import os import peewee import pytest os.environ["APP_PATH"] = "test" import lc.config as c import lc.error as e import lc.request as r import lc.model as m class Testdb: def setup_method(self, _): c.db.init(":memory:") c.db.create_tables(m.MODELS) def teardown_method(self, _): c.db.close() def mk_user(self, name="gdritter", password="foo") -> m.User: return m.User.from_request(r.User(name=name, password=password,)) def test_create_user(self): name = "gdritter" u = self.mk_user(name=name) # it should be the only thing in the db all_users = m.User.select() assert len(all_users) == 1 assert all_users[0].id == u.id assert all_users[0].name == name # we should be able to find it with the given name, too named_user = m.User.get(m.User.name == name) assert named_user.id == u.id assert named_user.name == name def test_user_passwords(self): name = "gdritter" password = "foo" u = self.mk_user(name=name, password=password) print(u.name, u.passhash) assert u.authenticate(password) assert u.authenticate("wrong password") is False def test_no_duplicate_users(self): name = "gdritter" u1 = self.mk_user(name=name) with pytest.raises(e.UserExists): u2 = self.mk_user(name=name) def test_get_or_create_tag(self): u = self.mk_user() tag_name = "food" t = m.Tag.get_or_create_tag(u, tag_name) # we should be able to find the tag with the given name named_tags = m.Tag.select(m.Tag.user == u and m.Tag.name == tag_name) assert len(named_tags) == 1 # subsequent calls to get_or_create_tag should return the same db row t2 = m.Tag.get_or_create_tag(u, tag_name) assert t.id == t2.id def test_find_hierarchy(self): u = self.mk_user() t = m.Tag.get_or_create_tag(u, "food/bread/rye") # this should have created three db rows: for 'food', for # 'food/bread', and for 'food/bread/rye': assert len(m.Tag.select()) == 3 # searching for a prefix of the tag should yield the same # parent tag assert t.parent.id == m.Tag.get(name="food/bread").id assert t.parent.parent.id == m.Tag.get(name="food").id # creating a new hierarchical tag with a shared prefix should # only create the new child tag t2 = m.Tag.get_or_create_tag(u, "food/bread/baguette") print([t.name for t in m.Tag.select()]) assert len(m.Tag.select()) == 4 # it should share the same parent tags assert t2.parent.id == t.parent.id assert t2.parent.parent.id == t.parent.parent.id # trying to get a hierarchical tag should result in the same # one already entered assert t.id == m.Tag.get(name="food/bread/rye").id assert t2.id == m.Tag.get(name="food/bread/baguette").id def test_add_hierarchy(self): u = self.mk_user() req = r.Link("http://foo.com", "foo", "", False, ["food/bread/rye"]) l = m.Link.from_request(u, req) assert l.name == req.name tag_names = {t.tag.name for t in l.tags} # type: ignore assert tag_names == {"food", "food/bread", "food/bread/rye"} def test_bad_tag(self): u = self.mk_user() req = r.Link("http://foo.com", "foo", "", False, ["foo{bar}"]) with pytest.raises(e.BadTagName): l = m.Link.from_request(u, req) def test_create_invite(self): u = self.mk_user() invite = m.UserInvite.manufacture(u) # the invite should reference the user and be unclaimed assert invite.created_by.id == u.id assert invite.created_at is not None assert invite.claimed_by is None assert invite.claimed_at is None # deserializing the unique token should reveal the encrypted data raw_data = c.serializer.loads(invite.token) assert raw_data["created_by"] == u.name def test_use_invite(self): u = self.mk_user() initial_invite = m.UserInvite.manufacture(u) assert initial_invite.claimed_by is None assert initial_invite.claimed_at is None u2 = m.User.from_invite(r.User(name="u2", password="u2"), initial_invite.token) invite = m.UserInvite.by_code(initial_invite.token) assert invite.token == initial_invite.token assert invite.created_by.id == u.id assert invite.claimed_by.id == u2.id assert invite.created_at is not None assert invite.claimed_at is not None def bad_use_invite(self): initial_invite = m.UserInvite.manufacture(self.mk_user()) # creating this user claims the invite m.User.from_invite(r.User(name="u2", password="u2"), initial_invite.token) # using the invite again raise an error with pytest.raises(e.AlreadyUsedInvite): m.User.from_invite(r.User(name="u3", password="u3"), initial_invite.token) with pytest.raises(e.NoSuchInvite): m.User.from_invite(r.User(name="u4", password="u4"), "a-non-existent-token") def check_tags(self, l, tags): present = set(map(lambda hastag: hastag.tag.name, l.tags)) assert present == set(tags) def test_edit_link(self): u = self.mk_user() req = r.Link("http://foo.com", "foo", "", False, ["foo", "bar"]) l = m.Link.from_request(u, req) assert l.name == req.name assert l.tags == ["foo", "bar"] # type: ignore # check the in-place update req.name = "bar" req.tags = ["bar", "baz"] req.private = True l.update_from_request(u, req) assert l.name == req.name assert l.private assert l.created != req.created self.check_tags(l, req.tags) # check that the link was persisted l2 = m.Link.by_id(l.id) assert l2 assert l2.name == req.name assert l2.private assert l2.created != req.created self.check_tags(l2, req.tags)