def test_group_id_allocation(self):
group = Group()
specs = [XSpec("popen"), XSpec("popen//id=hello")]
group.allocate_id(specs[0])
group.allocate_id(specs[1])
gw = group.makegateway(specs[1])
assert gw.id == "hello"
gw = group.makegateway(specs[0])
assert gw.id == "gw0"
#py.test.raises(ValueError, group.allocate_id, XSpec("popen//id=hello"))
group.terminate()
def test_group_id_allocation(self):
group = Group()
specs = [XSpec("popen"), XSpec("popen//id=hello")]
group.allocate_id(specs[0])
group.allocate_id(specs[1])
gw = group.makegateway(specs[1])
assert gw.id == "hello"
gw = group.makegateway(specs[0])
assert gw.id == "gw0"
# py.test.raises(ValueError,
# group.allocate_id, XSpec("popen//id=hello"))
group.terminate()
def test_group_ordering_and_termination(self):
group = Group()
group.makegateway("popen//id=3")
group.makegateway("popen//id=2")
group.makegateway("popen//id=5")
gwlist = list(group)
assert len(gwlist) == 3
idlist = [x.id for x in gwlist]
assert idlist == list("325")
print(group)
group.terminate()
print(group)
assert not group
assert repr(group) == "<Group []>"
def test_group_ordering_and_termination(self):
group = Group()
group.makegateway("popen//id=3")
group.makegateway("popen//id=2")
group.makegateway("popen//id=5")
gwlist = list(group)
assert len(gwlist) == 3
idlist = [x.id for x in gwlist]
assert idlist == list('325')
print (group)
group.terminate()
print (group)
assert not group
assert repr(group) == "<Group []>"
def test_terminate_with_proxying(self):
group = Group()
group.makegateway("popen//id=master")
group.makegateway("popen//via=master//id=worker")
group.terminate(1.0)
def test_terminate_with_proxying(self):
group = Group()
group.makegateway('popen//id=master')
group.makegateway('popen//via=master//id=slave')
group.terminate(1.0)
def test_terminate_with_proxying(self):
group = Group()
group.makegateway('popen//id=master')
group.makegateway('popen//via=master//id=slave')
group.terminate(1.0)