Python stopwatch.Stopwatch类代码示例

    def test_sanity(self):
        lock1 = threading.RLock()
        lock2 = threading.RLock()
        
        def sleep_and_inc(lock,sleep_time): 
            with synchronize_using(lock):
                time.sleep(sleep_time)
                lock.sync_test_counter = getattr(lock,'sync_test_counter',0) + 1
                
        sleep_time = 0.5
        n = 4
        
        s = Stopwatch()
        lst_threads = []
        for lock in [lock1,lock2]:
            for _ in xrange(n):
                t = threading.Thread(target=sleep_and_inc,args=[lock,sleep_time])
                lst_threads.append(t)
                t.start()

        # wait for all threads, then check results
        for t in lst_threads:
            t.join()
            
        duration = s.duration()
        self.assertEqual(lock1.sync_test_counter,n)
        self.assertEqual(lock2.sync_test_counter,n)
        ideal_time = n*sleep_time
        self.assert_(ideal_time*0.9 < duration < ideal_time*1.1, "duration=%s, ideal=%s" % (duration,ideal_time))

def timeTrial(n):
    a = stdarray.create1D(n, 0)
    for i in range(n):
        a[i] = stdrandom.uniformInt(-1000000, 1000000)
    watch = Stopwatch()
    count = threesum.countTriples(a)
    return watch.elapsedTime()

class RaisArmTime(Command):

    def __init__(self, robot, raise_speed, stop_time, name=None, timeout=None):
        '''
        Constructor
        '''
        super().__init__(name, timeout)
        self._robot = robot
        self._raise_speed = raise_speed
        self._stop_time = stop_time
        self.requires(robot.arm)
        self._stopwatch = Stopwatch()

    def initialize(self):
        """Called before the Command is run for the first time."""
        self._stopwatch.start()

    def execute(self):
        """Called repeatedly when this Command is scheduled to run"""
        self._robot.arm.move_arm(self._raise_speed)

    def isFinished(self):
        """Returns true when the Command no longer needs to be run"""
        return self._stopwatch.elapsed_time_in_secs() >= self._stop_time

    def end(self):
        """Called once after isFinished returns true"""
        self._robot.arm.move_arm(0)

    def interrupted(self):
        """Called when another command which requires one or more of the same subsystems is scheduled to run"""
        self.end()

def GetDataForCatsFromServer(cat, desc, orgId, orgName, action):
  #action = 'GetData'
  #action = 'GetDataTest'

  reqUrl = base_url + '/api/Search/' + action #GetData

  SearchDataRequest = {
    'ContextTypes': 'Organization',
    'BuiltInCategories': [cat],
    'Version': '2019',
    'OrgId': orgId
  }

  sw = Stopwatch()
  while True:
    verbose = False
    if verbose:
      print("before GetData", SearchDataRequest['BuiltInCategories'], desc, reqUrl )

    r = requests.post( reqUrl, json = SearchDataRequest, headers=headers)
    if r.status_code == 200:
      break

    print("after GetData", r.status_code, orgId, orgName)
    if r.status_code == 401:
      ensureLogin()
    else:
      print(r.text)
      raise  
      break # or even throw?
    sw = Stopwatch() # start new stopwatch.
 
  m = sw.measure(silent=True) 
  return (r,m) 

    def test_n_threads(self):
        sleep_time = 0.1

        class Sleeper(object):
            def __init__(self):
                self._lock = threading.RLock()  # used by @synchronized decorator
                self.i = 0
                self.thread_ids = set()

            @synchronized
            def _critical_section(self):
                self.thread_ids.add(id(threading.currentThread()))
                self.i += 1

            def sleep(self):
                time.sleep(sleep_time)
                self._critical_section()

        n_threads = 5
        n_calls = 20
        ao = AO.AO(Sleeper(), n_threads)
        ao.start()
        self.aos_to_stop.append(ao)

        s = Stopwatch()
        futures = [ao.sleep() for i in xrange(n_calls)]
        for f in futures:
            f.get()
        duration = s.duration()
        expected = sleep_time * n_calls / float(n_threads)
        self.assert_(0.9 * expected < duration < 1.2 * expected, "duration=%s, expected=%s" % (duration, expected))
        self.assertEqual(ao.obj.i, n_calls)
        self.assertEqual(len(ao.obj.thread_ids), n_threads)
        self.failIf(id(threading.currentThread()) in ao.obj.thread_ids)

    def do_GET(self):
        if 0:
          self.send_response(200)
          self.end_headers()
          self.wfile.write(b'fast')
          return

        watch = Stopwatch()
        global ourData 

        try:
          args = self.path.split('?')
          if len(args)<2:
            print("no size arg", args)
            return
          sizearg = int(args[1])

          front = '[%s]\n' % sizearg
        except Exception as e:
          self.send_response(500)
          self.end_headers()
          err_out = str(e).encode()
          self.wfile.write(err_out)
          return

        self.send_response(200)
        self.end_headers()

        self.wfile.write(front.encode())

