def setUp(self):
driver = "org.apache.derby.jdbc.EmbeddedDriver"
dsn = "jdbc:derby:/testdb;create=true"
self.maxObjects = 5
self.expirationTime = 1
self.connectionTimeout = 5
self.pool = JDBCConnectionPool(driver, dsn, "", "", self.maxObjects,
self.expirationTime,
self.connectionTimeout,"")
class JDBCConnectionPoolTestCase(unittest.TestCase):
def setUp(self):
driver = "org.apache.derby.jdbc.EmbeddedDriver"
dsn = "jdbc:derby:/testdb;create=true"
self.maxObjects = 5
self.expirationTime = 1
self.connectionTimeout = 5
self.pool = JDBCConnectionPool(driver, dsn, "", "", self.maxObjects,
self.expirationTime,
self.connectionTimeout,"")
def testCheckOut(self):
#Make sure connection is actually being opened
conn = self.pool.checkOut(False)
assert(not conn.isClosed())
assert(self.pool.getUnavailableConnectionCount() == 1)
assert(self.pool.getAvailableConnectionCount() == self.maxObjects-1)
for x in range(10):
conn = self.pool.checkOut(False)
#Make sure we never go over the total number of allocated connections
assert(self.pool.getOpenConnectionCount() <= self.maxObjects)
#If we are requesting a connection and none are available verify that a null is
#being returned
if self.pool.getOpenConnectionCount() > self.maxObjects:
assert(conn == None)
def testCheckIn(self):
conn = self.pool.checkOut(False)
#Make sure just one connection has been removed from the pool
assert(self.pool.getUnavailableConnectionCount() == 1)
assert(self.pool.getAvailableConnectionCount() == self.maxObjects-1)
self.pool.checkIn(conn)
#Make sure once the connection has been returned to the pool that it is
#availablef or use.
assert(self.pool.getUnavailableConnectionCount() == 0)
assert(self.pool.getAvailableConnectionCount() == self.maxObjects)
