def makeBaseline(self, hosts):
super().makeBaseline(hosts)
opts = self.options.pingOptions + [self.lp[host].address for host in hosts]
resContainer = self.TestResult()
WatcherServices.doStandaloneTest(self.PING_TEST_NAME, opts, resContainer.addResult, resContainer.addError)
resContainer.resultCollected.wait()
redoBl = []
for host, ping in resContainer.results.items():
# check that values are consistent, redo if not
if ping.rttdev > self.options.rttdevThreshold:
redoBl.append(host)
self.lp[host].baseline = ping
if len(redoBl) > 0:
self.logger.info("Retaking baseline for %s", repr(redoBl))
print("Retaking baseline for %s" % repr(redoBl))
self.makeBaseline(redoBl)
def makeMeasures(self, s):
opts = self.options.pingOptions + [probe.address for probe in s]
resContainer = self.TestResult()
WatcherServices.doStandaloneTest(self.PING_TEST_NAME, opts, resContainer.addResult, resContainer.addError)
# protect against tests hanging
resContainer.resultCollected.wait(30)
if not resContainer.resultCollected.is_set():
self.makeMeasures(s)
return
redoMeasure = []
for host, ping in resContainer.results.items():
if ping.rttdev > self.options.rttdevThreshold:
redoMeasure.append(self.lp[host])
self.lp[host].add(ping)
if len(redoMeasure) > 0:
self.logger.info("Retaking measure for %s", repr(redoMeasure))
print("Retaking measure for %s" % repr(redoMeasure))
self.makeMeasures(redoMeasure)
