = user_name
output = commands.getoutput("groups %s" % user_name)
user_group = output.split(':')[0].strip()
cf.USERGROUP = user_group
if type(mod) is str:
mod = self.get_module(mod)
# find out what type of test this is. if UI, then we need to instantiate
# a AutoWeb instance
cf['mod_type'] = mod.__name__.split('.')[0]
if cf.options.tag:
# user wants to run a collection of test (a testsuite, instantiate
# a TCMS object, which will be used to add_test()
cf['tcms_obj'] = tcms_base.TCMS()
if mod:
cf.reportbasename = mod.__name__.replace(".", "_")
cf.logbasename = "%s.log" % (cf.reportbasename,)
cf['logfile'] = storage.get_logfile(cf)
# merge any test-module specific configuration files
modconf = os.path.join(os.path.dirname(mod.__file__), "%s.conf" % (mod.__name__.split(".")[-1],))
user_modconf = modconf + "." + cf.OPENSHIFT_user_email
if os.path.exists(user_modconf):
execfile(user_modconf, cf.__dict__)
elif os.path.exists(modconf):
execfile(modconf, cf.__dict__)
try:
print "tcms_testcaserun_id: %s" %(cf.tcms_testcaserun_id)
if os.environ.has_key("OPENSHIFT_tcms_testcaserun_id"):
cf.tcms_testcaserun_id = os.environ['OPENSHIFT_tcms_testcaserun_id']
except:
#if rhtest is run manually from command line without launcher, which should put this into the .conf file
cf.tcms_testcaserun_id = None
#print "WARN: None tcms_testcaserun_id info!!!"
if cf.tcms_testcaserun_id != None:
import tcms
cf['tcms_obj'] = tcms.TCMS()
else:
cf['tcms_obj'] = None
starttime = timelib.now()
cf.results_year_month_dir = os.path.join(cf.resultsdirbase, "%s" % (timelib.strftime("%Y%m/%d/")))
# first make the YYYYMM top directory
try:
os.system("sudo mkdir -p %s" % (cf.results_year_month_dir))
os.system("sudo find %s -type d -exec chmod 777 {} \;" % (cf.resultsdirbase))
except OSError, errno:
if errno[0] == EEXIST:
pass
else:
raise
rand_num = random.randint(0, 5000)
# now make the actual test directory, added rand_num to make it more unique
cf.resultsdir = os.path.join(
cf.results_year_month_dir,
"%s-%s-%s" % (cf.reportbasename, rand_num, timelib.strftime("%Y%m%d%H%M%S", timelib.localtime(starttime)))
)
try:
os.system("sudo mkdir -p %s" % (cf.resultsdir))
os.system("sudo find %s -type d -exec chmod 777 {} \;" % (cf.resultsdirbase))
except OSError, errno:
if errno[0] == EEXIST:
pass
else:
raise
def initialize(self):
#test status and parameters
self.resetState = True
self.resetCount = 0
self.maxResets = self.config.maxresets
self.passing = True
self.debugMode = self.config.debugmode
#uut type
self.uut_type = int(self.config.uuttype)
#initialize testbed
tb = self.config.testbed
#sql database
self.burnInTestArgs = {}
#data file
pathname = self.get_pathname(self.config.dataFileName)
self.df = file(pathname, "w")
#log file
self.lf = self.config.logfile
# Making uut list
from copy import copy
self.uutDict = copy(self.config.uut_dict) #dict from stratatestrunner
self.uutSnList = self.uutDict.keys()
self.info("Number of UUTS TO BE TESTED: %s\n" %len(self.uutSnList))
self.lf.write("\n\nNumber of UUTS TO BE TESTED: %s\n"
%len(self.uutSnList))
#Setting up the uut
for sn in self.uutSnList: #only one UUT
self.burnInTestArgs[self.uutDict[sn]["id"]] = []
uut_slot = self.uutDict[sn]['slot']
self.SLOT = int(uut_slot)
# make the DB connection.
card_conn_list = list(database.TitanBurnIn.select((database.TitanBurnIn.q.slot==self.SLOT)))
i = 0
while i < len(card_conn_list):
if card_conn_list[i].tb == tb.name:
card_conn = card_conn_list[i]
self.db = card_conn
break
else:
i += 1
if (i >= len(card_conn_list)):
#if environment variable IDTYPE == UUID, then use UUID for database entry id, else implicit auto-increment integer is used.
if (("IDTYPE" in os.environ.keys()) and (os.environ["IDTYPE"]=="UUID")):
database.TitanBurnIn(
id = (commands.getoutput('uuidgen -t')).strip(),
tb = str(tb.name),
sn = str(sn),
slot = int(self.SLOT),
startTime = datetime.datetime(2000,1,1,0,0),
endTime = datetime.datetime(2000,1,1,0,0),
runs = int(0),
currentRun = int(0),
lastUpdate = datetime.datetime(2000,1,1,0,0),
msg = str(''),
status = int(2)
)
else:
database.TitanBurnIn(
tb = str(tb.name),
sn = str(sn),
slot = int(self.SLOT),
startTime = datetime.datetime(2000,1,1,0,0),
endTime = datetime.datetime(2000,1,1,0,0),
runs = int(0),
currentRun = int(0),
lastUpdate = datetime.datetime(2000,1,1,0,0),
msg = str(''),
status = int(2)
)
card_conn_list = list(database.TitanBurnIn.select((database.TitanBurnIn.q.slot==self.SLOT)))
i = 0
while i < len(card_conn_list):
if card_conn_list[i].tb == tb.name:
card_conn = card_conn_list[i]
self.db = card_conn
break
else:
i += 1
db_info = {}
db_info['sn'] = sn
db_info['startTime'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['endTime'] = None
db_info['status'] = 2
self._update_uut_db(db_info)
# keep looping until a valid response is given
while (1):
status = upper(self.user_input("\nDo you want to start or continue the BurnIn[s/c]?:"))
if status == "S" or status == "C":
break
totalHrs, interval = self.config.totalhrs
if status == "S":
# if start a new burnin session, ask for how long to run range
# (1-48) hours
self.db.msg = '' # clear the old meassages.
