def explorer_v(cls, context, *args, **kwargs):
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
if context: kwargs.update(context=context)
return appier.lazy_dict(
model=cls,
kwargs=kwargs,
entities=appier.lazy(lambda: cls.find(*args, **kwargs)),
page=appier.lazy(lambda: cls.paginate(*args, **kwargs)))
def paid_v(cls, *args, **kwargs):
kwargs["sort"] = kwargs.get("sort", [("s_id", -1)])
kwargs.update(s_status = "paid")
return appier.lazy_dict(
model = cls,
kwargs = kwargs,
entities = appier.lazy(lambda: cls.find(*args, **kwargs)),
page = appier.lazy(lambda: cls.paginate(*args, **kwargs))
)
def tokens_v(self, *args, **kwargs):
cls = oauth_token.OAuthToken
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
kwargs.update(client=self.id)
return appier.lazy_dict(
model=cls,
kwargs=kwargs,
entities=appier.lazy(lambda: cls.find(*args, **kwargs)),
page=appier.lazy(lambda: cls.paginate(*args, **kwargs)))
def labels_v(self, *args, **kwargs):
from . import label
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
kwargs.update(category=self.name)
return appier.lazy_dict(
model=label.Label,
kwargs=kwargs,
entities=appier.lazy(lambda: label.Label.find(*args, **kwargs)),
page=appier.lazy(lambda: label.Label.paginate(*args, **kwargs)))
def accounts_v(self, *args, **kwargs):
from appier_extras.parts.admin.models import account
cls = account.Account
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
kwargs.update(roles={"$in": [self.id]})
return appier.lazy_dict(
model=cls,
kwargs=kwargs,
entities=appier.lazy(lambda: cls.find(*args, **kwargs)),
page=appier.lazy(lambda: cls.paginate(*args, **kwargs)))
def tokens_v(self, *args, **kwargs):
cls = oauth_token.OAuthToken
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
kwargs.update(client = self.id)
return appier.lazy_dict(
model = cls,
kwargs = kwargs,
entities = appier.lazy(lambda: cls.find(*args, **kwargs)),
page = appier.lazy(lambda: cls.paginate(*args, **kwargs))
)
def explorer_v(cls, access_token, refresh_token, *args, **kwargs):
kwargs["sort"] = kwargs.get("sort", [("id", -1)])
if access_token: kwargs.update(access_token = access_token)
if refresh_token: kwargs.update(refresh_token = refresh_token)
return appier.lazy_dict(
model = cls,
kwargs = kwargs,
entities = appier.lazy(lambda: cls.find(*args, **kwargs)),
page = appier.lazy(lambda: cls.paginate(*args, **kwargs))
)
def enter_actions_v(self, *args, **kwargs):
from .actions import enter
kwargs["sort"] = kwargs.get("sort", [("timestamp", -1)])
kwargs.update(entity=self.identifier)
return appier.lazy_dict(
model=enter.EnterAction,
kwargs=kwargs,
entities=appier.lazy(
lambda: enter.EnterAction.find(*args, **kwargs)),
page=appier.lazy(
lambda: enter.EnterAction.paginate(*args, **kwargs)))
def artifacts_v(self, *args, **kwargs):
from . import artifact
kwargs["sort"] = kwargs.get("sort", [("timestamp", -1)])
kwargs.update(package = self.name)
return appier.lazy_dict(
model = artifact.Artifact,
kwargs = kwargs,
entities = appier.lazy(lambda: artifact.Artifact.find(*args, **kwargs)),
page = appier.lazy(lambda: artifact.Artifact.paginate(*args, **kwargs)),
names = ["id", "version", "branch", "timestamp"]
)
def pending_v(cls, *args, **kwargs):
kwargs["sort"] = kwargs.get("sort", [("s_id", -1)])
kwargs.update(
s_status = "paid",
s_fulfillment = {"$in": [None, ""]},
created = {"$gt" : time.time() - 7776000}
)
return appier.lazy_dict(
model = cls,
kwargs = kwargs,
entities = appier.lazy(lambda: cls.find(*args, **kwargs)),
page = appier.lazy(lambda: cls.paginate(*args, **kwargs))
)
def test_naming(self):
struct = appier.lazy_dict()
struct["first"] = appier.lazy(lambda: 1)
self.assertEqual(isinstance(struct.__getitem__("first", True), appier.lazy), True)
self.assertEqual(struct["first"], 1)
def test_naming(self):
struct = appier.lazy_dict()
struct["first"] = appier.lazy(lambda: 1)
self.assertEqual(isinstance(struct.__getitem__("first", True), appier.lazy), True)
self.assertEqual(struct["first"], 1)
def explorer_v(
cls,
s_name,
s_gateway,
reference_id,
*args, **kwargs
):
kwargs["sort"] = kwargs.get("sort", [("s_id", -1)])
if s_name: kwargs.update(s_name = s_name)
if s_gateway: kwargs.update(s_gateway = s_gateway)
if reference_id: kwargs.update(reference_id = reference_id)
return appier.lazy_dict(
model = cls,
kwargs = kwargs,
entities = appier.lazy(lambda: cls.find(*args, **kwargs)),
page = appier.lazy(lambda: cls.paginate(*args, **kwargs))
)
def test_concrete(self):
struct = appier.lazy_dict()
struct["first"] = appier.lazy(lambda: 1)
struct["second"] = 2
self.assertEqual(isinstance(struct.__getitem__("first", True), appier.lazy), True)
self.assertEqual(struct["first"], 1)
self.assertEqual(isinstance(struct.__getitem__("second", True), int), True)
self.assertEqual(struct["second"], 2)
def test_concrete(self):
struct = appier.lazy_dict()
struct["first"] = appier.lazy(lambda: 1)
struct["second"] = 2
self.assertEqual(isinstance(struct.__getitem__("first", True), appier.lazy), True)
self.assertEqual(struct["first"], 1)
self.assertEqual(isinstance(struct.__getitem__("second", True), int), True)
self.assertEqual(struct["second"], 2)
def test_gather_errors(self):
def raiser(): raise appier.OperationalError(message = "hello")
struct = appier.lazy_dict(
first = appier.lazy(lambda: raiser()),
second = appier.lazy(lambda: 2),
)
errors = appier.gather_errors(struct)
self.assertEqual(errors, dict(first = ["hello"]))
struct.__getitem__("first", force = True)._value = 1
errors = appier.gather_errors(struct)
self.assertEqual(errors, dict(first = ["hello"]))
struct.__getitem__("first", force = True)._value = 1
errors = appier.gather_errors(struct, resolve = False)
self.assertEqual(errors, dict())
def test_gather_errors(self):
def raiser(): raise appier.OperationalError(message = "hello")
struct = appier.lazy_dict(
first = appier.lazy(lambda: raiser()),
second = appier.lazy(lambda: 2),
)
errors = appier.gather_errors(struct)
self.assertEqual(errors, dict(first = ["hello"]))
struct.__getitem__("first", force = True)._value = 1
errors = appier.gather_errors(struct)
self.assertEqual(errors, dict(first = ["hello"]))
struct.__getitem__("first", force = True)._value = 1
errors = appier.gather_errors(struct, resolve = False)
self.assertEqual(errors, dict())
