def test_render__with_markdown_description(self):
renderer = self.mocker.patch(
'lily.entrypoint.renderer.SchemaRenderer')
serialize = Mock()
renderer.return_value.render.return_value = Mock(
serialize=serialize, enums=[])
serialize.side_effect = [
{'output': 'schema'},
{'query': 'schema'},
{'body': 'schema'},
]
meta = Meta(
title='hi',
description='./description.md',
domain=Domain(id='h', name='hh'))
access = Access(access_list=['EVERYONE'], is_private=True)
source = Source(fn)
self.mocker.patch.object(BaseRenderer, 'render').return_value = {
'READ_CARD': {
'method': 'get',
'path_conf': {
'path': '/hi',
'pattern': '/hi',
'parameters': [],
},
'meta': meta,
'access': access,
'input': Input(query_parser=Mock(), body_parser=Mock()),
'output': Output(serializer=Mock()),
'source': source,
}
}
result = CommandsRenderer().render()
meta = Meta(
title='hi',
description='# this is test of markdown description',
domain=Domain(id='h', name='hh'))
assert result == {
'enums': [],
'READ_CARD': {
'access': access,
'meta': meta,
'method': 'get',
'path_conf': {
'parameters': [],
'path': '/hi',
},
'schemas': {
'input_body': {'body': 'schema'},
'input_query': {'query': 'schema'},
'output': {'output': 'schema'},
},
'source': source,
'examples': {},
}
}
class CatalogueItemElementCommands(HTTPCommands):
@command(
name=name.Read(CatalogueItem),
meta=Meta(title='Read Catalogue Item', domain=CATALOGUE),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=CatalogueItemSerializer),
)
def get(self, request, item_id):
raise self.event.Read(CatalogueItem.objects.get(id=item_id))
@command(
name=name.Update(CatalogueItem),
meta=Meta(title='Update Catalogue Item', domain=CATALOGUE),
access=Access(access_list=[
AccountType.ADMIN.value,
]),
input=Input(body_parser=CatalogueItemUpdateParser),
output=Output(serializer=CatalogueItemSerializer),
)
def put(self, request, item_id):
item = CatalogueItem.objects.get(id=item_id)
for field, value in request.input.body.items():
setattr(item, field, value)
item.updated_by = request.access['account']
item.save()
raise self.event.Updated(item)
@command(
name=name.Delete(CatalogueItem),
meta=Meta(title='Delete Catalogue Item', domain=CATALOGUE),
access=Access(access_list=[
AccountType.ADMIN.value,
]),
output=Output(serializer=serializers.EmptySerializer),
)
def delete(self, request, item_id):
item = CatalogueItem.objects.get(id=item_id)
not_cancelled_count = (item.download_requests.filter(
is_cancelled=False).count())
if not_cancelled_count:
raise self.event.BrokenRequest(
'NOT_CANCELLED_DOWNLOAD_REQEUSTS_DETECTED',
data={
'item_id': int(item_id),
'not_cancelled_count': not_cancelled_count,
})
item.delete()
raise self.event.Deleted()
class DownloadRequestCollectionCommands(HTTPCommands):
@command(
name=name.CreateOrRead(DownloadRequest),
meta=Meta(title='Create Download Request',
description='''
Create a Download Request in a smart way meaning that:
- if same `DownloadRequest` already exists do not start
another one. (FIXME: maybe just attach user to the
waiters list)
-
''',
domain=DOWNLOAD_REQUESTS),
input=Input(body_parser=DownloadRequestParser),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=DownloadRequestSerializer),
)
def post(self, request):
spec = request.input.body['spec']
r, created = DownloadRequest.objects.get_or_create(
normalized_spec=DownloadRequest.normalize_spec(spec),
catalogue_item_id=request.input.body['catalogue_item_id'],
defaults={
'created_by': request.access['account'],
'spec': spec,
})
r.waiters.add(request.access['account'])
if created:
r.execute()
raise self.event.Created(r)
else:
raise self.event.Read(r)
@command(