self.db.msg += "Start Burn In Test for Line Card %s in Slot:%s ...\n" % (sn, self.SLOT)
while (1):
totalHrs = int(self.user_input("\nHow long do you want to run BurnIn test?[1-48]?:"))
if totalHrs > 0 and totalHrs < 49:
totalHrsToRun = totalHrs
totalHrs = PQ(totalHrs, "h")
break
self.numCheckIter = int(totalHrs/interval)
self.info("Test to run for %s" %(totalHrs,))
self.lf.write("Test to run for %s" %(totalHrs,))
self.db.msg += "Test to run for %s\n" % (totalHrs,)
self.db.currentRun = 0
db_info['runs'] = totalHrsToRun
self._update_uut_db(db_info)
else:
synctime = self.db.currentRun
totalHrsToRun = self.db.runs
totalHrs = PQ(totalHrsToRun, "h")
syncTimeInHrs = PQ(synctime, "h")
self.info("Test already ran for %s" %(syncTimeInHrs,))
self.lf.write("\n\nTest already ran for %s" %(syncTimeInHrs,))
previousData = self.db.msg
for line in previousData.split("\n"):
if line.find("Initial") >= 0:
self.info("Previous Run: %s" % line)
self.lf.write("\n\nPrevious Run: %s\n" % line)
else:
if line.find("Iter") >= 0:
self.info("Previous Run: %s" % line)
self.lf.write("\n\nPrevious Run: %s\n" % line)
if syncTimeInHrs > totalHrs:
self.numCheckIter = 1
else:
timeLeftInHrs = PQ(round(totalHrs - syncTimeInHrs), "h")
self.numCheckIter = int(timeLeftInHrs/interval)
if round(totalHrs - syncTimeInHrs) <= 0:
self.numCheckIter = int(1)
self.info("Test to run for %s more" %(timeLeftInHrs,))
self.lf.write("\n\nTest to run for %s more" %(timeLeftInHrs,))
self.db.msg += "\n\nTest to run for %s more \n" % (timeLeftInHrs,)
db_info['runs'] = totalHrsToRun
self._update_uut_db(db_info)
# reading initial UUT params
chn, pwr, losth, pminterval, rxpwr, rxtol = self.config.uutParams
self.linemaxberr = self.config.lineberrlimit
self.clientmaxberr = self.config.clientberrlimit
#setting up the UUT
self.uut_ser_dict = {}
for sn, uut_dict in self.uutDict.items():
slot = uut_dict['slot']
UUT_ser = "UUT_slot%s" % slot
self.uut860 = self.config.testbed[UUT_ser]
#getting initial UUT state
while((self.resetState == True) and (self.resetCount <= self.maxResets)):
#set up uut
self.setup_uut()
# check uut initial state
try:
uut_client_sync = self.uut860.get_client_sync()
if uut_client_sync == '0':
uut_client_state = ['0','1','0','1','0.0','0','0']
else:
uut_client_state = ['1','0','0','0','0.0','0','0']
except:
uut_client_state = ['1','0','0','0','0.0','0','0']
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
#lost sync determination
if (clientlostsync == 1):
self.resetState = self.uut860.get_4011_soft_reset_status()
if self.resetState == True:
self.info("UUT was reset.\n")
self.lf.write("\n\nUUT was reset.\n")
self.df.write("\n\nUUT was reset.\n")
self.db.msg += ("\n\nUUT was reset.\n")
time.sleep(30)
self.resetCount +=1
else:
self.resetState = False
#failure determination
if (self.resetCount > self.maxResets):
self.passing = False #uut was reset
self.failed("UUT was reset more than %s times." % self.maxResets)
if (clientlostsync == 1) and (self.resetState == False):
self.passing = False #uut is out of sync
self.failed("UUT was out of sync.")
#initial status output
self.info("Initial: LostSync: %s SecondsInSync: %s ResetCount: %s" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.lf.write("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.df.write("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.db.msg += ("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
#update database
self._update_uut_db(db_info)
def test_method(self):
#log header setup
startTime = time.time()
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.write("\n\nBurn In Test Results:")
#starting test status
self.info("Starting burn in testing ...\n")
self.lf.write("Starting burn in testing ...\n")
#initialize test parameters
uutid = self.uutDict[self.uutSnList[0]]["id"]
totalHrs, interval = self.config.totalhrs
numIter = self.config.numIter
db_info = {}
priorRun = self.db.currentRun
i = 1
lineSecondsInSyncTotal = 0
clientSecondsInSyncTotal = 0
while i <= self.numCheckIter:
#wait time before reading
if self.debugMode == 1:
time.sleep(90) #debug mode
elif self.passing == False:
time.sleep(5) #speed up test if failing
else:
while(1):
time.sleep(60) #test mode
if ((time.time() - startTime)/60) >= (interval.value * i):
break
#initial status
tm = (time.time() - startTime)/60
#read uut state
clientberr = 0
lineberr = 0
self.resetState = True
while((self.resetState == True) and (self.resetCount <= self.maxResets)):
try:
uut_client_sync = self.uut860.get_client_sync()
if uut_client_sync == '0':
uut_client_state = ['0','1','0','1','0.0','0','0']
clientlostsync = 0
clientSecondsInSyncCurrent = int(time.time() - startTime)
clientSecondsOutOfSyncCurrent = 0
clientSecondsSinceReset = int(time.time() - startTime)
clientber = '0.0'
clientPreFECBER = '0'
clientberr = 0
else:
uut_client_state = ['1','0','0','0','0.0','0','0']
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
except:
uut_client_state = ['1','0','0','0','0.0','0','0']
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
#lost sync determination
if (clientlostsync == 1):
self.resetState = self.uut860.get_4011_soft_reset_status()
if self.resetState == True:
self.info("UUT was reset.\n")
self.lf.write("\n\nUUT was reset.\n")
self.df.write("\n\nUUT was reset.\n")
self.db.msg += ("\n\nUUT was reset.\n")
time.sleep(30)
self.resetCount +=1
self.setup_uut()
else:
self.resetState = False
#Status Information
self.info("Iter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.lf.write("\n\nIter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
#Database Information
self.db.msg += ("Iter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
db_info['lastUpdate'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['status'] = 2
db_info['endTime'] = None
db_info['currentRun'] = int(priorRun + (i/4))
self._update_uut_db(db_info)
#failure determination
if (self.resetCount > self.maxResets):
self.passing = False #uut was reset
self.failed("UUT was reset more than %s times." % self.maxResets)
if (clientlostsync == 1) and (self.resetState == False):
self.passing = False #uut is out of sync
self.failed("UUT was out of sync.")
if self.passing == False:
break
#interval increment
i += 1
#record errors accumulated during the test
self.burnInTestArgs[uutid].append((lineberr, clientberr))
#pass/fail determination
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.flush
if not self.passing:
self.db.msg += "\n\nBurn In Test failed."
db_info['status'] = -1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
self._update_uut_db(db_info)
return self.failed("Burn In Test failed.", uutid)
else:
self.db.msg += "\n\nBurn In Test passed."
db_info['status'] = 1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
self._update_uut_db(db_info)
return self.passed("Burn In Test passed.", uutid)
def run_module(self, mod):
"""run_module(module)
Runs the module. The parameter should be a module object, but if it is a
string then a module object with that name will be imported.
"""
cf = self._config
if type(mod) is str:
mod = self.get_module(mod)
if mod:
try:
cf.module_ID = mod._ID
except AttributeError:
cf.module_ID = "<unknown>"
cf.reportbasename = mod.__name__.replace(".", "_")
cf.logbasename = "%s.log" % (cf.reportbasename,)
# merge any test-module specific config files.
testconf = os.path.join(os.path.dirname(mod.__file__) , "%s.conf" % (mod.__name__.split(".")[-1],))
cf.mergefile(testconf)
# resultsdir is where you would place any resulting data files.
starttime = timelib.now()
cf.resultsdir = os.path.join(
cf.get("resultsdirbase", os.environ["HOME"]),
"%s-%s" % (cf.reportbasename, timelib.strftime("%Y%m%d%H%M", timelib.localtime(starttime)))
)
# make collection dir
try:
os.mkdir(cf.resultsdir)
except OSError, errno:
if errno[0] == EEXIST:
pass
else:
raise
# firstly, run the module-level initialize function.
if hasattr(mod, "initialize") and callable(mod.initialize):
if cf.flags.DEBUG:
try:
mod.initialize(cf)
except:
ex, val, tb = sys.exc_info()
import debugger
debugger.post_mortem(ex, val, tb)
else:
mod.initialize(cf)
rpt = cf.get_report()
cf.reportfilenames = rpt.filenames # Report file's names. save for future use.
rpt.initialize()
rpt.logfile(cf.logfilename)
rpt.add_title("Test Results for module %r." % (mod.__name__, ))
rpt.add_message("ARGUMENTS", " ".join(cf.arguments))
note = self.get_note()
if note:
rpt.add_message("NOTE", note)
self._config.comment = note
else:
self._config.comment = "<none>"
self._reporturl(rpt)
rpt.add_message("MODULESTART", timelib.strftime("%a, %d %b %Y %H:%M:%S %Z", timelib.localtime(starttime)))
mod.run(cf) # run the test!
