PYTHON

Write a function score_input() that takes a test_name, test_score, and invalid_message that validates the test_score, asking the user for a valid test score until it is in the range, then prints valid input as 'Test name: ##'.

Open project Module6 with directories more_functions and test_functions. Add files validate_input_in_functions.py and test_valid_input_in_functions.py in the appropriate directories.

The test_name is mandatory and will not need validation. The test_score is optional, with default value of 0 (zero), and will be between 0-100. The invalid_message is optional, with default value 'Invalid test score, try again!' Write unit tests that demonstrate the following:

Function score_input() has only the mandatory argument 1 unit test test_score_input_test_name Function score_input() has the mandatory argument and one optional argument for test_score 4 unit tests one good input test_score_input_ test_score_valid one below range test_score_input_ test_score_below_range one above range test_score_input_ test_score_above_range one non-numeric input (make sure you account for an exception) test_test_score_non_numeric Has all arguments 1 unit test test_score_input_invalid_message Write your function score_input() and the parameters list with a docstring as your first line declaring what the function does, include reST :param and :returns in the doctring. For the function body add return pass. In later module you will learn about dictionaries, then you could return a key value pair ('test name',score). Add a comment # return { test_name: test_score} before the return statement for later use. Write unit tests. Write your function so test_score_input_test_name passes. Write your function so test_score_input_ test_score_valid passes Write your function so test_score_input_ test_score_below_range and test_score_input_ test_score_above_range passes. Write your function so test_test_score_non_numeric passes. Check that test_score_input_invalid_message passes. If not, fix the code