def __init__(self):
"""
Initialize tests
"""
Logger.getLogger("net.spy.memcached").setLevel(Level.DEBUG)
self.clients = []
if USE_GLOBAL_CLIENT:
# use global client
self.client = global_client
else:
cfb = ConnectionFactoryBuilder()
self.client = ArcusClient.createArcusClient(
arcus_cloud, service_code, cfb)
print 'Wait for per-thread client to be connected to Arcus cloud (%d seconds)' % DEFAULT_CONNECTION_WAIT
Thread.currentThread().sleep(DEFAULT_CONNECTION_WAIT * 1000)
self.flush_counter = 0
self.tests = []
# insert operations
self.tests.append(Test(1, "KeyValue").wrap(self.KeyValue))
self.tests.append(
Test(2, "Collection_Btree").wrap(self.Collection_Btree))
self.tests.append(Test(3, "Collection_Set").wrap(self.Collection_Set))
self.tests.append(
Test(4, "Collection_List").wrap(self.Collection_List))
def __init__(self):
"""
Initialize tests
"""
Logger.getLogger("net.spy.memcached").setLevel(Level.DEBUG);
self.clients = []
if USE_GLOBAL_CLIENT:
# use global client
self.client = global_client
else:
cfb = ConnectionFactoryBuilder()
self.client = ArcusClient.createArcusClient(arcus_cloud, service_code, cfb)
print 'Wait for per-thread client to be connected to Arcus cloud (%d seconds)' % DEFAULT_CONNECTION_WAIT
Thread.currentThread().sleep(DEFAULT_CONNECTION_WAIT * 1000)
self.flush_counter = 0
self.tests = []
# insert operations
self.tests.append(Test(1, "KeyValue").wrap(self.KeyValue))
self.tests.append(Test(2, "Collection_Btree").wrap(self.Collection_Btree))
self.tests.append(Test(3, "Collection_Set").wrap(self.Collection_Set))
self.tests.append(Test(4, "Collection_List").wrap(self.Collection_List))
######################################################
# configurations for Arcus cloud
arcus_cloud = "127.0.0.1:2181"
service_codes = ["test"]
service_code = random.choice(service_codes)
USE_GLOBAL_CLIENT = False # False=per thread , True=process
DEFAULT_CONNECTION_WAIT = 2 # init waiting
DEFAULT_TIMEOUT = 3000 # Operation default TO
DEFAULT_PREFIX = 'arcustest-'
# create a global client
if USE_GLOBAL_CLIENT:
global_cfb = ConnectionFactoryBuilder()
global_client = ArcusClient.createArcusClient(arcus_cloud, service_code,
global_cfb)
# wait for the client to be connected to Arcus cloud
print 'Wait for global client to be connected to Arcus cloud (%d seconds)' % (
DEFAULT_CONNECTION_WAIT)
Thread.currentThread().sleep(DEFAULT_CONNECTION_WAIT * 1000)
######################################################
# WORKLOAD FUNCTIONS
######################################################
print 'creating workloads'
KeyLen = 20
ExpireTime = 600 # seconds
chunk_sizes = [
96, 120, 152, 192, 240, 304, 384, 480, 600, 752, 944, 1184, 1480, 1856,
2320, 2904, 3632, 4544, 5680, 7104, 8880, 11104, 13880, 17352, 21696,
# configurations for Arcus cloud
arcus_cloud = "localhost:2181"
#service_codes = ["test-01", "test-02", "test-03", "test-04", "test-05", "test-06"]
service_codes = ["test-01"]
service_code = random.choice(service_codes)
USE_GLOBAL_CLIENT = False # False=per thread , True=process
DEFAULT_CONNECTION_WAIT = 2 # init waiting
DEFAULT_TIMEOUT = 3000 # Operation default TO
DEFAULT_PREFIX = 'arcustest-'
# create a global client
if USE_GLOBAL_CLIENT:
global_cfb = ConnectionFactoryBuilder()
global_client = ArcusClient.createArcusClient(arcus_cloud, service_code, global_cfb)
# wait for the client to be connected to Arcus cloud
print 'Wait for global client to be connected to Arcus cloud (%d seconds)' % (DEFAULT_CONNECTION_WAIT)
Thread.currentThread().sleep(DEFAULT_CONNECTION_WAIT * 1000)
######################################################
# WORKLOAD FUNCTIONS
######################################################
print 'creating workloads'
KeyLen = 20
ExpireTime = 600 # seconds
chunk_sizes = [96, 120, 152, 192, 240, 304, 384, 480, 600, 752, 944, 1184, 1480, 1856, 2320, 2904, 3632, 4544, 5680, 7104, 8880, 11104, 13880, 17352, 21696, 27120, 33904, 42384, 52984, 66232, 82792, 103496, 129376, 161720, 202152, 252696, 315872, 394840, 493552, 1048576]
chunk_values = ["Not_a_slab_class"]
for s in chunk_sizes:
value = "".join([random.choice(string.lowercase) for i in range(int(s*2/3))])