def seq1(keys, values, repeat):
if PRINT_SEQUENCES:
print(
"--- SEQUENCE 1 repeat %-3s -----------------------------------------------------"
% repeat)
kv_pairs = []
for key in keys:
for value in values:
kv_pairs.append(memlib.kv_pair(key, value, "EFBEADDE", 42))
requests = []
responses = []
for kv_pair in kv_pairs:
if PRINT_SEQUENCES:
print("Set [%d -> %d]: %s -> %s" %
(len(kv_pair['key']), len(
kv_pair['value']), kv_pair['key'], kv_pair['value']))
requests.append(memlib.binarySetRequest(kv_pair, "00000000"))
responses.append(memlib.binarySetResponse(kv_pair, "00000000"))
for _ in range(repeat):
if PRINT_SEQUENCES:
print("Get [%d -> %d]: %s -> %s" %
(len(kv_pair['key']), len(
kv_pair['value']), kv_pair['key'], kv_pair['value']))
requests.append(memlib.binaryGetRequest(kv_pair, "00000000"))
responses.append(memlib.binaryGetResponse(kv_pair, "00000000"))
return (requests, responses)
def seq2(keys, values): if PRINT_SEQUENCES: print "--- SEQUENCE 2 -----------------------------------------------------------------" requests = [] responses = [] for _ in range(len(values)): # for more keys than values, duplicate use of values values_used = values if len(keys) > len(values): while(len(keys) > len(values_used)): values_used = values_used + values values_used = values_used[0:len(keys)] # requests kv_pairs = map(pair2kvpair, zip(keys, values_used)) for kv_pair in kv_pairs: if PRINT_SEQUENCES: print "Set [%d -> %d]: %s -> %s" % (len(kv_pair['key']), len(kv_pair['value']), kv_pair['key'], kv_pair['value']) requests.append( memlib.binarySetRequest(kv_pair, "00000000") ) responses.append( memlib.binarySetResponse(kv_pair, "00000000") ) for kv_pair in kv_pairs: if PRINT_SEQUENCES: print "Get [%d -> %d]: %s -> %s" % (len(kv_pair['key']), len(kv_pair['value']), kv_pair['key'], kv_pair['value']) requests.append( memlib.binaryGetRequest(kv_pair, "00000000") ) responses.append( memlib.binaryGetResponse(kv_pair, "00000000") ) # rotation values = values[1:] + values[0:1] return (requests, responses)
def seq2(keys, values):
if PRINT_SEQUENCES:
print "--- SEQUENCE 2 -----------------------------------------------------------------"
requests = []
responses = []
for _ in range(len(values)):
# for more keys than values, duplicate use of values
values_used = values
if len(keys) > len(values):
while (len(keys) > len(values_used)):
values_used = values_used + values
values_used = values_used[0:len(keys)]
# requests
kv_pairs = map(pair2kvpair, zip(keys, values_used))
for kv_pair in kv_pairs:
if PRINT_SEQUENCES:
print "Set [%d -> %d]: %s -> %s" % (len(
kv_pair['key']), len(
kv_pair['value']), kv_pair['key'], kv_pair['value'])
requests.append(memlib.binarySetRequest(kv_pair, "00000000"))
responses.append(memlib.binarySetResponse(kv_pair, "00000000"))
for kv_pair in kv_pairs:
if PRINT_SEQUENCES:
print "Get [%d -> %d]: %s -> %s" % (len(
kv_pair['key']), len(
kv_pair['value']), kv_pair['key'], kv_pair['value'])
requests.append(memlib.binaryGetRequest(kv_pair, "00000000"))
responses.append(memlib.binaryGetResponse(kv_pair, "00000000"))
# rotation
values = values[1:] + values[0:1]
return (requests, responses)
def generateMemcached(cfg):
"""Generate a memcached request and resonse."""
request = ""
response = ""
if cfg['type'] == "set":
if cfg['protocol'] == "binary":
request = memlib.binarySetRequest(cfg, cfg['opaque'])
response = memlib.binarySetResponse(cfg, cfg['opaque'])
else:
request = memlib.textSetRequest(cfg)
response = memlib.textSetResponse(cfg)
elif cfg['type'] == "get":
if cfg['protocol'] == "binary":
request = memlib.binaryGetRequest(cfg, cfg['opaque'])
if cfg['success'] == "yes":
response = memlib.binaryGetResponse(cfg, cfg['opaque'])
else:
response = memlib.binaryFailedGetResponse(cfg['opaque'])
else:
request = memlib.textGetRequest(cfg)
if cfg['success'] == "yes":
response = memlib.textGetResponse(cfg)
else:
response = memlib.textFailedGetResponse()
elif cfg['type'] == "delete":
if cfg['protocol'] == "binary":
request = memlib.binaryDeleteRequest(cfg, cfg['opaque'])
if cfg['success'] == "yes":
response = memlib.binaryDeleteResponse(cfg, cfg['opaque'])
else:
response = memlib.binaryFailedDeleteResponse(
cfg, cfg['opaque'])
else:
request = memlib.textDeleteRequest(cfg)
if cfg['success'] == "yes":
response = memlib.textDeleteResponse(cfg)
else:
response = memlib.textFailedDeleteResponse(cfg)
elif cfg['type'] == "flush":
if cfg['protocol'] == "binary":
request = memlib.binaryFlushRequest(opaque=cfg['opaque'])
response = memlib.binaryFlushResponse(cfg['opaque'])
else:
request = memlib.textFlushRequest()
response = memlib.textFlushResponse()
if cfg['protocol'] == "mixed":
request = memlib.text2mixed(request, cfg['request-id'])
response = memlib.text2mixed(response, cfg['request-id'])
return (request.decode('hex'), response.decode('hex'))
def generateMemcached(cfg):
"""Generate a memcached request and resonse."""
