def subtest_done(self, subtest):
self.nsubtests_running -= 1
if subtest.rval == 0:
self.rval -= 1
if self.nsubtests_running == 0:
if self.rval == 1:
self.rval = 0
ED2.breakLoop()
def results_received(results):
global external_command
external_command.shutdown()
# Give threads time to finish
sleep(0.05)
if not results == test_data:
print(test_data, results)
exit(1)
ED2.breakLoop()
def results_received(results):
global external_command
external_command.shutdown()
# Give threads time to finish
sleep(0.05)
if not results == test_data:
print(test_data, results)
exit(1)
ED2.breakLoop()
def pong_received(self, data, address, udp_server, rtime):
if udp_server.uopts.family == socket.AF_INET:
print('pong_received')
if data != self.pong_data or address != self.ping_raddr:
print(data, address, self.pong_data, self.ping_raddr)
exit(1)
else:
print('pong_received6')
if data != self.pong_data6 or address != self.ping_raddr6:
print(data, address, self.pong_data6, self.ping_raddr6)
exit(1)
self.npongs -= 1
if self.npongs == 0:
ED2.breakLoop()
def pong_received(self, data, address, udp_server, rtime):
if udp_server.uopts.family == socket.AF_INET:
print('pong_received')
if data != self.pong_data or address != self.ping_raddr:
print(data, address, self.pong_data, self.ping_raddr)
exit(1)
else:
print('pong_received6')
if data != self.pong_data6 or address != self.ping_raddr6:
print(data, address, self.pong_data6, self.ping_raddr6)
exit(1)
self.npongs -= 1
if self.npongs == 0:
ED2.breakLoop()
def executeStop(self):
if not self.safe_stop:
return
self.global_config['_executeStop_count'] += 1
acalls = [x for x in self.ccmap if x.state in (CCStateConnected, CCStateARComplete)]
nactive = len(acalls)
print('[%d]: executeStop is invoked, %d calls in map, %d active' % \
(self.global_config['_my_pid'], len(self.ccmap), nactive))
if self.global_config['_executeStop_count'] >= 5 and nactive > 0:
print('executeStop: some sessions would not die, forcing exit:')
for cc in acalls:
print('\t' + str(cc))
nactive = 0
if nactive > 0:
return
self.er_timer.cancel()
del self.er_timer
sys.stdout.flush()
sys.stderr.flush()
ED2.breakLoop()
return
def executeStop(self):
if not self.safe_stop:
return
self.global_config['_executeStop_count'] += 1
acalls = [
x for x in self.ccmap
if x.state in (CCStateConnected, CCStateARComplete)
]
nactive = len(acalls)
print('[%d]: executeStop is invoked, %d calls in map, %d active' % \
(self.global_config['_my_pid'], len(self.ccmap), nactive))
if self.global_config['_executeStop_count'] >= 5 and nactive > 0:
print('executeStop: some sessions would not die, forcing exit:')
for cc in acalls:
print('\t' + str(cc))
nactive = 0
if nactive > 0:
return
self.er_timer.cancel()
del self.er_timer
sys.stdout.flush()
sys.stderr.flush()
ED2.breakLoop()
return
def test2(arguments, testnum, mtm):
arguments['delay'] = mtm.offsetFromNow()
print(testnum, arguments['delay'])
arguments['test'] = 'bar'
ED2.breakLoop()
def test(arguments):
arguments['test'] = not arguments['test']
ED2.breakLoop()
def display(*args):
print('got:', args)
ED2.breakLoop()
def test1(arguments, testnum):
print(testnum)
arguments['test'] = True
ED2.breakLoop()
def terminate():
ED2.breakLoop()
def display(res, ro, arg):
print(res, arg)
ro.rval = (res, arg)
ED2.breakLoop()
def timeout(self):
ED2.breakLoop()
def test2(arguments, testnum):
print(testnum)
arguments['test'] = 'bar'
ED2.breakLoop()
def callback(clm, cmd):
print('in:', cmd)
clm.send('hello, there!\n')
clm.close()
ED2.breakLoop()
def display(res, ro, arg):
print(res, arg)
ro.rval = (res, arg)
ED2.breakLoop()
def waitonline(rpc):
if rpc.online:
ED2.breakLoop()
def terminate(signum):
ED2.breakLoop()
def gotreply(self, *args):
print(args)
ED2.breakLoop()
def test2(arguments, testnum):
print(testnum)
arguments['test'] = 'bar'
ED2.breakLoop()
def display(*args):
print(args)
ED2.breakLoop()
def callback(clm, cmd):
print('in:', cmd)
clm.send('hello, there!\n')
clm.close()
ED2.breakLoop()
def display(*args):
print(args)
ED2.breakLoop()
def test2(arguments, testnum, mtm):
arguments['delay'] = mtm.offsetFromNow()
print(testnum, arguments['delay'])
arguments['test'] = 'bar'
ED2.breakLoop()
def display(*args):
print('got:', args)
ED2.breakLoop()
def waitonline(rpc):
if rpc.online:
ED2.breakLoop()
def gotreply(self, *args):
print(args)
ED2.breakLoop()
def test1(arguments, testnum):
print(testnum)
arguments['test'] = True
ED2.breakLoop()