def test_constraint_one_constraint_in(self):
qmodel = QueryModel()
qmodel.cstart("column1", ["hello", "world"], Operator.IN)
self.assertEqual(qmodel.constraint,
{"column1": {
"$in": ["hello", "world"]
}})
def _getQueryModel(self, **kwargs) -> QueryModel:
qm = QueryModel()
if "teams" in kwargs and kwargs["teams"] is not None:
qm.cstart("team", kwargs["teams"], Operator.IN)
if "include_previous_teams" in kwargs and kwargs[
"include_previous_teams"]:
qm.cor("previous_teams", kwargs["teams"], Operator.IN)
cmap = {
"position":
kwargs["positions"] if "positions" in kwargs else None,
"last_name":
kwargs["last_names"] if "last_names" in kwargs else None,
"first_name":
kwargs["first_names"] if "first_names" in kwargs else None,
"profile_id":
kwargs["profile_ids"] if "profile_ids" in kwargs else None
}
for name in cmap:
if cmap[name] is not None:
qm.cand(name, cmap[name], Operator.IN)
if "player_abbreviations" in kwargs and kwargs[
"player_abbreviations"] is not None:
paqm = QueryModel()
for pabb in kwargs["player_abbreviations"]:
if not (pabb is None or pabb == ""):
curqm = QueryModel()
fi, ln = util.parseNameAbbreviation(pabb)
if not (fi is None and ln is None):
if fi is not None:
curqm.cstart("first_name", fi, Operator.REGEX, "i")
curqm.cand("last_name", ln, Operator.REGEX, "i")
paqm.cor(query_model=curqm)
qm.cand(query_model=paqm)
return qm
def test_constraint_one_constraint_regex_opt(self):
qmodel = QueryModel()
qmodel.cstart("column1", "hello", Operator.REGEX, "i")
self.assertEqual(qmodel.constraint,
{"column1": {
"$regex": "hello",
"$options": "i"
}})
def test_constraint_one_constraint_negate_eq(self):
qmodel = QueryModel()
qmodel.cstart("column1", "hello", Operator.negate(Operator.EQ))
self.assertEqual(qmodel.constraint,
{"column1": {
"$not": {
"$eq": "hello"
}
}})
def test_constraint_two_constraint_nor(self):
qmodel = QueryModel()
qmodel.cstart("column1", "hello").cnor("column2", 1)
self.assertEqual(
qmodel.constraint,
{"$nor": [{
"column1": {
"$eq": "hello"
}
}, {
"column2": {
"$eq": 1
}
}]})
def _getQueryModel(self, **kwargs) -> QueryModel:
qm = QueryModel()
if kwargs["teams"] is not None:
qm.cstart("teams", kwargs["teams"], Operator.IN)
cmap = {
"season": kwargs["seasons"] if "seasons" in kwargs else None,
"season_type": kwargs["season_types"] if "season_types" in kwargs else None,
"week": kwargs["weeks"] if "weeks" in kwargs else None,
"finished": kwargs["finished"] if "finished" in kwargs else None
}
for name in cmap:
if cmap[name] is not None:
qm.cand(name, cmap[name], Operator.IN)
return qm
def _getQueryModel(self, **kwargs) -> QueryModel:
qm = QueryModel()
if kwargs["teams"] is not None:
qm.cstart("team", kwargs["teams"], Operator.IN)
if "include_previous_teams" in kwargs and kwargs["include_previous_teams"]:
qm.cor("previous_teams", kwargs["teams"], Operator.IN)
cmap = {
"last_name": kwargs["last_names"] if "last_names" in kwargs else None,
"first_name": kwargs["first_names"] if "first_names" in kwargs else None,
"profile_id": kwargs["profile_ids"] if "profile_ids" in kwargs else None
}
for name in cmap:
if cmap[name] is not None:
qm.cand(name, cmap[name], Operator.IN)
return qm
async def sync(self) -> List[dict]:
logging.info("Syncing {} data...".format(self._entity_name))
cur = await self.find()
if len(cur) > 0:
gsidqm = QueryModel()
gsidqm.sinclude(["gsis_id"])
cgsidd = await self.find(qm=gsidqm)
cgsids = list(set([r["gsis_id"] for r in cgsidd]))
schqm = QueryModel()
schqm.cstart("finished", True)
if len(cgsids) > 0:
schqm.cand("gsis_id", cgsids, Operator.NIN)
sch = await self._scheduleManager.find(qm=schqm)
else:
sch = await self._scheduleManager.find()
return await self.save(self._queryAPI(sch))
async def sync(self) -> List[dict]:
logging.info("Syncing {} data...".format(self._entity_name))
pidqm = QueryModel()
pidqm.cstart("profile_id", False, Operator.EXISTS)
udata = await self.find(qm=pidqm)
if len(udata) > 0:
await self._setProfileIds(udata)
udata = [d for d in udata if "profile_id" in d]
if len(udata) > 0:
udata = await self.save(udata)
data = await super(PlayerSchedDepManagerFacade, self).sync()
if len(udata) > 0:
if len(data) > 0:
data = udata + data
else:
data = udata
return data
def test_constraint_three_constraint_and(self):
qmodel = QueryModel()
qmodel.cstart("column1", "hello").cand("column2",
1).cand("column3", 1.0)
self.assertEqual(
qmodel.constraint, {
"$and": [{
"column1": {
"$eq": "hello"
}
}, {
"column2": {
"$eq": 1
}
}, {
"column3": {
"$eq": 1.0
}
}]
})
def _getQueryModel(self, **kwargs) -> QueryModel:
qm = QueryModel()
if "teams" in kwargs and kwargs["teams"] is not None:
qm.cstart("team", kwargs["teams"], Operator.IN)
return qm
def test_constraint_one_constraint_eq(self):
qmodel = QueryModel()
qmodel.cstart("column1", "hello")
self.assertEqual(qmodel.constraint, {"column1": {"$eq": "hello"}})