rpt.add_message("MODULEEND", timelib.localtimestamp())
rpt.finalize()
# force close of report and logfile between modules
cf.logfile.flush()
del cf.report ; del cf.logfile
# lastly, run the module-level finalize function.
if hasattr(mod, "finalize") and callable(mod.finalize):
if cf.flags.DEBUG:
try:
mod.finalize(cf)
except:
ex, val, tb = sys.exc_info()
import debugger
debugger.post_mortem(ex, val, tb)
else:
mod.finalize(cf)
def test_method(self):
#initial failure due to incorrect command or start up issues
if (not self.passing):
uutid = self.uutDict[self.uutSnList[0]]["id"]
return self.failed("Burn In Test failed.", uutid)
#log header setup
startTime = time.time()
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.write("\n\nBurn In Test Results:")
#starting test status
self.info("Starting burn in testing ...\n")
self.lf.write("Starting burn in testing ...\n")
# use to store temperature information.
self.temp_readings = {} # each key is the module with
self.temp_limits = self.config.temp_limits
for k in self.temp_limits.keys():
self.temp_readings[k] = []
#initialize test parameters
(min_chn, max_chn, odd_chn, even_chn, pwr, clpwr, cltxminpwr, cltxmaxpwr, losth, pminterval,
rxpwr, rxmintol, rxmaxtol, clrxpwr, clrxmintol, clrxmaxtol, linetxmintol, linetxmaxtol) = self.config.uutParams
uutid = self.uutDict[self.uutSnList[0]]["id"]
totalHrs, interval = self.config.totalhrs
numIter = self.config.numIter
self.modTemps[uutid] = {}
db_info = {}
priorRun = self.db.currentRun
i = 1
lineSecondsInSyncTotal = 0
clientSecondsInSyncTotal = 0
while i <= (self.numCheckIter - 6):
#wait time before reading
if self.debugMode == 1:
time.sleep(5) #debug mode
elif self.passing == False:
time.sleep(5) #speed up test if failing
else:
while(1):
time.sleep(60) #test mode
if ((time.time() - startTime)/60) >= (interval.value * i):
break
#initial status
tm = (time.time() - startTime)/60
#read uut state
clientberr = 0
lineberr = 0
self.resetState = True
while((self.resetState == True) and (self.resetCount <= self.maxResets)):
try:
uut_client_sync = self.uut860.get_client_sync()
self.info("mr 0x3e802 = %s" % uut_client_sync)
if uut_client_sync == '0':
uut_client_state = [0, 1, 0, 1, 0.0, 0, 0]
clientlostsync = 0
clientSecondsInSyncCurrent = int(time.time() - startTime)
clientSecondsOutOfSyncCurrent = 0
clientSecondsSinceReset = int(time.time() - startTime)
clientber = 0.0
clientPreFECBER = 0
clientberr = 0
else:
uut_client_state = [1, 0, 0, 0, 0.0, 0, 0]
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
except:
self.info("Got exception #2...")
uut_client_state = [1, 0, 0, 0, 0.0, 0, 0]
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
#lost sync determination
if (clientlostsync == 1):
self.resetState = self.uut860.get_4011_soft_reset_status()
if self.resetState == True:
self.info("UUT was reset.\n")
self.lf.write("\n\nUUT was reset.\n")
self.df.write("\n\nUUT was reset.\n")
self.db.msg += ("\n\nUUT was reset.\n")
time.sleep(30)
self.resetCount +=1
self.setup_uut()
else:
self.resetState = False
# dump the power readings
txPwrReading = self.uutdsp.show_line_tx_pwr()
rxPwrReading = self.uutdsp.show_line_rx_pwr()
clientOneTxPwrReading = self.uut860.show_client_tx_pwr(1)
clientOneRxPwrReading = self.uut860.show_client_rx_pwr(1)
clientTwoTxPwrReading = self.uut860.show_client_tx_pwr(2)
clientTwoRxPwrReading = self.uut860.show_client_rx_pwr(2)
clientThreeTxPwrReading = self.uut860.show_client_tx_pwr(3)
clientThreeRxPwrReading = self.uut860.show_client_rx_pwr(3)
clientFourTxPwrReading = self.uut860.show_client_tx_pwr(4)
clientFourRxPwrReading = self.uut860.show_client_rx_pwr(4)
# dump the temperature readings
#self.info("Dumping temperature sensor information.....")
tempReadings = self.uut860.get_raw_temps()
if not self.uut860.check_temp_limits(tempReadings, self.temp_limits, self):
self.passing = False
self.error("Module Temperature check failed!")
tempSummary = ""
while (tempReadings != {}):
sensorName, sensorReading = tempReadings.popitem()
tempSummary = "%s %s: %s degC" % (tempSummary, sensorName, sensorReading)
if sensorName in self.temp_limits.keys():
self.temp_readings[sensorName].append(float(sensorReading))
#self.info(self.temp_readings)
self.modTemps[uutid] = self.temp_readings
# dump the alarms information
#self.info("Dumping alarms information.....")
#line_alarms = self.uut860.dump_line_alarms('Titan')
#client_alarms = self.uut860.dump_client_alarms()
# display tdc dispersion information
tdc_disp = self.uutdsp.show_actual_dispersion()
self.info("#### UUT TDC Dispersion: %s" % tdc_disp)
self.lf.write("#### UUT TDC Dispersion: %s" % tdc_disp)
#Status Information
self.info("Iter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.info("Iter: %d LineTxPwr: %.2f dBm LineRxPwr %.2f dBm" % (i, txPwrReading, rxPwrReading))
self.info("Iter: %d Port1TxPwr: %.2f dBm Port1RxPwr: %.2f dBm Port2TxPwr: %.2f dBm Port2RxPwr: %.2f dBm" %
(i, clientOneTxPwrReading, clientOneRxPwrReading, clientTwoTxPwrReading, clientTwoRxPwrReading))
self.info("Iter: %d Port3TxPwr: %.2f dBm Port3RxPwr: %.2f dBm Port4TxPwr: %.2f dBm Port4RxPwr: %.2f dBm" %
(i, clientThreeTxPwrReading, clientThreeRxPwrReading, clientFourTxPwrReading, clientFourRxPwrReading))
self.lf.write("\n\nIter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.lf.write("\n\nIter: %d LineTxPwr: %.2f dBm LineRxPwr %.2f dBm\n" % (i, txPwrReading, rxPwrReading))
self.lf.write("\n\nIter: %d Port1TxPwr: %.2f dBm Port1RxPwr: %.2f dBm Port2TxPwr: %.2f dBm Port2RxPwr: %.2f dBm\n" %
(i, clientOneTxPwrReading, clientOneRxPwrReading, clientTwoTxPwrReading, clientTwoRxPwrReading))
self.lf.write("\n\nIter: %d Port3TxPwr: %.2f dBm Port3RxPwr: %.2f dBm Port4TxPwr: %.2f dBm Port4RxPwr: %.2f dBm\n" %
(i, clientThreeTxPwrReading, clientThreeRxPwrReading, clientFourTxPwrReading, clientFourRxPwrReading))
#self.info("Iter: %d Client Alarms: %s" % (i, client_alarms))
#self.lf.write("\n\nIter: %d Client Alarms: %s\n" % (i, client_alarms))
#self.info("Iter: %d Line Alarms: %s" % (i, line_alarms))
#self.lf.write("\n\nIter: %d Line Alarms: %s\n" % (i, line_alarms))
self.info("Iter: %d Temperature Sensor Readings: %s" % (i, tempSummary))
self.lf.write("\n\nIter: %d Temperature Sensor Readings: %s\n" % (i, tempSummary))
#Database Information
self.db.msg += ("Iter: %d Time: %u min LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (i, tm, clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
db_info['lastUpdate'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['status'] = 2
db_info['endTime'] = None
db_info['currentRun'] = int(priorRun + (i/4))
self._update_uut_db(db_info)
#failure determination
if (self.resetCount > self.maxResets):
self.passing = False #uut was reset
self.failed("UUT was reset more than %s times." % self.maxResets)
if (clientlostsync == 1) and (self.resetState == False):
self.passing = False #uut is out of sync
self.failed("UUT was out of sync.")
