• Create an empty list of courses. • Prompt the user for a course they wish to enter, or to type "EXIT" if they wish to stop entering courses. • Add the course to the end of the list of courses. o If the list of courses is up to six, print out the list of courses with good formatting (one course per line, along with a list header), and ask them which one they want to drop. • Print a number next to each course, and ask for a number of the course to drop. For example, if the user wants to drop the first course entered, they should enter "1", and if they want to drop the last course entered, they should enter 6. · For both the printout and the user input you will need to convert between Python's zero-based list numbers and the one-based list numbers you present to the user! • Go back and ask for another course. • When the user finally types "EXIT", print out their list of courses with good formatting (as above), and stop. let the user enter a list of courses, but stop them if they enter a sixth and insist that they delete one. The result will be an interactive program - it will keep running until the user commands it to stop.
• Create an empty list of courses. • Prompt the user for a course they wish to enter, or to type "EXIT" if they wish to stop entering courses. • Add the course to the end of the list of courses. o If the list of courses is up to six, print out the list of courses with good formatting (one course per line, along with a list header), and ask them which one they want to drop. • Print a number next to each course, and ask for a number of the course to drop. For example, if the user wants to drop the first course entered, they should enter "1", and if they want to drop the last course entered, they should enter 6. · For both the printout and the user input you will need to convert between Python's zero-based list numbers and the one-based list numbers you present to the user! • Go back and ask for another course. • When the user finally types "EXIT", print out their list of courses with good formatting (as above), and stop. let the user enter a list of courses, but stop them if they enter a sixth and insist that they delete one. The result will be an interactive program - it will keep running until the user commands it to stop.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Could you show me a different way to write this code in python? I’m trying to make the code simple and easy to understand
![# empty list to hold courses
listHavingCourses
1
2
# while loop execution
while(1):
# Ask user for a course
7
courseEntryByUser = input("Enter a course name or type 'EXIT' to stop: ")
8.
# if 'EXIT' entered
10
if courseEntryByUser
== "EXIT":
# print list having courses by using a for loop
print("List of courses: ")
for eachCourseIdx in range(len(listHavingCourses)):
11
12
13
print(str(eachCourseIdx + 1) + ":
# quit loop
14
+ listHavingCourses[eachCourseIdx])
15
16
break
17
else:
18
# otherwise
19
# add course in list
20
listHavingCourses.append(courseEntryByUser)
21
# if list length
if len(listHavingCourses)
# print all courses menu and
print("\nList of added courses: ")
for eachCourseIdx in range(len(listHavingCourses)):
| print(str(eachCourseIdx + 1) + ": " + listHavingCourses[eachCourseIdx])
22
6
23
== 6:
24
25
26
27
28
# ask user to delete a course
29
courseToDelete = int(input("Enter a course number to delete: "))
# delete course by index
print("The " + str(listHavingCourses[courseToDelete - 1]) + " deleted!\n")
listHavingCourses.pop(courseToDelete - 1)
30
31
32](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d4fd4d4-77c7-4e93-950b-25099f54e660%2Fc6b1eb7e-ef64-4233-b1b4-e31e2f66afa7%2Fiyvw3pl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:# empty list to hold courses
listHavingCourses
1
2
# while loop execution
while(1):
# Ask user for a course
7
courseEntryByUser = input("Enter a course name or type 'EXIT' to stop: ")
8.
# if 'EXIT' entered
10
if courseEntryByUser
== "EXIT":
# print list having courses by using a for loop
print("List of courses: ")
for eachCourseIdx in range(len(listHavingCourses)):
11
12
13
print(str(eachCourseIdx + 1) + ":
# quit loop
14
+ listHavingCourses[eachCourseIdx])
15
16
break
17
else:
18
# otherwise
19
# add course in list
20
listHavingCourses.append(courseEntryByUser)
21
# if list length
if len(listHavingCourses)
# print all courses menu and
print("\nList of added courses: ")
for eachCourseIdx in range(len(listHavingCourses)):
| print(str(eachCourseIdx + 1) + ": " + listHavingCourses[eachCourseIdx])
22
6
23
== 6:
24
25
26
27
28
# ask user to delete a course
29
courseToDelete = int(input("Enter a course number to delete: "))
# delete course by index
print("The " + str(listHavingCourses[courseToDelete - 1]) + " deleted!\n")
listHavingCourses.pop(courseToDelete - 1)
30
31
32
Transcribed Image Text:• Create an empty list of courses.
• Prompt the user for a course they wish to enter, or to type "EXIT" if they wish to stop entering courses.
• Add the course to the end of the list of courses.
o If the list of courses is up to six, print out the list of courses with good formatting (one course per line, along
with a list header), and ask them which one they want to drop.
· Print a number next to each course, and ask for a number of the course to drop. For example, if the user
wants to drop the first course entered, they should enter "1", and if they want to drop the last course
entered, they should enter 6.
· For both the printout and the user input you will need to convert between Python's zero-based list
numbers and the one-based list numbers you present to the user!
• Go back and ask for another course.
• When the user finally types "EXIT", print out their list of courses with good formatting (as above), and stop.
let the user enter a list of courses, but stop them if they enter a sixth and insist that
they delete one. The result will be an interactive program - it will keep running until the user commands it to stop.
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