def test_ChannelTimeout():
channel = "test"
host = "localhost"
s = Channel(host, channel)
r = s.read(blocking=True, timeout=1)
assert not r, "should go timeout"
def test_ChannelRandom(self):
global count
channel = id_generator()
host = "localhost"
s = Channel(host, channel)
c1 = Channel(host, channel + ".c1")
messages = [ id_generator(size=1000) for i in range(10)]
for m in messages:
c1.write(m)
for m in messages:
r = c1.read()
assert(m == r)
def test_ChannelRandom(self):
global count
channel = id_generator()
host = "localhost"
s = Channel(host, channel)
c1 = Channel(host, channel + ".c1")
messages = [id_generator(size=1000) for i in range(10)]
for m in messages:
c1.write(m)
for m in messages:
r = c1.read()
assert (m == r)
def test_ChannelList(self):
global count
channel = "response"
host = "localhost"
s = Channel(host, channel)
c1 = Channel(host, channel + ".c1")
c2 = Channel(host, channel + ".c2")
c1.write("START")
c2.write("START")
rc1 = c1.read()
rc2 = c2.read()
s.write("+STARTED C1")
s.write("+STARTED C2")
r3 = s.read()
r4 = s.read()
assert rc1 == "START", "not a START: %s" % rc1
assert (rc2 == "START")
assert (r3 == "+STARTED C1")
assert (r4 == "+STARTED C2")
def test_ChannelTimeout(self):
channel = "test"
host = "localhost"
s = Channel(host, channel)
r = s.read(blocking=True, timeout=1)
assert r is None
def test_ChannelList(self):
global count
channel = "response"
host = "localhost"
s = Channel(host, channel)
c1 = Channel(host, channel + ".c1")
c2 = Channel(host, channel + ".c2")
c1.write("START")
c2.write("START")
rc1 = c1.read()
rc2 = c2.read()
s.write("+STARTED C1")
s.write("+STARTED C2")
r3 = s.read()
r4 = s.read()
assert rc1 == "START", "not a START: %s" % rc1
assert(rc2 == "START")
assert(r3 == "+STARTED C1")
assert(r4 == "+STARTED C2")
def test_ChannelTimeout(self):
channel = "test"
host = "localhost"
s = Channel(host, channel)
r = s.read(blocking=True, timeout=1)
assert r is None