def test_deep_clone():
world.test.singleton("test", 1)
with world.test.clone(keep_singletons=True):
with world.test.clone(keep_singletons=False):
with pytest.raises(DependencyNotFoundError):
world.get("test")
def test_implementation_permanent_singleton(service: ServiceProvider,
singleton: bool, permanent: bool):
scope = Scope.singleton() if singleton else None
choice = 'a'
def implementation():
return dict(a=A, b=B)[choice]
service.register(A, scope=scope)
service.register(B, scope=scope)
indirect = IndirectProvider()
impl = indirect.register_implementation(Interface,
implementation,
permanent=permanent)
instance = world.test.maybe_provide_from(indirect, impl).unwrapped
assert isinstance(instance, A)
assert (instance is world.get(A)) is singleton
assert world.test.maybe_provide_from(
indirect, impl).is_singleton() is (singleton and permanent)
choice = 'b'
assert implementation() == B
assert world.test.maybe_provide_from(
indirect, impl).is_singleton() is (singleton and permanent)
instance = world.test.maybe_provide_from(indirect, impl).unwrapped
if permanent:
assert isinstance(instance, A)
assert (instance is world.get(A)) is singleton
else:
assert isinstance(instance, B)
assert (instance is world.get(B)) is singleton
def test_simple():
class A(Service):
pass
assert isinstance(world.get(A), A)
# singleton by default
assert world.get(A) is world.get(A)
def test_copy(provider: ServiceProvider, keep_singletons_cache: bool,
scope: Scope):
class C:
pass
world.test.singleton('factory', lambda: C())
provider.register(A, scope=scope)
cloned = provider.clone(keep_singletons_cache)
if keep_singletons_cache:
with world.test.clone(keep_singletons=True):
assert isinstance(
world.test.maybe_provide_from(cloned, A).unwrapped, A)
else:
with world.test.clone(keep_singletons=False):
assert isinstance(
world.test.maybe_provide_from(cloned, A).unwrapped, A)
class D:
pass
class E:
pass
# changing original does not change cloned
provider.register(D, scope=scope)
assert isinstance(world.get(D), D)
assert world.test.maybe_provide_from(cloned, D) is None
# changing cloned does not change original
cloned.register(E, scope=scope)
assert isinstance(world.test.maybe_provide_from(cloned, E).unwrapped, E)
with pytest.raises(DependencyNotFoundError):
world.get(E)
def handle_verify_confirm(self, organization_name: str, request_uid: str,
connection_id: str, presentation_id: str,
request_data: dict):
logger.info(
"REDIS: handle_verify_confirm for request_uid: %s, connection_id: %s, presentation_id: %s ",
request_uid, connection_id, presentation_id)
try:
description_handler = world.get(DescriptionHandler)
notification_service = world.get(NotificationService)
handler_manager: OrganizationHandlerManager = world.get(
OrganizationHandlerManager)
org_handler: OrganizationAbstractHandler = handler_manager.get_organization_handler(
organization_name)
# org_handler = VipMobileHandler()
if org_handler:
org_handler.handle_confirm_verify(request_uid, connection_id,
presentation_id, request_data)
return "OK"
except Exception as ex:
logger.error("Exception during handle_verify_confirm task: " + str(ex))
if connection_id and presentation_id:
user_connection = user_entity.get_user_connection(
connection_id=connection_id)
descriptions = description_handler.get_descriptions(
DescriptionMessagesCodes.PROCESSING_ERROR)
notification_service.send_verify_response(user_connection,
presentation_id,
descriptions,
VerifyResult.KO)
traceback.print_exception(type(ex), ex, ex.__traceback__)
return "An exception occurred"
def test_double_injection(wire):
@wire(methods=['f'])
class A:
@inject(auto_provide=True) # auto_provide to force injection
def f(self, x: MyService):
return x
assert A().f() is world.get(MyService)
with pytest.raises(DoubleInjectionError):
@wire(methods=['f'], raise_on_double_injection=True)
class B:
@inject(auto_provide=True) # auto_provide to force injection
def f(self, x: MyService):
return x
@wire()
class C:
@inject(auto_provide=True) # auto_provide to force injection
def f(self, x: MyService):
return x
assert C().f() is world.get(MyService)
with pytest.raises(DoubleInjectionError):
@wire(raise_on_double_injection=True)
class D:
@inject(auto_provide=True) # auto_provide to force injection
def f(self, x: MyService):
return x
def test_lazy(provider: FactoryProvider):
