def onupdate(self, ev):
if self._as_client:
return
elif not self._connected_session_ids:
return
now = time()
if now - self._last_send_time < 0.5:
return
msg = _Msg()
msg.val = "The message, construct time: {}".format(now)
parts = self._build_parts()
svc = ev.svc
assert isinstance(svc, Service)
if self._test_type == 'send':
session_id = Random.choice(self._connected_session_ids)
svc.send(session_id, msg, opcode=_OPCODE, parts=parts)
elif self._test_type == 'multicast':
svc.multicast(self._connected_session_ids, msg, opcode=_OPCODE, parts=parts)
else:
svc.broadcast(msg, opcode=_OPCODE, parts=parts)
self._last_send_time = now
def onupdate(self, ev):
if self._as_client:
return
elif not self._connected_session_ids:
return
now = time()
if now - self._last_send_time < 0.5:
return
msg = _Msg()
msg.val = "The message, construct time: {}".format(now)
parts = self._build_parts()
svc = ev.svc
assert isinstance(svc, Service)
if self._test_type == 'send':
session_id = Random.choice(self._connected_session_ids)
svc.send(session_id, msg, opcode=_OPCODE, parts=parts)
elif self._test_type == 'multicast':
svc.multicast(self._connected_session_ids,
msg,
opcode=_OPCODE,
parts=parts)
else:
svc.broadcast(msg, opcode=_OPCODE, parts=parts)
self._last_send_time = now
def run(self, *args, **kwargs):
print "Random test:"
print "Default rand():"
all_output = ""
for i in range(0, 100):
if i != 0 and i % 10 == 0:
all_output += "\n"
all_output += "{0:13d} ".format(Random.rand())
print all_output
print "rand(100):", Random.rand(100)
print "rand(100.0):", Random.rand(100.0)
print "rand(None, 100):", Random.rand(None, 100)
print "rand(None, 100.0):", Random.rand(None, 100.0)
print "rand(100, 200):", Random.rand(100, 200)
print "rand(100, 200.0):", Random.rand(100, 200.0)
print "rand(200.0, 100):", Random.rand(200.0, 100)
print "rand(100.0, 200.0):", Random.rand(100.0, 200.0)
print "rand(None, None):", Random.rand(None, None)
print "rand53real():", Random.rand53real()
Random.seed(int(time()))
print "after seed(), rand():", Random.rand()
print "Press any key to continue ..."
_ = raw_input()
return 0
def run(self, *args, **kwargs):
print 'Random test:'
print 'Default rand():'
all_output = ''
for i in range(0, 100):
if i != 0 and i % 10 == 0:
all_output += '\n'
all_output += '{0:13d} '.format(Random.rand())
print all_output
print 'rand(100):', Random.rand(100)
print 'rand(100.0):', Random.rand(100.0)
print 'rand(None, 100):', Random.rand(None, 100)
print 'rand(None, 100.0):', Random.rand(None, 100.0)
print 'rand(100, 200):', Random.rand(100, 200)
print 'rand(100, 200.0):', Random.rand(100, 200.0)
print 'rand(200.0, 100):', Random.rand(200.0, 100)
print 'rand(100.0, 200.0):', Random.rand(100.0, 200.0)
print 'rand(None, None):', Random.rand(None, None)
print 'rand53real():', Random.rand53real()
Random.seed(int(time()))
print 'after seed(), rand():', Random.rand()
print 'Press any key to continue ...'
_ = raw_input()
return 0
def run(self, *args, **kwargs):
print 'Random test:'
print 'Default rand():'
random = Random()
all_output = ''
for i in range(0, 100):
if i != 0 and i % 10 == 0:
all_output += '\n'
all_output += '{0:2d} '.format(random.rand())
print all_output
print 'rand(100):', random.rand(100)
print 'rand(None, 100):', random.rand(None, 100)
print 'rand(None, 100.0):', random.rand(None, 100.0)
print 'rand(100, 200):', random.rand(100, 200)
print 'rand(100, 200.0):', random.rand(100, 200.0)
print 'rand(200.0, 100):', random.rand(200.0, 100)
print 'rand(100.0, 200.0):', random.rand(100.0, 200.0)
print 'rand(None, None):', random.rand(None, None)
print 'randreal():', random.randreal()
random.seed(int(time()))
print 'after seed(), rand():', random.rand()
l = [1, 3, 5, 7, 9, 100, 300, 500, 700, 900, 999]
print 'choice list: {}: {}'.format(l, random.choice(l))
print 'Press any key to continue ...'
_ = raw_input()
return 0
