def __init__(self, address, name):
self.address = address
if not termformat.is_atom(name):
message = "Module name must be an atom '{0}' ~> '{1}'"
name_as_atom = termformat.binary_to_atom(name)
raise ValueError(message.format(name, name_as_atom))
self.name = name
self.connections = kyoto.conf.settings.CONNECTION_MANAGER_CLASS(self.address)
def handle(self, request, **kwargs):
rtype, module, function, args = request
if module in self.modules:
module = self.modules.get(module)
name = termformat.atom_to_binary(function)
function = getattr(module, name, None)
if function and kyoto.utils.modules.is_callable_object(function):
if kyoto.is_blocking(function):
future = kyoto.conf.settings.BLOCKING_POOL.submit(self.handle_call, function, args, **kwargs)
if rtype == ":call":
response = future.result()
else:
response = None
else:
response = self.handlers[rtype](function, args, **kwargs)
return response
else:
function = termformat.binary_to_atom(name)
return (":error", (":server", 2, "NameError", "No such function: '{0}'".format(function), []))
else:
return (":error", (":server", 1, "NameError", "No such module: '{0}'".format(module), []))
def test_pass_invalid_value_to_binary_to_atom(self):
with self.assertRaises(ValueError):
termformat.binary_to_atom(":foo")
def test_success_binary_to_atom(self):
result = termformat.binary_to_atom("foo")
self.assertEqual(result, ":foo")
def transform(module):
name = kyoto.utils.modules.get_module_name(module)
return (termformat.binary_to_atom(name), module)