name=name.BulkRead(DownloadRequest),
meta=Meta(
title='Bulk Read Download Requests which you are waiting for',
domain=DOWNLOAD_REQUESTS),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=DownloadRequestListSerializer),
)
def get(self, request):
requests = DownloadRequest.objects.filter(
waiters__id=request.access['account'].id)
raise self.event.BulkRead({'requests': requests})
def command(self, is_private=None, domain_id=None):
def fn():
pass
if is_private is None:
is_private = random.choice([True, False])
if domain_id is None:
domain_id = faker.word()
command = {
'method':
random.choice(['GET', 'POST', 'PUT', 'DELETE']),
'path_conf': {
'path': 'conf'
},
'meta':
Meta(title=faker.sentence(),
description=faker.sentence(),
domain=Domain(id=domain_id, name='domain')),
'access':
Access(is_private=is_private, access_list=['ANY']),
'source':
Source(fn),
'schemas': {
'some': 'schemas'
},
'examples': {
'some': 'examples'
},
}
return command
class DownloadRequestElementCommands(HTTPCommands):
@command(
name=name.Read(DownloadRequest),
meta=Meta(title='Read DownloadRequest one is waiting for',
domain=DOWNLOAD_REQUESTS),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=DownloadRequestSerializer),
)
def get(self, request, request_id):
raise self.event.Read(
DownloadRequest.objects.get(
waiters__id=request.access['account'].id, id=request_id))
@command(
name=name.Delete(DownloadRequest),
meta=Meta(
title='Creator can cancel request or remove himself from waiters',
domain=DOWNLOAD_REQUESTS),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=serializers.EmptySerializer),
)
def delete(self, request, request_id):
account = request.access['account']
r = DownloadRequest.objects.get(id=request_id)
r.waiters.remove(account)
if r.waiters.count() == 0:
r.is_cancelled = True
r.save()
raise self.event.Deleted()
class AuthRequestAuthTokenCommands(HTTPCommands):
class BodyParser(parsers.Parser):
request_uuid = parsers.UUIDField()
@command(
name=name.Create('AUTH_TOKEN_FOR_AUTH_REQUEST'),
meta=Meta(title='Create Auth Token', domain=ACCOUNT_AUTHENTICATION),
input=Input(body_parser=BodyParser),
output=Output(serializer=AuthTokenSerializer),
)
def post(self, request):
r = AuthRequest.objects.get(uuid=request.input.body['request_uuid'],
account__isnull=False)
raise self.event.Created({'token': r.get_token_and_delete()})
class CatalogueItemSampleAndDistributionsCommands(HTTPCommands):
@command(
name=name.Execute('WITH_SAMPLE_AND_DISTRIBUTION_UPDATE',
CatalogueItem),
meta=Meta(title='Update Catalogue Item with Samples and Distributions',
domain=CATALOGUE),
is_atomic=True,
access=Access(access_list=[
AccountType.ADMIN.value,
]),
output=Output(serializer=serializers.EmptySerializer),
)
def put(self, request, item_id):
item = CatalogueItem.objects.get(id=item_id)
item.update_samples_and_distributions()
raise self.event.Executed()
class DownloadRequestEstimateCommands(HTTPCommands):
@command(
name=name.Execute('ESTIMATE', 'SIZE_OF_DOWNLOAD_REQUEST'),
meta=Meta(
title='Estimate the size download based on the provided spec',
domain=DOWNLOAD_REQUESTS),
input=Input(body_parser=DownloadRequestParser),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
output=Output(serializer=DownloadRequestEstimateSerializer),
)
def post(self, request):
raise self.event.Executed({
'estimated_size':
DownloadRequest.objects.estimate_size(**request.input.body),
})
class AuthRequestCommands(HTTPCommands):
@command(
name=name.Create('AUTH_REQUEST'),
meta=Meta(title='Create Auth Request', domain=ACCOUNT_AUTHENTICATION),
output=Output(serializer=AuthRequestSerializer),
)
def post(self, request):
r = AuthRequest.objects.create()
