def testMultipleHostsPerDeployment(self):
path = utils.FileUtils.get_current_script_directory(__file__)
path += os.path.normcase('/') + "multiple_hosts_deployment.config"
if not os.access(path, os.F_OK):
# fail this test if the required file is not present in the file
# system
self.fail(
"Required file multiple_hosts_deployment.config not found at %s"
% path)
dtestbed = dist_config_parser.parse_distributed_configuration(path)
# test hosts
hosts = dtestbed.get_hosts()
expected_host_keys = ["glab162", "glab163"]
for host in hosts.keys():
self.assertTrue(host in expected_host_keys)
self.assertEquals("glab162.g-lab.tu-darmstadt.de", hosts["glab162"])
self.assertEquals("glab163.g-lab.tu-darmstadt.de", hosts["glab163"])
# test deployment 1 + 2
self.assertEquals(2, len(dtestbed.get_deployments()))
dpl0 = dtestbed.get_deployment_by_name("deployment_1")
dpl1 = dtestbed.get_deployment_by_name("deployment_2")
self.assertEquals(2, len(dpl0.get_hostlist()))
self.assertEquals(2, len(dpl1.get_hostlist()))
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertEquals(dpl0.get_client_conf_schema(),
dpl1.get_client_conf_schema())
self.assertEquals("/home/tud_p2p/testbed/",
dpl0.get_remote_base_directory())
self.assertEquals("/home/tud_p2p/testbed/",
dpl1.get_remote_base_directory())
def testMultipleHostsPerDeployment(self):
path = utils.FileUtils.get_current_script_directory(__file__)
path += os.path.normcase('/') + "multiple_hosts_deployment.config"
if not os.access(path, os.F_OK):
# fail this test if the required file is not present in the file
# system
self.fail("Required file multiple_hosts_deployment.config not found at %s" % path)
dtestbed = dist_config_parser.parse_distributed_configuration(path)
# test hosts
hosts = dtestbed.get_hosts()
expected_host_keys = ["glab162", "glab163"]
for host in hosts.keys():
self.assertTrue(host in expected_host_keys)
self.assertEquals("glab162.g-lab.tu-darmstadt.de", hosts["glab162"])
self.assertEquals("glab163.g-lab.tu-darmstadt.de", hosts["glab163"])
# test deployment 1 + 2
self.assertEquals(2, len(dtestbed.get_deployments()))
dpl0 = dtestbed.get_deployment_by_name("deployment_1")
dpl1 = dtestbed.get_deployment_by_name("deployment_2")
self.assertEquals(2, len(dpl0.get_hostlist()))
self.assertEquals(2, len(dpl1.get_hostlist()))
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertEquals(dpl0.get_client_conf_schema(), dpl1.get_client_conf_schema())
self.assertEquals("/home/tud_p2p/testbed/", dpl0.get_remote_base_directory())
self.assertEquals("/home/tud_p2p/testbed/", dpl1.get_remote_base_directory())
def _read_configuration(configuration_file):
"""Reads the specified configuration file. Checks if it is present in the
filesystem. If not, the execution of the script will be terminated.
"""
global cfg
if not os.access(configuration_file, os.F_OK):
logging.info("Missing referenced configuration file.")
sys.exit(1)
cfg = dist_config_parser.parse_distributed_configuration(configuration_file)
logging.info("Read configuration file.")
def _read_configuration(configuration_file):
'''Reads the specified configuration file. Checks if it is present in the
filesystem. If not, the execution of the script will be terminated.
'''
global cfg
if not os.access(configuration_file, os.F_OK):
logging.info("Missing referenced configuration file.")
sys.exit(1)
cfg = dist_config_parser.parse_distributed_configuration(
configuration_file)
logging.info("Read configuration file.")
