Python-сообщество

 "C:\Program Files (x86)\Python37-32\python.exe" 
input first number:456
input second number:654
Number 4 located on 3 position
Number 5 located on 3 position
Number 6 located on 2 position

                         if remainder_of_2_div == remainder_of_1_div:
                            print(f'Number {remainder_of_1_div} located on {f_num} position')
                        elif div_zero_1 == 0:
                            first_num = temp_num

 if length_f_of_num >= 1 and length_f_of_num <= 6:
	...
else:
    print('You can input digital from  1 to 999 999')

 '-8'.isnumeric()==False

 first_num = input('input first number:')
if first_num.isnumeric():
    length_f_of_num = len(first_num)
    if length_f_of_num >= 1 and length_f_of_num <= 6:
        first_num = int(first_num)
        temp_num = first_num
        #
        second_num = input('input second number:')
        if second_num.isnumeric():
            length_s_of_num = len(second_num)
            if length_s_of_num >=1 and length_s_of_num <=6:
                second_num = int(second_num)
                #
                if first_num > 0 and second_num > 0 and first_num < 999999 and second_num < 999999:
                    for s_num in range(1, length_s_of_num+1):
                        #
                        flag = True
                        remainder_of_2_div = second_num % 10
                        div_zero_2 = second_num // 10
                        second_num = div_zero_2
                        #
                        for f_num in range(1, length_f_of_num+1):
                            #
                            remainder_of_1_div = first_num % 10
                            div_zero_1 = first_num // 10
                            first_num = div_zero_1
                            #
                            if remainder_of_2_div == remainder_of_1_div:
                                print(f'Number {remainder_of_1_div} located on {f_num} position')
                                flag = False
                        first_num = temp_num
                    if flag is True:
                        print(f"Numbers don't have equal digitals")
                else:
                    print('Both of number must be bigger than 0')
            else:
                print('You can input digital from  1 to 999 999')
        else:
            print('Second field accept only positive digital')
    else:
        print('You can input digital from 1 to 999 999')
else:
    print('First field accept only positive digital')
#"""

 if first_num > 0 and second_num > 0 and first_num < 999999 and second_num < 999999:
                    for s_num in range(1, length_s_of_num+1):
                        #
                        flag = True
                        remainder_of_2_div = second_num % 10
                        div_zero_2 = second_num // 10
                        second_num = div_zero_2
                        #
                        for f_num in range(1, length_f_of_num+1):
                            #
                            remainder_of_1_div = first_num % 10
                            div_zero_1 = first_num // 10
                            first_num = div_zero_1
                            #
                            if remainder_of_2_div == remainder_of_1_div:
                                print(f'Number {remainder_of_1_div} located on {f_num} position')
                                flag = False
                        first_num = temp_num
                    if flag is True:
                        print(f"Numbers don't have equal digitals")

 if first_num > 0 and second_num > 0 and first_num < 999999 and second_num < 999999:
                    flag = True
                    for s_num in range(1, length_s_of_num+1):
                        #
                        remainder_of_2_div = second_num % 10
                        div_zero_2 = second_num // 10
                        second_num = div_zero_2
                        #
                        for f_num in range(1, length_f_of_num+1):
                            #
                            remainder_of_1_div = first_num % 10
                            div_zero_1 = first_num // 10
                            first_num = div_zero_1
                            #
                            if remainder_of_2_div == remainder_of_1_div:
                                print(f'Number {remainder_of_1_div} located on {f_num} position')
                                flag = False
                        first_num = temp_num
                    if flag is True:
                        print(f"Numbers don't have equal digitals")