# FIXME: !!!! fix this URL!!!
# - make it absolute
# - make it add query param
raise self.event.Created({
# 'authenticate_ui_uri': reverse(
# 'account:auth.requests.authenticate.ui',
# kwargs={'request_uuid': r.uuid}),
'request_uuid': r.uuid,
})
class AuthTokenCommands(HTTPCommands):
class BodyParser(parsers.Parser):
oauth_token = parsers.CharField()
email = parsers.EmailField()
@command(
name=name.Create('AUTH_TOKEN'),
meta=Meta(title='Generate Token', domain=ACCOUNT_AUTHENTICATION),
input=Input(body_parser=BodyParser),
output=Output(serializer=AuthTokenSerializer),
)
def post(self, request):
email = request.input.body['email']
oauth_token = request.input.body['oauth_token']
account = Account.objects.get_or_create_oauth2(email, oauth_token)
raise self.event.Created({'token': AuthToken.encode(account)})
class AuthRequestAttachAccountCommands(HTTPCommands):
class BodyParser(parsers.Parser):
request_uuid = parsers.UUIDField()
oauth_token = parsers.CharField()
email = parsers.EmailField()
@command(
name=name.Execute('ATTACH', 'ACCOUNT_TO_AUTH_REQUEST'),
meta=Meta(title='Attach Account to Auth Request',
domain=ACCOUNT_AUTHENTICATION),
input=Input(body_parser=BodyParser),
output=Output(serializer=serializers.EmptySerializer),
)
def post(self, request):
AuthRequest.objects.get(
uuid=request.input.body['request_uuid']).attach_account(
email=request.input.body['email'],
oauth_token=request.input.body['oauth_token'])
raise self.event.Executed()
def test_render__with_examples(self):
renderer = self.mocker.patch(
'lily.entrypoint.renderer.SchemaRenderer')
serialize = Mock()
renderer.return_value.render.return_value = Mock(
serialize=serialize, enums=[])
serialize.side_effect = [
{'output': 'schema'},
{'query': 'schema'},
{'body': 'schema'},
]
meta = Meta(
title='hi',
description='ho',
domain=Domain(id='h', name='hh'))
access = Access(access_list=['EVERYONE'], is_private=True)
source = Source(fn)
self.mocker.patch.object(BaseRenderer, 'render').return_value = {
'READ_CARD': {
'method': 'get',
'path_conf': {
'path': '/hi',
'pattern': '/hi',
'parameters': [],
},
'meta': meta,
'access': access,
'input': Input(query_parser=Mock(), body_parser=Mock()),
'output': Output(serializer=Mock()),
'source': source,
}
}
with open(self.examples_filepath, 'w') as f:
f.write(json.dumps({
'READ_CARD': {
'200 (OK)': {
'request': {
'path': '/hi',
'parameters': {},
},
},
},
}))
assert CommandsRenderer().render() == {
'enums': [],
'READ_CARD': {
'access': access,
'meta': meta,
'method': 'get',
'path_conf': {
'parameters': [],
'path': '/hi',
},
'schemas': {
'input_body': {'body': 'schema'},
'input_query': {'query': 'schema'},
'output': {'output': 'schema'},
},
'source': source,
'examples': {
'200 (OK)': {
'request': {
'path': '/hi',
'parameters': {},
},
},
},
}
}
def test_render__many_commands(self):
renderer = self.mocker.patch(
'lily.entrypoint.renderer.SchemaRenderer')
serialize = Mock()
renderer.return_value.render.return_value = Mock(
serialize=serialize, enums=[])
serialize.side_effect = [
{'output': 'read.schema'},
{'query': 'read.schema'},
{'body': 'read.schema'},
{'output': 'delete.schema'},
{'query': 'delete.schema'},
{'body': 'delete.schema'},
]
meta = Meta(
title='hi',
description='ho',
domain=Domain(id='h', name='hh'))
access = Access(access_list=['EVERYONE'], is_private=True)
source = Source(fn)
self.mocker.patch.object(
BaseRenderer,
'render'
).return_value = OrderedDict([
(
'READ_CARD',
{
'method': 'get',
'path_conf': {
'path': '/hi',
'pattern': '/hi',
'parameters': [],
