def setUp(self):
self._test_payload_01 = dict(a=u'öäü', b=14, c=['a', 'b'])
self._test_payload_02 = dict(a=1.001, b=('a', 'b'), d=datetime.utcnow())
d = self._test_payload_03 = dict(a=None, b=('a', 'b'))
d['c'] = self._test_payload_01
self._test_header_01 = dict(id=uuid.uuid4(), ts=timestamp_micro())
return
def print_stat(self):
if self.t_last is None or self.cnt == 0:
return
now = timestamp_micro()
td = now - self.t_last
cnt = self.cnt
print "count: %d" % cnt
print "time : %d µs" % td
rs = float(cnt) / (float(td) / 1000000)
print "r/s : %.3f" % rs
if cnt:
tr = float(td) / float(cnt)
print "µs/r : %.3f" % tr
print
self.cnt = 0
self.t_last = timestamp_micro()
return
def setUp(self):
self._test_payload_01 = dict(a=u'öäü', b=14, c=['a', 'b'])
self._test_header_01 = dict(id=uuid.uuid4(),
sender='me',
parent=uuid.uuid4(),
ts=timestamp_micro(),
)
return
def handle_receive(self, channel, message):
now = timestamp_micro()
if self.t_last is None:
self.t_last = now
self.cnt += 1
pseq = message.payload[b'seq']
if self.seq != pseq:
print " seq: %d <-> %d" % (self.seq, pseq)
self.seq = pseq + 1
else:
self.seq += 1
return
def timestamp(self):
ts = self._header.setdefault(b'ts', timestamp_micro())
return ts
def handle_send(self, channel, message):
now = timestamp_micro()
## print 'sent: ', message.id, ' t:', (now - message.timestamp)
## self._outstanding.add(message)
return
def handle_receive(self, channel, message):
now = timestamp_micro()
if self.t_last is None:
self.t_last = now
self.cnt += 1
return
def setUp(self):
p = dict(a=u'öäü', b=14, c=['a', 'b'], x={'a':(1,2), u'öäü':'X'})
h = dict(id=uuid.uuid4(), sender='memyselfandI', topic=u'töäü', ts=timestamp_micro())
self._msg = simplemsg.TopicMessage(header=h, payload=p)
return
