def test_simple_channel(self):
output = []
def print_(*args):
output.append(args)
def Sending(channel):
print_("sending")
channel.send("foo")
def Receiving(channel):
print_("receiving")
print_(channel.receive())
ch=core.channel()
task=core.tasklet(Sending)(ch)
# Note: the argument, schedule is taking is the value,
# schedule returns, not the task that runs next
#core.schedule(task)
core.schedule()
task2=core.tasklet(Receiving)(ch)
#core.schedule(task2)
core.schedule()
core.run()
assert output == [('sending',), ('receiving',), ('foo',)]
def test_except_full(self):
rlist = []
def f():
rlist.append('f')
return 1/0
def g():
rlist.append('bg')
core.schedule()
rlist.append('ag')
def h():
rlist.append('bh')
core.schedule()
rlist.append('ah')
tg = core.tasklet(g)()
tf = core.tasklet(f)()
th = core.tasklet(h)()
try:
core.run()
except ZeroDivisionError:
rlist.append('E')
core.schedule()
core.schedule()
assert rlist == "bg f E bh ag ah".split()
def on_recv(self, handler, addr, data, error):
with self._lock:
if addr in self.conns:
conn = self.conns[addr]
if error:
if error == 1:
msg = ""
else:
msg = bomb(IOError, IOError("uv error: %s" % error))
else:
msg = data
# emit last message
conn.queue.append(msg)
if conn.cr.balance < 0:
# someone is waiting, return last message
conn.cr.send(self.queue.popleft())
elif len(self.listeners):
listener = self.listeners.popleft()
if error:
listener.c.send_exception(IOError, "uv error: %s" % error)
else:
conn = UDPConn(addr)
conn.queue.append(data)
self.conns[addr] = conn
listener.c.send(conn, error)
else:
# we should probably do something there to drop connections
self.task.throw(NoMoreListener)
schedule()
def test_simple_channel(self):
output = []
def print_(*args):
output.append(args)
def Sending(channel):
print_("sending")
channel.send("foo")
def Receiving(channel):
print_("receiving")
print_(channel.receive())
ch=core.channel()
task=core.tasklet(Sending)(ch)
# Note: the argument, schedule is taking is the value,
# schedule returns, not the task that runs next
#core.schedule(task)
core.schedule()
task2=core.tasklet(Receiving)(ch)
#core.schedule(task2)
core.schedule()
core.run()
assert output == [('sending',), ('receiving',), ('foo',)]
def test_async_with_blocking_channel(self):
c = core.channel(10)
unblocked_sent = 0
for i in range(10):
c.send(True)
unblocked_sent += 1
assert unblocked_sent == 10
assert c.balance == 10
r_list = []
def f():
start = time.time()
c.send(True)
r_list.append(start)
core.tasklet(f)()
unblocked_recv = []
for i in range(11):
time.sleep(0.01)
unblocked_recv.append(c.receive())
core.schedule()
core.run()
diff = time.time() - r_list[0]
assert len(unblocked_recv) == 11
assert diff > 0.1
def test_except(self):
rlist = []
def f():
rlist.append('f')
return 1 / 0
def g():
rlist.append('bg')
core.schedule()
rlist.append('ag')
def h():
rlist.append('bh')
core.schedule()
rlist.append('ah')
tg = core.tasklet(g)()
tf = core.tasklet(f)()
th = core.tasklet(h)()
try:
core.run()
# cheating, can't test for ZeroDivisionError
except ZeroDivisionError:
rlist.append('E')
core.schedule()
core.schedule()
assert rlist == "bg f E bh ag ah".split()
def test_schedule_return(self):
def f():pass
t1= core.tasklet(f)()
r = core.schedule()
assert r is core.getmain()
t2 = core.tasklet(f)()
r = core.schedule('test')
assert r == 'test'
def test_schedule_return(self):
def f():
pass
t1 = core.tasklet(f)()
r = core.schedule()
assert r is core.getmain()
t2 = core.tasklet(f)()
r = core.schedule('test')
assert r == 'test'
def test_getruncount(self):
assert core.getruncount() == 1
def with_schedule():
assert core.getruncount() == 2
t1 = core.tasklet(with_schedule)()
assert core.getruncount() == 2
core.schedule()
def with_run():
assert core.getruncount() == 1
t2 = core.tasklet(with_run)()
core.run()
def _on_connection(self, client, addr):
if len(self.listeners):
listener = self.listeners.popleft()
self.uv.wakeup()
# return a new connection object to the listener
conn = SockConn(client, self.addr, addr)
listener.c.send((conn, None))
schedule()
else:
# we should probably do something there to drop connections
self.task.throw(NoMoreListener)
def _on_connection(self, client, addr):
if len(self.listeners):
listener = self.listeners.popleft()
self.uv.wakeup()
