importtime#timea=time.time()#total seconds since epochprint("Seconds since epoch :",a,end='n---n')#ctimeprint("Current date and time:")print(time.ctime(a),end='n---n')#sleeptime.sleep(1)#execution will be delayed by one second#localtimeprint("Local time :")print(time.localtime(...
prod=calcProd()endTime=time.time()# ➌print('The result is %s digits long.'%(len(str(prod)))# ➍print('Took %s seconds to calculate.'%(endTime-startTime))# ➎ 在➊,我们定义了一个函数calcProd()来遍历从 1 到 99999 的整数,并返回它们的乘积。在 ➋,我们调用time.time()并存储...
jinlist_1:sht_3[int(i),int(j)].color=(255,25,0)f()list_1=[]foriinrange(30):forjinr...
import time# get the start timest = time.time()# main program# find sum to first 1 million numberssum_x = 0for i in range(1000000): sum_x += i# wait for 3 secondstime.sleep(3)print('Sum of first 1 million numbers is:', sum_x)# get the end timeet = time.time()# get...
adapters import HTTPAdapter DEFAULT_TIMEOUT = 5 # seconds class TimeoutHTTPAdapter(HTTPAdapter): def __init__(self, *args, **kwargs): self.timeout = DEFAULT_TIMEOUT if "timeout" in kwargs: self.timeout = kwargs["timeout"] del kwargs["timeout"] super().__init__(*args, **...
start =datetime.datetime.now() ... # process code goes hereend =datetime.datetime.now()# we get the total runtime in seconds runtime = (end - start).seconds # wewill assume 30000# how many hours are in these secs, what are the remainingsecs?hours, remainder = divmod(runtime,...
created = Time(tz.localize(created)) modified = dt.fromtimestamp(os.path.getmtime(source)) modified = Time(tz.localize(modified)) accessed = dt.fromtimestamp(os.path.getatime(source)) accessed = Time(tz.localize(accessed))print("Source\n===")print("Created: {}\nModified: {}\nAccessed...
(print_info) @staticmethod def get_startup_info_by_type(file_type): def func_execption_retry_policy(sleep_interval, try_times, func, *argv): for _ in range(try_times): try: return func(*argv) except OPIExecError as reason: logging.warning(f"{reason}, retry...") sleep(sleep_...
In this lesson, I’m going to take you through the foundational way that Python handles time, which is as a floating-point number of seconds. And to understand how that works and how that’s even possible, you’ll need to understand a concept called…
def get_time_remaining_for_attempt(attempt): """ Returns the remaining time (in seconds) on an attempt """ # returns 0 if the attempt has not been started yet. if attempt['started_at'] is None: return 0 # need to adjust for allowances expires_at = attempt['started_at'] + timede...