#check all powers
if ((rxPwrReading < (txPwrReading + rxmintol)) or
(rxPwrReading > (txPwrReading + rxmaxtol)) or
(txPwrReading < (pwr + linetxmintol)) or
(txPwrReading > (pwr + linetxmaxtol))):
self.passing = False
self.failed("Line side power is not within range.\n")
#check all powers
if ((clientOneRxPwrReading < (clientTwoTxPwrReading + clrxmintol)) or
(clientOneRxPwrReading > (clientTwoTxPwrReading + clrxmaxtol)) or
(clientTwoTxPwrReading < cltxminpwr) or
(clientTwoTxPwrReading > cltxmaxpwr)):
self.passing = False
self.failed("Client side power is not within range.\n")
#check all powers
if ((clientTwoRxPwrReading < (clientThreeTxPwrReading + clrxmintol)) or
(clientTwoRxPwrReading > (clientThreeTxPwrReading + clrxmaxtol))or
(clientThreeTxPwrReading < cltxminpwr) or
(clientThreeTxPwrReading > cltxmaxpwr)):
self.passing = False
self.failed("Client side power is not within range.\n")
#check all powers
if ((clientThreeRxPwrReading < (clientFourTxPwrReading + clrxmintol)) or
(clientThreeRxPwrReading > (clientFourTxPwrReading + clrxmaxtol))or
(clientFourTxPwrReading < cltxminpwr) or
(clientFourTxPwrReading > cltxmaxpwr)):
self.passing = False
self.failed("Client side power is not within range.\n")
#check all powers
if ((clientFourRxPwrReading < (clientOneTxPwrReading + clrxmintol)) or
(clientFourRxPwrReading > (clientOneTxPwrReading + clrxmaxtol))or
(clientOneTxPwrReading < cltxminpwr) or
(clientOneTxPwrReading > cltxmaxpwr)):
self.passing = False
self.failed("Client side power is not within range.\n")
try:
uut_line_state = self.uut860.show_line_prbs()
except:
self.diagnostic("Problem retrieving LINE PRBS...trying again in 30 seconds")
time.sleep(30)
try:
uut_line_state = self.uut860.show_line_prbs()
except:
self.diagnostic("2nd try failed...using default...")
uut_line_state = [1, 0, 0, 0, 0.0, 0, 0]
linelostsync = int(uut_line_state[0])
lineSecondsInSyncCurrent = uut_line_state[1]
lineSecondsOutOfSyncCurrent = uut_line_state[2]
lineSecondsSinceReset = uut_line_state[3]
lineber = uut_line_state[4]
linePreFECBER = uut_line_state[5]
lineberr = uut_line_state[6]
self.check_line_ber_limits(uut_line_state)
if self.passing == False:
break
# line side status check
self.info("Resetting line prbs after 15 minutes...")
self.uut860.reset_line_prbs()
#interval increment
i += 1
#check itla
self.check_itla()
i += 6
db_info['lastUpdate'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['status'] = 2
db_info['endTime'] = None
db_info['currentRun'] = int(priorRun + (i/4))
self._update_uut_db(db_info)
#record errors accumulated during the test
self.burnInTestArgs[uutid].append((lineberr, clientberr))
#pass/fail determination
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.flush
if not self.passing:
self.db.msg += "\n\nBurn In Test failed."
db_info['status'] = -1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
self._update_uut_db(db_info)
return self.failed("Burn In Test failed.", uutid)
else:
self.db.msg += "\n\nBurn In Test passed."
db_info['status'] = 1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
self._update_uut_db(db_info)
Diag.clean_up_logs(self.serialno, self.diag)
return self.passed("Burn In Test passed.", uutid)
def initialize(self):
#test status and parameters
self.resetState = True
self.resetCount = 0
self.maxResets = self.config.maxresets
self.passing = True
self.abort = False
self.debugMode = self.config.debugmode
# reading initial UUT params
(min_chn, max_chn, odd_chn, even_chn, pwr, clpwr, cltxminpwr, cltxmaxpwr, losth, pminterval,
rxpwr, rxmintol, rxmaxtol, clrxpwr, clrxmintol, clrxmaxtol, linetxmintol, linetxmaxtol) = self.config.uutParams
tdcType = self.config.tdcType
self.linemaxberr = self.config.lineberrlimit
self.clientmaxberr = self.config.clientberrlimit
self.uut_type = int(self.config.uuttype)
self.tagNameList = self.config.tagNameList
#initialize testbed
tb = self.config.testbed
#sql database
self.burnInTestArgs = {}
self.modTemps = {}
#data file
pathname = self.get_pathname(self.config.dataFileName)
self.df = file(pathname, "w")
#log file
self.lf = self.config.logfile
# Making uut list
from copy import copy
self.uutDict = copy(self.config.uut_dict) #dict from stratatestrunner
self.uutSnList = self.uutDict.keys()
self.info("Number of UUTS TO BE TESTED: %s\n" %len(self.uutSnList))
self.lf.write("\n\nNumber of UUTS TO BE TESTED: %s\n"
%len(self.uutSnList))
#Setting up the UUT test info
for sn in self.uutSnList: #only one UUT
self.burnInTestArgs[self.uutDict[sn]["id"]] = []
uut_slot = self.uutDict[sn]['slot']
self.SLOT = int(uut_slot)
self.serialno = sn
#Setting up the UUT
self.uut_ser_dict = {}
for sn, uut_dict in self.uutDict.items():
slot = uut_dict['slot']
UUT_ser = "UUT_slot%s" % slot
UUT_ser_mike = "UUT_slot%s_mike" % slot
UUT_dbg = "UUT_slot%s_mike_debug" % slot
self.uut860 = self.uutDict[sn]['obj']
self.uutdsp = self.uutDict[sn]['mike']
self.dbg_obj = self.uutDict[sn]['mike_debug']
self.uut_ser_dict[UUT_ser] = self.uut860
self.uut_ser_dict[UUT_ser_mike] = self.uutdsp
#create logging
self.info("Configuring diagnostic resources...")
basepath = os.path.dirname(self.config.reportpath)
self.info("Basepath: %s" % basepath)
self.diag = {}
# get a logger for the Mike-Debug shell
sn_mike_debug = "%s_mike_debug" % sn
dbg_logger, mike_debug_log_name = Diag.getLogger(basepath, sn_mike_debug)
self.diagnostic("Mike debug log located at '%s'" % os.path.dirname(mike_debug_log_name))
self.diag[sn_mike_debug] = Diag.DiagResponse()
self.diag[sn_mike_debug].log = dbg_logger
self.diag[sn_mike_debug].dsp = self.dbg_obj
self.diag[sn_mike_debug].logname = mike_debug_log_name
self.info("Starting mike-debug shell logging...")
t_id = thread.start_new_thread(Diag.dbgLogger,
(self.diag[sn_mike_debug].log, self.dbg_obj))
self.diag[sn_mike_debug].t_id = t_id
self.info("Debug log started.....")
