async def test_client_initializes_automatically_with_every_api_method(
method, server, client):
client.format_order_requests = True
global received
global status
data = tuple(
get_valid_primitive_data(param.annotation)
for param in method[1].__signature__.parameters.values()
if param.name != "self")
status = 200
method = getattr(client, method[0])
try:
resp = await method(*data)
except (
KeyError,
ServerDisconnectedError,
ContentTypeError,
AttributeError,
UnexpectedStatus,
):
pass # Caused by incorrect response status being returned
# Server not keeping a data stream open
# Response Not containing expected data
if getattr(method, "initialize_required", True):
assert client.initialized
else:
assert not client.initialized
async def test_client_methods_send_correct_data(method, server, client):
client.format_order_requests = True
data = tuple(
get_valid_primitive_data(param.annotation)
for param in method[1].__signature__.parameters.values()
if param.name != 'self')
async with client as client: # initialize first
method = getattr(client, method[0])
server_module.status = next(iter(method.endpoint.responses))
try:
resp = await method(*data)
except (KeyError, ServerDisconnectedError, ContentTypeError,
AttributeError):
pass # Caused by incorrect response status being returned
async def test_client_methods_send_correct_data(method, server, client):
data = tuple(get_valid_primitive_data(param.annotation)
for param in method[1].__signature__.parameters.values()
if param.name != 'self')
async with client as client: # initialize first
method = getattr(client, method[0])
server_module.status = next(iter(method.endpoint.responses))
try:
resp = await method(*data)
except (KeyError, ServerDisconnectedError, ContentTypeError, AttributeError):
pass # Caused by incorrect response status being returned
# Server not keeping a data stream open
# Response Not containing expected data
# TODO Added meaning full asserts
print(server_module.received)
from async_v20.definitions.base import create_attribute
from async_v20.definitions.types import OrderRequest
from tests.test_definitions.helpers import get_valid_primitive_data, create_cls_annotations
from async_v20.exceptions import UnknownKeywordArgument, InstantiationFailure
import logging
logger = logging.getLogger('async_v20')
logger.disabled = True
model_classes = (cls for cls in (getattr(types, typ) for typ in types.__all__)
if issubclass(cls, Model))
model_classes_data = []
for cls in model_classes:
try:
model_classes_data.append((cls, get_valid_primitive_data(cls)))
except Exception as ex:
...
@pytest.mark.parametrize('cls, data', model_classes_data)
def test_all_order_requests_have_an_instrument_parameter(cls, data):
if issubclass(cls, OrderRequest):
assert hasattr(cls, 'instrument')
result = cls(**data)
assert getattr(result, 'instrument')
# @pytest.mark.parametrize('cls, data', model_classes_data)
# def test_class_annotations_match_the_parents_class_annotations(cls, data):
def test_get_valid_primitive_data(primitive):
"""Test the helper function can provide valid data for all primitives"""
assert get_valid_primitive_data(primitive)
def test_primitives_return_correct_type_when_initialized_with_value(primitive):
if primitive == DateTime:
assert type(primitive(get_valid_primitive_data(primitive))) == pd.Timestamp
else:
assert type(primitive(get_valid_primitive_data(primitive))) == primitive
def test_primitives_return_correct_type_when_initialized_with_value(primitive):
assert type(primitive(get_valid_primitive_data(primitive))) == primitive
import pytest
from async_v20.definitions import types
from async_v20.definitions.base import Model
from async_v20.definitions.base import create_attribute
from async_v20.definitions.types import OrderRequest
from tests.test_definitions.helpers import get_valid_primitive_data, create_cls_annotations
from async_v20.exceptions import UnknownKeywordArgument, InstantiationFailure
import logging
logger = logging.getLogger('async_v20')
logger.disabled = True
model_classes = (cls for cls in (getattr(types, typ) for typ in types.__all__)
if issubclass(cls, Model))
model_classes_data = [(cls, get_valid_primitive_data(cls))
for cls in model_classes]
@pytest.mark.parametrize('cls, data', model_classes_data)
def test_all_order_requests_have_an_instrument_parameter(cls, data):
if issubclass(cls, OrderRequest):
assert hasattr(cls, 'instrument')
result = cls(**data)
assert getattr(result, 'instrument')
@pytest.mark.parametrize('cls, data', model_classes_data)
def test_class_annotations_match_the_parents_class_annotations(cls, data):
if not cls.__bases__[0] == Model:
