start_time = time.time() # Code to check follows a, b = 1,2 c = a+ b # Code to check ends end_time = time.time() time_taken_in_micro = (end_time- start_time)*(10**6) print(" Time taken in micro_seconds: {0} ms").format(time_taken_in_micro) 1. 2. 3. 4. 5. ...
# My,name,is,Chaitanya,Baweja 9. 检查给定字符串是否是回文(Palindrome) 反转字符串已经在上文中讨论过。因此,回文成为Python中一个简单的程序。 my_string = "abcba" m if my_string == my_string[::-1]: print("palindrome") else: print...
计算代码执行时间 采用 time 模块来计算一段代码的执行时间,例子如下: import timestart_time = time.time()# Code to check followsa, b = 1,2c = a+ b# Code to check endsend_time = time.time()time_taken_in_micro = (end_time- start_time)*(10**6)print(" Time taken in micro_seconds...
3start_time = time.time() 4# Code to check follows 5a, b = 1,2 6c = a+ b 7# Code to check ends 8end_time = time.time() 9time_taken_in_micro = (end_time- start_time)*(10**6) 10 11print(" Time taken in micro_seconds: {0} ms").format(time_taken_in_micro) 列表展开...
4# Code to check follows 5a, b = 1,2 6c = a+ b 7# Code to check ends 8end_time = time.time 9time_taken_in_micro = (end_time- start_time)*(10**6) 10 11print(" Time taken in micro_seconds: {0} ms").format(time_taken_in_micro) ...
`import``time``start_time``=``time.time()``# Code to check follows``a, b``=``1``,``2``c``=``a``+``b``# Code to check ends``end_time``=``time.time()``time_taken_in_micro``=``(end_time``-``start_time)``*``(``10``*``*``6``)``print``(``" Time taken...
def is_palindrome(n): """ Fill in the blanks '___' to check if a number is a palindrome. >>> is_palindrome(12321) True >>> is_palindrome(42) False >>> is_palindrome(2015) False >>> is_palindrome(55) True """ x, y = n, 0 f = lambda: ___ while x > 0: x, y ...
if check_palindrome(num): print(f"{num} is a palindrome number") else: print(f"{num} is not a palindrome number") In the above code, we created a function named check_palindrome, which takes one parameter as a number. Then we reversed the number like this:reversed_number = str(numbe...
importtimestart_time =time.time()# Codetocheckfollowsa, b = 1,2c = a+ b# Codetocheckendsend_time =time.time()time_taken_in_micro = (end_time- start_time)*(10**6)print(" Time taken in micro_seconds: {0} ms").format(time_taken_in_micro) ...
start_time = time.time()# Code to check followsa, b = 1,2c = a+ b# Code to check endsend_time = time.time()time_taken_in_micro = (end_time- start_time)*(10**6)print(" Time taken in micro_seconds: {0} ms").format(time_taken_in_micro) ...