# WHILE LOOP

#

# In this problem, write a function named "my_while_loop" that accepts an

# iterable of strings as a parameter and returns a new list with strings from

# the original list that are longer than five characters.

#

# The function must use a while loop in its implementation.

# TEST DATA

# test = ["nope", "yes this one", "not", "uhuh", "here's one", "narp"]

# print(my_while_loop(test)) # > ["yes this one", "here's one"]

#

# test = ["plop", "", "drop", "zop", "stop"]

# print(my_while_loop(test)) # > []

#

# test = []

# print(my_while_loop(test)) # > []

#NOTES:

# (method) append: (__object: Any) -> None :Append object to the end of the list.

# len: [ function ] Return the number of items in a container.

# (function) len: (__obj: Sized) -> int

# the list, which can be written as a list of comma-separated values (items) between square brackets.

# Lists might contain items of different types,

# but usually the items all have the same type.

squares = [1, 4, 9, 16, 25]

#Like strings (and all other built-in sequence types),

# lists can be indexed and sliced:

print(squares[0]) # indexing returns the item

print(squares[-1])

# [Running] python -u "c:\Users\15512\Google Drive\a-A-September\misc\Non-App-Academy-Exploration\python\my-intro-BG\0Intro2Python-all.py"

# 1

# 25

#**********************************************************************

# def my_while_loop(lst):# (function) my_while_loop: (lst) -> List

# new_lst = [] # (variable) new_lst: List

# i = 0

# while i < len(lst):

# if len(lst[i]) > 5:

# new_lst.append(lst[i])

#

# i += 1

# print("i",i)

# return new_lst

#

#

# test = ["nope", "yes this one", "not", "uhuh", "here's one", "narp"]

# print(my_while_loop(test))

#

# test = ["plop", "", "drop", "zop", "stop"]

# print(my_while_loop(test))

#

# test = []

# print(my_while_loop(test))

# [Running] python -u "c:\Users\15512\Google Drive\a-A-September\misc\Non-App-Academy-Exploration\python\my-intro-BG\0Intro2Python-all.py"

# 1

# 25

# i 1

# i 2

# i 3

# i 4

# i 5

# i 6

# ['yes this one', "here's one"]

# i 1

# i 2

# i 3

# i 4

# i 5

# []

# []

#*****************************************************************************

# FOR LOOP

#

# In this problem, write a function named "my_for_loop" that accepts an

# iterable of strings as a parameter and returns a new list with strings from

# the original list that are longer than five characters. The function must use

# a for loop in its implementation.

#

print("---------------------------------------------------------------")

# WRITE YOUR FUNCTION HERE

def my_for_loop(lst):

new_lst = []

for item in lst:

if len(item) > 5:

new_lst.append(item)

return new_lst

# TEST DATA

test = ["nope", "yes this one", "not", "uhuh", "here's one", "narp"]

print(my_for_loop(test)) # > ["yes this one", "here's one"]

test = ["plop", "", "drop", "zop", "stop"]

print(my_for_loop(test)) # > []

test = []

print(my_for_loop(test)) # > []