def test_slice_and_dice_default_text():
expected = ["objects", "y", "too", ":)", "bites"]
assert slice_and_dice(text) == expected
def test_slice_and_dice_other_text():
expected = ["word", "list", "list"]
assert slice_and_dice(another_text) == expected
def test_slice_and_dice_other_text():
# each line needs to be stripped, so the line starting with ' if'
# is a match here, hence expected matches 'word' too
expected = ['word', 'list', 'list']
assert slice_and_dice(another_text) == expected
def test_slice_and_dice_default_text():
expected = ['objects', 'y', 'too', ':)', 'bites']
assert slice_and_dice() == expected
def test_slice_and_dice_other_text():
expected = ['word', 'list', 'list']
assert slice_and_dice(another_text) == expected
def test_slice_and_dice_other_text():
# first too! so each line needs to be stripped :)
expected = ['word', 'list', 'list']
assert slice_and_dice(another_text) == expected
from slicing import text, slice_and_dice
another_text = """
Take the block of text provided and strip() off the whitespace at the ends.
Split the whole block up by newline (\n).
if the first character is lowercase, split it into words and add the last word
of that line to the results list.
Strip the trailing dot (.) and exclamation mark (!) from the word first.
finally return the results list!
"""
# def test_slice_and_dice_default_text():
# expected = ['objects', 'y', 'too', ':)', 'bites']
# assert slice_and_dice(text) == expected
# def test_slice_and_dice_other_text():
# expected = ['word', 'list', 'list']
# assert slice_and_dice(another_text) == expected
print(slice_and_dice(another_text))
