def fashionista_register_shutdown_hook():
apiproxy_stub_map.apiproxy.CancelApiCalls()
# We can save state to datastore here or Log some statistics.
logThis(AEL_LEVEL_WARNING, 'SHUTDOWN IN PROGRESS...')
logThis(AEL_LEVEL_INFO,'CPU USAGE: %s' % runtime.cpu_usage())
logThis(AEL_LEVEL_INFO,'MEMORY USAGE: %s' % runtime.memory_usage())
def fashionista_register_shutdown_hook():
apiproxy_stub_map.apiproxy.CancelApiCalls()
# We can save state to datastore here or Log some statistics.
logThis(AEL_LEVEL_WARNING, 'SHUTDOWN IN PROGRESS...')
logThis(AEL_LEVEL_INFO, 'CPU USAGE: %s' % runtime.cpu_usage())
logThis(AEL_LEVEL_INFO, 'MEMORY USAGE: %s' % runtime.memory_usage())
def post(self):
de_la=cgi.escape(self.request.get('de_la'))
la=cgi.escape(self.request.get('la'))
rezults=self.getPrimes(de_la,la)
dur=datetime.datetime.fromtimestamp(int(self.f_time))-datetime.datetime.fromtimestamp(int(self.s_time))
stats="Last min.: {} Mcycles {} MB Current: {} Mcycles {} MB".format(runtime.cpu_usage().rate1m(),runtime.memory_usage().average1m(),runtime.cpu_usage().total(),runtime.memory_usage().current())
logging.info("{} {} {} {}\nLast min.: {} Mcycles {} MB\nCurrent: {} {}".format(de_la,la,','.join(rezults),str(dur),runtime.cpu_usage().rate1m(),runtime.memory_usage().average1m(),runtime.cpu_usage().total(),runtime.memory_usage().current()))
self.setPrimerInfo(de_la,la,','.join(rezults),str(dur),stats)
def get(self):
self.setVisInfo(self.request.remote_addr,self.user.nickname(),self.user.email())
now=time.ctime(time.time())
self._print('{} - Hello {} ({}) !'.format(now,self.user.nickname(),self.user.email()))
self._hr()
self._print("Your IP: "+self.request.remote_addr)
self._print("Origin URL: "+self.request.url)
self._print("uid: "+str(os.getuid()))
self._print("pid: "+str(os.getpid()))
self._print("cwd: "+os.getcwd())
self._print(pl.system()+", "+pl.architecture()[0])
self._print(pl.python_implementation()+", "+pl.python_version())
self._print("Used mem: "+str(runtime.memory_usage().current())+" MB")
self._print("Used mem last min: "+str(runtime.memory_usage().average1m())+" MB")
self._print("CPU usage: "+str(runtime.cpu_usage().total())+" Mcycles")
self._print("CPU usage last min: "+str(runtime.cpu_usage().rate1m())+" Mcycles")
self._hr()
self._form("/primez","de_la","la")
self._hr()
self.response.out.write("<a href='"+backends.get_url('primer')+"/backend/primer/mumu'>Primer</a>")
self._hr()
self.response.out.write("<a href='/logoff'>LogOut_1</a>")
self._br()
self.response.out.write("<a href='"+users.create_logout_url("/")+"'>LogOut_2</a>")
def runtime_stats():
mem = {}
mem_use = runtime.memory_usage()
mem['Memory (current)'] = mem_use.current()
mem['Memory (average 1m)'] = mem_use.average1m()
mem['Memory (average 10m)'] = mem_use.average10m()
cpu = {}
cpu_use = runtime.cpu_usage()
cpu['CPU (Total)'] = cpu_use.total()
cpu['CPU (Average 1m)'] = cpu_use.rate1m()
cpu['CPU (Average 10m)'] = cpu_use.rate10m()
return render_template('runtime.html', cpu=cpu, mem=mem)
def get(self):
repeat = self.request.get("repeat", 5)
iter = self.request.get("iter", 100)
self.response.headers['Content-Type'] = 'text/plain'
stmt1 = """\
import pytz
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
pytz.timezone(tz)
"""
stmt2 = """\
import spytz3
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
spytz3.timezone(tz)
"""
stmt3 = """\
import pytz
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
pytz.timezone(tz)
pytz.clear_cache()
"""
stmt4 = """\
import spytz3
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
spytz3.timezone(tz)
spytz3.clear_cache()
"""
gc.collect()
self.response.write("-- cache --\n")
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t1 = timeit.repeat(stmt=stmt1, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("PYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t1))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t2 = timeit.repeat(stmt=stmt2, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SPYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t2))
self.response.write("\n")
self.response.write("-- clear cache --\n")
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t3 = timeit.repeat(stmt=stmt3, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("PYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t3))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t4 = timeit.repeat(stmt=stmt4, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SPYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t4))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
def get(self):
repeat = self.request.get("repeat", 5)
iter = self.request.get("iter", 100)
self.response.headers['Content-Type'] = 'text/plain'
stmt1 = """\
import pytz
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
pytz.timezone(tz)
"""
stmt2 = """\
import spytz3
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
spytz3.timezone(tz)
"""
stmt3 = """\
import pytz
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
pytz.timezone(tz)
pytz.clear_cache()
"""
stmt4 = """\
import spytz3
from datetime import datetime
tz_strings = ('Australia/Perth', 'Australia/Melbourne', 'Europe/London',
'America/Indiana/Indianapolis')
for tz in tz_strings:
dt = datetime(2009, 4, 15)
spytz3.timezone(tz)
spytz3.clear_cache()
"""
gc.collect()
self.response.write("-- cache --\n")
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t1 = timeit.repeat(stmt=stmt1, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("PYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t1))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t2 = timeit.repeat(stmt=stmt2, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SPYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t2))
self.response.write("\n")
self.response.write("-- clear cache --\n")
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t3 = timeit.repeat(stmt=stmt3, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("PYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t3))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
t4 = timeit.repeat(stmt=stmt4, number=100, repeat=4)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SPYTZ cpu:{}, memory: {}\n".format(cpu, mem))
self.response.write("timeit: {}\n".format(t4))
mem_st = runtime.memory_usage().current()
cpu_st = runtime.cpu_usage().total()
gc.collect()
time.sleep(1)
mem = runtime.memory_usage().current() - mem_st
cpu = runtime.cpu_usage().total() - cpu_st
self.response.write("SLEEP cpu:{}, memory: {}\n".format(cpu, mem))
