def run(rq, host, port, sleep, minsize, maxsize):
client = Client(host, port)
k = key()
while True:
s = {'collisions': 0, 'get': [], 'put': []}
st = time.time()
cur = client.get(k)
taken = time.time() - st
s['get'].append(taken)
if len(cur.results) > 1:
s['collisions'] += 1
nval = rval(minsize, maxsize)
st = time.time()
client.put(k, nval, cur.context)
taken = time.time() - st
s['put'].append(taken)
rq.put(s)
time.sleep(random.uniform(0, sleep))
def run(rq, host, port, sleep, minsize, maxsize):
client = Client(host, port)
k = key()
while True:
s = {'collisions': 0,
'get': [],
'put': []}
st = time.time()
cur = client.get(k)
taken = time.time() - st
s['get'].append(taken)
if len(cur.results) > 1:
s['collisions'] += 1
nval = rval(minsize, maxsize)
st = time.time()
client.put(k, nval, cur.context)
taken = time.time() - st
s['put'].append(taken)
rq.put(s)
time.sleep(random.uniform(0, sleep))
def run(num, rq, ks, vs):
res = {'requests': 0, 'get': [], 'put': []}
keys = "abcdefghijklmnop"
client = Client('localhost', choice(ports))
for i in range(0, num):
tk = 0.0
key = ''.join([choice(keys) for i in range(0, ks)])
st = time()
cur = client.get(key)
tk += time() - st
res['get'].append(tk)
newval = rval(vs)
st = time()
client.put(key, newval, cur.context)
tk += time() - st
res['requests'] += 1
res['put'].append(tk)
rq.put(res)
def run(num, rq, ks, vs):
res = {'requests': 0,
'get': [],
'put': []}
keys = "abcdefghijklmnop"
client = Client('localhost', choice(ports))
for i in range(0, num):
tk = 0.0
key = ''.join([choice(keys) for i in range(0, ks)])
st = time()
cur = client.get(key)
tk += time() - st
res['get'].append(tk)
newval = rval(vs)
st = time()
client.put(key, newval, cur.context)
tk += time() - st
res['requests'] += 1
res['put'].append(tk)
rq.put(res)