def load(hostname):
global __config
ses = osrf.ses.ClientSession(OSRF_APP_SETTINGS)
req = ses.request(OSRF_METHOD_GET_HOST_CONFIG, hostname)
resp = req.recv(timeout=30)
__config = resp.content()
req.cleanup()
ses.cleanup()
def load(hostname):
global __config
ses = osrf.ses.ClientSession(OSRF_APP_SETTINGS)
req = ses.request(OSRF_METHOD_GET_HOST_CONFIG, hostname)
resp = req.recv(timeout=30)
__config = resp.content()
req.cleanup()
ses.cleanup()
def handle_math_bench(self, parts):
''' Sends a series of request to the opensrf.math service and collects timing stats. '''
count = int(parts.pop(0))
ses = osrf.ses.ClientSession('opensrf.math')
times = []
for cnt in range(100):
if cnt % 10:
sys.stdout.write('.')
else:
sys.stdout.write( str( cnt / 10 ) )
print ""
for cnt in range(count):
starttime = time.time()
req = ses.request('add', 1, 2)
resp = req.recv(timeout=2)
endtime = time.time()
if resp.content() == 3:
sys.stdout.write("+")
sys.stdout.flush()
times.append( endtime - starttime )
else:
print "What happened? %s" % str(resp.content())
req.cleanup()
if not ( (cnt + 1) % 100):
print ' [%d]' % (cnt + 1)
ses.cleanup()
total = 0
for cnt in times:
total += cnt
print "\naverage time %f" % (total / len(times))
def handle_math_bench(self, parts):
''' Sends a series of request to the opensrf.math service and collects timing stats. '''
count = int(parts.pop(0))
ses = osrf.ses.ClientSession('opensrf.math')
times = []
for cnt in range(100):
if cnt % 10:
sys.stdout.write('.')
else:
sys.stdout.write(str(cnt / 10))
print ""
for cnt in range(count):
starttime = time.time()
req = ses.request('add', 1, 2)
resp = req.recv(timeout=2)
endtime = time.time()
if resp.content() == 3:
sys.stdout.write("+")
sys.stdout.flush()
times.append(endtime - starttime)
else:
print "What happened? %s" % str(resp.content())
req.cleanup()
if not ((cnt + 1) % 100):
print ' [%d]' % (cnt + 1)
ses.cleanup()
total = 0
for cnt in times:
total += cnt
print "\naverage time %f" % (total / len(times))
content = resp.content()
if content is not None:
last_content = content
if self.get_var('SRFSH_OUTPUT_NET_OBJ_KEYS') == 'true':
self.report("Received Data: %s\n" % osrf.json.debug_net_object(content))
else:
if self.get_var('SRFSH_OUTPUT_FORMAT_JSON') == 'true':
self.report("Received Data: %s\n" % osrf.json.pprint(osrf.json.to_json(content)))
else:
self.report("Received Data: %s\n" % osrf.json.to_json(content))
req.cleanup()
if not using_active:
ses.cleanup()
self.report("\n" + '-'*60 + "\n")
self.report("Total request time: %f\n" % total)
self.report('-'*60 + "\n")
return last_content
def handle_math_bench(self, parts):
''' Sends a series of request to the opensrf.math service and collects timing stats. '''
count = int(parts.pop(0))
ses = osrf.ses.ClientSession('opensrf.math')
times = []
last_content = content
if self.get_var('SRFSH_OUTPUT_NET_OBJ_KEYS') == 'true':
self.report("Received Data: %s\n" %
osrf.json.debug_net_object(content))
else:
if self.get_var('SRFSH_OUTPUT_FORMAT_JSON') == 'true':
self.report(
"Received Data: %s\n" %
osrf.json.pprint(osrf.json.to_json(content)))
else:
self.report("Received Data: %s\n" %
osrf.json.to_json(content))
req.cleanup()
if not using_active:
ses.cleanup()
self.report("\n" + '-' * 60 + "\n")
self.report("Total request time: %f\n" % total)
self.report('-' * 60 + "\n")
return last_content
def handle_math_bench(self, parts):
''' Sends a series of request to the opensrf.math service and collects timing stats. '''
count = int(parts.pop(0))
ses = osrf.ses.ClientSession('opensrf.math')
times = []
for cnt in range(100):