# cal tag checks
for tag_name in self.tagNameList:
xml_obj, upload_status = self.uutdsp.read_tag_from_mike(tag_name)
if not upload_status:
self.error("Upload failed for tag %s" % tag_name)
self.passing = False
uutid = self.uutDict[self.uutSnList[0]]["id"]
return self.failed("Tags are missing.", uutid)
else:
self.info("Tag: %s" % tag_name)
self.info("%s" % xml_obj.__str__())
xml_file_name = "%s.xml" % tag_name
self.save_object(xml_obj, xml_file_name)
#verify the tdc type
uut_tdc_type = self.uutdsp.get_tdc_type()
self.info("UUT TDC Type: %s" % (int(uut_tdc_type),))
if (int(tdcType) != int(uut_tdc_type)):
self.info("Part number from the command line does not match the UUT TDC Type of %s." % (uut_tdc_type,))
while(1):
status = upper(self.user_input("\nDo you want to (c)ontinue or (a)bort the BurnIn[c/a]?:"))
if status == "A":
raise TestSuiteAbort, "Suite aborted."
break
elif status == "C":
self.info("Operator selected to continue the test.\n")
break
# make the DB connection.
card_conn_list = list(database.TitanBurnIn.select((database.TitanBurnIn.q.slot==self.SLOT)))
i = 0
while i < len(card_conn_list):
if card_conn_list[i].tb == tb.name:
card_conn = card_conn_list[i]
self.db = card_conn
break
else:
i += 1
if (i >= len(card_conn_list)):
#if environment variable IDTYPE == UUID, then use UUID for database entry id, else implicit auto-increment integer is used.
if (("IDTYPE" in os.environ.keys()) and (os.environ["IDTYPE"]=="UUID")):
database.TitanBurnIn(
id = (commands.getoutput('uuidgen -t')).strip(),
tb = str(tb.name),
sn = str(sn),
slot = int(self.SLOT),
startTime = datetime.datetime(2000,1,1,0,0),
endTime = datetime.datetime(2000,1,1,0,0),
runs = int(0),
currentRun = int(0),
lastUpdate = datetime.datetime(2000,1,1,0,0),
msg = str(''),
status = int(2)
)
else:
database.TitanBurnIn(
tb = str(tb.name),
sn = str(sn),
slot = int(self.SLOT),
startTime = datetime.datetime(2000,1,1,0,0),
endTime = datetime.datetime(2000,1,1,0,0),
runs = int(0),
currentRun = int(0),
lastUpdate = datetime.datetime(2000,1,1,0,0),
msg = str(''),
status = int(2)
)
card_conn_list = list(database.TitanBurnIn.select((database.TitanBurnIn.q.slot==self.SLOT)))
i = 0
while i < len(card_conn_list):
if card_conn_list[i].tb == tb.name:
card_conn = card_conn_list[i]
self.db = card_conn
break
else:
i += 1
db_info = {}
db_info['sn'] = sn
db_info['startTime'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['endTime'] = None
db_info['status'] = 2
self._update_uut_db(db_info)
# keep looping until a valid response is given
while (1):
status = upper(self.user_input("\nDo you want to start or continue the BurnIn[s/c]?:"))
if status == "S" or status == "C":
break
totalHrs, interval = self.config.totalhrs
if status == "S":
# if start a new burnin session, ask for how long to run range
# (1-48) hours
self.db.msg = '' # clear the old meassages.
self.db.msg += "Start Burn In Test for Line Card %s in Slot:%s ...\n" % (sn, self.SLOT)
while (1):
totalHrs = int(self.user_input("\nHow long do you want to run BurnIn test?[2-48]?:"))
if totalHrs > 1 and totalHrs < 49:
if totalHrs != 48:
# prompt for password.
password_ok = self.check_password()
if not password_ok:
return self.abort("Test Engineering password not verified!")
totalHrsToRun = totalHrs
totalHrs = PQ(totalHrs, "h")
break
self.numCheckIter = int(totalHrs/interval)
self.info("Test to run for %s" %(totalHrs,))
self.lf.write("Test to run for %s" %(totalHrs,))
self.db.msg += "Test to run for %s\n" % (totalHrs,)
self.db.currentRun = 0
db_info['runs'] = totalHrsToRun
self._update_uut_db(db_info)
else:
synctime = self.db.currentRun
totalHrsToRun = self.db.runs
totalHrs = PQ(totalHrsToRun, "h")
syncTimeInHrs = PQ(synctime, "h")
self.info("Test already ran for %s" %(syncTimeInHrs,))
self.lf.write("\n\nTest already ran for %s" %(syncTimeInHrs,))
previousData = self.db.msg
for line in previousData.split("\n"):
if line.find("Initial") >= 0:
self.info("Previous Run: %s" % line)
self.lf.write("\n\nPrevious Run: %s\n" % line)
else:
if line.find("Iter") >= 0:
self.info("Previous Run: %s" % line)
self.lf.write("\n\nPrevious Run: %s\n" % line)
if syncTimeInHrs > totalHrs:
self.numCheckIter = 1
else:
timeLeftInHrs = PQ(round(totalHrs - syncTimeInHrs), "h")
self.numCheckIter = int(timeLeftInHrs/interval)
if round(totalHrs - syncTimeInHrs) <= 0:
self.numCheckIter = int(1)
self.info("Test to run for %s more" %(timeLeftInHrs,))
self.lf.write("\n\nTest to run for %s more" %(timeLeftInHrs,))
self.db.msg += "\n\nTest to run for %s more \n" % (timeLeftInHrs,)
db_info['runs'] = totalHrsToRun
self._update_uut_db(db_info)
#getting initial UUT state
startTime = time.time()
while((self.resetState == True) and (self.resetCount <= self.maxResets)):
#set up uut
self.setup_uut()
# check uut initial state
try:
uut_client_sync = self.uut860.get_client_sync()
self.info("mr 0x3e802 = %s" % uut_client_sync)
if uut_client_sync == '0':
uut_client_state = [0, 1, 0, 1, 0.0, 0, 0]
clientlostsync = 0
clientSecondsInSyncCurrent = int(time.time() - startTime)
clientSecondsOutOfSyncCurrent = 0
clientSecondsSinceReset = int(time.time() - startTime)
clientber = 0.0
clientPreFECBER = 0
clientberr = 0
else:
uut_client_state = [1, 0, 0, 0, 0.0, 0, 0]
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
except:
self.info("Got exception!")
uut_client_state = [1, 0, 0, 0, 0.0, 0, 0]
clientlostsync = int(uut_client_state[0])
clientSecondsInSyncCurrent = uut_client_state[1]
clientSecondsOutOfSyncCurrent = uut_client_state[2]
clientSecondsSinceReset = uut_client_state[3]
clientber = uut_client_state[4]
clientPreFECBER = uut_client_state[5]
clientberr = uut_client_state[6]
#lost sync determination
if (clientlostsync == 1):
self.resetState = self.uut860.get_4011_soft_reset_status()
if self.resetState == True:
self.info("UUT was reset.\n")
self.lf.write("\n\nUUT was reset.\n")
self.df.write("\n\nUUT was reset.\n")
self.db.msg += ("\n\nUUT was reset.\n")
time.sleep(30)
self.resetCount +=1
else:
self.resetState = False
#failure determination
if (self.resetCount > self.maxResets):
self.passing = False #uut was reset
self.failed("UUT was reset more than %s times." % self.maxResets)
if (clientlostsync == 1) and (self.resetState == False):
self.passing = False #uut is out of sync
self.failed("UUT was out of sync.")