world.test.singleton('A', build)
factory_id = provider.register(A,
factory_dependency='A',
scope=Scope.singleton())
assert isinstance(world.get(factory_id), A)
# singleton
assert world.get(factory_id) is world.get(factory_id)
def test_register_simple():
@service
class A:
pass
assert isinstance(world.get(A), A)
# singleton by default
assert world.get(A) is world.get(A)
def test_default(class_builder: F):
dummy = class_builder(DEFAULT_WIRING)()
assert dummy.a is world.get(A)
assert dummy.b is world.get(B)
(a, b) = dummy.method_AB()
assert a is None
assert b is None
def test_singleton():
with world.test.empty():
world.test.singleton("singleton", 12342)
assert world.get("singleton") == 12342
world.test.singleton({"singleton2": 89, "singleton3": 123})
assert world.get("singleton2") == 89
assert world.get("singleton3") == 123
def test_factory_no_scope():
with world.test.empty():
@world.test.factory(Service, singleton=False)
def build():
return Service()
assert world.get(Service) is not world.get(Service)
def test_container_lock():
from ..test_thread_safety import ThreadSafetyTest
with world.test.empty():
failures = []
@world.provider
class A(Provider):
def exists(self, dependency: Hashable) -> bool:
return dependency == 'a'
def provide(self, dependency: Hashable,
container: Container) -> DependencyValue:
ThreadSafetyTest.check_locked(failures)
return DependencyValue('a')
def change_state(self):
with self._container_lock():
ThreadSafetyTest.check_locked(failures)
@world.provider
class B(Provider):
def exists(self, dependency: Hashable) -> bool:
return dependency == 'b'
def provide(self, dependency: Hashable,
container: Container) -> DependencyValue:
ThreadSafetyTest.check_locked(failures)
return DependencyValue('b')
def change_state(self):
with self._container_lock():
ThreadSafetyTest.check_locked(failures)
a = world.get[A]()
b = world.get[B]()
actions = [
lambda: a.change_state(), lambda: world.get('a'),
lambda: b.change_state(), lambda: world.get('b')
]
def worker():
import random
for f in random.choices(actions, k=20):
f()
ThreadSafetyTest.run(worker, n_threads=5)
assert not failures
with world.test.empty():
class C(Provider):
def change_state(self):
with self._container_lock():
pass
# Should not raise any error if not bound to any container yet
C().change_state()
def test_factory_scope(provider: WorldTestProvider):
scope = world.scopes.new(name='dummy')
provider.add_factory(Service, factory=lambda: Service(), scope=scope)
s = world.get(Service)
assert world.get(Service) is s
world.scopes.reset(scope)
assert world.get(Service) is not s
def test_multiple_factories(provider: FactoryProvider, scope: Scope):
def build2(**kwargs) -> A:
return A(**kwargs)
b = provider.register(A, factory=build, scope=scope)
b2 = provider.register(A, factory=build2, scope=scope)
assert isinstance(world.get(b), A)
assert isinstance(world.get(b2), A)
def test_singleton():
class Singleton(Service):
__antidote__ = Service.Conf(singleton=True)
assert world.get(Singleton) is world.get(Singleton)
class NoScope(Service):
__antidote__ = Service.Conf(singleton=False)
assert world.get(NoScope) != world.get(NoScope)
def test_scope_support():
dummy_scope = world.scopes.new(name='dummy')
class X(Service):
__antidote__ = Service.Conf(scope=dummy_scope)
with world.test.clone():
x = world.get(X)
assert x is world.get(X)
world.scopes.reset(dummy_scope)
assert world.get(X) is not x
@world.test.override.factory(1, scope=dummy_scope)
def build():
return object()
x = world.get(1)
assert x is world.get(1)
world.scopes.reset(dummy_scope)
assert world.get(1) is not x
@world.test.override.provider()
def provide(dependency):
if dependency == 2:
return DependencyValue(object(), scope=dummy_scope)
x = world.get(2)
assert x is world.get(2)
world.scopes.reset(dummy_scope)
assert world.get(2) is not x
def test_freeze(indirect: IndirectProvider, permanent):
world.freeze()
with pytest.raises(FrozenWorldError):
indirect.register_implementation(Interface, lambda: A, permanent=False)
with pytest.raises(FrozenWorldError):
indirect.register_implementation(Interface, lambda: A, permanent=True)
with pytest.raises(DependencyNotFoundError):
world.get(Interface)
def test_method_same_instance():
class Test(Service):
def get(self):
return self
A = LazyMethodCall(get, singleton=True)
