def testConfigParserConstruction(self):
cfg1 = Config.FRETConfigParser()
cfg2 = Config.ReconstructionConfigParser()
cfg3 = Config.BurstDistAVGConfigParser()
self.assertEqual(cfg1.get("Burst Size Distribution", "method"),
"analytical")
self.assertEqual(cfg2.get("Burst Size Distribution", "method"),
"analytical")
self.assertEqual(cfg3.get("Burst Size Distribution", "method"),
"analytical")
def testReadWriteReconstruction(self):
config1 = Config.ReconstructionConfigParser()
config2 = Config.ReconstructionConfigParser()
config3 = Config.ReconstructionConfigParser()
tf = tempfile.mktemp()
with open(tf, "w") as tfh:
config1.write(tfh)
with open(tf) as tfh2:
config2.readfp(tfh2)
config3.read(tf)
def testGetInvalidValue(self):
config = Config.SecureConfigParser()
self.assertRaises(ValueError, config.get, "Invalid", "Invalid")
def testSetInvalidValue(self):
config = Config.SecureConfigParser()
config.setdefault("Invalid", "Invalid", 1, int, lambda x: x > 0,
"must be larger zero")
self.assertRaises(ValueError, config.set, "Invalid", "Invalid", -1)
def testAddTwice(self):
config = Config.SecureConfigParser()
config.setdefault("Invalid", "Invalid", "a", str, lambda x: True,
"must be string")
self.assertRaises(ValueError, config.setdefault, "Invalid", "Invalid",
"a", str, lambda x: True, "must be string")
def testAddWithoutDefault(self):
config = Config.SecureConfigParser()
self.assertRaises(ValueError, config.set, "Invalid", "Invalid", "a")