def test_ratemanagement_equal(conf):
if not os.path.exists("cache_tests/ratemanagement_test/"):
os.makedirs("cache_tests/ratemanagement_test/")
conf.set_base_directory("cache_tests/ratemanagement_test/equal/")
conf.set_test_name("Ratemanagement test (equal)")
conf.set_timeout(150)
logging.disable(logging.DEBUG)
logging.disable(logging.INFO)
logging.disable(logging.WARNING)
conf.add_file(1, "files/test1.dat")
conf.add_file(2, "files/test2.dat")
tracker = conf.add_tracker()
set_peers(conf, "cache_tests/ratemanagement_test/equal/", None)
conf.add_condition(IsSeedingCondition(2))
conf.add_condition(IsSeedingCondition(3))
conf.add_condition(IsSeedingCondition(4))
conf.add_condition(IsSeedingCondition(5))
def test_ratemanagement_on_demand(conf):
if not os.path.exists("cache_tests/ratemanagement_test/"):
os.makedirs("cache_tests/ratemanagement_test/")
conf.set_base_directory("cache_tests/ratemanagement_test/on_demand/")
conf.set_test_name("Ratemanagement test (on_demand)")
conf.set_timeout(120)
logging.disable(logging.DEBUG)
logging.disable(logging.INFO)
logging.disable(logging.WARNING)
conf.add_file(1, "files/test1.dat")
conf.add_file(2, "files/test2.dat")
tracker = conf.add_tracker()
set_peers(conf, "cache_tests/ratemanagement_test/on_demand/", "SisClient/Cache/Test/config/config2.cfg")
conf.add_condition(IsSeedingCondition(2))
conf.add_condition(IsSeedingCondition(3))
conf.add_condition(IsSeedingCondition(4))
conf.add_condition(IsSeedingCondition(5))
def test_ratemanagement_equal(conf):
if not os.path.exists("cache_tests/replacement_strategy_test/"):
os.makedirs("cache_tests/replacement_strategy_test/")
conf.set_base_directory("cache_tests/replacement_strategy_test/unviable/")
conf.set_test_name("Ratemanagement test (unviable)")
conf.set_timeout(100)
logging.disable(logging.DEBUG)
logging.disable(logging.INFO)
logging.disable(logging.WARNING)
conf.add_file(1, "files/test1.dat")
conf.add_file(2, "files/test2.dat")
conf.add_file(3, "files/test3.dat")
tracker = conf.add_tracker()
set_peers(conf, "cache_tests/replacement_strategy_test/unviable/",
"SisClient/Cache/Test/config/config5.cfg")
conf.add_condition(IsSeedingCondition(2))
conf.add_condition(IsSeedingCondition(3))
conf.add_condition(IsSeedingCondition(4))
def testConfWithNonExistingFile(self):
baseDirectory = "test" + os.path.normcase('/') + "user"
file = "AFJASLDFJASDLGKFSJADFLS.sajdFASJFASLDFJASDLFSAD"
conf = TestbedConfiguration(baseDirectory)
# the setting of the base directory must propagate to all
# subsequent clients and the tracker
conf.set_test_name("Simple test")
conf.set_timeout(20)
# add the files that you want to distribute within the test environment
# this should produce a warning!
conf.add_file(1, file)
conf.add_file(2, file)
conf.add_file(3, file)
# specify a tracker
tracker = conf.add_tracker()
# specify a leecher
client1 = conf.add_client(1)
client1.set_port(10000)
client1.set_uprate(64)
client1.set_downrate(64)
client1.add_file_to_leech(1)
# specify a seeder
client2 = conf.add_client(2)
client2.set_port(10002)
client2.set_uprate(64)
client2.set_downrate(64)
client2.add_file_to_seed(1)
# add some conditions the testbed shall check on
conf.add_condition(IsLeechingCondition(1))
conf.add_condition(IsSeedingCondition(2))
ok, errors, warnings = TestbedConfigurationChecker.is_consistent(conf)
self.assertFalse(ok)
self.assertEquals(3, len(errors))
def testCorrectConfigurationWillNotFail(self):
baseDirectory = "test" + os.path.normcase('/') + "user"
file = self._TMP_TEST_FILE
conf = TestbedConfiguration(baseDirectory)
# the setting of the base directory must propagate to all
# subsequent clients and the tracker
conf.set_test_name("Simple test")
conf.set_timeout(20)
# add the files that you want to distribute within the test environment
conf.add_file(1, file)
# specify a tracker
tracker = conf.add_tracker()
# specify a leecher
client1 = conf.add_client(1)
client1.set_port(10000)
client1.set_uprate(64)
client1.set_downrate(64)
client1.add_file_to_leech(1)
# specify a seeder
client2 = conf.add_client(2)
client2.set_port(10002)
client2.set_uprate(64)
client2.set_downrate(64)
client2.add_file_to_seed(1)
# add some conditions the testbed shall check on
conf.add_condition(IsLeechingCondition(1))
conf.add_condition(IsSeedingCondition(2))
ok, errors, warnings = TestbedConfigurationChecker.is_consistent(conf)
self.assertTrue(ok)
self.assertEquals(0, len(errors))
def testSimpleConfigWithTwoClients(self):
baseDirectory = "test" + os.path.normcase('/') + "user"
file = "paper.pdf"
conf = TestbedConfiguration(baseDirectory)
# the setting of the base directory must propagate to all
# subsequent clients and the tracker
conf.set_test_name("Simple test")
conf.set_timeout(20)
# add the files that you want to distribute within the test environment
conf.add_file(1, file)
# specify a tracker
tracker = conf.add_tracker()
# specify a leecher
client1 = conf.add_client(1)
client1.set_port(10000)
client1.set_uprate(64)
client1.set_downrate(64)
client1.add_file_to_leech(1)
# specify a seeder
client2 = conf.add_client(2)
client2.set_port(10002)
client2.set_uprate(64)
client2.set_downrate(64)
client2.add_file_to_seed(1)
# add some conditions the testbed shall check on
conf.add_condition(IsLeechingCondition(1))
conf.add_condition(IsSeedingCondition(2))
# fetch the clients from the config
c1 = conf.get_clients()[0]
c2 = conf.get_clients()[1]
cond = conf.get_conditions()
self.assertEquals(20, conf.get_timeout())
self.assertEquals("Simple test", conf.get_test_name())
self.assertEquals(baseDirectory + os.path.normcase('/'),
conf.get_base_directory())
self.assertEquals(baseDirectory + os.path.normcase('/'),
c1.get_base_directory())
self.assertEquals(10000, c1.get_port())
self.assertEquals(64, c1.get_uprate())
self.assertEquals(64, c1.get_downrate())
self.assertEquals(1, len(c1.get_leeching_list()))
self.assertEquals(0, len(c1.get_seeding_list()))
self.assertEquals(1, c1.get_leeching_list()[0])
self.assertEquals(baseDirectory + os.path.normcase('/'),
c2.get_base_directory())
self.assertEquals(10002, c2.get_port())
self.assertEquals(64, c2.get_uprate())
self.assertEquals(64, c2.get_downrate())
self.assertEquals(0, len(c2.get_leeching_list()))
self.assertEquals(1, len(c2.get_seeding_list()))
self.assertEquals(1, c2.get_seeding_list()[0])
self.assertEquals(2, len(cond))