def test_get_and_put(factory, iterations):
p = _Pool(factory=factory.create)
p.set_maxsize(1)
for _ in range(iterations):
ret = p.get()
assert ret == factory.items[0]
p.put(ret)
def test_get_too_many(factory, maxsize):
with pytest.raises(ExampleException):
p = _Pool(factory=factory.create, exception=ExampleException)
p.set_maxsize(maxsize)
p.exception = ExampleException
for _ in range(maxsize + 1):
p.get()
def _get_pool(self, key, shelldicts, properties):
if key not in self._pools:
self._pools[key] = _Pool(
factory=lambda: _Terminal(key, shelldicts, properties),
exception=TerminalPoolsBusy)
pool = self._pools[key]
pool.set_maxsize(properties.max_processes_in_target)
return pool
def test_remove(factory, iterations):
p = _Pool(factory=factory.create)
p.set_maxsize(1)
for _ in range(iterations):
item = p.get()
p.remove(item)
verify_items_closed(factory, iterations, p)
def test_remove_every_nth_free(factory, sizeoffree, n,
expected_size_after_free):
p = _Pool(factory=factory.create)
p.set_maxsize(sizeoffree)
items = []
for op in [lambda: items.append(p.get()), lambda: p.put(items.pop())]:
for _ in range(sizeoffree):
op()
p.remove_every_nth_free(n)
assert len(p.free) == expected_size_after_free
def test_set_maxsize_too_small(factory, maxsize, shared):
with pytest.raises(ExampleException) as excinfo:
p = _Pool(factory=factory.create, exception=ExampleException)
p.set_maxsize(maxsize)
items = []
for _ in range(maxsize):
items.append(p.get())
if shared:
for i in items:
p.put_incr_shared(i)
p.set_maxsize(maxsize - 1)
assert 'Pool cannot set the maximum size less than' in str(excinfo.value)
def test_close_raises(
factory,
iterations, # pylint:disable=unused-argument
intcaplog):
def raise_exception():
raise Exception('message')
p = _Pool(factory=factory.create)
p.set_maxsize(1)
p.get()
factory.items[0].close.side_effect = raise_exception
p.close()
assert 'Failed to close item {}: Exception (message)'.format(
str(factory.items[0])) in intcaplog.text
def test_close(factory, iterations):
p = _Pool(factory=factory.create)
p.set_maxsize(6)
for _ in range(iterations):
p.get()
items = []
for _ in range(iterations):
items.append(p.get())
for item in items:
p.put(item)
p.close()
for item in factory.items:
item.close.assert_called_once_with()
assert not p.inuse
assert not p.free
def test_get(factory):
p = _Pool(factory=factory.create)
p.set_maxsize(1)
assert p.get() == factory.items[0]
def pfact(maxsize):
p = _Pool(factory=factory.create)
p.set_maxsize(maxsize)
return p