},
'meta': meta,
'access': access,
'input': Input(query_parser=Mock(), body_parser=Mock()),
'output': Output(serializer=Mock()),
'source': source,
},
),
(
'DELETE_TASK',
{
'method': 'delete',
'path_conf': {
'path': '/hi/{id}',
'pattern': '/hi/(?P<id>\\d+)',
'parameters': [{'name': 'id', 'type': 'integer'}],
},
'meta': meta,
'access': access,
'input': Input(query_parser=Mock(), body_parser=Mock()),
'output': Output(serializer=Mock()),
'source': source,
}
)])
assert CommandsRenderer().render() == {
'enums': [],
'READ_CARD': {
'access': access,
'meta': meta,
'method': 'get',
'path_conf': {
'parameters': [],
'path': '/hi',
},
'schemas': {
'input_body': {'body': 'read.schema'},
'input_query': {'query': 'read.schema'},
'output': {'output': 'read.schema'},
},
'source': source,
'examples': {},
},
'DELETE_TASK': {
'access': access,
'meta': meta,
'method': 'delete',
'path_conf': {
'path': '/hi/{id}',
'parameters': [{'name': 'id', 'type': 'integer'}],
},
'schemas': {
'input_body': {'body': 'delete.schema'},
'input_query': {'query': 'delete.schema'},
'output': {'output': 'delete.schema'},
},
'source': source,
'examples': {},
},
}
from conf.urls import urlpatterns
from lily.base.test import Client
from lily.base.commands import S3UploadSignCommands
from lily.base.command import command_override
from lily import (
Meta,
name,
Domain,
Access,
)
MySignCommands = S3UploadSignCommands.overwrite(get=command_override(
name=name.Execute('SIGN', 'PROCESS'),
meta=Meta(title=(
'Sign Process dedicated to upload and conversion of media '
'file'),
domain=Domain(id='hey', name='hi')),
access=Access(access_list=['PREMIUM', 'SUPER_PREMIUM'])))
urlpatterns.extend([
re_path(r'^sign/$', MySignCommands.as_view(), name='test.sign'),
])
class MySignCommandsTestCase(TestCase):
uri = reverse('test.sign')
@pytest.fixture(autouse=True)
def initfixtures(self, mocker):
self.mocker = mocker
class CatalogueItemCollectionCommands(HTTPCommands):
@command(
name=name.Create(CatalogueItem),
meta=Meta(title='Create Catalogue Item', domain=CATALOGUE),
access=Access(access_list=[
AccountType.ADMIN.value,
]),
input=Input(body_parser=CatalogueItemCreateParser),
output=Output(serializer=CatalogueItemSerializer),
)
def post(self, request):
raise self.event.Created(
CatalogueItem.objects.create(created_by=request.access['account'],
updated_by=request.access['account'],
**request.input.body))
class QueryParser(parsers.Parser):
query = parsers.CharField(default=None)
has_samples = parsers.BooleanField(default=None)
@command(
name=name.BulkRead(CatalogueItem),
meta=Meta(title='Bulk Read Catalogue Items', domain=CATALOGUE),
access=Access(access_list=[
AccountType.RESEARCHER.value,
AccountType.ADMIN.value,
]),
input=Input(query_parser=QueryParser),
output=Output(serializer=CatalogueItemListSerializer),
)
def get(self, request):
query = request.input.query['query']
has_samples = request.input.query['has_samples']
if query:
qs = Q()
expression = re.compile(r'([\&\|\~])(\s+)')
query = expression.sub('\\1', query)
for word in query.split():
if word[0] == '~':
qs = qs & ~Q(name__icontains=word[1:])
elif word[0] == '&':
qs = qs & Q(name__icontains=word[1:])
elif word[0] == '|':
qs = qs | Q(name__icontains=word[1:])
else:
qs = qs | Q(name__icontains=word)
items = CatalogueItem.objects.filter(qs)
else:
items = CatalogueItem.objects.all()
if has_samples:
items = items.exclude(sample=[])
elif not has_samples and has_samples is not None:
items = items.filter(sample=[])
raise self.event.BulkRead({'items': items})