        #print('len:', len(ourData.slices.get(sizearg,'missing')))
        self.wfile.write( ourData.slices.get(sizearg,'missing') )
        watch.measure()

 def test_no_sync(self):
     stopwatch = Stopwatch()
     threading.Thread(target=self.s.add,args=[10]).start()
     time.sleep(0.05) # make sure other thread gets head start
     val = self.s.add(5)
     self.assertEqual(val,0)
     
     duration = stopwatch.duration()
     self.assert_(duration < 1.2*self.s.sleep_time, 'calls took too long. duration=%s' % duration)

 def test_normal(self):
     stopwatch = Stopwatch()
     threading.Thread(target=self.s.sync_add,args=[10]).start()
     time.sleep(0.05) # make sure other thread gets head start (and the mutex)
     val = self.s.sync_add(5)
     self.assertEqual(val,10)
     
     duration = stopwatch.duration()
     self.assert_(duration > 1.9*self.s.sleep_time, 'calls completed too quickly. duration=%s' % duration)

    def test_timeout(self):
        # preset future - should return within timeout
        f = future.Future.preset(3)
        self.assertEqual(f.get(100),3)

        # unset future - should raise exception
        timeout = 1 # timeout in seconds
        f = future.Future()
        stopwatch = Stopwatch()
        stopwatch.start()
        self.assertRaises(future.FutureTimeoutException,f.get,timeout*1000)
        duration = stopwatch.duration()
        self.assert_(0.9*timeout < duration < 1.3*timeout, 'duration=%s' % duration)  

def doDB_Work(limit=9999):
  dbServer = r'jg-pc\jg1' 
  dbName = 'Ajour_System_A/S_10aee6e8b7dd4f4a8fd0cbf9cedf91cb'

  theDBCfg = { 'server': dbServer, 'db': dbName, 'user': 'sa', 'pwd': 'morOg234' }

  with getConn(theDBCfg) as conn:
    csr = conn.cursor()

    sw = Stopwatch()
    a = selectFromDB(csr) 
    sw.measure()
    print(len(a))

def getBCbyVsId(
  vsId = 'B14462',
  releaseId='624d9489-0f8c-48db-99f9-67701a040742'
 ):
  global headers, url
  bcUrl = url + '/api/v1/BuildingComponent/VSID/{vsId}/Release/{releaseId}'.format(vsId=vsId, releaseId=releaseId)
  watch = Stopwatch('req')
  r = requests.get( bcUrl, headers=headers)
  watch.measure()
  logIfBad(r)
  exes = json.loads(r.text)
  print(len(r.text))
  if 0:
    pprint.pprint(exes)

def getBC_chunk(chunkSet):
  global headers, url
  bcUrl = url + '/api/v1/BuildingComponent/VSIDs/Release/624d9489-0f8c-48db-99f9-67701a040742?' + chunkSet #bcArgs
  print(bcUrl)
  #return
  watch = Stopwatch('req')
  r = requests.post( bcUrl, headers=headers)
  watch.measure()
  logIfBad(r)
  exes = json.loads(r.text)
  print('len:', len(r.text))
  with open( 'BCs.json', "w") as outfile:
    json.dump(exes, outfile, indent=2)
  if 0:
    pprint.pprint(exes)

def getBCs(
  releaseId='624d9489-0f8c-48db-99f9-67701a040742'
):
  global headers, url
  bcUrl = url + '/api/v1/BuildingComponent/VSIDs/Release/{releaseId}?VSID1=B33321&VSID2=B96932&VSID3=B75326&VSID4=B36547&VSID5=B20553&VSID6=B59061&VSID7=B58491&VSID8=B80296&VSID9=B81223'.format(releaseId=releaseId)
  print(bcUrl)
  watch = Stopwatch('req')
  r = requests.post( bcUrl, headers=headers)
  watch.measure()
  logIfBad(r)
  exes = json.loads(r.text)
  print(len(r.text))
  with open( 'BCs.json', "w") as outfile:
    json.dump(exes, outfile, indent=2)
  if 0:
    pprint.pprint(exes)

def getPrices():
  global headers, url
  releaseID = '624d9489-0f8c-48db-99f9-67701a040742'
  priceUrl = url + '/api/v1/BuildingComponent/Calculate/Release/%s?' % releaseID
  priceUrl += 'id1=d03b8b89-fb70-47da-9a18-011132b22921&id2=32e920bb-e927-4a10-ad85-14c32bd197ff&id3=3dbf3ce5-f7e5-4745-bf18-1bd766c1b54d'
  priceUrl += '&amount1=10&amount2=10&amount3=10'
  priceUrl += "&yourCalculationId=1246" #{myRandomCalculationNumber}
  print(priceUrl)
  watch = Stopwatch('req')
  r = requests.post( priceUrl, headers=headers)
  watch.measure()
  logIfBad(r)
  prices = json.loads(r.text)
  if 0:
    pprint.pprint(prices)
  with open( 'prices.json', "w") as outfile:
    json.dump(prices, outfile, indent=2)

def getPrice_chunk(chunkSet, chunkIx):
  global headers, url
  releaseID = '624d9489-0f8c-48db-99f9-67701a040742'
  priceUrl = url + '/api/v1/BuildingComponent/Calculate/Release/%s?' % releaseID
  priceUrl += chunkSet

  print(chunkIx, priceUrl)
  #return
  watch = Stopwatch('req')
  r = requests.post( priceUrl, headers=headers)
  watch.measure()
  logIfBad(r)
  prices = json.loads(r.text)
  if 0:
    pprint.pprint(prices)
  with open( 'prices.json', "w") as outfile:
    json.dump(prices, outfile, indent=2)