request = ""
response = ""
if cfg['type'] == "set":
if cfg['protocol'] == "binary":
request = memlib.binarySetRequest(cfg, cfg['opaque'])
response = memlib.binarySetResponse(cfg, cfg['opaque'])
else:
request = memlib.textSetRequest(cfg)
response = memlib.textSetResponse(cfg)
elif cfg['type'] == "get":
if cfg['protocol'] == "binary":
request = memlib.binaryGetRequest(cfg, cfg['opaque'])
if cfg['success'] == "yes":
response = memlib.binaryGetResponse(cfg, cfg['opaque'])
else:
response = memlib.binaryFailedGetResponse(cfg['opaque'])
else:
request = memlib.textGetRequest(cfg)
if cfg['success'] == "yes":
response = memlib.textGetResponse(cfg)
else:
response = memlib.textFailedGetResponse()
elif cfg['type'] == "delete":
if cfg['protocol'] == "binary":
request = memlib.binaryDeleteRequest(cfg, cfg['opaque'])
if cfg['success'] == "yes":
response = memlib.binaryDeleteResponse(cfg, cfg['opaque'])
else:
response = memlib.binaryFailedDeleteResponse(cfg, cfg['opaque'])
else:
request = memlib.textDeleteRequest(cfg)
if cfg['success'] == "yes":
response = memlib.textDeleteResponse(cfg)
else:
response = memlib.textFailedDeleteResponse(cfg)
elif cfg['type'] == "flush":
if cfg['protocol'] == "binary":
request = memlib.binaryFlushRequest(opaque=cfg['opaque'])
response = memlib.binaryFlushResponse(cfg['opaque'])
else:
request = memlib.textFlushRequest()
response = memlib.textFlushResponse()
if cfg['protocol'] == "mixed":
request = memlib.text2mixed(request, cfg['request-id'])
response = memlib.text2mixed(response, cfg['request-id'])
return (request.decode('hex'), response.decode('hex'))
def seq1(keys, values, repeat): if PRINT_SEQUENCES: print "--- SEQUENCE 1 repeat %-3s -----------------------------------------------------" % repeat kv_pairs = [] for key in keys: for value in values: kv_pairs.append( memlib.kv_pair(key, value, "EFBEADDE", 42) ) requests = [] responses = [] for kv_pair in kv_pairs: if PRINT_SEQUENCES: print "Set [%d -> %d]: %s -> %s" % (len(kv_pair['key']), len(kv_pair['value']), kv_pair['key'], kv_pair['value']) requests.append( memlib.binarySetRequest( kv_pair , "00000000" ) ) responses.append( memlib.binarySetResponse( kv_pair, "00000000" ) ) for _ in range(repeat): if PRINT_SEQUENCES: print "Get [%d -> %d]: %s -> %s" % (len(kv_pair['key']), len(kv_pair['value']), kv_pair['key'], kv_pair['value']) requests.append( memlib.binaryGetRequest( kv_pair , "00000000" ) ) responses.append( memlib.binaryGetResponse( kv_pair , "00000000" ) ) return (requests, responses)
ShortTest = memlib.kv_pair("k", "v", "DEADBEEF", 42)
# V2
Integration1 = {
"key":
"this-is-the-key-that-i'll-be-using-for-the-next-time-to-test-the-longest-of-all-keys",
"value":
"aaaaaaaabbbbbbbbccccccccddddddddeeeeeeeeffffffffgggggggghhhhhhhhiiiiiiiijjjjjjjjkkkkkkkkllllllllmmmmmmmmnnnnnnnnooooooooppppppppqqqqqqqqrrrrrrrrssssssssttttttttuuuuuuuuvvvvvvvvwwwwwwwwxxxxxxxxyyyyyyyyzzzzzzzz",
"flags": "0000002a", # 32bit, hex-encoded
"expiration": 13
}
## CREATING SINGLE REQUESTS ####################################################
print "Binary Set Request"
rq = memlib.binarySetRequest(Integration1, "aabbccdd")
print memlib.simulationInput(rq)
print "Binary Set Response"
rq = memlib.binarySetResponse(Integration1, "aabbccdd")
print memlib.simulationOutput(rq)
print "Binary Get Request"
rq = memlib.binaryGetRequest(Integration1, "aabbccdd")
print memlib.simulationInput(rq)
print "2 Binary Get Request w/o delay"
print memlib.simulationInput(rq,
False), # the ',' avoids the newline after print.
print memlib.simulationInput(rq)