import module module.add(8, 8) x = module.add(8, 8) #store in variable x print(x) y = module.sub(8, 8) print(y) z = module.div(10, 2) print(z) n = module.mul(10, 10) print(n) m = module.floordiv(10, 2) print(m) l = module.greater(10, 2) print(l) '''import math as factorial x= 3 print(factorial(x))''' b = module.sqrt(25) print(b) import math as feroz print(feroz.factorial(30)) print(feroz.sqrt(30))
import module a=50 b=5 c=module.mul(a,b) print(c)
import module module.test1() module.test2() module.cal(5, 2) module.mul(5)
from module import sub, add, mul, div, rt print( " Menu \n \n --------\n 1: add \n 2: sub\n 3: multiply\n 4: divide \n 5: root\n 6:stop\n " ) user = int(input(": ")) if user == 6: print("프로그램을 종료합니다.") elif user == 5: r_first = int(input("num1: ")) print(rt(r_first)) elif user not in range(1, 7): print("Beep!") else: first = int(input("num1: ")) second = int(input("num2: ")) if user == 1: print(add(first, second)) if user == 2: print(sub(first, second)) if user == 3: print(mul(first, second)) if user == 4: print(mul(first, second))
import module as mod x = 10 y = 20 print mod.swap(x, y) print mod.add(x, y) print mod.sub(x, y) print mod.mul(x, y) print mod.div(x, y)
#import module file as md1 or as your wish module as md2 as md1 and md2 is another neme in simple way #Refer another simple name inside of module or file which you have named import module as md1 print(md1.add(7, 4)) print(md1.sub(10, 5)) print(md1.div(10, 2)) import module as md2 print(md2.floordiv(10, 2)) import module as sha print(sha.mul(5, 2)) from module import add, sub, mul, div # way2 to call function from module file print(add(7, 4)) print(mul(8, 5)) from math import factorial, sqrt print(factorial(30)) print(sqrt(30))
import module as m print(m.sum(2, 3)) print(m.mul(3, 3))
from module import add, sub, mul, div from module import * print("Addition is : {0}".format(add(1, 2))) print("Addition is : {0}".format(sub(1, 2))) print("Addition is : {0}".format(mul(1, 2))) print("Addition is : {0}".format(div(1, 2))) from myMod import * display()
import module a = int(input("A=")) b = int(input("B=")) ch = 1 while (ch == 1): op = int( input( "Enter the operation\n1.Addition\n2.Subtraction\n3.m\Multiplication\n4.Division:\n" )) if (op == 1): module.add(a, b) elif (op == 2): module.Sub(a, b) elif (op == 3): module.mul(a, b) elif (op == 4): module.div(a, b) else: print("Invalid Operation!!!") ch = int(input("Do you want to continue?(Yes/1,No/0):"))
print(x) print(x.year) #%A return weekday print(x.strftime("%A")) #year month day , others are 0 or none x = datetime.datetime(2019, 10, 10) print(x) # return month print(x.strftime("%B")) print("_____________________________") #challenge 8 53,54 import module x = module.add(3, 5) x = module.sub(3, 5) x = module.div(3, 5) x = module.mul(3, 5) print("_____________________________") import datetime x = datetime.datetime.now() print("year:") print(x.year) print("time,date:") print(datetime.datetime.now()) print("month:") print(x.strftime("%B")) print("day:") print(x.strftime("%A")) print("_____________________________") #55 #jason use '' #convert json to dictionary using json.loads()