def runTest(self):
print "------------------ Test4 DB persistence ---------"
ppdb = XMDCTBDB('NonPersistentMPdb.db', persistent=False)
self.assertTrue(os.path.exists('./NonPersistentMPdb.db'))
del ppdb
self.assertFalse(os.path.exists('./NonPersistentMPdb.db'))
ppdb = XMDCTBDB('PersistentMPdb.db', persistent=True)
self.assertTrue(os.path.exists('./PersistentMPdb.db'))
del ppdb
self.assertTrue(os.path.exists('./PersistentMPdb.db'))
# now add something in the base
ppdb = XMDCTBDB('./PersistentMPdb.db', load=True)
ppdb.keyformat = None
self.assertTrue(ppdb.persistent)
ppdb.add(zip((440, ), (1.45, )), 4)
# delete the base and reload it
del ppdb
ppdb = XMDCTBDB('./PersistentMPdb.db', load=True)
ppdb.keyformat = None
T, fi = ppdb.get(440)
self.assertTrue(abs(T[0] - 1.45) < 0.01)
self.assertEqual(fi[0], 4)
def runTest(self):
print "------------------ Test 8 different formattings ---------"
dbFormat1 = XMDCTBDB('format1.db', load=False, persistent=False)
dbFormat0 = XMDCTBDB('format2.db', load=False, persistent=False)
dbFormat1.keyformat = None
key1 = [0, 12]
data = 13.0
dbFormat1.add(zip((key1[1], ), (data, )), 2)
dbFormat0.add(zip((key1, ), (data, )), 2)
T, fi = dbFormat0.get(key1)
print fi
def runTest(self):
''' what happens when the same key is used with a different value? we should be able to retrieve
a list of possible songs
'''
print "------------------ Test 7 handling uniqueness ---------"
dummyDb = XMDCTBDB('dummyDb.db', load=False, persistent=False)
dummyDb.keyformat = None
dummyDb.add(zip((440, 128, 440), (12.0, 16.0, 45.0)), 1)
dummyDb.add(zip((512, 320, 440), (54.0, 16.0, 11.0)), 2)
# print dummyDb.get_stats()
self.assertEqual(6, dummyDb.get_stats()['ndata'])
T, fileIndex = dummyDb.get(440)
print zip(T, fileIndex)
def runTest(self):
print "------------------ Test2 DB Handle ---------"
print 'Creating a hash table using Berkeley DB'
dbName = 'dummy.db'
ppbdb = XMDCTBDB(dbName, load=False, persistent=False)
ppbdb.keyformat = None
print 'populating with a key from MP'
F = 128
T = 125.0
FileIdx = 104
ppbdb.add(zip((F, ), (T, )), FileIdx)
estT, estFileI = ppbdb.get(F)
# refactoring, renvoi une liste de candidats
self.assertEqual(estFileI[0], FileIdx)
self.assertTrue(abs(estT[0] - T) < 0.01)
print ppbdb.get_stats()
print ppbdb
del ppbdb