def test_asynctll():
loop = asynctll.Loop()
async def main():
ctx = C.Context()
s = ctx.Channel("mem://;size=1kb;name=server;dump=yes")
c = ctx.Channel("mem://;master=server;name=client;dump=yes")
loop.channel_add(s)
loop.channel_add(c)
s.open()
c.open()
s.post(b'xxx', seq=100)
m = await loop.recv(c)
loop.log.info("Got message {}", m)
assert m.seq == 100
assert m.data == b'xxx'
s.post(b'zzz', seq=200)
m = await loop.recv(c)
assert m.seq == 200
assert m.data == b'zzz'
loop.run(main())
def test_logic_async_func():
ctx = C.Context()
ctx.register(TestLogic)
loop = asynctll.Loop(ctx)
async def main(loop):
i, o = loop.Channel('direct://;name=test/input'), loop.Channel(
'direct://;name=test/output')
li, lo = loop.Channel(
'direct://;name=input;master=test/input'), loop.Channel(
'direct://;name=output;master=test/output')
i.open(), o.open()
li.open(), lo.open()
logic = loop.Channel(
'logic://;name=logic;tll.channel.input=input;tll.channel.output=output'
)
logic.open()
i.post(b'xxx', seq=10)
i.post(b'zzz', seq=20)
m = await o.recv()
assert m.data.tobytes() == b'xxx'
assert m.seq == 10
m = await o.recv()
assert m.data.tobytes() == b'zzz'
assert m.seq == 20
loop.run(main(loop))
def test_sleep():
loop = asynctll.Loop(context=C.Context())
async def main(loop):
print("Sleep start")
await loop.sleep(0.001)
print("Sleep next")
await loop.sleep(0.001)
print("Sleep next")
await loop.sleep(0.001)
print("Sleep done")
loop.run(main(loop))
def test_direct_recv():
loop = asynctll.Loop(context=C.Context())
async def main(loop):
s = loop.Channel('direct://;name=server;dump=frame')
c = loop.Channel('direct://;name=client;dump=frame', master=s)
s.open()
c.open()
c.post(b'xxx', seq=0)
start = time.time()
m = await s.recv(0.1)
dt = time.time() - start
assert dt < 0.001
loop.run(main(loop))
def setup(self):
self.ctx = Context()
self.ctx.load(
os.path.join(os.environ.get("BUILD_DIR", "build"), "tll-uws"),
'channel_module')
self.loop = asynctll.Loop(context=self.ctx)
self.server = self.loop.Channel('ws://*:8080', name='server')
self.thread_event = self.loop.Channel("direct://",
name='thread/tll',
dump='text')
self.main_event = self.ctx.Channel("direct://",
name='thread/main',
master=self.thread_event)
self.channels = []
self.thread = None
self.thread_stop = threading.Event()
self.thread_error = None
self.thread_event.open()
self.main_event.open()
def setup_method(self):
self.channels = {}
self.ctx = C.Context()
self.loop = asynctll.Loop(self.ctx)
channels = set()
for k, l in self.CHANNELS.items():
if not l: continue
for c in [x.strip() for x in l.split(',')]:
if c == '':
raise ValueError("Empty channel name in '{}'", l)
channels.add(c)
kw = {}
if self.SCHEME:
kw['scheme'] = self.SCHEME
for c in channels:
self.channels['test/' + c] = self.loop.Channel(
'direct://;name=test/{name}'.format(name=c), **kw)
self.channels[c] = self.loop.Channel(
'direct://;name={name};master=test/{name}'.format(name=c),
**kw)
for n, c in self.channels.items():
if n.startswith('test/'):
c.open()
def test_nofd():
loop = asynctll.Loop(context=C.Context())
async def main(loop):
s = loop.Channel("mem://;size=1kb;name=server;dump=yes;fd=no")
c = loop.Channel("mem://;master=server;name=client;dump=yes")
s.open()
c.open()
s.post(b'xxx', seq=100)
m = await c.recv()
loop.log.info("Got message {}", m)
assert m.seq == 100
assert m.data == b'xxx'
s.post(b'zzz', seq=200)
m = await loop.recv(c) # Mixed syntax
assert m.seq == 200
assert m.data == b'zzz'
loop.run(main(loop))
def asyncloop(context):
loop = asynctll.Loop(context)
yield loop
loop.destroy()
loop = None