def test_prune_expired(self):
now = datetime.datetime.utcnow()
day = datetime.timedelta(days=1)
# no expiry specified, should not be deleted.
w1 = WaitingLoan.new(user_key="U1", book_key="B1")
# going to expire in one more day
w2 = WaitingLoan.new(user_key="U2", book_key="B2", expiry=now+day)
# already expired one day ago
w3 = WaitingLoan.new(user_key="U3", book_key="B3", expiry=now-day)
assert WaitingLoan.prune_expired() == [w3]
assert WaitingLoan.query() == [w1, w2]
def test_new(self):
book_key = '/books/OL1234M'
user_key = '/people/user1'
WaitingLoan.new(book_key=book_key,
user_key=user_key)
w = WaitingLoan.find(book_key=book_key, user_key=user_key)
assert w is not None
assert w['status'] == 'waiting'
assert w['book_key'] == book_key
assert w['user_key'] == user_key
assert isinstance(w['since'], datetime.datetime)
assert isinstance(w['last_update'], datetime.datetime)
assert w['expiry'] is None
assert w['available_email_sent'] is False
def test_update(self):
w = WaitingLoan.new(user_key="U1", book_key="B1")
assert w['status'] == 'waiting'
w.update(status='avaialble')
assert w['status'] == 'avaialble'
w2 = WaitingLoan.find(user_key="U1", book_key="B1")
assert w2['status'] == 'avaialble'
def test_update(self):
w = WaitingLoan.new(user_key="U1", identifier="B1")
assert w["status"] == "waiting"
w.update(status="avaialble")
assert w["status"] == "avaialble"
w2 = WaitingLoan.find(user_key="U1", identifier="B1")
assert w2["status"] == "avaialble"
def test_new(self, monkeypatch):
user_key = "/people/user1"
identifier = "foobar"
monkeypatch.setattr(lending.ia_lending_api, "query", lambda **kw: [({"status": "waiting"})])
# POSTs to api to add to waiting list, then queries ia_lending_api for the result
w = WaitingLoan.new(user_key=user_key, identifier=identifier)
assert w is not None
assert w["status"] == "waiting"
def test_new(self, monkeypatch):
user_key = '/people/user1'
identifier = 'foobar'
monkeypatch.setattr(lending.ia_lending_api, "query", lambda **kw: [({'status': 'waiting'})])
# POSTs to api to add to waiting list, then queries ia_lending_api for the result
w = WaitingLoan.new(user_key=user_key,
identifier=identifier)
assert w is not None
assert w['status'] == 'waiting'
def test_new(self, monkeypatch):
user_key = '/people/user1'
identifier = 'foobar'
monkeypatch.setattr(lending.ia_lending_api, 'join_waitinglist', lambda identifier, userid: True)
monkeypatch.setattr(lending.ia_lending_api, 'query', lambda **kw: [({'status': 'waiting'})])
# POSTs to api to add to waiting list, then queries ia_lending_api for the result
w = WaitingLoan.new(user_key=user_key,
identifier=identifier)
assert w is not None
assert w['status'] == 'waiting'
def test_dict(self):
user_key = '/people/user1'
book_key = '/books/OL1234M'
w = WaitingLoan.new(user_key=user_key, book_key=book_key)
# ensure that w.dict() is JSON-able
json.dumps(w.dict())
def test_dict(self):
user_key = "/people/user1"
book_key = "/books/OL1234M"
w = WaitingLoan.new(user_key=user_key, identifier=book_key)
# ensure that w.dict() is JSON-able
json.dumps(w.dict())