#initial status output
self.info("Initial: LostSync: %s SecondsInSync: %s ResetCount: %s" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.lf.write("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.df.write("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
self.db.msg += ("\n\nInitial: LostSync: %s SecondsInSync: %s ResetCount: %s\n" % (clientlostsync, clientSecondsInSyncCurrent, self.resetCount))
#update database
self._update_uut_db(db_info)
def test_method(self):
#log header setup
startTime = time.time()
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.write("\n\nRubiconCheck Test Results:")
#starting test status
self.info("Starting RubiconCheck testing ...\n")
self.lf.write("Starting RubiconCheck testing ...\n")
#initialize test parameters
(min_chn, max_chn, odd_chn, even_chn, pwr, clpwr, cltxminpwr, cltxmaxpwr, losth, pminterval,
rxpwr, rxmintol, rxmaxtol, clrxpwr, clrxmintol, clrxmaxtol, linetxmintol, linetxmaxtol) = self.config.uutParams
uutid = self.uutDict[self.uutSnList[0]]["id"]
totalHrs, interval = self.config.totalhrs
numIter = self.config.numIter
serno = self.config.serno
db_info = {}
priorRun = 0 #self.db.currentRun
i = 1
lineSecondsInSyncTotal = 0
clientSecondsInSyncTotal = 0
while i <= self.numCheckIter:
#wait time before reading
if self.debugMode == 1:
time.sleep(5) #debug mode
elif self.passing == False:
time.sleep(5) #speed up test if failing
else:
while(1):
time.sleep(60) #test mode
if ((time.time() - startTime)/60) >= (interval.value * i):
break
#initial status
tm = (time.time() - startTime)/60
#read uut state
clientberr = 0
lineberr = 0
self.resetState = True
lber = self.uut860.BER
if lber != PQ(0.0,'BER'):
self.error("Line BER not 0.0!")
self.passing = False
cberr, client_status = self.client_analyzer.get_ber("10gbelan")
status_10gbelan, failed_params = self.check_10gbelan_status(cberr, client_status)
if not status_10gbelan:
self.error("Client_Status: %s, Failed on: %s" % (status_10gbelan, failed_params))
self.passing = False
else:
self.info("No client error detected")
self.info("iteration: %s, Line BER: %s, Client BER: %s" % (i,
lber, cberr))
db_info['lastUpdate'] = datetime.datetime.fromtimestamp(timelib.now())
db_info['status'] = 2
db_info['endTime'] = None
db_info['currentRun'] = int(priorRun + (i/4))
try:
dbuut = list(database.UUTBuild.select(database.UUTBuild.q.UutSN==serno))[0]
self.info("%s" % dbutt)
except:
pass
# dump the alarms information
self.info("Dumping alarms information.....")
line_alarms = self.uut860.dump_line_alarms('Titan')
client_alarms = self.uut860.dump_client_alarms()
self.info("Iter: %d Client Alarms: %s" % (i, client_alarms))
self.info("Iter: %d Line Alarms: %s" % (i, line_alarms))
if self.passing == False:
break
#interval increment
i += 1
#record errors accumulated during the test
self.burnInTestArgs[uutid].append((lineberr, clientberr))
#pass/fail determination
self.df.write( "\nTime Stamp: %s"
% (time.strftime( "%m-%d-%Y %H:%M:%S", time.localtime())))
self.df.flush
if not self.passing:
db_info['status'] = -1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
return self.failed("RubiconCheck Test failed.")
else:
db_info['status'] = 1
db_info['endTime'] = datetime.datetime.fromtimestamp(timelib.now())
return self.passed("RubiconCheck Test passed.")
def test_method(self):
errorCount = 0
card_type = None
cf = self.config
login_info = self.config.login_info
ftp_addr = self.config.ftp_addr
spn_info = database.get_spn_info(self.config)
# the following dictionary is ONLY for Ciena rebranding.
self.data_args = {}
self.data_args["process_id"] = ""
self.data_args["serial_number"] = ""
self.data_args["operator"] = "SLCOperator"
self.data_args["tdate"] = time.strftime("%Y-%m-%d")
self.data_args["start_time"] = self.timestamp(self.starttime)
self.data_args["stop_time"] = ""
self.data_args["comments"] = ""
self.data_args["approved"] = "Approved"
self.data_args["ciena_pn"] = spn_info.copr
self.data_args["ciena_clei"] = spn_info.clei
self.data_args["spn"] = self.config.ser_no
self.data_args["test_status"] = "PASS"
rebranding = database.BrandingSnLinkage
self.info("Retrieved SPN info...%s" % spn_info)
self.info("Please select the customer: ")
ui = self.config.userinterface
# look into the BrandingSnLinkage table to find a match to ser_no
# given
ser_no = self.config.ser_no
# now get and display customer code, prompt user to select the type of customer.
customers = database.get_customers(self.config)
customer_list, customer_dict = build_customer_list(customers)
customer = ui.choose(customer_list)
if customer != "Ciena":
self.data_args["operator"] = "OpnextOperator"
self.data_args["serial_number"] = self.config.ser_no
db_conn = database.check_branding_tbl(cf, ser_no)
if (db_conn.uploaded) and (customer == "Ciena"):
self.info("Upload not needed")
pass
else:
customer_sn = db_conn.customer_sn
customer_id = db_conn.customer_id
if customer == "Ciena":
self.data_args["serial_number"] = db_conn.customer_sn
self.info("Updating Branding databse...")
self.endtime = timelib.now()
self.data_args["stop_time"] = self.timestamp(timelib.now())
upload_req = CienaSoapUpload() # CienaSoap()
self.info("Logging Into Ciena's system...")
login_res = upload_req.Login
self.info("Getting Process ID...")
res_id = upload_req.GetAvailableProcesses
process_id = get_single_xml_value(res_id, "ID")
self.data_args["process_id"] = process_id
data_args = self.data_args
self.diagnostic("DATA posted to Ciena's website: %s" % data_args)
# TestDataWithTheSystem
test_res1 = upload_req.SaveDataToTheSystem(
process_id=data_args["process_id"],
serial_number=data_args["serial_number"],
operator=data_args["operator"],
tdate=data_args["tdate"],
start_time=data_args["start_time"],
stop_time=data_args["stop_time"],
comments=data_args["comments"],
approved=data_args["approved"],
ciena_pn=data_args["ciena_pn"],
ciena_clei=data_args["ciena_clei"],
spn=data_args["spn"],
test_status=data_args["test_status"],
)
else: # generic template
# for generic customer, we write out the results to a xml
# template structure.
data_args = self.data_args
data_args["cust_id"] = customer_id
del data_args["ciena_pn"]
data_args["pn"] = self.config.part_no
data_args["clei"] = data_args["ciena_clei"]
data_args["copr"] = spn_info.copr
del data_args["ciena_clei"]
del data_args["tdate"]
t = GenericResultsTemplate()
results_xml = t.results_data_tpl % (
data_args["cust_id"],
data_args["serial_number"],
data_args["operator"],
data_args["start_time"],
data_args["stop_time"],
data_args["test_status"],
data_args["approved"],
data_args["clei"],
data_args["copr"],
data_args["pn"],
)
# save the xml result to a directory
filename = self.save_object(results_xml, "results.xml")
f_obj = file(filename, "r")
user_info = login_info[customer]
ftp_path = upload_via_ericsson_ftp(f_obj, customer_sn, user_info)
self.info("Result XML stored in '%s'" % ftp_path)
uploaded_status = 1
uploaded_time = datetime.datetime.fromtimestamp(timelib.now())
database.update_branding_tbl(
self.config,
self.config.ser_no,
self.config.part_no,
customer_sn,
customer_id,
uploaded_status,
uploaded_time,
)
return self.passed("DataUpload test passed.")
def run_module(self, mod):
"""run_module(module)
Runs the module. The parameter should be a module object, but if it is a
string then a module object with that name will be imported.