B = LazyMethodCall(get, singleton=False)
instance = world.get(Test)
assert world.get(Test.A) is instance
assert world.get(Test.B) is instance
def test_no_const():
class Config(Constants):
A = 'a'
def provide_const(self, name, arg):
return arg * 2
with pytest.raises(DependencyNotFoundError):
world.get(Config.A)
conf = Config()
assert conf.A == 'a'
def test_no_strict_validation(wire, kwargs):
@wire(**kwargs)
class A:
def f(self, x):
return x
def g(self, x, y):
return x, y
a = A()
assert a.f() == world.get("x")
assert a.g() == (world.get("x"), world.get("y"))
def test_clone_keep_singletons():
world.test.singleton("singleton", 2)
world.provider(DummyIntProvider)
with world.test.clone(keep_singletons=True):
assert world.get("singleton") == 2
assert world.get(10) == 20
with world.test.clone(keep_singletons=False):
with pytest.raises(DependencyNotFoundError):
world.get("singleton")
assert world.get(10) == 20
def test_no_strict_validation_auto_provide(wire):
@wire(auto_provide=[MyService, AnotherService])
class A:
def f(self, x: MyService):
return x
def g(self, x: MyService, y: AnotherService):
return x, y
a = A()
assert a.f() == world.get(MyService)
assert a.g() == (world.get(MyService), world.get(AnotherService))
def test_custom_scope(provider: ServiceProvider):
dummy_scope = world.scopes.new(name='dummy')
class MyService:
pass
provider.register(MyService, scope=dummy_scope)
my_service = world.get(MyService)
assert my_service is world.get(MyService)
world.scopes.reset(dummy_scope)
assert my_service is not world.get(MyService)
def test_register_singleton():
@service(singleton=True)
class Singleton:
pass
assert world.get(Singleton) is world.get(Singleton)
@service(singleton=False)
class NoScope:
pass
assert world.get(NoScope) != world.get(NoScope)
def test_implementation_debug():
class Interface:
pass
prefix = "tests.world.test_debug.test_implementation_debug.<locals>"
with world.test.new():
class Dummy(Interface, Service):
pass
@implementation(Interface)
def f():
return Dummy
assert_valid(
DebugTestCase(value=Interface @ f,
expected=f"""
Permanent implementation: {prefix}.Interface @ {prefix}.f
└── {prefix}.Dummy
"""))
world.get(Interface @ f)
assert_valid(
DebugTestCase(value=Interface @ f,
expected=f"""
Permanent implementation: {prefix}.Interface @ {prefix}.f
└── {prefix}.Dummy
"""))
with world.test.new():
class Dummy2(Interface, Service):
pass
undefined_expectations = f"""
<∅> Implementation: {prefix}.Interface @ {prefix}.g
└── {prefix}.Dummy2
"""
@implementation(Interface, permanent=False)
def g():
return Dummy2
assert_valid(
DebugTestCase(value=Interface @ g,
expected=undefined_expectations))
world.get(Interface @ g)
assert_valid(
DebugTestCase(value=Interface @ g,
expected=undefined_expectations))
def test_factory_scope():
with world.test.empty():
scope = world.scopes.new(name='dummy')
@world.test.factory(Service, scope=scope)
def build():
return Service()
s = world.get(Service)
assert world.get(Service) is s
world.scopes.reset(scope)
assert world.get(Service) is not s
def test_dependencies(wire, wired_method_builder):
f = wired_method_builder(wire(methods=['f'], dependencies=('y',)))
assert f() is world.get('y')
f = wired_method_builder(wire(methods=['f'], dependencies=dict(x='z')))
assert f() is world.get('z')
f = wired_method_builder(wire(methods=['f'], dependencies=dict(y='z')))
with pytest.raises(TypeError):
f()
f = wired_method_builder(wire(methods=['f'], dependencies=lambda arg: arg.name * 2))
assert f() is world.get('xx')
def test_subclass_classmethod(wire):
@wire(auto_provide=True)
class Dummy:
@classmethod
def cls_method(cls, x: MyService):
return cls, x
assert (Dummy, world.get(MyService)) == Dummy.cls_method()
class SubDummy(Dummy):
pass
assert (SubDummy, world.get(MyService)) == SubDummy.cls_method()
def test_name():
class Config(Constants):
A = const()
B = const()
def provide_const(self, name, arg):
return name
assert world.get(Config.A) == 'A'
assert world.get(Config.B) == 'B'
conf = Config()
assert conf.A == 'A'
assert conf.B == 'B'
def test_default_get():
class Config(Constants):
NOTHING = const()
B = const("B")
with pytest.raises(DependencyInstantiationError):
world.get(Config.NOTHING)
with pytest.raises(ValueError, match=".*NOTHING.*"):
Config().NOTHING
assert world.get(Config.B) == 'B'
assert Config().B == "B"
