def print_text(s, n):
    # Shows how many times the stringlength fits in the integer, adding 1 to length because of the space
    divide = n / (len(s)+1)

    # Initiates the counter
    counter = 1

    # Initiates the stringbuilder
    build_string = ""

    # While the counter is lower than the divider, add the text to the stringbuilder, plus an added space char
    # When loop is done, increases the counter by 1
    while counter <= divide:
        build_string = build_string + s + " "
        counter = counter + 1

    # Checks how many dots will have to be printed to make the string exactly n characters long
    difference = (n - len(build_string)) + 1

    # Sets the counter back to one to loop over the dots
    counter = 1

    # Removes the last space character as per instruction
    build_string = build_string.strip()

    # While the counter is lower than the difference, add a dot to the string
    # When dot has been added, increase the counter by 1
    while counter <= difference:
        build_string = build_string + "."
        counter = counter + 1

    # Prints the final string
    print(build_string)


# Asks the user for an input string
s = input("Input a string: ")

# Asks the user for an input integer equal or lower than 70
n = input("Input an integer <=70: ")

# Tries to convert input to integer, if it's not able to, that means input is not an integer
# Program will ask for an integer again
try:
    n = int(n)
except:
    print("\nThat's not an integer")
    print("\nPlease enter integer between 0 and 70\n")
    n = int(input("Input an integer: "))

# Checks if the given n is between 0 and 70
# If not, asks user to give a correct input
# If input is correct, build the numericalstring
# Then prints numerical string
# Lastly it calls the print_text function
if n > 70 or n < 0:
    print("\nPlease enter integer between 0 and 70\n")
    n = int(input("Input an integer: "))
else:
    numerical_string = '1234567890'*7
    print(numerical_string)
    print_text(s, n)