def __logFilesWaiter(self, testcase):
self.stime = time.time()
print ' **> LogFilesWaiter is waiting, %d, %s, %s' \
% (self.stime, self.logsReceived, self.peer.ipAddress)
# FIXME: hack to allow the files to be sent.
# This disables the protection from the slave
# failing to send the files.
while self.stime == None or \
(time.time() - self.stime < 1800000000000000000000 and \
not self.logsReceived):
if self.shuttingDown:
return
time.sleep(1)
print ' **> LogFilesWaiter has stopped waiting, %d, %s, %s, %s, %s' \
% (time.time() - self.stime, self.stime, self.logsReceived, time.time(), self.peer.ipAddress)
if self.logsReceived and self.REBOOT_PER_TEST:
print ' **> Rebooting peer as test has completed, %s' % self.peer.ipAddress
SignalExchangeHub().propagateSignal(PeerReboot(self.peer))
elif self.logsReceived and not self.REBOOT_PER_TEST:
print ' **> Test has completed, no need for reboot, %s' % self.peer.ipAddress
self.peer.setState(ActivePeerState.ACTIVE())
elif self.logsReceived == False:
print ' **> Didn\'t receive log files for %s' % self.peer.ipAddress
SignalExchangeHub().propagateSignal(PeerRecovery(self.peer))
logSig = LogFilesTransfered(self.peer.macAddress, testcase.testId, {}, testcase.iteration)
logSig.removePeerNamespace()
SignalExchangeHub().propagateSignal(logSig)
testcase.state = TestState.SLAVE_CRASH()
SignalExchangeHub().propagateSignal(
TestCompleted(self.peer.macAddress, testcase))
