Pseudocode for Task Class Analysis

Pseudocode for Task Class

# Task class definition
class Task:
    title: string
    description: string
    due_date: date
    priority: int

# Creating a task
task = Task()
task.title = input("Enter task title: ")
task.description = input("Enter task description: ")
task.due_date = input("Enter task due date: ")
task.priority = input("Enter task priority level: ")

# Editing a task's priority
new_priority = input("Enter new priority level: ")
if validate_priority(new_priority):
    task.priority = new_priority

# Sorting tasks by priority
if user_input == "sort by priority":
    sort_tasks_by_priority(tasks)
elif user_input == "sort by due date":
    sort_tasks_by_due_date(tasks)
else:
    print("Invalid sorting option")

# Helper function to validate priority level
def validate_priority(priority):
    if priority is a valid integer between 1 and 5:
        return True
    else:
        print("Invalid priority level")
        return False

# Sorting tasks by priority helper function
def sort_tasks_by_priority(tasks):
    sort tasks based on priority

# Sorting tasks by due date helper function
def sort_tasks_by_due_date(tasks):
    sort tasks based on due date

Notes:

• The pseudocode demonstrates the main structure and logic of the problem.
• It defines a Task class with properties title, description, due_date, and priority.
• It creates a task object (task) by taking input from the user for the task's properties.
• It allows the user to edit the task's priority by validating and setting a new priority level.
• It provides options to sort tasks by priority or due date based on user input.
• It includes helper functions validate_priority, sort_tasks_by_priority, and sort_tasks_by_due_date to validate priority levels and sort tasks.