"""
cf = self._config
ui = self._config.userinterface
# user to choose one.
user_name = commands.getoutput('whoami')
output = commands.getoutput("groups %s" % user_name)
user_group = output.split(':')[1].strip()
cf.flags.USERGROUP = user_group
if cf.flags.USERGROUP.startswith('opsusers'):
ui.info("network is in '%s'" % cf.baseurl)
if 'stratalight' in cf.baseurl:
run_modes = ['MFG', 'NPI', 'RMA', 'GRR']
else:
run_modes = ['MFG', 'RMA']
else:
run_modes = ['MFG', 'NPI', 'RMA', 'DEV', 'DEBUG', 'ENG', 'GRR']
if cf.has_key('mode'):
mode = cf.mode.upper()
if mode not in run_modes:
ui.error("Run mode specified is not predefined, please choose one of the follow")
cf.run_mode = ui.choose(run_modes)
else:
cf.run_mode = mode
else:
# don't default to anything. List out the options to the user.
ui.error("Run mode missing, please choose one of the following")
cf.run_mode = ui.choose(run_modes)
while cf.run_mode is None:
cf.run_mode = ui.choose(run_modes)
# XXX: hardcode it for now.
if type(mod) is str:
# get the .pyc module specified.
mod = self.get_module(mod)
# always true...assign properties module_ID and multiModule.
if mod:
try:
version_full_name = file(os.path.join(os.environ["STRATATEST_HOME"], "etc", "VERSION")).read()
# remove trailing space and Manufacturing_Test_ from the full
# name
cf.module_ID = version_full_name.strip()
except AttributeError:
cf.module_ID = "<unknown>"
try:
cf.multiModule = mod._MULTI
except AttributeError:
cf.multiModule = False
try:
cf.upgrade = mod._UPGRADE
except AttributeError:
cf.upgrade = False
try:
cf._IGNORE_SN_CHECK = mod._IGNORE_SN_CHECK
except AttributeError:
cf._IGNORE_SN_CHECK = False
try:
cf._FORCE_CHECK_PERMISSION = mod._FORCE_CHECK_PERMISSION
except AttributeError:
cf._FORCE_CHECK_PERMISSION = False
cf.reportbasename = mod.__name__.replace(".", "_")
cf.logbasename = "%s.log" % (cf.reportbasename,)
# merge any test-module specific config files.
modconf = os.path.join(os.path.dirname(mod.__file__) , "%s.conf" % (mod.__name__.split(".")[-1],))
cf.conf_dir = os.path.dirname(modconf)
cf.mergefile(modconf)
# the "resultsdir" is where you would place any resulting data files.
starttime = timelib.now()
cf.results_year_month_dir = os.path.join(
cf.get("resultsdirbase", "/var/tmp"),
"%s" % (timelib.strftime("%Y%m")),
)
# first make the YYYYMM top directory
try:
os.mkdir(cf.results_year_month_dir)
os.chmod(cf.results_year_month_dir, 0777)
except OSError, errno:
if errno[0] == EEXIST:
pass
else:
raise
if cf.multiModule:
import random
rand_num = random.randint(0, 5000)
else:
rand_num = cf.ser_no
# now make the actual test directory
cf.resultsdir = os.path.join(
cf.results_year_month_dir,
"%s-%s-%s" % (cf.reportbasename, rand_num, timelib.strftime("%Y%m%d%H%M%S", timelib.localtime(starttime)))
)
try:
os.mkdir(cf.resultsdir)
except OSError, errno:
if errno[0] == EEXIST:
pass
else:
raise
def _tp(self, set, starttime):
elapsed = now() - starttime
self.assert_approximately_equal(elapsed, set, 1)
self.info("%.2f elapsed for %s sec delay" % (elapsed, set))
def datapoint(self, val): """Adds data to the list of collected data. A time stamp is added.""" self.datapoints.extend((timelib.now(), val))
def _tp(self, set, starttime):
elapsed = now() - starttime
self.assert_approximately_equal(elapsed, set, 1)
self.info("%.2f elapsed for %s sec delay" % (elapsed, set))
def test_method(self):
errorCount = 0
card_type = None
card_slot = self.config.default_card_slot
cf = self.config
expected_card_type = self.config.default_card_type
cardInfoTagList = self.config.cardInfoTagList
if expected_card_type != 'SC_MFG':
cardInfoObjList = [CARD_INFO]
else:
cardInfoObjList = [SC_MFG]
spn_info = database.get_spn_info(self.config)
if spn_info is None:
raise TestSuiteAbort, "No entry for part_no '%s' found ins SPN database!" % self.config.part_no
# the following dictionary is ONLY for Ciena rebranding.
self.data_args = {}
self.data_args['process_id']= ''
self.data_args['serial_number'] = ''
self.data_args['operator'] = 'SLCOperator'
self.data_args['tdate'] = time.strftime("%Y-%m-%d")
self.data_args['start_time'] = self.timestamp(self.starttime)
self.data_args['stop_time'] = ''
self.data_args['comments'] = ''
self.data_args['approved'] = 'Approved'
self.data_args['ciena_pn'] = spn_info.copr
self.data_args['ciena_clei'] = spn_info.clei
self.data_args['spn'] = self.config.ser_no
self.data_args['test_status'] = 'PASS'
self.info("Retrieved SPN info...%s" % spn_info)
self.info("Please select the customer: ")
ui = self.config.userinterface
# now get and display customer code, prompt user to select the type of customer.
customers = database.get_customers(self.config)
customer_list, customer_dict = build_customer_list(customers)
customer = ui.choose(customer_list)
# depending of the customer, we get the serial number differently
customer_sn = get_sn_by_customer_id(self, spn_info, customer)
if customer_sn:
setattr(spn_info, 'sn', customer_sn)
self.data_args['serial_number'] = customer_sn
else:
if customer == 'Ciena':
raise TestSuiteAbort, "Unable to retrieve serial number from Ciena webservice!"
else:
# set the customer_sn same as given
customer_sn = self.config.ser_no
#customer_sn = ui.user_input("Please enter Customer ReBranding serial number: ")
#setattr(spn_info, 'sn', customer_sn)
if spn_info is None:
if self.config.has_key('sopr'):
self.failed("Unable to find match for sopr '%s' in SPN database" % cf.sopr)
else:
self.failed("Unable to find match for pn '%s' in SPN database" % cf.part_no)
errorCount += 1
else:
#self.Zircon.bp_clear() # clear buffer
required_fields = self.config.required_fields
if self.config.flags.IGNORE:
required_fields = [] # ignore required_fields
self.diagnostic("Warning: required fields from SPN are being ignored!")
errorCount += 1
spn_card_type = spn_info.card_type
if spn_card_type.strip() != expected_card_type.strip():
return self.error("Card type mismatch, expected: %s, got %s" % (expected_card_type, spn_card_type))
else:
card_type = expected_card_type
for field in required_fields:
val = getattr(spn_info, field)
if val is None:
return self.error("Required field '%s' is empty in SPN databse, please correct it first!" % field)
if card_type != 'SC_MFG':
res = self.Zircon.bp_start(card_type, card_slot)
if not res:
errorCount += 1
self.error("ERROR: problem with starting bp")
self.diagnostic(res)
for obj, tag in zip(cardInfoObjList, cardInfoTagList):
tagXf = obj()
# display the info that will be stored into the EEPROM.
# prompt if user accepts it or not. If not, then display each in
# turn
cardInfoXmlTag = self.display_card_info(tag, tagXf, spn_info, required_fields)
while 1:
ans = upper(self.user_input("Do you accept these values [y/n]:"))
if ans == 'N':
cardInfoXmlTag = self.enter_card_info_tag(tag, tagXf, spn_info, required_fields)
break
elif ans == 'Y':
break
else:
pass
self.info("Writing data into EEPROM, please wait...")
if card_type != 'SC_MFG':
self.info("Clearing buffer...")
self.Zircon.bp_clear() # clear buffer
self.Zircon.bp_data(cardInfoXmlTag) # write data
else:
self.Zircon.download(cardInfoXmlTag, True) # write data
self.info("Verifying EEPROM contents...")
if card_type != 'SC_MFG':
res = self.Zircon.upload_card_info(card_type, card_slot)
else:
res = self.Zircon.upload_sc_mfg()
self.info(res)
rv = cmp_xml_tag(tagXf, res)
# output the CARD_INFO XML tag to a file.
self.save_object(res, self.config.MfgTagFileName)
if rv:
self.failed("Failed on verify on tag '%s'" % rv)
errorCount += 1
else:
self.passed("EEPROM Contents verified successfully!")
