def two_greatest_items(test_list):
"""
Problem Statement-
Given test_list return the two greatest
items in that list as a new list in sorted
order.
Input-
a. test_list: list
Output-
The function should return a new list with the two
greatest items in a sorted order. If list size is 1,
return only one item.
Example-
>>> two_greatest_items([44, 32, 7, 9])
[32, 44]
>>> two_greatest_items([5])
[5]
"""
pass
if __name__ == '__main__':
import doctest
doctest.testmod(verbose=True)
from test_lists_beginner import test_one
test_one('test_two_greatest_items')
def reverse_and_delimiter(test_list, delimiter):
"""
Problem Statement-
Given test_list and a delimiter, return a list
separated by the delimiter in reverse order.
Input-
a. test_list: list
b. delimiter: str
Output-
The function should return a new list in a reverse order
and its values separated by the delimiter.
Example-
>>> reverse_and_delimiter(["Hello", "there!", "How", "are", "you?"], "->")
["you?", "->", "are", "->", "How", "->", "there!", "->", "Hello,"]
>>> reverse_and_delimiter(["Car", "Bus", "Motorcycle", "Airplane", "Truck"], "!")
["Truck", "!", "Airplane", "!", "Motorcycle", "!", "Bus", "!", "Car"]
"""
pass
if __name__ == '__main__':
import doctest
doctest.testmod(verbose=True)
from test_lists_beginner import test_one
test_one('test_reverse_and_delimiter')
"""
Problem Statement-
Given test_list, bottom and top,
between bottom and top thresholds. (INCLUSIVE)
Input-
a. test_list: list
b. bottom: int
c. top: int
Output-
The function should return a new list with all its values
between bottom and top.
Example-
>>> in_between_bottom_and_top([27, 32, 7, 64, 40, 21, 13], 5, 40)
[27, 32, 7, 40, 21, 13]
>>> in_between_bottom_and_top([-32, 93, 65, 1, 100], -100, 10)
[-32, 1]
"""
pass
if __name__ == '__main__':
import doctest
doctest.testmod(verbose=True)
from test_lists_beginner import test_one
test_one('test_in_between_bottom_and_top')
__author__ = "John Doe"
def multiple_integers_to_single_integer(test_list):
"""
Problem Statement-
Given test_list, convert a list of multiple
integers into a single integer.
Input-
a. test_list: list
Output-
The function should return a integer value
Example-
>>> multiple_integers_to_single_integer([1, 7, 3, 21, 14])
1732114
>>> multiple_integers_to_single_integer([1, 2, 3, 4, 5, 6, 7, 8, 9, 10])
12345678910
"""
pass
if __name__ == '__main__':
import doctest
doctest.testmod(verbose=True)
from test_lists_beginner import test_one
test_one('test_multiple_integers_to_single_integer')
"""
Problem Statement-
Given test_list and word return a new list
with the value of 'test_word' concatenated to
every item in the 'test_list'.
Input-
a. test_list: list
b. test_word: str
Output-
The function should return a new list with all its words
concatenated with 'test_word'.
Example-
>>> concatenating_word(["Brownie", "Pizza", "Computer", "Electron"], "Pie")
["BrowniePie", "PizzaPie", "ComputerPie", "ElectronPie"]
>>> concatenating_word(["Python", "GitHub", "Commit"], "Code")
["PythonCode", "GitHubCode", "CommitCode"]
"""
pass
if __name__ == '__main__':
import doctest
doctest.testmod(verbose=True)
from test_lists_beginner import test_one
test_one('test_concatenating_word')