def test_every_historical(event_loop):
async def wrapper():
async with AsyncPymarketcap(**asyncparms) as apym:
show_msg = True
async for (currency) in apym.every_historical():
if show_msg:
print("Testing all responses...")
show_msg = False
res.append(currency)
assert_types(currency)
assert_consistence(currency)
assert isinstance(res, list)
if os.path.exists(cache_file):
with open(cache_file, "r") as f:
for curr in json.loads(f.read()):
res.append(curr)
assert isinstance(res, list)
for currency in res:
assert_types(currency)
assert_consistence(currency)
else:
event_loop.run_until_complete(wrapper())
async def wrapper():
async with AsyncPymarketcap(**asyncparms) as apym:
show_msg = True
async for (currency) in apym.every_historical():
if show_msg:
print("Testing all responses...")
show_msg = False
res.append(currency)
assert_types(currency)
assert_consistence(currency)
assert isinstance(res, list)
async def wrapper():
async with AsyncPymarketcap(debug=True, queue_size=50,
consumers=50) as apym:
res = []
show_msg = True
async for (currency) in apym.every_historical():
if show_msg:
print("Testing all responses...")
show_msg = False
res.append(currency)
assert_types(currency)
assert_consistence(currency)
assert type(res) == list
def test_consistence():
coin = choice(pym.coins)
print("(Currency: %s)" % coin, end=" ")
res = pym.historical(coin)
assert_consistence(res)
def test_consistence():
curr = random_cryptocurrency(pym)["website_slug"]
print('(<currency>["website_slug"] == "%s")' % curr, end=" ")
res = pym.historical(curr)
assert_consistence(res)