Instructions Write a function is_valid_month(date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided month number is a possible month in the U.S. (i.e., an integer between 1 and 12 inclusive). Write a function is_valid_day (date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided day is a possible day for the given month. You can use the provided dictionary. Note that you should call is_valid_month() within this function to help you validate the month. Write a function is_valid_year (date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided year is a possible year: a positive integer. For the purposes of this lab, ensure that the year is also greater than 1000. Test Your Code #test incorrect types assert is_valid_month([12, 31, 2021]) == False assert is_valid_day ([12, 31, 2021]) == False assert is_valid_year ([12, 31, 2021]) == False Make sure that the input is of the correct type assert is_valid_month(["01", "01", "1970"]) == True assert is_valid_month(["12", "31", "2021"]) == True assert is_valid_day (["02", "03", "2000"]) == True assert is_valid_day (["12", "31", "2021"])== True assert is_valid_year (["10", "15", "2022"]) == True assert is_valid_year (["12", "31", "2021"]) == True Now, test the edge cases of the values: assert is_valid_month(["21", "01", "1970"]) == False assert is_valid_month(["-2", "31", "2021"]) == False assert is_valid_month(["March", "31", "2021"]) == False assert is_valid_day (["02", "33", "2000"]) == False assert is_valid_day (["02", "31", "2021"]) == False assert is_valid_day (["02", "1st", "2021"]) False assert is_valid_day (["14", "1st", "2021"]) == False assert is_valid_year (["10", "15", "22"]) == False assert is_valid_year (["12", "31", "-21"]) == False == Hints • Use the type () function from Section 2.1 and review the note in Section 4.3 to see the syntax for checking the type of a variable. • Refer to LAB 6.19 to review how to use the .isdigit() string function, which returns True if all characters in are the numbers 0-9.

Instructions Write a function is_valid_month(date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided month number is a possible month in the U.S. (i.e., an integer between 1 and 12 inclusive). Write a function is_valid_day (date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided day is a possible day for the given month. You can use the provided dictionary. Note that you should call is_valid_month() within this function to help you validate the month. Write a function is_valid_year (date_list) that takes as a parameter a list of strings in the [MM, DD, YYYY] format and returns True if the provided year is a possible year: a positive integer. For the purposes of this lab, ensure that the year is also greater than 1000. Test Your Code #test incorrect types assert is_valid_month([12, 31, 2021]) == False assert is_valid_day ([12, 31, 2021]) == False assert is_valid_year ([12, 31, 2021]) == False Make sure that the input is of the correct type assert is_valid_month(["01", "01", "1970"]) == True assert is_valid_month(["12", "31", "2021"]) == True assert is_valid_day (["02", "03", "2000"]) == True assert is_valid_day (["12", "31", "2021"])== True assert is_valid_year (["10", "15", "2022"]) == True assert is_valid_year (["12", "31", "2021"]) == True Now, test the edge cases of the values: assert is_valid_month(["21", "01", "1970"]) == False assert is_valid_month(["-2", "31", "2021"]) == False assert is_valid_month(["March", "31", "2021"]) == False assert is_valid_day (["02", "33", "2000"]) == False assert is_valid_day (["02", "31", "2021"]) == False assert is_valid_day (["02", "1st", "2021"]) False assert is_valid_day (["14", "1st", "2021"]) == False assert is_valid_year (["10", "15", "22"]) == False assert is_valid_year (["12", "31", "-21"]) == False == Hints • Use the type () function from Section 2.1 and review the note in Section 4.3 to see the syntax for checking the type of a variable. • Refer to LAB 6.19 to review how to use the .isdigit() string function, which returns True if all characters in are the numbers 0-9.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.2: Returning A Single Value

Problem 13E

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