def setUp(self):
if getattr(self, "generic_obj", None) is None:
self.generic_obj = Folder()
db = getattr(self.generic_obj, "db", None)
if db is None:
self.generic_obj.db = new_db()
self.crs = self.generic_obj.db.cursor()
def setUp(self):
if getattr(self, "generic_obj", None) is None:
self.generic_obj = Folder()
db = getattr(self.generic_obj, "db", None)
if db is None:
self.generic_obj.db = new_db()
self.crs = self.generic_obj.db.cursor()
def test_new_db_stress_test(self):
"""Create 100 dbs, each with 1 table with 1 record,
then test them and drop them in reverse order
"""
pool = []
size = 50
for i in range(size):
pool.append(new_db())
for i in range(size):
pool[i].cursor().execute("CREATE TABLE t(x integer primary key)")
pool[i].cursor().execute("INSERT INTO t(x) values(?)", (i, ))
for i in range(size):
crs = pool[size - i - 1].cursor()
crs.execute("SELECT * from t")
self.assertEqual(crs.fetchall(), [(size - i - 1, )])
crs.close()
pool[size - i - 1].drop()
def test_new_db_stress_test(self):
"""Create 100 dbs, each with 1 table with 1 record,
then test them and drop them in reverse order
"""
pool = []
size = 50
for i in range(size):
pool.append(new_db())
for i in range(size):
pool[i].cursor().execute("CREATE TABLE t(x integer primary key)")
pool[i].cursor().execute("INSERT INTO t(x) values(?)", (i,))
for i in range(size):
crs = pool[size - i - 1].cursor()
crs.execute("SELECT * from t")
self.assertEqual(crs.fetchall(), [(size - i - 1,)])
crs.close()
pool[size - i - 1].drop()
def test_changedb(self):
self.generic_obj.db.drop()
self.assertRaises(DbMissing, self.generic_obj.db.cursor)
del self.generic_obj.db
self.generic_obj.db = new_db()
self.crs = self.generic_obj.db.cursor()
def test_changedb(self):
self.generic_obj.db.drop()
self.assertRaises(DbMissing, self.generic_obj.db.cursor)
del self.generic_obj.db
self.generic_obj.db = new_db()
self.crs = self.generic_obj.db.cursor()