# return a new connection object to the listener
conn = SockConn(client, self.addr, addr)
listener.c.send((conn, None))
schedule()
else:
# we should probably do something there to drop connections
self.task.throw(NoMoreListener)
def test_getruncount(self):
assert core.getruncount() == 1
def with_schedule():
assert core.getruncount() == 2
t1 = core.tasklet(with_schedule)()
assert core.getruncount() == 2
core.schedule()
def with_run():
assert core.getruncount() == 1
t2 = core.tasklet(with_run)()
core.run()
def test_schedule(self):
output = []
def print_(*args):
output.append(args)
def f(i):
print_(i)
core.tasklet(f)(1)
core.tasklet(f)(2)
core.schedule()
assert output == [(1,), (2,)]
def test_schedule(self):
output = []
def print_(*args):
output.append(args)
def f(i):
print_(i)
core.tasklet(f)(1)
core.tasklet(f)(2)
core.schedule()
assert output == [(1, ), (2, )]
def f():
try:
core.schedule()
except TaskletExit:
global TaskletExit
taskletexit = True
raise
t = core.tasklet(f)()
t.run()
assert t.alive
t.kill()
assert not t.alive
assert taskletexit
def f():
try:
core.schedule()
except TaskletExit:
global TaskletExit
taskletexit = True
raise
t = core.tasklet(f)()
t.run()
assert t.alive
t.kill()
assert not t.alive
assert taskletexit
def test_local(self):
d = local()
d.a = 1
r_list = []
def f():
try:
d.a
except AttributeError:
r_list.append(True)
core.tasklet(f)()
core.schedule()
assert r_list == [True]
def test_local(self):
d = local()
d.a = 1
r_list = []
def f():
try:
d.a
except AttributeError:
r_list.append(True)
core.tasklet(f)()
core.schedule()
assert r_list == [True]
def on_connection(self, server, error):
if len(self.listeners):
listener = self.listeners.popleft()
# accept the connection
client = pyuv.TCP(server.loop)
server.accept(client)
self.uv.wakeup()
# return a new connection object to the listener
conn = self.CONN_CLASS(client)
listener.c.send((conn, error))
schedule()
else:
# we should probably do something there to drop connections
self.task.throw(NoMoreListener)
def on_connection(self, server, error):
if len(self.listeners):
listener = self.listeners.popleft()
# accept the connection
client = pyuv.TCP(server.loop)
server.accept(client)
self.uv.wakeup()
# return a new connection object to the listener
conn = self.CONN_CLASS(client)
listener.c.send((conn, error))
schedule()
else:
# we should probably do something there to drop connections
self.task.throw(NoMoreListener)
def g():
rlist.append('bg')
core.schedule()
rlist.append('ag')
def h():
rlist.append('hb')
core.schedule()
rlist.append('ha')
def f():
core.schedule()
def g():
rlist.append('g')
core.schedule()
def _func(now, handle):
core.tasklet(f)(*args, **kwargs)
core.schedule()
def f():
core.schedule()
def Loop(i):
for x in range(3):
core.schedule()
print_("schedule", i)
def Loop(i):
for x in range(3):
core.schedule()
print_("schedule", i)
def h():
rlist.append('hb')
core.schedule()
rlist.append('ha')
def g():
rlist.append('gb')
core.schedule()
rlist.append('ga')
def f():
rlist.append('fb')
core.schedule()
rlist.append('fa')
def task(val):
value = core.schedule(val)
assert value == val
def h():
rlist.append('bh')
core.schedule()
rlist.append('ah')
def counter(n, ch):
for i in xrange(n):
core.schedule()
ch.receive()
rlist.append(n)
def task(val):
value = core.schedule(val)
assert value == val
def g():
rlist.append('g')
core.schedule()
def _on_read(self, handle, data, error):
if error:
self.cr.send_exception(IOError(error))
else:
self.cr.send(data)
schedule()
def _func(now, handle):
core.tasklet(f)(*args, **kwargs)
core.schedule()
def f(i):
res.append('A_%s' % i)
core.schedule()
res.append('B_%s' % i)
def f(i):
res.append('A_%s' % i)
core.schedule()
res.append('B_%s' % i)
def g():
rlist.append('bg')
core.schedule()
rlist.append('ag')
def ready(now, h):
curr.blocked = False
sched.append(curr)
core.schedule()
def h():
rlist.append('bh')
core.schedule()
rlist.append('ah')
def counter(n, ch):
for i in xrange(n):
core.schedule()
ch.send(n)
def counter(n, ch):
for i in xrange(n):
core.schedule()
ch.receive()
rlist.append(n)
def ready(now, h):
curr.blocked = False
sched.append(curr)
core.schedule()
def f():
rlist.append('fb')
core.schedule()
rlist.append('fa')
def g():
rlist.append('gb')
core.schedule()
rlist.append('ga')
def counter(n, ch):
for i in xrange(n):
core.schedule()
ch.send(n)
