def test__function_between(self):
c1 = fn.Coalesce(Field('foo'), 0)[0:1]
c2 = fn.Coalesce(Field('foo', table=self.t), 0)[0:1]
c3 = fn.Coalesce(Field('foo', table=self.t), 0).between(0, 1)
self.assertEqual('COALESCE("foo",0) BETWEEN 0 AND 1', str(c1))
self.assertEqual('COALESCE("btw"."foo",0) BETWEEN 0 AND 1', str(c2))
def test_coalesce(self):
q = Q.from_('abc').select(fn.Coalesce(F('foo'), 0))
self.assertEqual('SELECT COALESCE(\"foo\",0) FROM \"abc\"', str(q))
def test__function_notin(self):
c1 = fn.Coalesce(Field('foo'), 0).notin([0, 1])
c2 = fn.Coalesce(Field('foo', table=self.t), 0).notin([0, 1])
self.assertEqual('COALESCE("foo",0) NOT IN (0,1)', str(c1))
self.assertEqual('COALESCE("notin"."foo",0) NOT IN (0,1)', str(c2))
def test_coalesce(self):
q = Q.from_("abc").select(fn.Coalesce(F("foo"), 0))
self.assertEqual('SELECT COALESCE("foo",0) FROM "abc"', str(q))
def test__function_isin(self):
c1 = fn.Coalesce(Field("foo"), 0).isin([0, 1])
c2 = fn.Coalesce(Field("foo", table=self.t), 0).isin([0, 1])
self.assertEqual('COALESCE("foo",0) IN (0,1)', str(c1))
self.assertEqual('COALESCE("isin"."foo",0) IN (0,1)', str(c2))
def test_is_aggregate_None_for_non_aggregate_function_or_function_with_no_aggregate_functions(
self):
self.assertIsNone(fn.Coalesce('a', 0).is_aggregate)
self.assertIsNone(fn.Coalesce(fn.NullIf('a', 0), 0).is_aggregate)
def test_is_aggregate_True_for_aggregate_function_or_function_with_aggregate_functions(
self):
self.assertTrue(fn.Sum('a').is_aggregate)
self.assertTrue(fn.Coalesce(fn.Avg('a'), 0).is_aggregate)
self.assertTrue(fn.Coalesce(fn.NullIf(fn.Sum('a'), 0), 0).is_aggregate)
def _default_dimension_definition(self, key):
return fn.Coalesce(self.slicer.table.field(key), 'None')
def avg(self):
return fn.Coalesce(fn.Avg(self.field.sql), 0, alias=self.alias)
def count(self):
return fn.Coalesce(fn.Count(self.field.sql), 0, alias=self.alias)
def sum(self):
return fn.Coalesce(fn.Sum(self.field.sql), 0, alias=self.alias)
_q_get_organization = (q_organization(Parameter("$1")).select(
"bootstrap_token", "root_verify_key", "expiration_date").get_sql())
_q_bootstrap_organization = (Query.update(t_organization).where(
(t_organization.organization_id == Parameter("$1"))
& (t_organization.bootstrap_token == Parameter("$2"))
& (t_organization.root_verify_key.isnull())).set(
t_organization.root_verify_key, Parameter("$3")).get_sql())
_q_get_stats = Query.select(
Query.from_(t_user).where(
t_user.organization == q_organization_internal_id(Parameter(
"$1"))).select(fn.Count("*")).as_("users"),
Query.from_(t_vlob_atom).where(
t_vlob_atom.organization == q_organization_internal_id(Parameter(
"$1"))).select(fn.Coalesce(fn.Sum(t_vlob_atom.size),
0)).as_("metadata_size"),
Query.from_(t_block).where(
t_block.organization == q_organization_internal_id(Parameter(
"$1"))).select(fn.Coalesce(fn.Sum(t_block.size),
0)).as_("data_size"),
).get_sql()
_q_update_organisation_expiration_date = (Query.update(t_organization).where(
(t_organization.organization_id == Parameter("$1"))).set(
t_organization.expiration_date, Parameter("$2")).get_sql())
class PGOrganizationComponent(BaseOrganizationComponent):
def __init__(self, dbh: PGHandler, **kwargs):
super().__init__(**kwargs)
self.dbh = dbh
