def site_stop(trailers):
print 'HTTP:',
assetlist = json.loads(resp['text'])['list']
for asset in assetlist:
http_assetget(http1, http2, asset, httpclient)
print
stop()
def site_stop(trailers):
assetlist = json.loads(resp['text'])['list']
print 'SPDY:',
for asset in assetlist:
spdy_assetget(spdy1, spdy2, asset, spdyclient)
print
stop()
def site_stop(trailers):
assetlist = json.loads(resp['text'])['list']
print 'SPDY:',
for asset in assetlist:
spdy_assetget(spdy1, spdy2, asset, spdyclient)
print
stop()
def site_stop(trailers):
print 'HTTP:',
assetlist = json.loads(resp['text'])['list']
for asset in assetlist:
http_assetget(http1, http2, asset, httpclient)
print
stop()
def main():
args = get_args()
mainhost_http = conf.mainhost + ':' + str(conf.http_port)
mainhost_spdy = conf.mainhost + ':' + str(conf.spdy_port)
secondhost_http = conf.secondhost + ':' + str(conf.http_port)
secondhost_spdy = conf.secondhost + ':' + str(conf.spdy_port)
mainhost_collect = conf.mainhost + ':' + str(conf.capture_port)
times = {}
sites = hello(mainhost_http)
random.shuffle(sites)
for i,site in enumerate(sites):
# Randomize ordering of HTTP and SPDY transactions
print 'Working on site:', i, '[%s] '%(str(datetime.datetime.now()),)
http_delta = {}
spdy_delta = {}
if random.random() > 0.5:
http_delta['order'] = 0
spdy_delta['order'] = 1
http_delta['time'] = http_siteget(mainhost_http,
secondhost_http,
site)
spdy_delta['time'] = spdy_siteget(mainhost_spdy,
secondhost_spdy,
site)
else:
http_delta['order'] = 1
spdy_delta['order'] = 0
spdy_delta['time'] = spdy_siteget(mainhost_spdy,
secondhost_spdy,
site)
http_delta['time'] = http_siteget(mainhost_http,
secondhost_http,
site)
times[site] = {'order': i, 'timestamp': str(datetime.datetime.now())}
times[site]['http'] = http_delta
times[site]['spdy'] = spdy_delta
print 'Testing complete!'
result = collect(mainhost_collect, json.dumps(times))
print result
stop()
def main():
args = get_args()
mainhost_http = conf.mainhost + ':' + str(conf.http_port)
mainhost_spdy = conf.mainhost + ':' + str(conf.spdy_port)
secondhost_http = conf.secondhost + ':' + str(conf.http_port)
secondhost_spdy = conf.secondhost + ':' + str(conf.spdy_port)
mainhost_collect = conf.mainhost + ':' + str(conf.capture_port)
times = {}
sites = hello(mainhost_http)
random.shuffle(sites)
for i, site in enumerate(sites):
# Randomize ordering of HTTP and SPDY transactions
print 'Working on site:', i, '[%s] ' % (str(datetime.datetime.now()), )
http_delta = {}
spdy_delta = {}
if random.random() > 0.5:
http_delta['order'] = 0
spdy_delta['order'] = 1
http_delta['time'] = http_siteget(mainhost_http, secondhost_http,
site)
spdy_delta['time'] = spdy_siteget(mainhost_spdy, secondhost_spdy,
site)
else:
http_delta['order'] = 1
spdy_delta['order'] = 0
spdy_delta['time'] = spdy_siteget(mainhost_spdy, secondhost_spdy,
site)
http_delta['time'] = http_siteget(mainhost_http, secondhost_http,
site)
times[site] = {'order': i, 'timestamp': str(datetime.datetime.now())}
times[site]['http'] = http_delta
times[site]['spdy'] = spdy_delta
print 'Testing complete!'
result = collect(mainhost_collect, json.dumps(times))
print result
stop()
def collect_stop(trailers):
stop()
def hello_err(err):
print 'Connection could not be completed...'
stop()
exit()
def hello_stop(trailers):
resp['sitelist'] = json.loads(resp['text'])
stop()
def response_done(trailers):
stop()
def echo(chunk):
if chunk.decode().strip().lower() in ['quit', 'stop']:
stop()
else:
conn.write(("-> %s" % chunk).encode())
def collect_stop(trailers):
stop()
def hello_err(err):
print 'Connection could not be completed...'
stop()
exit()
def hello_stop(trailers):
resp['sitelist'] = json.loads(resp['text'])
stop()
def error(err_msg):
if err_msg:
err("*** ERROR: %s (%s)\n" %
(err_msg.desc, err_msg.detail)
)
stop()
def echo(chunk):
if chunk.strip().lower() in ["quit", "stop"]:
stop()
else:
conn.write("-> %s" % chunk)
def error(err_msg):
if err_msg:
err("\033[1;31m*** ERROR:\033[0;39m %s (%s)\n" % (err_msg.desc, err_msg.detail))
if not err_msg.client_recoverable:
stop()