def testDistributedTest1(self):
path = utils.FileUtils.get_current_script_directory(__file__)
path += os.path.normcase('/') + "sample_distributed_test1.txt"
if not os.access(path, os.F_OK):
# fail this test if the required file is not present in the file
# system
self.fail(
"Required file sample_distributed_test1.txt not found at %s" %
path)
dtestbed = dist_config_parser.parse_distributed_configuration(path)
# test tracker attributes
tracker = dtestbed.get_tracker()
self.assertTrue(isinstance(tracker, DistributedTrackerConfiguration))
self.assertEquals("glab162", tracker.get_hostname())
self.assertEquals(1024, tracker.get_uprate())
self.assertEquals(1024, tracker.get_downrate())
self.assertEquals("/home/tud_p2p/testbed/",
tracker.get_base_directory())
self.assertEquals(30, tracker.get_waiting_time())
tracker_files = tracker.get_files()
expected_files = ["file1", "file2"]
for file in tracker_files:
self.assertTrue(file in expected_files)
# test file attributes
files = dtestbed.get_files()
for file in files.keys():
self.assertTrue(file in expected_files)
file1 = files["file1"]
file2 = files["file2"]
self.assertEquals("file1", file1.get_id())
self.assertEquals("client.sh", file1.get_relative_filename())
self.assertEquals("file2", file2.get_id())
self.assertEquals("tracker.sh", file2.get_relative_filename())
# test hosts
hosts = dtestbed.get_hosts()
expected_host_keys = ["glab162", "glab163"]
for host in hosts.keys():
self.assertTrue(host in expected_host_keys)
self.assertEquals("glab162.g-lab.tu-darmstadt.de", hosts["glab162"])
self.assertEquals("glab163.g-lab.tu-darmstadt.de", hosts["glab163"])
# test deployment 1 + 2
self.assertEquals(2, len(dtestbed.get_deployments()))
dpl0 = dtestbed.get_deployment_by_name("deployment_1")
dpl1 = dtestbed.get_deployment_by_name("deployment_2")
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertEquals(dpl0.get_client_conf_schema(),
dpl1.get_client_conf_schema())
self.assertEquals("/home/tud_p2p/testbed/",
dpl0.get_remote_base_directory())
self.assertEquals("/home/tud_p2p/testbed/",
dpl1.get_remote_base_directory())
# test schema 1
schema1 = dpl0.get_client_conf_schema()
self.assertEquals(128, schema1.get_uprate())
self.assertEquals(128, schema1.get_downrate())
leeching = schema1.get_leeching_list()
seeding = schema1.get_seeding_list()
self.assertTrue(len(leeching) == 1)
self.assertTrue(len(seeding) == 1)
self.assertEquals("file1", leeching[0])
self.assertEquals("file2", seeding[0])
self.assertEquals("none", schema1.get_ranking_source())
# general tests
self.assertEquals(300, dtestbed.get_timeout())
self.assertEquals(True, dtestbed.remove_remote_files())
self.assertEquals("dtestbed_logfiles",
dtestbed.get_logfile_directory())
# check the linearization of events
events = dtestbed.get_events()
self.assertEquals(2, len(events))
self.assertEquals((0, 0, 'deployment_1'), events[0])
self.assertEquals((30, 1, 'deployment_2'), events[1])
def testDistributedTest1(self):
path = utils.FileUtils.get_current_script_directory(__file__)
path += os.path.normcase('/') + "sample_distributed_test1.txt"
if not os.access(path, os.F_OK):
# fail this test if the required file is not present in the file
# system
self.fail("Required file sample_distributed_test1.txt not found at %s" % path)
dtestbed = dist_config_parser.parse_distributed_configuration(path)
# test tracker attributes
tracker = dtestbed.get_tracker()
self.assertTrue(isinstance(tracker, DistributedTrackerConfiguration))
self.assertEquals("glab162", tracker.get_hostname())
self.assertEquals(1024, tracker.get_uprate())
self.assertEquals(1024, tracker.get_downrate())
self.assertEquals("/home/tud_p2p/testbed/", tracker.get_base_directory())
self.assertEquals(30, tracker.get_waiting_time())
tracker_files = tracker.get_files()
expected_files = ["file1", "file2"]
for file in tracker_files:
self.assertTrue(file in expected_files)
# test file attributes
files = dtestbed.get_files()
for file in files.keys():
self.assertTrue(file in expected_files)
file1 = files["file1"]
file2 = files["file2"]
self.assertEquals("file1", file1.get_id())
self.assertEquals("client.sh", file1.get_relative_filename())
self.assertEquals("file2", file2.get_id())
self.assertEquals("tracker.sh", file2.get_relative_filename())
# test hosts
hosts = dtestbed.get_hosts()
expected_host_keys = ["glab162", "glab163"]
for host in hosts.keys():
self.assertTrue(host in expected_host_keys)
self.assertEquals("glab162.g-lab.tu-darmstadt.de", hosts["glab162"])
self.assertEquals("glab163.g-lab.tu-darmstadt.de", hosts["glab163"])
# test deployment 1 + 2
self.assertEquals(2, len(dtestbed.get_deployments()))
dpl0 = dtestbed.get_deployment_by_name("deployment_1")
dpl1 = dtestbed.get_deployment_by_name("deployment_2")
self.assertTrue("glab162.g-lab.tu-darmstadt.de" in dpl0.get_hostlist())
self.assertTrue("glab163.g-lab.tu-darmstadt.de" in dpl1.get_hostlist())
self.assertEquals(dpl0.get_client_conf_schema(), dpl1.get_client_conf_schema())
self.assertEquals("/home/tud_p2p/testbed/", dpl0.get_remote_base_directory())
self.assertEquals("/home/tud_p2p/testbed/", dpl1.get_remote_base_directory())
# test schema 1
schema1 = dpl0.get_client_conf_schema()
self.assertEquals(128, schema1.get_uprate())
self.assertEquals(128, schema1.get_downrate())
leeching = schema1.get_leeching_list()
seeding = schema1.get_seeding_list()
self.assertTrue(len(leeching) == 1)
self.assertTrue(len(seeding) == 1)
self.assertEquals("file1", leeching[0])
self.assertEquals("file2", seeding[0])
self.assertEquals("none", schema1.get_ranking_source())
# general tests
self.assertEquals(300, dtestbed.get_timeout())
self.assertEquals(True, dtestbed.remove_remote_files())
self.assertEquals("dtestbed_logfiles", dtestbed.get_logfile_directory())
# check the linearization of events
events = dtestbed.get_events()
self.assertEquals(2, len(events))
self.assertEquals((0, 0, 'deployment_1'), events[0])
self.assertEquals((30, 1, 'deployment_2'), events[1])