# XXX: do a final comparison agaist SPN database. Fail test if
# tagXf does not compare against required_fileds
cmp_res = self.cmp_tag_vs_spn(tagXf, spn_info, required_fields)
if not cmp_res:
errorCount += 1
self.failed("Data in EEPROM does not match SPN...")
uploaded_status = 0
if errorCount:
return self.failed("ReBranding test failed.")
else:
self.info("Updating Branding databse...")
self.endtime = timelib.now()
customer_id = customer_dict[customer]
utime = timelib.now()
uploaded_time = datetime.datetime.fromtimestamp(utime)
## if customer == 'Ciena':
## self.data_args['stop_time'] = self.timestamp(timelib.now())
## upload_req = CienaSoapUpload()#CienaSoap()
## self.info("Logging Into Ciena's system...")
## login_res = upload_req.Login
## self.info("Getting Process ID...")
## res_id = upload_req.GetAvailableProcesses
## process_id = get_single_xml_value(res_id, 'ID')
## self.data_args['process_id'] = process_id
## data_args = self.data_args
## self.diagnostic("DATA posted to Ciena's website: %s" % data_args)
## test_res1 = upload_req.TestDataWithTheSystem(process_id=data_args['process_id'],
## serial_number=data_args['serial_number'],
## operator = data_args['operator'],
## tdate = data_args['tdate'],
## start_time = data_args['start_time'],
## stop_time = data_args['stop_time'],
## comments = data_args['comments'],
## approved = data_args['approved'],
## ciena_pn = data_args['ciena_pn'],
## ciena_clei = data_args['ciena_clei'],
## spn = data_args['spn'],
## test_status = data_args['test_status'],
## )
database.update_branding_tbl(self.config, self.config.ser_no,
self.config.part_no, customer_sn,
customer_id, uploaded_status, uploaded_time)
self.diagnostic("Please remember to print out the label for %s" % customer_sn)
return self.passed("ReBranding test passed.")
def _sleeptest(t):
start = now()
self.info("sleeping %s seconds" % (t,))
self.sched.sleep(t)
elapsed = now() - start
self.assert_approximately_equal(elapsed, t, 1, "should have slept %s secs., actual %s secs." % (t, elapsed))
def test_method(self):
# set things up first
errorCount = 0
tdcCalDataPath = self.config.tdcCalDataPath
self.tdcCalXml = TDC_CAL()
self.tdcSwitchXml = TDC_SWITCH_CAL()
# dave 3/28/07
# precheck
try:
tagName = "TDC_SWITCH_MFG"
attrName = "sn"
res = self.accessTag(tagName, attrName)
except (globalExceptionTagAttrBlank):
return self.failed("Cannot proceed : %s->%s is blank" % (tagName, attrName))
if (res):
self.TdcHasSwitch = True
else:
self.TdcHasSwitch = False
try:
tagName = "TDC_MFG"
attrName = "sn"
res = self.accessTag(tagName, attrName)
except (globalExceptionTagAttrBlank):
return self.failed("Cannot proceed: %s->%s is blank" % (tagName, attrName))
if (res):
sn = res
else:
return self.failed("Cannot proceed - unable to retrieve the sn of FBG")
self.info("TDC_MFG tag provided serial number is %s" % (sn))
snFileName = self.config.tdcFile_prefix + sn + self.config.tdFile_ext
file_name = os.path.join(tdcCalDataPath, snFileName)
self.fileNameForDb = file_name
print "debug filename -> ", file_name
if not os.path.exists(file_name):
# prompt user for complete path of the source file
while 1:
self.info("ERROR: No file matching '%s' not found!" % file_name)
file_name = self.user_input("\nPlease enter the complete file name of the calibration data file:")
if os.path.exists(file_name):
break
# Parse Teraxion Calibration Data File
# process csv file and generate XML object
self.gen_cal_data_from_file(file_name, sn)
#print "%s" % self.tdcCalXml
#return self.passed()
# dave 3/28/07 - no Tap in/out with G+
# now, begin calibration of TDC
# self.genTapCalData()
#self.info("TDC_CAL XML document: \n %s" % self.tdcCalXml)
# store the XML data into EEPROM
self.save_object(self.tdcCalXml, self.config.tdcCalFileName)
self.info("Wait, writing data to the EEPROM.\n")
download_starttime = timelib.now()
self.info("DOWNLOAD STARTTIME: %s" % self.timestamp(download_starttime))
res = self.UUT.download(self.tdcCalXml)
download_endtime = timelib.now()
self.info("DOWNLOAD ENDTIME: %s" % self.timestamp(download_endtime))
minutes, seconds = divmod(download_endtime - download_starttime, 60.0)
hours, minutes = divmod(minutes, 60.0)
self.info("Time elapsed: %02.0f:%02.0f:%02.2f" % (hours, minutes, seconds))
print "\n\ndebug uploading TDC_CAL"
res = self.UUT.upload("TDC_CAL")
print "debug upload res -> %s" % (res)
if errorCount:
return self.failed("ERROR: FBG_Cal test failed.")
else:
self.info("Power Cycle TDC to activate changes in EEPROM...")
#slot = int(self.config.slot)
#self.info("Powering off slot %s" % slot)
#self.SHELF.power_off_slots(slot, slot)
#self.info("Powering on slot %s" % slot)
#self.SHELF.power_on_slots(slot, slot)
return self.passed("FBG_Cal test passed and datafile stored at %s." % file_name)
except AssertionError, errval:
rv = self.failed("failed assertion: %s" % (errval,))
except TestSuiteAbort:
ex, val, tb = sys.exc_info()
if self._debug:
debugger.post_mortem(ex, val, tb)
tb = None
rv = self.incomplete("%s: ### Abort Exception occured! (%s: %s)" % (self.test_name, ex, val))
raise # pass this one up to suite
except:
ex, val, tb = sys.exc_info()
if self._debug:
debugger.post_mortem(ex, val, tb)
tb = None
rv = self.incomplete("%s: Exception occured! (%s: %s)" % (self.test_name, ex, val))
self.endtime = timelib.now()
minutes, seconds = divmod(self.endtime - teststarttime, 60.0)
hours, minutes = divmod(minutes, 60.0)
self.info("Time elapsed: %02.0f:%02.0f:%02.2f" % (hours, minutes, seconds))
rv = self._finalize(rv)
# if not specified in command line, then record the result by default
if cf.flags.NORECORD:
user_group = cf.flags.USERGROUP
if user_group == 'users' or user_group == 'opsusers':
self.error("User ('%s') does not have NORECORD Flag privilage!" % self.config.user)
if cf.test_name == 'OvenControl':
self.info("Skip recording because test is '%s'" % cf.test_name)
else:
self._record_results()
self.info("Results written to SQL DB %s ..." % cf.DBURI)